MALTOGENIC ALPHA-AMYLASE VARIANTS

Abstract: The inventors have modified the amino acid sequence of a maltogenic alpha-amylase to obtain variants with improved properties, based on the three-dimensional structure of the maltogenic alpha-amylase Novamyl. The variants have altered physicochemical properties., e.g. an altered pH optimum, improved thermostability, increased specific activity, an altered cleavage pattern or an increased ability to reduce retrogradation of starch or staling of bread.

Description: MALTOGENIC ALPHA-AMYLASE VARIANTS FIELD OF THE INVENTION The present invention relates to variants of maltogenic amylase and to methods of constructing such variants. BACKGROUND OF THE INVENTION Maltogenic alpha-amylase (glucan 1 ,4-α-maltohydrolase, E.C. 3.2.1.133) is able to hydrolyze amylose and amylopectin to maltose in the alpha-configuration, and is also able to hydrolyze maltotriose as well as cyclodextrin. A maltogenic alpha-amylase from Bacillus (EP 120 693) is commercially available under the trade name Novamyl ® (product of Novo Nordisk A/S, Denmark) and is widely used in the baking industry as an anti-staling agent due to its ability to reduce retrogradation of starch. Novamyl ® shares several characteristics with cyclodextrin glucanotransferases (CGTases), including sequence homology (Henrissat B., Bairoch A. 1996) and formation of transglycosylation products (Christophersen, C, et al., 1997, Starch, vol. 50, No. 1 , 39-45). Cyclomaltodextrin glucanotransferase (E.C. 2.4.1.19), also designated cyclodextrin glucanotransferase or cyclodextrin glycosyltransferase, abbreviated herein as CGTase, catalyses the conversion of starch and similar substrates into cyclomaltodextrins via an intramolecular transglycosylation reaction, thereby forming cyclomaltodextrins (or CD) of various sizes. CGTases are widely distributed and from several different bacterial sources, including Bacillus, Brevibacterium, Clostήdium, Corynebacterium, Klebsiella, Micrococcus, Thermoanaerobacter and Thermoanaerobacterium have been extensively described in the literature. A CGTase produced by Thermoanaerobacter sp. has been reported in Norman B E, Jørgensen S T, Denpun Kagaku 1992 39 99-106, and WO 89/03421 , and the amino acid sequence has been disclosed in WO 96/33267. The sequence of CGTases from Thermoanaerobacterium thermosulfurigenes and from Bacillus circulans\s available on the Internet (SCOP or PDF home pages) as pdf file 1CIU, and the sequence of a CGTase from β. circulans is available as pdf file 1CDG. Tachibana, Y., Journal of Fermentation and Bioengineering, 83 (6), 540-548 (1997) describes the cloning and expression of a CGTase. Variants of CGTases have been described by Kim, Y. H., Biochemistry and Molecular Biology International, 41 (2), 227-234 (1997); Sin K-A, Journal of Biotechnology, 32 (3), 283-288 (1994); D Penninga, Biochemistry, 34 (10), 3368-3376 (1995); and WO 96/33267. 2 Recently, the tertiary structure of several CGTases have been reported. Hofman et al. [Hofman B E, Bender H, Schultz G E; J. Mol. Biol. 1989 209 793-800] and Klein & Schulz [Klein C, Schulz G E; J. Mol. Biol. 1991 217 737-750] report the tertiary structure of a CGTase derived from Bacillus circulans Strain 8, Kubota et al. [Kubota M, Matsuura Y, Sakai S and Katsube Y; Denpun Kagaku 1991 38 141-146] report the tertiary structure of a CGTase derived from Bacillus stearothermophilus TC-91 , Lawson et al. [Lawson C L, van Montfort R, Strokopytov B, Rozeboom H J, Kalk K H, de Vήes G E, Penninga D, Dijkhuizen L, and Dijkstra B W; J. Mol. Biol. 1994 236 590-600] report the tertiary structure of a CGTase derived from Bacillus circulans Strain 251 , Strokopytov et al. [Strokopytov B, Penninga D, Rozeboom H J; Kalk K H, Dijkhuizen L and Dijkstra B W; Biochemistr y 1995 34 2234-2240] report the tertiary structure of a CGTase derived from Bacillus circulans Strain 251 , which CGTase has been complexed with acarbose, an effective CGTase inhibitor, and Knegtel et al. [Knegtel R M A, Wind R D, Rozeboom H J, Kalk K H, Buitelaar R M, Dijkhuizen L and Dijkstra B W; J. Mol. Biol. 1996 256 611-622] report the tertiary structure of a CGTase derived from Thermoanaerobacterium thermosulfurigenes. BRIEF DISCLOSURE OF THE INVENTION The inventors have modified the amino acid sequence of a maltogenic alpha- amylase to obtain variants with improved properties, based on the three-dimensional structure of the maltogenic alpha-amylase Novamyl. The variants have altered physicochemical properties., e.g. an altered pH optimum, improved thermostability, increased specific activity, an altered cleavage pattern or an increased ability to reduce retrogradation of starch or staling of bread. Accordingly, the present invention provides a method of constructing a variant of a parent maltogenic alpha-amylase, wherein the variant has at least one altered property as compared to said parent maltogenic alpha-amylase, which method comprises: i) analyzing the structure of the maltogenic alpha-amylase to identify, on the basis of an evaluation of structural considerations, at least one amino acid residue or at least one structural region of the maltogenic alpha-amylase, which is of relevance for altering said property; ii) constructing a variant of the maltogenic alpha-amylase, which as compared to the parent, has been modified in the amino acid residue or structural part identified in i) so as to alter said property; and iii) testing the resulting maltogenic alpha-amylase variant for said property. The property which may be altered by the above methods of the present invention may be, e.g., stability, pH dependent activity, ability to reduce retrogradation 3 of starch or staling of bread, specific activity, or substrate specificity. Thus, the variant may have, e.g., increased thermostability or higher activity at a lower pH an altered pH optimum, improved thermostability, increased specific activity or increased ability to reduce retrogradation of starch or staling of bread In still further aspects the invention relates to variants of a maltogenic alpha- amylase, the DNA encoding such variants and methods of preparing the variants. Finally, the invention relates to the use of the variants for various industrial purposes, in particular baking. DETAILED DISCLOSURE OF THE INVENTION Maltogenic alpha-amylase The maltogenic alpha-amylase is an enzyme classified in EC 3.2.1.133. The enzymatic activity does not require a non-reducing end on the substrate and the primary enzymatic activity results in the degradation of amylopectin and amylose to maltose and longer maltodextrins. It is able to hydrolyze amylose and amylopectin to maltose in the alpha-configuration, and is also able to hydrolyze maltotriose as well as cyclodextrin. A particularly preferred maltogenic alpha-amylase is the amylase cloned from Bacillus as described in EP 120 693 (hereinafter referred to as Novamyl). Novamyl has the amino acid sequence set forth in amino acids 1-686 of SEQ ID NO: 1. Novamyl is encoded in the gene harbored in the Bacillus strain NCIB 11837 which has the nucleic acid sequence set forth in SEQ ID NO:1. The three-dimensional structure of Novamyl is described below. In general, a preferred maltogenic alpha-amylase should have one or more of the following properties: i) a three dimensional structural homology to Novamyl, ii) an amino acid sequence having at least 70 % identity to SEQ ID NO: 1 , preferably at least 80 % or 90 %, e.g. 95 % or 98 %, iii) a DNA sequence which hybridizes to the DNA sequence set forth in SEQ ID NO:1 or to the DNA sequence encoding Novamyl harbored in the Bacillus strain NCIB 11837; iv) a calcium binding site comprising a coordination equivalent to a backbone carbonyl atom from Asn77, sidechain atom OE2 and OE1 from Glu102, a sidechain atom OD1 from Asp79, a sidechain atom OD1 from Asp76, and a sidechain atom OE1 from Glu101 , and one water molecule WAT V21 , atom OW0, wherein the positions are as shown in Appendix 1 ; 4 v) a sequence of five amino acids corresponding to Pro-Ala-Gly-Phe-Ser in a position equivalent to residues 191-195 in the amino acid sequence shown in SEQ ID NO: 1 ; and The structural homology referred to above in i) is based on other sequence homologies, hydrophobic cluster analysis or by reverse threading (Huber, T ; Torda, AE, PROTEIN SCIENCE Vol. 7 , No. 1 pp. 142-149 (1998)) and which by any of these methods is predicted to have the same tertiary structure as Novamyl, wherein the tertiary structure refers to the overall folding or the folding of Domains A, B, and C, more preferably including Domain D, and most preferably including Domain E. Alternatively, a structural alignment between Novamyl and a maltogenic alpha-amylase may be used to identify equivalent positions. The calcium binding site referred to above in iv) is based on a calcium binding site identified in the three-dimensional structure of Novamyl, and is discussed below in the section "Calcium binding sites." The "equivalent position" referred to above in v) is based on amino acid or DNA sequence alignment or structural homology using methods known in the art. Three-dimensional structure of maltogenic alpha-amylase Novamyl was used to elucidate the three-dimensional structure forming the basis for the present invention. The structure of Novamyl was solved in accordance with the principle for x-ray crystallographic methods, for example, as given in X-Ray Structure Determination. Stout, G.K. and Jensen, L.H., John Wiley & Sons, Inc. NY, 1989. The structural coordinates for the solved crystal structure of Novamyl at 2.2 A resolution using the isomorphous replacement method are given in standard PDB format (Protein Data Bank, Brookhaven National Laboratory, Brookhaven, CT) as set forth in Appendix 1. It is to be understood that Appendix 1 forms part of the present application. In the context of Appendix 1 , the following abbreviations are used: CA refers to calcium ion or alpha-carbon atom of the polypeptide backbone, WAT refers to water or to calcium, MAL refers to maltose, HEX refers to a carbohydrate unit of a substrate analogue, and SUL refers to a sulfate ion. Amino acid residues of the enzyme are identified herein by their respective one- or three-letter amino acid code. The structure of said maltogenic alpha-amylase is made up of five globular domains, ordered A, B, C, D and E. The domains can be defined as being residues 1- 132 and 204-403 for Domain A, residues 133-203 for Domain B, residues 404-496 for Domain C, residues 497-579 for Domain D, and residues 580-686 for Domain E, 5 wherein the numbering refers to the amino acid sequence in SEQ ID NO: 1. Features of Domains A, B, and C of particular interest are described below. Domain A Domain A is the largest domain and contains the active site which comprises a cluster of three amino acid residues, D329, D228 and E256, spatially arranged at the bottom of a cleft in the surface of the enzyme. The structure of Domain A shows an overall fold in common with the α-amylases for which the structure is known, viz. the (beta/alpha) 8 barrel with eight central beta strands (numbered 1-8) and eight flanking a-helices. The β-barrel is defined by McGregor op. cit. The C-terminal end of the beta strand 1 is connected to helix 1 by a loop denoted loop 1 and an identical pattern is found for the other loops, although the loops show some variation in size and some can be quite extensive. The eight central beta-strands in the (beta/alpha) 8 barrel superimpose reasonably well with the known structures of CGTases. This part of the structure, including the close surroundings of the active site located at the C-terminal end of the beta-strands, shows a high degree of identity with CGTases. In contrast, the loops connecting the beta-strands and alpha helices display a high degree of variation from the known structures of CGTases. These loops constitute the structural context of the active site, and the majority of the contacts to the substrate is found among residues located in these loops. Distinguishing characteristics such as substrate specificity, substrate binding, pH activity profile, substrate cleavage pattern, and the like, are determined by specific amino acids and the positions they occupy in these loops. In Novamyl Domain A contains two calcium binding sites, one of which is homologous to the calcium binding site in CGTases; the other is unique to Novamyl. The structure of the calcium binding site is discussed further below in the section "Calcium binding sites." Domain B Domain B, also referred to as loop 3 of the (beta/alpha) 8 barrel, in comprises amino acid residues 133-203 of the amino acid sequence shown in SEQ ID NO: 1. The structure is partially homologous to the structure of Domain B in CGTases, the most striking difference being the presence of a five amino acid insert corresponding to positions 191-195 in the amino acid sequence shown in SEQ ID NO: 1 which is not found in the CGTases. This insert is spatially positioned close to the active site residues and in close contact to the substrate. 6 Domain C Domain C in Novamyl comprises amino acid residues 404-496 of the amino acid sequence shown in SEQ ID NO: 1. Domain C is composed entirely of β-strands which form a single 8-stranded sheet structure that folds back on itself, and thus may be described as a β-sandwich structure. One part of the β-sheet forms the interface to Domain A. Calcium binding sites The structure of the maltogenic alpha-amylase exhibits three calcium-binding sites; that is, three calcium ions are found to be present in the structure. In common with most of the known family 13 structures, one calcium ion, WAT 693 in Appendix 1 , is located between the A and B domains. This calcium ion is coordinated by a backbone carbonyl atom from Gln184 and His232, sidechain atoms OD2 and OD1 from Asp198 , a sidechain atom OD1 from Asn131, and three water molecules WAT V1 , WAT V5 and WAT V8. A second calcium ion is located in the A domain and is common to CGTases, but not found in α-amylases. The calcium ion WAT 694 is coordinated by a backbone carbonyl atom from Gly48 and Asp23, sidechain atom OD2 from Asp50, a sidechain atom OD1 from Asp21 , a sidechain atom OD1 from Asn26, and a sidechain atom OD1 from Asn27, and one water molecule WAT V62. The third calcium ion is located in the A Domain and is unique to Novamyl. The calcium ion is WAT 692 and the coordination comprises a backbone carbonyl atom from Asn77, sidechain atom OE2 and OE1 from Glu102, a sidechain atom OD1 from Asp79, a sidechain atom OD1 from Asp76, and a sidechain atom OE1 from Glu101 , and one water molecule WAT V21. Substrate Binding Site Parts of the loop discussed above in the context of domains A and B are of particular interest for substrate interaction and active site reactivity. In particular, in domain A, residues 37-45 in loop 1 , residues 261-266 in loop 5, residues 327-330 in loop 7 and residues 370-376 in loop 8; in domain B, residues 135-145 in loop 3, residues 173-180 and 188-196 in loop 3, wherein residue positions correspond to the amino acids in the amino acid sequence in SEQ ID NO: 1. Without being limited to any theory, it is presently believed that binding between a substrate and an enzyme is supported by favorable interactions found within a sphere of 4 to 6 A between the substrate molecule and the enzyme, such as hydrogen bonds and/or strong electrostatic interaction. The following residues of 7 Novamyl (SEQ ID NO: 1), are within a distance of 6 A of the substrate HEX and thus believed to be involved in interactions with said substrate: 44, 89, 90, 92, 93, 127, 129, 132, 135, 177, 178, 188, 191 , 194, 196, 226, 228, 229, 230, 231 , 232, 256, 258-261 , 288, 328, 329, 371 , 372, 373, 376, and 690. The following residues of Novamyl are within a distance of 4 A of the substrate HEX and thus believed to be involved in interactions with said substrate: 90, 92, 93, 129, 132, 177, 188, 189, 190, 191 , 196, 226, 228, 229, 231 , 232, 256, 258, 259, 260, 261 , 328, 329, 372, 376, and 690. Homology building of Novamyl ® The structure of the Novamyl ® was model built on the structure disclosed in Appendix 1 herein. The structure of other maltogenic alpha-amylases may be built analogously. A model structure of a maltogenic alpha-amylase can be built using the Homology program or a comparable program, eg., Modeller (both from Molecular Simulations, Inc., San Diego, CA). The principle is to align the sequence of the maltogenic alpha-amylase with the known structure with that of the maltogenic alpha- amylase for which a model structure is to be constructed. The structurally conserved regions can then be built on the basis of consensus sequences. In areas lacking homology, loop structures can be inserted, or sequences can be deleted with subsequent bonding of the necessary residues using, e.g., the program Homology. Subsequent relaxing and optimization of the structure should be done using either Homology or another molecular simulation program, e.g., CHARMm from Molecular Simulations. Methods for designing novel maltogenic alpha-amylase variants In a first aspect, the invention relates to a method of constructing a variant of a parent maltogenic alpha-amylase, wherein said variant has at least one altered property as compared to said parent α-amylase, which method comprises: i) analyzing the structure of the maltogenic alpha-amylase to identify at least one amino acid or structural region of said α-amylase, which, on the basis of structural or functional considerations, is determined to be of relevance for altering said property of the parent maltogenic alpha-amylase; ii) constructing a variant of the maltogenic alpha-amylase, which as compared to the parent, has been modified in the amino acid residue or structural region identified in i) has been modified so as to alter said property; and iii) testing the resulting variant for said property. 8 The structural part which is identified in step i) of the method of the invention may be composed of one amino acid residue. However, normally the structural part comprises more than one amino acid residue, typically constituting one of the above parts of the maltogenic alpha-amylase structure such as one of the A, B, C, D or E domains, an interface between any of these domains, a calcium binding site, a loop structure, the substrate binding site, or the like. The structural or functional considerations may involve an analysis of the relevant structure or structural part and its contemplated impact on the function of the enzyme. For example, an analysis of the functional differences between maltogenic alpha-amylase and the various CGTases may be used for assigning certain properties of Novamyl to certain parts of the Novamyl structure or to contemplate such relationship. For instance, differences in the pattern or structure of loops surrounding the active site may result in differences in access to the active site of the substrate and thus differences in substrate specificity and/or cleavage pattern. Furthermore, parts of a maltogenic alpha-amylase involved in substrate binding, and thus, for example, substrate specificity and/or cleavage, calcium ion binding, important, for example, for the calcium dependency of the enzyme, and the like, have been identified (vide infra). The modification of an amino acid residue or structural region is typically accomplished by suitable modifications of a DNA sequence encoding the parent enzyme in question. The modification may be substitution, deletion or insertion of an amino acid residue or a structural part. The property to be modified may be stability (e.g. thermostability), pH dependent activity, substrate specificity, specific activity or ability to reduce retrogradation of starch or staling of bread. Thus, the altered property may be an altered specific activity at a given pH and/or an altered substrate specificity, such as an altered pattern of substrate cleavage or an altered pattern of substrate inhibition. In step ii) of the method according to the invention the part of the structure to be identified is preferably one which in the folded enzyme is believed to be in contact with the substrate (cf, the disclosure above in the section entitled "Substrate Binding Site") or involved in substrate specificity and/or cleavage pattern, and/or one which is in contact with one of the calcium ions and/or one, which is contributing to the pH or temperature profile of the enzyme, or is otherwise responsible for the properties of the maltogenic alpha-amylase. Described in the following are specific types of variants which have been designed by use of the method of the invention. The variants of the invention may comprise additional modifications in addition to the modifications described herein. The variants preferably have an amino acid 9 having more than 70 % identity with SEQ ID NO: 1 , preferably more than 80 %, particularly more than 90 %, especially more than 95 %, e.g. more than 98 %. Maltogenic alpha-amylase variants with altered pH dependent activity profile The pH dependent activity profile can be changed by changing the pKa of residues within 10 A of the active site residues of the maltogenic alpha-amylase. Changing the pKa of the active site residues is achieved, e.g., by changing the electrostatic interaction or hydrophobic interaction between functional groups of amino acid side chains of a given amino acid residue and its close surroundings. To obtain a higher activity at a higher pH, negatively charged residues are placed near a hydrogen donor acid, whereas positively charged residues placed near a nucleophilic acid will result in higher activity at low pH. Also, a decrease in the pKa can be obtained by reducing the accessibility of water or increasing hydrophobicity of the environment. Thus, another aspect of the present invention relates to a variant of a parent maltogenic alpha-amylase, in which the variant has an altered pH dependent activity profile as compared to the parent, wherein the variant may be obtained by the following method: i) identifying an amino acid residue within 15 A from an active site residue of a maltogenic alpha-amylase in the three-dimensional structure of said parent maltogenic alpha-amylase, in particular 10 A from an active site residue, wherein said amino acid residue is contemplated to be involved in electrostatic or hydrophobic interactions with an active site residue; ii) substituting, in the structure, said amino acid residue with an amino acid residue which changes the electrostatic and/or hydrophobic surroundings of an active site residue, and evaluating the accommodation of the amino acid residue in the structure, iii) optionally repeating step i) and/or ii) recursively until an amino acid substitution has been identified which is accommodated into the structure, iv) constructing a maltogenic alpha-amylase variant resulting from steps i) and ii), and optionally iii), and testing the pH dependent enzymatic activity of said variant. In a preferred embodiment, the variant of a maltogenic alpha-amylase having an altered pH dependent activity profile as compared to the parent maltogenic alpha- amylase comprises a modification of an amino acid residue corresponding to one or more of the following residues of the amino acid sequence set forth in SEQ ID NO: 1 : D127, V129, F188, A229, Y258, V281 , F284, T288, N327, M330, G370, N371 , and D372, 10 L71 , S72, V74, L75, L78, T80, L81 , G83, T84, D85, N86, T87, G88, Y89, H90, G91 , T94, R95, D96, F97, 1174, S175, N176, D178, D179, R180, Y181 , E182, A183, Q184, K186, N187, F188, T189, D190, A192, G193, F194, S195, L196. In more preferred embodiment, the variant comprises a modification corresponding to one or more of the following modifications in the amino acid sequence set forth in SEQ ID NO: 1 : D127N/L, V129S/T/G/V, F188E/K/H, A229S/T/G/V, Y258E/D/K/R/F/N, V281L/T, F284K/H/D/E/Y, T288E/K/R, N327D, M330L/F/I/D/E/K, G370N, N371 D/E/G/K, and D372N/V, L71 I, S72C, V74I, L75N/D/Q/I/V, L78N/I, T80I/L/V/S/N/G, L81 IΛ /S/T/N/Q/K/H, G83A/S/T/N/Q/E/D/R/H/L, T84S/A/N/D/G, D85A/T/S/N/G, N86Q/E/D/Y/H/K, T87S/I, G88A/S/T, Y89F, H90N/Q/K, G91A/S/T, T94N/D/A M/V/I, R95K/Q, D96N/V/Q/I, F97Y, I174N/Q/L, S175T/A/N/D, N176S/T/H/Q/P, D178N/Q/E/K/H, D179Y/N/H, R180W, Y181 R/F/C/L, E182D, A183S/C/G, Q184E, K186R, N187Q/E/L/F/H/KΛ//L, F188Y/L/I/H/N, T189N/D/A/S/H/Y/G, D190E/Q/H/N/K, A192T/D/E/N/K, G193A/S/T, F194Y, S195N/D/E/R/K/G, L196I. Similar modifications may be introduced in equivalent positions of other maltogenic alpha-amylases. Variants of particular interest have a combination of one or more of the above with any of the other modifications disclosed herein. Maltogenic alpha-amylase variants with altered stability A variant with improved stability (typically increased stability) may be obtained by stabilization of calcium binding, substitution with proline, substitution of histidine with another amino acid, introduction of an interdomain disulfide bond, removal of a deamidation site, altering a hydrogen bond contact, filling in an internal structural cavity with one or more amino acids with bulkier side groups, introduction of interdomain interactions, altering charge distribution, helix capping, or introduction of a salt bridge. Calcium binding The invention provides a variant of a parent maltogenic alpha-amylase, which has an altered stability due to an altered stabilization of calcium (Ca 2+ ) binding. The enzyme variant may have altered thermostability or pH dependent stability, or it may have maltogenic alpha-amylase activity in the presence of a lower concentration of calcium ion. It is presently believed that amino acid residues located within 10 A from a calcium ion are involved in or are of importance for the Ca 2+ binding capability of the enzyme. 11 The amino acid residues found within a distance of 10 A from the Ca 2+ binding sites of the maltogenic alpha-amylase with the amino acid sequence set forth in SEQ ID NO: 1 were determined as described in Example 2 and are as follows: 16, 17, 18, 19, 20, 21 , 22, 23, 24, 25, 26, 27, 28 29, 30, 31 , 32, 33,35, 36, 40, 46, 47, 48, 49, 50, 51 , 52, 53, 54, 56, 73, 74, 75, 76, 77, 78, 79, 80, 81 , 87, 88, 89, 91 , 93, 94, 95, 96, 99, 100, 101 , 102, 103, 104, 105, 109, 129, 130, 131 , 132, 133, 134, 145, 150, 167, 168, 169, 170, 171 , 172, 174, 177, 180, 181 , 182, 183, 184, 185, 186, 187, 188, 189, 196, 197, 198, 199, 200, 201 , 202, 206, 210, 228, 229, 230, 231 , 232, 233, 234, 235, 237, 378, and 637. In order to construct a variant according to this aspect of the invention it is desirable to substitute at least one of the above mentioned amino acid residues, which is determined to be involved in a non-optimal calcium binding, with any other amino acid residue which improves the Ca 2+ binding affinity of the variant enzyme. Accordingly, another aspect of the invention relates to a method of constructing a variant of a parent maltogenic alpha-amylase wherein said variant has a stabilised Ca 2+ binding as compared to said parent, which method comprises: i) identifying an amino acid residue within 10 A from a Ca 2+ binding site of a maltogenic alpha-amylase in a model of the three-dimensional structure of said α- amylase which, from structural or functional considerations, is determined to be responsible for a non-optimal calcium ion interaction; ii) constructing a variant in which said amino acid residue is substituted with another amino acid residue which, from structural or functional considerations, is determined to be important for establishing an altered Ca 2+ binding affinity; and iii) testing the Ca 2+ binding of the resulting maltogenic alpha-amylase variant. Substituting an amino acid residue responsible for non-optimal calcium ion interaction with another residue may alter a calcium ion binding interaction of the enzyme. For instance, the amino acid residue in question may be selected on the basis of one or more of the following objectives: a) to obtain an improved interaction between a calcium ion and an amino acid residue as identified from the structure of the maltogenic alpha-amylase. For instance, if the amino acid residue in question is exposed to a surrounding solvent, it may be advantageous to increase the shielding of said amino acid residue from the solvent so as to stabilize the interaction between said amino acid residue and a calcium ion. This can be achieved by substituting said residue, or an amino acid residue in the vicinity of said residue contributing to the shielding, with an amino acid residue with a bulkier side group or which otherwise results in an improved shielding effect. b) to stabilize a calcium binding site, for instance by stabilizing the structure of the maltogenic alpha-amylase, e.g. by stabilizing the contacts between two or more of 12 the five domains or stabilizing one or more of the individual domains as such. This may, e.g., be achieved by providing for a better coordination to amino acid side chains, which may, e.g., be obtained by substituting an N residue with a D residue and/or a Q residue with an E residue, e.g. within 10 A, and preferably within 3 or 4 A, of a calcium binding site. c) to improve the coordination between the calcium ion and the calcium binding residues, e.g., by improving the interaction between the ion and the coordinating residues or increasing the number of sidechain coordinations by substituting a coordinating water with an amino acid sidechain. d) replace water by a coordinating calcium amino acid residue. Preferably, the amino acid residue to be modified is located within 8 A of a Ca 2+ ion, preferably within 5 A of a Ca 2+ ion. The amino acid residues within 8 A and 5 A, respectively, may easily be identified by an analogous method used for identifying amino acid residues within 10 A (cf. Example 2). In a preferred embodiment, the variant of a maltogenic alpha-amylase having an altered Ca 2+ binding as compared to the parent maltogenic alpha-amylase comprises a substitution of an amino acid residue corresponding to one or more of the following residues of the amino acid sequence set forth in SEQ ID NO: 1 : D17, A30, S32, R95, H103, N131 , Q201 , 1174, and/or H169, V74, L75, L78, T80, L81 , T87, G88, Y89, H90, G91 , T94, R95, D96, F97, Y167, F168, H169, H170, N171 , G172, D173, 1174, S175, N176, D178, D179, R180, Y181 , E182, A183, Q184, K186, N187, F188, T189. In more preferred embodiment, the variant of a maltogenic alpha-amylase comprises a substitution corresponding to one or more of the following substitutions in the amino acid sequence set forth in SEQ ID NO: 1 : D17E/Q, A30M/L/A/V/I/E/Q, S32D/E/N/Q, R95M/L AΛ /I/E/Q, H103Y/N/Q/D/E, N131D, Q201E, I174E/Q, and H169N/D/E/Q V74I, L75N/D/Q/I/V, L78N/I, T80I/L/V/S/N/G, L81 I/V/S/T/N/Q/K/H, T87S/I, G88A/S T, Y89F, H90N/Q/K, G91A/S T, T94N/D/A/MΛ//I, R95K/Q, D96N/V/Q/I, F97Y, Y167F/R/C, F168Y, H169N/Q/K, H170N/Q/K, N171D/E/Q/H/R/K/G, G172A T/S, D173N/S/TΛ7R/G, I174N/Q/L, S175T/A/N/D, N176S/T/H/Q/P, D178N/Q/E/K/H, D179Y/N/H, R180W, Y181 R/F/C/L, E182D, A183S/C/G, Q184E, K186R, N187Q/E/L/F/H/KΛ /L, F188Y/L/I/H/N, T189N/D/A/S/H/Y/G. In another preferred embodiment of the invention with respect to altering the Ca 2+ binding of a maltogenic alpha-amylase the partial sequence N28-P29-A30-K31- S32-Y33-G34 as set forth in SEQ ID NO: 1 is modified. 13 Similar substitutions may be introduced in equivalent positions of other maltogenic alpha-amylases. Modifications of particular interest are any combination of one or more of the above with any of the other modifications disclosed herein. Other substitutions Variants with improved stability of the enzyme can be achieved by improving existing or introducing new interdomain and intradomain contacts. Such improved stability can be achieved by the modifications listed below. The maltogenic alpha-amylase having the amino acid sequence shown in SEQ ID NO: 1 may be stabilized by the introduction of one or more interdomain disulfide bonds. Accordingly, another preferred embodiment of the present invention relates to a variant of a parent maltogenic alpha-amylase which has improved stability and at least one more interdomain disulfide bridge as compared to said parent, wherein said variant comprises a modification in a position corresponding to at least one of the following pairs of positions in SEQ ID NO: 1 : G236 + S583, G618 + R272, T252 + V433 and/or A348 + V487. In a more preferred embodiment, the substitution corresponds to at least one of the following pairs: G236C + S583C, G618C + R272C, T252C + V433C and/or A348C + V487C. Another preferred embodiment of the invention relates to a variant of a parent maltogenic alpha-amylase which has an improved stability and an altered interdomain interaction as compared to said parent, wherein said variant comprises a substitution in a position corresponding at least one of the following sets of positions in SEQ ID NO: 1 : i) F143, F194, L78; ii) A341 , A348, L398, 1415, T439, L464, L465; iii) L557; iv) S240, L268; v) Q208, L628; vi) F427, Q500, N507, M508, S573; and vii) 1510, V62O. In a more preferred embodiment, the substitution corresponds to at least one of the following sets: i) F143Y, F194Y, L78Y/F/W/E/Q; ii) A341S/D/N, A348V/I/L, L398E/Q/N/D, I415E/Q, T439D/E/Q/N, L464D/E, L465D/E/N/Q/R/K; iii) L557Q/E/N/D; iv) S240D/E/N/Q, L268D/E/N/Q/R/K; v) Q208D/E/Q, L628E/Q/N/D; 14 vi) F427E/Q/R/K/Y, Q500Y, N507Q/E/D, M508K/R/E/Q, S573D/E/N/Q; and/or vii) I510D/E/N/Q/S, V620D/E/N/Q. Another preferred embodiment of the invention relates to a variant of a parent maltogenic alpha-amylase which has an improved stability and one or more salt bridges as compared to said parent, wherein said variant comprises a substitution in a position corresponding at least one of the following sets of positions in SEQ ID NO: 1 : N106, N320 and Q624. In a more preferred embodiment, the variant of a maltogenic alpha-amylase comprises a substitution corresponding to the following substitutions in the amino acid sequence set forth in SEQ ID NO: 1 : N106R, N320E/D and/or Q624E. Another embodiment of the invention relates to a variant of a parent maltogenic alpha-amylase which has an improved stability and wherein said variant comprises a substitution in a position corresponding at least one of the following sets of positions in SEQ ID NO: 1 : K40, V74, S141 , T142, F188, N234, K249, D261 , D261 , L268, V279, N342, G397, A403, K425, S442, S479, S493, T494, S495, A496, S497, A498, Q500, K520, A555 and N595. In a more preferred embodiment, the variant of a maltogenic alpha-amylase comprises a substitution corresponding to one or more of the following substitutions with proline in the amino acid sequence set forth in SEQ ID NO: 1 : V74P, S141 P, N234P, K249P, L268P, V279P, N342P, G397P, A403P, S442P, S479P, S493P, T494P, S495P, A496P, S497P, A498P, Q500P, and/or A555P. Other preferred substitutions are K40R, T142A, F188I/L, D261G, K425E, K520R, and/or N595I. Analogously, it may be preferred that one or more histidine residues present in the parent maltogenic alpha-amylase is or are substituted with a non-histidine residues such as Y, V I, L, F, M, E, Q, N, or D. Accordingly, in another preferred embodiment, the variant of a maltogenic alpha-amylase comprises a substitution of an amino acid residue corresponding to one or more of the following residues of the amino acid sequence set forth in SEQ ID NO: 1 : H103, H220, and H344 In a more preferred embodiment, the variant of a maltogenic alpha-amylase comprises a substitution corresponding to one or more of the following substitutions in the amino acid sequence set forth in SEQ ID NO: 1 : H103Y/V/I/L/F/Y, H220Y/L/M, and H344E/Q/N/D/Y. It may be preferred that one or more asparagine or glutamine residues present in the parent maltogenic alpha-amylase is or are substituted with a residue lacking the 15 amide on the side chain. Accordingly, in another preferred embodiment, the variant of a Novamyl-like comprises a substitution of an amino acid residue corresponding to one or more of the following residues of the amino acid sequence set forth in SEQ ID NO: 1 : Q13, N26, N77, N86, N99, Q119, N120, N131, N152, N171, N176, N187, Q201, N203, N234, Q247, N266, N275, N276, N280, N287, Q299, N320, N327, N342, Q365, N371, N375, N401, N436, N454, N468, N474, Q500, N507, N513, Q526, N575, Q581 , N621 , Q624 and N664. In more preferred embodiment, the variant of a maltogenic alpha-amylase comprises a substitution corresponding to one or more of the following substitutions in the amino acid sequence set forth in SEQ ID NO: 1 : Q13S/T/A/V/L/I/F/M, N26S T/AΛ /L/I, N77S/T/A/V/L/I, N86S/T/A/V/L/I, N99T/SΛ//L, Q119T/S, N120S/T/AΛ//L/I, N131S/T/AΛ /L/I, N152T/S/V/L, N171Y/D/S/T, N176S/T/A/V/L/I, N187S T/A/V/L/I, Q201S/T/AΛ /L/I/F/M, N203D/S/T/A/V/L/I, N234S/T/A/V/L/I, Q247S/T/A/V/L/I/F/M, N266S/T/A/V/L/I, N275S/T/A/V/L/I, N276S/T/A/V/L/I, N280S T/A/V/L/I, N287S/T/AΛ /L/I, Q299L T/S, N320S/T/A/V/L/I, N327S/T/A/V/L/I, N342S/T/AΛ//L/I, Q365S T/A/V/L/I, N371S/T/A/V/L/I, N375S/T/A/V/L/I, N401S/T/A/V/L I, N436S/T/A/V/L/I, N454D/S/T/A/V/L/I, N468D/S/T/A/V/L/I, N474D/S/T/AΛ /L/I, Q500S/T/AΛ /L/I/F/M, N507S/T/A/V/L/I, N513S/T/A/V/L/I, Q526 D/S/T/A/V/L/l, N575S/T/A/V/L/I, Q581S/T/A/V/L/I/F/M, N621S/ /A/V/L/I Q624S/T/A/V/L/I/F/M and N664D/S/T/A/V/L/I. Another embodiment of the invention relates to a variant of a parent maltogenic alpha-amylase which has improved stability and improved hydrogen bond contacts as compared to said parent, wherein said variant comprises a modification in a position corresponding to one or more of the following positions in SEQ ID NO: 1 : 116, L35, M45, P73, D76, D79, A192, 1100, A148, A163+G172, L268, V281 , D285, L321 , F297, N305, K316, S573, A341 , M378, A381 , F389, A483, A486, 1510, A564, F586, K589, F636, K645, A629, and/or T681. In a preferred embodiment, the modification corresponds to one or more of the following: I16T/D/N, L35Q, M45K, P73Q, D76E, D79E/Y, A192S/D/N, I100T/S/D/N/E/Q, A148D/N/E/Q/S/T/R/K, A163Y+G172S/D/N, L268R/K, V281/Q, D285R/K, L321Q, F297N/D/Q/E, N305K/R, K316N/D, S573N/D, A341 R/K, M378R/K, A381S/D/N, F389Y, A483S/D/N, A486Q/E, I510R/K, A564S/D/N, F586S/D/N, K589S/D/Q/N, F636Y, K645T, A629N/D/E/Q, and/or T681D/N/E/Q/S. Similar substitutions may be introduced in equivalent positions of other maltogenic alpha-amylases. Substitutions of particular interest are any combination of one or more of the above with any of the other modifications disclosed herein. 16 Before actually constructing a maltogenic alpha-amylase variant to achieve any of the above objectives, it may be convenient to evaluate whether or not the contemplated amino acid modification can be accommodated into the maltogenic alpha-amylase structure, e.g. into a model of the three-dimensional structure of the parent maltogenic alpha-amylase. Maltogenic alpha-amylase variants with altered thermostability and/or altered temperature dependent activity profile The invention further relates to a variant of a parent maltogenic alpha-amylase, which results from substitution, deletion or insertion of one or more amino acid residues so as to obtain a variant having an altered thermostability or temperature dependent activity profile. The structure of the maltogenic alpha-amylase contains a number of unique internal cavities which may contain water and a number of crevices. In order to increase the thermostability of the polypeptide it may be desirable to reduce the number or size of cavities and crevices, e.g., by introducing one or more hydrophobic contacts, preferably achieved by introducing amino acids with bulkier side groups in the vicinity or surroundings of the cavity. For instance, the amino acid residues to be modified are those which are involved in the formation of the cavity. Accordingly, in a further aspect the present invention relates to a method of increasing the thermostability and/or altering the temperature dependent activity profile of a parent maltogenic alpha-amylase, which method comprises: i) identifying an internal cavity or a crevice of the parent maltogenic alpha- amylase in the three-dimensional structure of said polypeptide; ii) substituting, in the structure, one or more amino acid residues in the neighbourhood of the cavity or crevice identified in step i) with another amino acid residue which, from structural or functional considerations, is determined to increase the hydrophobic interaction and to fill out or reduce the size of the cavity or crevice; and iii) constructing a variant of the parent maltogenic alpha-amylase resulting from step ii) and testing the thermostability and/or temperature dependent activity of the variant. The structure identified in Appendix 1 may be used for identifying the cavity or crevice of the parent maltogenic alpha-amylase. It will be understood that the cavity or crevice is identified by the amino acid residues surrounding said cavity or crevice, and that modification of said amino acid residues are of importance for filling or reducing the size of said cavity or crevice. Preferably, the modification is a substitution with a bulkier amino acid residue, i.e. one with a greater side chain volume. For example, all the amino acids are bulkier than Gly, 17 whereas Tyr and Trp are bulkier than Phe. The particular amino acid residues referred to below are those which in a crystal structure have been found to flank the cavity or crevice in question. In a preferred embodiment, the variant of a maltogenic alpha-amylase, in order to fill, either completely or partly, cavities located internally in the structure, comprises a substitution of an amino acid residue corresponding to one or more of the following residues of the amino acid sequence set forth in SEQ ID NO: 1 : L51 , L75, L78, G88, G91 , T94, V114, 1125, V126, T134, G157, L217, S235, G236, V254, V279, V281 , L286, V289, I290, V308, L321 , I325, D326, L343, F349, S353, I359, I405, L448, Q449, L452, I470, G509, V515, S583, G625, L627, L628 and A670. L71 , S72, V74, L75, L78, T80, L81 , G83, T84, D85, N86, T87, G88, Y89, H90, G91 , T94, R95, D96, F97, Y167, F168, H169, H170, N171 , G172, D173, 1174, S175, N176, D178, D179, R180, Y181 , E182, A183, Q184, K186, N187, F188, T189, D190, A192, G193, F194, S195, L196. In a more preferred embodiment, the variant of a maltogenic alpha-amylase comprises one or more substitutions corresponding to the following substitutions in the amino acid sequence set forth in SEQ ID NO: 1 : L217 in combination with L75 (e.g. L217F/Y in combination with L75F/Y), L51W, L75F/Y, L78I, G88A/V/T, G91T/S/V/N, T94V/I/L, V114V/I/L, I125L/M/FΛ7W, V126I/L, T134V/I/L/M/FΛ7W, G157A/V/I/L, L217V/I/M/FΛ7W, S235I/L/M/F/Y/W, G236A/V/I/L/M/FΛ7W, V254I/L/M/F/Y/W, V279M/I/L/F, V281 l/L/M/F/Y/W, L286F, V289I/L R, I290M/L/F, V308I/L/M/F/Y/W, L321 I/M/F/Y/W, I325L/M/F/Y/W, D326E/Q, L343M/F/Y/W, F349W/Y, S353V/I/L, I359L/M/FΛ7W, I405M/LΛ7F/W, L448Y, Q449Y, L452M/Y/F/W, I470M/L/F, G509A/V/I/L/M/S/T/D/N, V515I/L, S583V/I/L/V, G625A/V/I/L/M/F/Y/W, L627M/F/Y, L628M/I/FΛ W and A670V/I/L/M/FΛ7W, L71I, S72C, V74I, L75N/D/Q/I/V, L78N/I, T80I/LΛ//S/N/G, L81I/V/S/T/N/Q/K/H, G83A/S/T/N/Q/E/D/R/H/L, T84S/A/N/D/G, D85A/T/S/N/G, N86Q/E/D/Y/H/K, T87S/I, G88A/S/T, Y89F, H90N/Q/K, G91A/S T, T94N/D/A/M/V/I, R95K/Q, D96N/V/Q/I, F97Y, Y167F/R C, F168Y, H169N/Q/K, H170N/Q/K, N171 D/E/Q/H/R/K/G, G172A/T/S, D173N/S/T/Y/R/G, I174N/Q/L, S175T/A/N/D, N176S/T/H/Q/P, D178N/Q/E/K/H, D179Y/N/H, R180W, Y181 R/F/C/L, E182D, A183S/C/G, Q184E, K186R, N187Q/E/L/F/H/KΛ//L, F188Y/L/I/H/N, T189N/D/A/S/H/Y/G, D190E/Q/H/N/K, A192T/D/E/N/K, G193A/S T, F194Y, S195N/D/E/R/K/G, L196I. Similar substitutions may be introduced in equivalent positions of other maltogenic alpha-amylases. Variants of particular interest have a combination of one or more of the above with any of the other modifications disclosed herein. 18 Maltogenic alpha-amylase variants with an altered cleavage pattern One aim of the present invention is to change the degradation characteristics of a maltogenic alpha-amylase. Thus, Novamyl hydrolyzes starch to form predominantly maltose (G2) and a small amount of glucose (G1), but virtually no higher oligosaccharides (G3+). It may be desirable to change this cleavage pattern, e.g. so as to form higher amounts of higher oligosaccharides, such as maltotriose (G3), maltotetraose (G4) and maltopentaose (G5). A variant of a parent maltogenic alpha-amylase in which the substrate cleavage pattern is altered as compared to said parent may be constructed by a method which comprises: i) identifying the substrate binding area of the parent maltogenic alpha-amylase in a model of the three-dimensional structure, e.g. within a sphere of 4 A from the substrate binding site as defined in the section above entitled "Substrate Binding Site"; ii) substituting in the model one or more amino acid residues of the substrate binding area of the cleft identified in i) which is or are believed to be responsible for the cleavage pattern of the parent with another amino acid residue which from structural or functional considerations is believed to result in an altered substrate cleavage pattern, or deleting one or more amino acid residues of the substrate binding area contemplated to introduce favorable interactions to the substrate or adding one or more amino acid residues to the substrate binding area contemplated to introduce favorable interactions to the substrate; and iii) constructing a maltogenic alpha-amylase variant resulting from step ii) and testing the substrate cleavage pattern of the variant. Accordingly, another aspect of the invention relates to a variant of a parent maltogenic alpha-amylase which has an altered substrate binding site as compared to said parent, which variant comprises a modification in a position corresponding to one or both of the following positions in SEQ ID NO: 1 : V281 and/or A629. In a preferred embodiment, the variant comprises a modification corresponding to: V281Q and/or A629N/D/E/Q. Similar modifications may be introduced in equivalent positions of other maltogenic alpha-amylases. Substitutions of particular interest are any combination of one or both of the above with any of the other modifications disclosed herein. 19 Maltogenic alpha-amylase variants with improved ability to reduce retrogradation of starch and/or staling of bread The invention provides maltogenic alpha-amylase variants having improved ability to reduce the retrogradation of starch and/or the staling of bread. Preferred variants comprise a modification at one or more positions corresponding to the following amino acid residues in SEQ ID NO: 1 : A30, K40, N115, T142, F188, T189, P191 , A192, G193, F194, S195, D261 , N327, K425, K520 and N595. In a more preferred embodiment, the variant comprises one or more modifications corresponding to the following in SEQ ID NO: 1 : A30D, K40R, N115D, T142A, F188L, T189Y, Δ (191-195), D261G, D261 G, N327S, K425E, K520R and N595I. Determination of residues within 1θA from calcium ions The coordinates of Appendix 1 are read into the INSIGHT program (BIOSYM Technologies). The spatial coordinates are presented showing the bonds between the atoms. The ions are presented as well as the water atoms. The part of the program package for creating subsets was used to create a 10 A subset around the calcium ions in the structure by using the command ZONE. All residues identified as having an atom within the designated 10 A distance from a calcium ion are compiled and listed by using the command LIST MOLECULE. By giving the ions the name "VAT CA" in the coordinate file, a 10 A sphere around all atoms called "VAT CA" is compiled. The specific residues identified in this manner are given further above in the section entitled "Calcium binding". Determination of cavities The solved structure of Novamyl with the structural coordinates set forth in Appendix 1 reveals many internal crevices and cavities. When analysing for such cavities the Connolly program is normally used (Lee, B. and Richards, F.M. (1971) J. Mol. Biol. 55:379-400). The program uses a probe with radius to search the external and internal surface of the protein. The smallest crevice observable in this way has the probe radius. To analyse the solved structure a modified version of the Connolly program included in the program of INSIGHT was used. In the first step, the water molecules and the ions were removed by unmerging these atoms from the solved structure. By using the command MOLECULE SURFACE SOLVENT the solvent accessible surface area was calculated for all atoms and residues using a probe radius of 1.4 A, and 20 displayed graphically together with the model of the solved structure. The internal cavities are then seen as dot surfaces with no connections to the external surface. Suggestions for specific modifications to fill out the cavities are given above in the section entitled "Variants with altered thermostability and/or altered temperature 5 dependent activity profile"). By using the homology built structures or/and comparisons based on sequence alignment, mutations for homologous structures of maltogenic alpha-amylases can be made. Nomenclature for amino acid modifications 10 The nomenclature used herein for defining mutations is essentially as described in WO 92/05249. Thus, F188H indicates a substitution of the amino acid F (Phe) in position 188 with the amino acid H (His). V129S/T/G/V indicates a substitution of V129 with S, T, G or V. Δ (191-195) or Δ (191-195) indicates a deletion of amino acids in positions 191-195. 192-A-193 indicates an insertion of A between amino acids 15 192 and 193. Polypeptide sequence identity For purposes of the present invention, the degree of identity may be suitably determined according to the method described in Needleman, S.B. and Wunsch, CD., (1970), Journal of Molecular Biology, 48, 443-45, with the following settings for 20 polypeptide sequence comparison: GAP creation penalty of 3.0 and GAP extension penalty of 0.1. The determination may be done by means of a computer program known such as GAP provided in the GCG program package (Program Manual for the Wisconsin Package, Version 8, August 1994, Genetics Computer Group, 575 Science Drive, Madison, Wisconsin, USA 53711). 25 The variants of the invention have an amino acid identity with amino acids 1 - 686 of SEQ ID NO: 1 of at least 70 %, preferably at least 80 %, e.g. at least 90 %, particularly at least 95 % or at least 98 %. Hybridization Suitable experimental conditions for determining hybridization between a 30 nucleotide probe and a homologous DNA or RNA sequence involves presoaking of the filter containing the DNA fragments or RNA to hybridize in 5x SSC (sodium chloride/sodium citrate, Sambrook, et al., 1989) for 10 min, and prehybridization of the filter in a solution of 5x SSC, 5x Denhardt's solution (Sambrook, et al., 1989), 0.5% SDS and 100 μg/ml of denatured sonicated salmon sperm DNA (Sambrook, et al., 35 1989), followed by hybridization in the same solution containing a random-primed 21 (Feinberg, A. P. and Vogelstein, B. (1983) Anal. Biochem. 132:6-13), 32 P-dCTP-labeled (specific activity > 1 x 10 9 cpm/μg ) probe for 12 hours at ca. 45°C. The filter is then washed twice for 30 minutes in 2x SSC, 0.5% SDS at least 55°C (low stringency), preferably at least 60°C (medium stringency), more preferably at least 65°C (medium/high stringency), more preferably at least 70°C (high stringency), even more preferably at least 75°C (very high stringency). Molecules which hybridize to the oligonucleotide probe under these conditions are detected by exposure to x-ray film. Methods of preparing variants of maltogenic alpha-amylases Cloning a DNA sequence encoding a Novamyl-like polypeptide The DNA sequence encoding a parent maltogenic alpha-amylase may be isolated from any cell or microorganism producing the maltogenic alpha-amylase in question, using various methods well known in the art, for example, from the Bacillus strain NCIB 11837. First, a genomic DNA and/or cDNA library should be constructed using chromosomal DNA or messenger RNA from the organism that produces the maltogenic alpha-amylase to be studied. Then, if the amino acid sequence of the α-amylase is known, homologous, labelled oligonucleotide probes may be synthesised and used to identify maltogenic alpha-amylase-encoding clones from a genomic library prepared from the organism in question. Alternatively, a labelled oligonucleotide probe containing sequences homologous to a known α-amylase gene could be used as a probe to identify maltogenic alpha-amylase-encoding clones, using hybridization and washing conditions of lower stringency. Another method for identifying maltogenic alpha-amylase-encoding clones involves inserting fragments of genomic DNA into an expression vector, such as a plasmid, transforming α-amylase negative bacteria with the resulting genomic DNA library, and then plating the transformed bacteria onto agar containing a substrate for maltogenic alpha-amylase, thereby allowing clones expressing maltogenic alpha- amylase activity to be identified. Alternatively, the DNA sequence encoding the enzyme may be prepared synthetically by established standard methods, e.g. the phosphoroamidite method described by S.L. Beaucage and M.H. Caruthers (1981 ) or the method described by Matthes et al. (1984). In the phosphoroamidite method, oligonucleotides are synthesized, e.g. in an automatic DNA synthesizer, purified, annealed, ligated and cloned in appropriate vectors. 22 Finally, the DNA sequence may be of mixed genomic and synthetic origin, mixed synthetic and cDNA origin or mixed genomic and cDNA origin, prepared by ligating fragments of synthetic, genomic or cDNA origin, wherein the fragments correspond to various parts of the entire DNA sequence, in accordance with techniques well known in the art. The DNA sequence may also be prepared by polymerase chain reaction (PCR) using specific primers, for instance as described in US 4,683,202 or R.K. Saiki et al. (1988). Site-directed Mutagenesis Once a maltogenic alpha-amylase-encoding DNA sequence has been isolated, and desirable sites for modification identified, modifications may be introduced using synthetic oligonucleotides. These oligonucleotides contain nucleotide sequences flanking the desired modification sites; mutant nucleotides are inserted during oligonucleotide synthesis. In a specific method, a single-stranded gap of DNA, bridging the maltogenic alpha-amylase-encoding sequence, is created in a vector carrying the maltogenic alpha-amylase gene. Then the synthetic nucleotide, bearing the desired modification, is annealed to a homologous portion of the single-stranded DNA. The remaining gap is then filled in with DNA polymerase I (Klenow fragment) and the construct is ligated using T4 ligase. A specific example of this method is described in Morinaga et al. (1984). US 4,760,025 discloses the introduction of oligonucleotides encoding multiple modifications by performing minor alterations of the cassette. However, an even greater variety of modifications can be introduced at any one time by the Morinaga method because a multitude of oligonucleotides, of various lengths, can be introduced. Another method of introducing modifications into a maltogenic alpha-amylase- encoding DNA sequences is described in Nelson and Long (1989). It involves a 3-step generation of a PCR fragment containing the desired modification introduced by using a chemically synthesized DNA strand as one of the primers in the PCR reactions. From the PCR-generated fragment, a DNA fragment carrying the modification may be isolated by cleavage with restriction endonucleases and reinserted into an expression plasmid. Random Mutagenesis Random mutagenesis is suitably performed either as localised or region- specific random mutagenesis in at least three parts of the gene translating to the amino acid sequence shown in question, or within the whole gene. The random mutagenesis of a DNA sequence encoding a parent maltogenic alpha-amylase may be conveniently performed by use of any method known in the art. 23 In relation to the above, a further aspect of the present invention relates to a method for generating a variant of a parent Novamyl-like α-amylase, wherein the variant exhibits increased stability at low pH and at low calcium concentration relative to the parent, the method comprising: (a) subjecting a DNA sequence encoding the parent Novamyl-like α-amylase to random mutagenesis, (b) expressing the mutated DNA sequence obtained in step (a) in a host cell, and (c) screening for host cells expressing a Novamyl-like α-amylase variant which has an altered property relative to the parent Novamyl-like α-amylase. Step (a) of the above method of the invention is preferably performed using doped primers, as described in the working examples herein ( ' ofe infra). For instance, the random mutagenesis may be performed by use of a suitable physical or chemical mutagenizing agent, by use of a suitable oligonucleotide, or by subjecting the DNA sequence to PCR generated mutagenesis. Furthermore, the random mutagenesis may be performed by use of any combination of these mutagenizing agents. The mutagenizing agent may, e.g., be one which induces transitions, transversions, inversions, scrambling, deletions, and/or insertions. Examples of a physical or chemical mutagenizing agent suitable for the present purpose include ultraviolet (UV) irradiation, hydroxylamine, N-methyl-N'-nitro-N- nitrosoguanidine (MNNG), O-methyl hydroxylamine, nitrous acid, ethyl methane sulphonate (EMS), sodium bisulphite, formic acid, and nucleotide analogues. When such agents are used, the mutagenesis is typically performed by incubating the DNA sequence encoding the parent enzyme to be mutagenized in the presence of the mutagenizing agent of choice under suitable conditions for the mutagenesis to take place, and selecting for mutated DNA having the desired properties. When the mutagenesis is performed by the use of an oligonucleotide, the oligonucleotide may be doped or spiked with the three non-parent nucleotides during the synthesis of the oligonucleotide at the positions which are to be changed. The doping or spiking may be done so that codons for unwanted amino acids are avoided. The doped or spiked oligonucleotide can be incorporated into the DNA encoding the maltogenic alpha-amylase enzyme by any published technique, using e.g. PCR, LCR or any DNA polymerase and ligase as deemed appropriate. Preferably, the doping is carried out using "constant random doping", in which the percentage of wild-type and modification in each position is predefined. Furthermore, the doping may be directed toward a preference for the introduction of certain nucleotides, and thereby a preference for the introduction of one or more specific amino acid residues. The doping may be made, e.g., so as to allow for the 24 introduction of 90% wild type and 10% modifications in each position. An additional consideration in the choice of a doping scheme is based on genetic as well as protein- structural constraints. The doping scheme may be made by using the DOPE program which, inter alia, ensures that introduction of stop codons is avoided. 5 When PCR-generated mutagenesis is used, either a chemically treated or non- treated gene encoding a parent maltogenic alpha-amylase enzyme is subjected to PCR under conditions that increase the misincorporation of nucleotides (Deshler 1992; Leung et al., Technique, VolJ , 1989, pp. 11-15). A mutator strain of E. coli (Fowler et al., Molec. Gen. Genet., 133, 1974, pp. 10 179-191 ), S. cereviseae or any other microbial organism may be used for the random mutagenesis of the DNA encoding the maltogenic alpha-amylase by, e.g., transforming a plasmid containing the parent enzyme into the mutator strain, growing the mutator strain with the plasmid and isolating the mutated plasmid from the mutator strain. The mutated plasmid may be subsequently transformed into the expression organism. 15 The DNA sequence to be mutagenized may be conveniently present in a genomic or cDNA library prepared from an organism expressing the parent maltogenic alpha-amylase. Alternatively, the DNA sequence may be present on a suitable vector such as a plasmid or a bacteriophage, which as such may be incubated with or otherwise exposed to the mutagenising agent. The DNA to be mutagenized may also be 20 present in a host cell either by being integrated in the genome of said cell or by being present on a vector harbored in the cell. Finally, the DNA to be mutagenized may be in isolated form. It will be understood that the DNA sequence to be subjected to random mutagenesis is preferably a cDNA or a genomic DNA sequence. In some cases it may be convenient to amplify the mutated DNA sequence 25 prior to performing the expression step b) or the screening step c). Such amplification may be performed in accordance with methods known in the art, the presently preferred method being PCR-generated amplification using oligonucleotide primers prepared on the basis of the DNA or amino acid sequence of the parent enzyme. Subsequent to the incubation with or exposure to the mutagenising agent, the 30 mutated DNA is expressed by culturing a suitable host cell carrying the DNA sequence under conditions allowing expression to take place. The host cell used for this purpose may be one which has been transformed with the mutated DNA sequence, optionally present on a vector, or one which was carried the DNA sequence encoding the parent enzyme during the mutagenesis treatment. Examples of suitable host cells are the 35 following: gram positive bacteria such as Bacillus subtilis, Bacillus licheniformis, Bacillus lentus, Bacillus brevis, Bacillus stearothermophilus, Bacillus alkalophilus, Bacillus amyloliquefaciens, Bacillus coagulans, Bacillus circulans, Bacillus lautus, Bacillus 25 megaterium, Bacillus thuringiensis, Streptomyces lividans or Streptomyces murinus; and gram negative bacteria such as E. coli. The mutated DNA sequence may further comprise a DNA sequence encoding functions permitting expression of the mutated DNA sequence. Localized random mutagenesis The random mutagenesis may be advantageously localised to a part of the parent maltogenic alpha-amylase in question. This may, e.g., be advantageous when certain regions of the enzyme have been identified to be of particular importance for a given property of the enzyme, and when modified are expected to result in a variant having improved properties. Such regions may normally be identified when the tertiary structure of the parent enzyme has been elucidated and related to the function of the enzyme. The localized, or region-specific, random mutagenesis is conveniently performed by use of PCR generated mutagenesis techniques as described above or any other suitable technique known in the art. Alternatively, the DNA sequence encoding the part of the DNA sequence to be modified may be isolated, e.g., by insertion into a suitable vector, and said part may be subsequently subjected to mutagenesis by use of any of the mutagenesis methods discussed above. For region-specific random mutagenesis with a view to improving the stability of calcium binding of a parent maltogenic alpha-amylase, codon positions corresponding to the following amino acid residues from the amino acid sequence set forth in SEQ ID NO: 1 may appropriately be targeted: Residues:Regions: 16-33, 35-36, 40: 16-40 46-54, 56: 46-56 73-81 : 73-81 87-89, 91 , 93-96, 99-105, 109: 87-109 129-134, (145, 150): 129-134 167-172, 174, 177, 180-189: 167-189 196-202, 206-210: 196-210 228-235, 237: 228-237 378 637 With a view to achieving improved binding of a substrate, i.e., improved binding of a carbohydrate species, such as amylose or amylopectin, by a maltogenic alpha- amylase variant with a modified, e.g. higher, substrate specificity and/or a modified, e.g. higher, specificity with respect to cleavage, i.e. hydrolysis, of the substrate, it appears 26 that the following codon positions in the following regions of the amino acid sequence shown in SEQ ID NO: 1 , may particularly appropriately be targeted for modification by region-specific mutagenesis: 70-97, 127-143, 174-198, 226-233, 255-270, 282-292, 324-331 , 370-376. For region-specific random mutagenesis with a view to altering the substrate specificity and/or the pH dependent activity profile, the following regions of SEQ ID NO: 1 may be targeted: 70-97, 174-198. The following regions may be targeted with a view to improving the thermostability: 70-109, 167-200. General method for random mutagenesis by use of the DOPE program The random mutagenesis may be carried out by the following steps: 1.Select regions of interest for modification in the parent enzyme 2. Decide on mutation sites and nonmutated sites in the selected region 3. Decide on which kind of mutations should be carried out, e.g. with respect to the desired stability and/or performance of the variant to be constructed 4.Select structurally reasonable mutations δ.Adjust the residues selected by step 3 with regard to step 4. Θ.Analyse by use of a suitable dope algorithm the nucleotide distribution. 7. If necessary, adjust the wanted residues to genetic code realism, e.g. taking into account constraints resulting from the genetic code, e.g. in order to avoid introduction of stop codons; the skilled person will be aware that some codon combinations cannot be used in practice and will need to be adapted δ.Make primers 9.Perform random mutagenesis by use of the primers 10.Select resulting α-amylase variants by screening for the desired improved properties. Suitable dope algorithms for use in step 6 are well known in the art. One such algorithm is described by Tomandl, D. et al., 1997, Journal of Computer-Aided Molecular Design 11 :29-38. Another algorithm is DOPE (Jensen, LJ, Andersen, KV, Svendsen, A, and Kretzschmar, T (1998) Nucleic Acids Research 26:697-702). Expression of maltogenic alpha-amylase variants The construction of the variant of interest is accomplished by cultivating a microorganism comprising a DNA sequence encoding the variant under conditions which are conducive for producing the variant, and optionally subsequently recovering the variant from the resulting culture broth. This is described in detail further below. 27 According to the invention, a DNA sequence encoding the variant produced by methods described above, or by any alternative methods known in the art, can be expressed, in the form of a protein or polypeptide, using an expression vector which typically includes control sequences encoding a promoter, operator, ribosome binding site, translation initiation signal, and, optionally, a repressor gene or various activator genes. The recombinant expression vector carrying the DNA sequence encoding an maltogenic alpha-amylase variant of the invention may be any vector which may conveniently be subjected to recombinant DNA procedures, and the choice of vector will often depend on the host cell into which it is to be introduced. Thus, the vector may be an autonomously replicating vector, i.e. a vector which exists as an extrachromo- somal entity, the replication of which is independent of chromosomal replication, e.g. a plasmid, a bacteriophage or an extrachromosomal element, minichromosome or an artificial chromosome. Alternatively, the vector may be one which, when introduced into a host cell, is integrated into the host cell genome and replicated together with the chromosome(s) into which it has been integrated. In the vector, the DNA sequence should be operably connected to a suitable promoter sequence. The promoter may be any DNA sequence which shows transcriptional activity in the host cell of choice and may be derived from genes encoding pro- teins either homologous or heterologous to the host cell. Examples of suitable promoters for directing the transcription of the DNA sequence encoding a maltogenic alpha-amylase variant of the invention, especially in a bacterial host, are the promoter of the lac operon of E.coli, the Streptomyces coelicolor agarase gene dag promoters, the promoters of the Bacillus licheniformis α-amylase gene (amyL), the promoters of the Bacillus stearothermophilus maltogenic amylase gene (amyM), the promoters of the Bacillus amyloliquefaciens α-amylase (amyQ), the promoters of the Bacillus subtilis xylA and xylB genes, etc. For transcription in a fungal host, examples of useful promoters are those derived from the gene encoding A. oryzae TAKA amylase, Rhizomucor miehei aspartic proteinase, A. niger neutral α-amylase, A. niger acid stable α-amylase, A. niger glucoamylase, Rhizomucor miehei lipase, A. oryzae alkaline protease, A. oryzae triose phosphate isomerase or A. nidulans acetamidase. The expression vector of the invention may also comprise a suitable transcription terminator and, in eukaryotes, polyadenylation sequences operably connected to the DNA sequence encoding the maltogenic alpha-amylase variant of the invention. Termination and polyadenylation sequences may suitably be derived from the same sources as the promoter. 28 The vector may further comprise a DNA sequence enabling the vector to replicate in the host cell in question. Examples of such sequences are the origins of replication of plasmids pUC19, pACYC177, pUB110, pE194, pAMB1 and plJ702. The vector may also comprise a selectable marker, e.g. a gene the product of which complements a defect in the host cell, such as the dal genes from β. subtilis or β. licheniformis, or one which confers antibiotic resistance such as ampicillin, kanamycin, chloramphenicol or tetracycline resistance. Furthermore, the vector may comprise Aspergillus selection markers such as amdS, argB, niaD and sC, a marker giving rise to hygromycin resistance, or the selection may be accomplished by co- transformation, e.g. as described in WO 91/17243. While intracellular expression may be advantageous in some respects, e.g. when using certain bacteria as host cells, it is generally preferred that the expression is extracellular. In general, the Bacillus α-amylases mentioned herein comprise a prere- gion permitting secretion of the expressed protease into the culture medium. If desir- able, this preregion may be replaced by a different preregion or signal sequence, conveniently accomplished by substitution of the DNA sequences encoding the respective preregions. The procedures used to ligate the DNA construct of the invention encoding maltogenic alpha-amylase variant, the promoter, terminator and other elements, respectively, and to insert them into suitable vectors containing the information necessary for replication, are well known to persons skilled in the art (cf., for instance, Sambrook et al. (1989)). The cell of the invention, either comprising a DNA construct or an expression vector of the invention as defined above, is advantageously used as a host cell in the recombinant production of a maltogenic alpha-amylase variant of the invention. The cell may be transformed with the DNA construct of the invention encoding the variant, conveniently by integrating the DNA construct (in one or more copies) in the host chromosome. This integration is generally considered to be an advantage as the DNA sequence is more likely to be stably maintained in the cell. Integration of the DNA con- structs into the host chromosome may be performed according to conventional methods, e.g. by homologous or heterologous recombination. Alternatively, the cell may be transformed with an expression vector as described above in connection with the different types of host cells. The cell of the invention may be a cell of a higher organism such as a mammal or an insect, but is preferably a microbial cell, e.g. a bacterial or a fungal (including yeast) cell. Examples of suitable bacteria are gram positive bacteria such as Bacillus subtilis, Bacillus licheniformis, Bacillus lentus, Bacillus brevis, Bacillus stearothermo- 29 philus, Bacillus alkalophilus, Bacillus amyloliquefaciens, Bacillus coagulans, Bacillus circulans, Bacillus lautus, Bacillus megaterium, Bacillus thuringiensis, or Streptomyces lividans or Streptomyces murinus, or gram negative bacteria such as E.coli. The transformation of the bacteria may, for instance, be effected by protoplast transformation or by using competent cells in a manner known perse. The yeast organism may favourably be selected from a species of Saccharomyces or Schizosaccharomyces, e.g. Saccharomyces cerevisiae. The filamentous fungus may advantageously belong to a species of Aspergillus, e.g. Aspergillus oryzae or Aspergillus niger. Fungal cells may be transformed by a process involving protoplast formation and transformation of the protoplasts followed by regeneration of the cell wall in a manner known per se. A suitable procedure for transformation of Aspergillus host cells is described in EP 238 023. In a yet further aspect, the present invention relates to a method of producing a maltogenic alpha-amylase variant of the invention, which method comprises cultivating a host cell as described above under conditions conducive to the production of the variant and recovering the variant from the cells and/or culture medium. The medium used to cultivate the cells may be any conventional medium suitable for growing the host cell in question and obtaining expression of the maltogenic alpha-amylase variant of the invention. Suitable media are available from commercial suppliers or may be prepared according to published recipes (e.g. as described in catalogues of the American Type Culture Collection). The maltogenic alpha-amylase variant secreted from the host cells may conveniently be recovered from the culture medium by well-known procedures, including separating the cells from the medium by centrifugation or filtration, and precipitating proteinaceous components of the medium by means of a salt such as ammonium sulfate, followed by the use of chromatographic procedures such as ion exchange chromatography, affinity chromatography, or the like. Testing of maltogenic alpha-amylase variants Maltogenic alpha-amylase variants produced by any of the methods described above may be tested, either prior to or after purification, for amylolytic activity in a screening assay which measures the ability of the variant to degrade starch. The screening in step 10 in the above-mentioned random mutagenesis method of the invention may be conveniently performed by use of a filter assay based on the following procedure: A microorganism capable of expressing the mutated maltogenic alpha- amylase of interest is incubated on a suitable medium and under suitable conditions for secretion of the enzyme, the medium being covered with two filters comprising a protein-binding filter placed under a second filter exhibiting a low protein binding 30 capability. The microorganism is grown on the second, top filter. Subsequent to the incubation, the bottom protein-binding filter comprising enzymes secreted from the microorganism is separated from the second filter comprising the microorganism. The protein-binding filter is then subjected to screening for the desired enzymatic activity, and the corresponding microbial colonies present on the second filter are identified. The first filter used for binding the enzymatic activity may be any protein-binding filter, e.g., nylon or nitrocellulose. The second filter carrying the colonies of the expression organism may be any filter that has no or low affinity for binding proteins, e.g., cellulose acetate or Durapore™. Screening consists of treating the first filter to which the secreted protein is bound with a substrate that allows detection of the α-amylase activity. The enzymatic activity may be detected by a dye, fluorescence, precipitation, pH indicator, IR- absorbance or any other known technique for detection of enzymatic activity. The detecting compound may be immobilized by any immobilizing agent e.g. agarose, agar, gelatine, polyacrylamide, starch, filter paper, cloth; or any combination of immobilizing agents. For example, α-amylase activity can be detected by Cibacron Red labelled amylopectin, which is immobilized in agarose. α-amylase activity on this substrate produces zones on the plate with reduced red color intensity. To screen for variants with increased stability, the filter with bound maltogenic alpha-amylase variants can be pretreated prior to the detection step described above to inactivate variants that do not have improved stability relative to the parent maltogenic alpha-amylase. This inactivation step may consist of, but is not limited to, incubation at elevated temperatures in the presence of a buffered solution at any pH from pH 2 to 12, and/or in a buffer containing another compound known or thought to contribute to altered stability e.g., surfactants, EDTA, EGTA, wheat flour components, or any other relevant additives. Filters so treated for a specified time are then rinsed briefly in deionized water and placed on plates for activity detection as described above. The conditions are chosen such that stabilized variants show increased enzymatic activity relative to the parent after incubation on the detection media. To screen for variants with altered thermostability, filters with bound variants are incubated in buffer at a given pH (e.g., in the range from pH 2-12) at an elevated temperature (e.g., in the range from 50°-110°C) for a time period (e.g., from 1-20 minutes) to inactivate nearly all of the parent maltogenic alpha-amylase, rinsed in water, then placed directly on a detection plate containing immobilized Cibacron Red labelled amylopectin and incubated until activity is detectable. Similarly, pH dependent stability can be screened for by adjusting the pH of the buffer in the above inactivation step such that the parent maltogenic alpha-amylase is inactivated, thereby allowing detection of only those variants with increased stability at the pH in question. To screen 31 for variants with increased calcium-dependent stability calcium chelators, such as ethylene glycol-bis( β -aminoethyl ether) N,N,N',N'-tetraacetic acid (EGTA), is added to the inactivation buffer at a concentration such that the parent maltogenic alpha-amylase is inactivated under conditions further defined, such as buffer pH, temperature or a specified length of incubation. The variants of the invention may be suitably tested by assaying the starch- degrading activity of the variant, for instance by growing host cells transformed with a DNA sequence encoding a variant on a starch-containing agarose plate and identifying starch-degrading host cells as described above. Further testing in regard to altered properties, including specific activity, substrate specificity, cleavage pattern, thermoactivation, thermostability, pH dependent activity or optimum, pH dependent stability, temperature dependent activity or optimum, transglycosylation activity, stability, and any other parameter of interest, may be performed on purified variants in accordance with methods known in the art as described below. Degradation of β-limit dextrin by maltogenic alpha-amylase: Another important parameter in the evaluation of the substrate specificity of maltogenic alpha-amylase variants may be the degree to which such enzymes are capable of degrading starch that has been exhaustively treated with the exoglycosylase β-amylase. To screen for variants which show patterns of degradation on such a substrate differing from the patterns produced by the parent maltogenic alpha-amylase the following assay is performed: β-limit dextrin is prepared by incubating 25 ml 1% amylopectin in Mcllvane buffer (48.5 mM citrate and 193 mM sodium phosphate pH 5.0) with 24 μg/ml β-amylase overnight at 30°C. Unhydrolysed amylopectin (i.e., β-limit dextrin) is precipitated with 1 volume 98% ethanol, washed and redissolved in water. 1 ml β-limit dextrin is incubated with 18 μl enzymes (at 2.2 mg/ml) and 100 μl 0.2 M citrate-phosphate pH 5.0 for 2 hrs at 30°C and analysed by HPLC as described above. Total hydrolysis of β-limit dextrin is carried out in 2M HCI at 95°C. The concentration of reducing ends is measured by methods known in the art. Calcium binding affinity Unfolding of maltogenic alpha-amylases by exposure to heat or to denaturants such as guanidine hydrochloride is accompanied by a decrease in fluorescence, and oss of calcium ions leads to unfolding. Thus, the affinity of a maltogenic alpha-amylase variant for calcium can be measured by fluorescence measurements before and after incubation of the variant (e.g., at a concentration of 10 mg/ml) in a buffer (e.g., 50 mM HEPES, pH 7) with different concentrations of calcium (e.g., in the range from 32 1 mM-100 mM) or of EGTA (e.g., in the range from 1-1000 mM) for a sufficiently long period of time (such as 22 hours at 55°C). The measured fluorescence, F, is composed of contributions form the folded and unfolded forms of the enzyme. The following equation can be derived to describe the dependence of F on calcium concentration ([Ca]): F = [Ca]/(K diss + [Ca])(a N - b N log([Ca])) + K ύ (K άss + [Ca])(au - bJogflCa])) where a N is the fluorescence of the native (folded) form of the enzyme, b N is the linear dependence of a N on the logarithm of the calcium concentration (as observed experimentally), a u is the fluorescence of the unfolded form and bu is the linear dependence of a_ on the logarithm of the calcium concentration. K diss is the apparent calcium binding constant for an equilibrium process as follows: " Viiss N-Ca« U + Ca(N = native enzyme; U = unfolded enzyme) In fact, unfolding proceeds extremely slowly and is irreversible. The rate of unfolding is dependent on calcium concentration, and such dependency for a given enzyme provides a measure of the calcium binding affinity of the enzyme. By defining a standard set of reaction conditions (e.g., 22 hours at 55°C), a meaningful comparison of K diss for different maltogenic alpha-amylase variants can be made. Industrial Applications The maltogenic alpha-amylase variants of the invention possesses valuable properties which may be advantageously used in various industrial applications. In particular, the enzyme finds potential application for retarding or preventing retrogradation, and thus the staling, of starch based food such as common in the baking industry. The variant may be used for the preparation of bread and other bread products in accordance with conventional techniques known in the art. It is believed that the modification of the starch fraction by use of the present invention results in increased volume in baked products and improved organoleptic qualities, such as flavour, mouth feel, palatability, aroma and crust colour. The maltogenic alpha-amylase variant may be used as the only enzyme or as a major enzymatic activity in combination with one or more additional enzymes, such as xylanase, lipase, glucose oxidase and other oxidoreductases, or an amylolytic enzyme. The enzyme variants of the invention also find industrial applicability as a component in washing, dishwashing and hard-surface cleaning detergent compositions. Some variants are particularly useful in a process for the manufacture of 33 linear oligosaccharides, or in the production of sweeteners and ethanol from starch, and/or for textile desizing. Conditions for conventional starch conversion processes, including starch liquefaction and/or saccharification processes, are described in, e.g., US 3,912,590 and in EP patent publications Nos. 252,730 and 63,909. The invention is further illustrated with reference to the following examples which are not intended to be in any way limiting to the scope of the invention as claimed. Determination of maltogenic amylase in MANU One Maltogenic Amylase Novo Unit (MANU) is the amount of enzyme which under standard will cleave one μmol maltotriose per minute. The standard conditions are 10 mg/ml maltotriose, 37°C, pH 5.0, 30 minutes reaction time. The pH dependence is found by repeating this measurement at the same conditions, but at different pH values. EXAMPLES Example 1 : Construction of a variant of Novamyl with altered pH dependent activity Novamyl is expressed in Bacillus subtilis from a plasmid denoted herein as pLBei010. This plasmid contains amyM in which the expression of amyM is directed by its own promoter and the complete gene encoding Novamyl, e.g., as contained in the strain DSM 11837. The plasmid contains the origin of replication, on, from plasmid pUB110 and an kanamycin resistance marker for selection purposes. pLBei010 is shown in Fig. 1. Primer sequences Site directed mutants of Novamyl were constructed by the megaprimer method essentially as described by Kammann et al. (1989). Briefly, a mutagenic oligonucleotide primer is used together in a PCR reaction with a suitable opposite DNA strand end primer to create a preliminary PCR product. This product is then used as a megaprimer together with another opposite DNA strand end primer to create a double-stranded DNA product. The product of the final PCR reaction was routinely used to replace a corresponding DNA fragment in the pLBei010 plasmid by standard cloning procedures. Mutants were transformed directly into Bacillus subtilis strain SHa273, a derivative of Bacillus subtilis 168 which is apr, npr, amyE " , amyR2 " and prepared by methods known in the art. 34 Oligonucleotide primers used in the construction of described variants are as listed below: Variant Sequence (5'- 3') F188H: SEQ ID NO: 3 F188E: SEQ ID NO: 4 F284E: SEQ ID NO: 5 F284D: SEQ ID NO: 6 F284K: SEQ ID NO: 7 N327D: SEQ ID NO: 8 Variant Sequence (3'-> 5') T288K: SEQ ID NO: 9 T288R: SEQ ID NO: 10 Aspartate variants of F284, T288 and N327 were obtained using primer A189 (SEQ ID NO: 11) and B649 (SEQ ID NO: 12) as end-primers. F188-variants F188L, T189Y were obtained using primer A82 (SEQ ID NO: 13) and B346 (SEQ ID NO: 14) as end-primers. PCR products with the desired modifιcation(s) were purified, digested with appropriate enzymes, separated by agarose gel electrophoresis and extracted, ethanol precipitated in the presence of glycogen, resuspended in H 2 0, ligated to pLBeiOIO which had been digested with the same appropriate enzymes, and transformed into Bacillus subtilis SHa273. Transformants were checked for size by colony PCR and for the insertion or removal of specific restriction sites by restriction enzyme digestion. Positive colonies were verified by DNA sequencing methods as described in the art. Fermentation The β . subtilis SHa273 mutant clones were grown overnight on LB-Kana (10 μg/ml)-Starch plates at 37°C. The colonies from the plate were resuspended in 10 ml Luria broth. One-sixth of each of the suspensions were inoculated into a 500 ml shake flasks containing 100 ml PS-1 media, a soy meal/sucrose-based media, kanamycin for a final concentration of 10 μg/ml and 100 μl 5M NaOH. The pH was adjusted to 7.5 with NaOH before inoculation. The cultures were incubated for five days at 30°C with shaking at 270-300 rpm. Enzyme Purification Large particles from the media were removed by flocculation before affinity chromatography. Superfloc C521 (American Cyanmide Company) was used as the cationic flocculant and Superfloc A130 (American Cyanmide Company) as the anionic flocculant. 35 The culture suspension was diluted 1 :1 with deionized water and the pH was adjusted to approx. 7.5. A volume of 0.01 ml of 50 w % CaCI 2 per ml diluted culture was added during stirring. A volume of 0.015 ml of 20 w % Na-aluminate per ml diluted culture was titrated with 20% formic acid, while keeping the pH between 7 and 8. While stirring 0.025 ml 10 v % of C521 per ml diluted culture was added, followed by 0.05 ml 1 v % A130 per ml diluted culture, or until flocculation was observed. The solution was centrifuged at 4500 rpm for 30 minutes. Filtration was performed using a filter of pore size of 0.45 μm to exclude larger particles and any remaining bacteria. The filtered solution was stored at -20°C. Immobilization of α-cyclodextrin to DSV-agarose One hundred mg of α-cylcodextrin of molecular weight 972.86g/mol (Fluka 28705) was dissolved in 20 ml coupling buffer (0.5M Na 2 C0 3 , pH 11). Ten ml of DSV- agarose (Mini-Leak, Medium 10-20 mmol/l of divinyl sulfone activated agarose (Kem- En-Tec) was washed thoroughly with deionized water, then dried by suction and transferred to the a-cyclodextrin solution. After the mixture had stirred for 24 hr at ambient temperature, the gel was washed with deionized water, followed by 0.5M KHC0 3 The gel was transferred to the blocking buffer (20ml 0.5M KHC0 3 + 1 ml mercaptoethanol), stirred for 2 hr at ambient temperature, then washed with deionized water. Affinity chromatography The variants were purified by affinity chromatography using the Pharmacia FPLC System. A 0.04 volume of 1M Na-acetate pH 5 was added to the filtrate obtained by flocculation to adjust pH and CaCI 2 was added to a final concentration of 10 ~10 M. The solution was filtered and degassed. A Pharmacia XK16 column was prepared with ten ml of the immobilised α-cyclodextrin, then equilibrated in the equilibration buffer (25 mM Na-acetate pH 5) by washing with approximately 10 times the column volume. The filtrate was applied to the XK16 column, which was then washed with the equilibration buffer until protein could no longer be detected in the washing buffer. The column was washed with the equilibration buffer containing 0.5M NaCl to elute nonspecific material, followed by another wash with 2-3 times the column volume of the equilibration buffer. All washings were performed using a flow rate of 10ml/min. Specifically bound material was eluted using a solution of 2% α-cyclodextrin in the wash buffer and collected using the Pharmacia Liquid Chromatography Collector LCC-500 Plus using a flow rate of 5 ml/min. 36 Example 2: pH dependent activity of variants The variants prepared in the preceding Example were tested for activity at various pH values as follows. A colorimetric glucose oxidase-peroxidase assay for liberated glucose from maltotriose or amylopectin was used to determine the pH activity profiles of the enzyme variants (Glucose/GOD-Perid ® Method, Boehringer Mannheim, Indianapolis IN). Activity was assayed in a buffer of 25 mM citrate-phosphate, OJmM CaCI 2 at pH values of 2, 2.5, 3, 3.5, 4, 4.5, 5, 5.5, 6, 6.5, 7, 7.5, 8 and 8.6. The buffer pH was adjusted using NaOH and enzymes were diluted in 25 mM citrate-phosphate buffer pH 5. Measurements were taken in duplicate to obtain an average value. All values are relative to the pH at which the highest level of activity is seen. The results, shown in the table below, indicate that each of the variants has an alteration in the pH dependent activity profile when compared to the parent Novamyl ® . The highest level of activity for each variant is designated 100% and the activity of that variant measured at the other indicated pH values is a relative percentage of that maximum. Modifications PH 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.6 None (parent) 0 0 0 8 47 80 100 95 91 80 66 39 35 30 F188H 1 0 0 1 3 29 77 99 100 88 59 39 31 27 F188E 0 0 0 2 27 62 89 100 93 71 46 28 20 18 T288R 0 0 0 8 51 77 94 100 86 73 50 34 27 12 N327D 1 1 7 27 67 95 100 98 77 33 19 11 5 0 Further, a number of Novamyl variants were tested for activity at pH 4.0 and 5.0, taking the activity of Novamyl at the same pH as 100 %. The activity was determined by hydrolysis of maltotriose (10 mg/ml) at 60°C, 50 mM sodium acetate, 1 mM CaCI 2 . The results are expressed as the ratio between activity at pH 5.0 and pH 4.0: Modifications pH 5.0/pH 4.0 N131D 0.24 I174Q 0.31 37 G397P 0.40 H103Y 0.40 Δ 262-266 0.47 S32Q 0.53 S32D 0.55 T142A+ D261G 0.62 G370N+ N371G 0.66 S32N 0.68 N176S 0.79 D17E 0.80 None (parent) 1 Δ 191 1.39 192-A-193 1.61 I174E 1.80 192-A-G-193 1.90 Δ 192 2.22 The results demonstrate that variants with a higher or lower pH optimum can be obtained according to the invention. Example 3: Thermostability of variants Incubation at 80°C The thermostability of a number of Novamyl variants was tested by incubating an aqueous solution at 80°C and pH 4.3 and measuring the residual amylase activity at various times. The parent enzyme, Novamyl, was included for comparison. The results are expressed as residual activity at various times in percent of initial activity: Modifications 0 5 min. 10 min. 15 min. 20 min. 25 min. None (parent) 100 23 9 3 1 0 F188L+ V336L+ T525A 100 63 49 48 52 47 F188I+ Y422F+ I660V 100 71 60 51 43 38 N115D+ F188L 100 73 60 51 44 39 38 A30D+ K40R+ D261G 100 38 24 15 13 10 T142A+ N327S+ K425E+ 100 47 39 25 19 11 K520R+ N595I F188L+ D261G+ T288P 100 60 67 66 63 67 K40R+ F188L+ D261G+ 100 56 48 40 36 30 A483T T288K 100 64 31 18 The above data show a clearly improved thermostability for the variants compared to the parent amylase. Incubation at 85°C with calcium The Novamyl variant S32E was tested by incubation with 1 mM Ca ++ at 85°C for 15 minutes. The variant showed a residual activity of 48 % whereas the parent enzyme (Novamyl) showed 32 % residual activity at the same conditions. DSC Further, the thermostability was tested for some Novamyl variants by DSC (differential scanning calorimetry) at pH 4.3 or 5.5. Again, the parent amylase was included for comparison. The results are expressed as the denaturation temperature (Tm): Modifications Tm at pH 4.3 Tm at pH 5.5 None (parent) 79°C 88°C N115D+ F188L 86°C 92°C T142A+ N327S+ K425E+ K520R+ N595I not determined 93°C The results show improved thermostability for both variants. Example 4: Specific activity of variants Amylase activity was determined by a colorimetric measurement after action on Phadebas tablets at pH 5.0 and 60°C. The resutls for two Novamyl variants, relative to Novamyl were as follows: 39 Modifications Relative amylase activity None (parent) 100 192-A-193 110 Δ (191-195) 300 The specific activity was further tested by action on maltotriose at pH 4.0, 60°C by the MANU method described above. The results showed that the variant G370N, N371G has a maltotriose activity of 106 % compared to Novamyl. Example 5: Inhibition of retrogradation The efficiency of Novamyl and Novamyl variants to inhibit retrogradation was determined as follows: 730 mg of 50 % (w/w) amylopectin slurry in 0J M sodium acetate, at a selected pH (3.7, 4.3 or 5.5) was mixed with 20 μl of an enzyme sample, and the mixture was incubated in a sealed ampoule for 1 hour at 40°C, followed by incubation at 100 °C for 1 hour in order to gelatinize the samples. The sample was then aged for 7 days at room temperature to allow recrystallization of the amylopectin. A control without enzyme was included. After aging, DSC was performed on the sample by scanning from 5°C to 95°C at a constant scan rate of 90°C/hour. The area under the first endothermic peak in the thermogram was taken to represent the amount of retrograded amylopectin, and the relative inhibition of retrogradation was taken as the area reduction (in %) relative to the control without enzyme. In the table below, the efficiency of the enzyme is expressed as the ratio of the relative inhibition of retrogradation to the enzyme dosage (in MANU/ml): PH Modifications MANU/ml Relative Efficiency inhibition 3.7 A30D+ K40R+ D261G 0.23 0.38 1.7 3.7 T142A+ N327S+ K425E+ K520R+ 0.07 0.29 4.1 N595I 3.7 None (parent) 0.27 0.38 1.4 4.3 N115D+ F188L 0.01 0.18 18 4.3 None (parent) 0.27 0.43 1.6 40 5.5 Δ (191-195)+ F188L+ T189Y 0.02 0.12 6 5.5 Δ (191-195) 0.02 0.14 7 5.5 Δ (191-195) 0.05 0.31 6.2 5.5 N115D+ F188L 0.01 0.39 39 5.5 T142A+ D261G 0.14 0.53 3.8 5.5 None (parent) 0.27 0.49 1.8 The results demonstrate that a number of variants are more efficient than the parent amylase to inhibit retrogradation. Example 6: Anti-staling effect of variants Bread was made by the European Straight Dough method or from sour dough with or without addition of enzymes, and loaves were baked in lidded pans, to avoid volume effects. The bread was allowed to cool for 2 hours, and the texture was analyzed. The remaining loaves were then wrapped in plastic bags and stored at room temperature for texture analysis after 1 , 4 and 7 days. The texture analysis of each loaf was done by cutting 4 slices; the force was measured at 25 % compression (P1), at 40% compression (P2) and after keeping 40% compression constant for 30 sec. (P3). P1 was taken as the firmness, and the ratio (P3/P2) was taken as the elasticity of the crumb. The extent of retrogradation after 7 days storage was determined by DSC as described in Example 7. European Straight Dough (pH5.5-6.Q^ A Novamyl variant (T142A+ N327S+ K425E+ K520R+ N595I) was tested at dosages in the range of 0-2 mg enzyme/kg flour, and the parent enzyme (Novamyl) was used for comparison. The results showed that at equal dosages, the variant gives better elasticity (P3/P2) than the parent enzyme after two hours and 1 day. The results after 7 days showed that the variant at dosages of 1-2 mg/kg gave significantly softer crumb (lower firmness, P1) than the parent enzyme at the same dosage. Thus, the variant has a better anti-staling effect throughout a 7-day storage period. Sour dough (pH approx. 4.5) A Novamyl variant (F188L+ D261G+ T288P) was tested in sour dough, and the parent enzyme (Novamyl) was used for comparison. The following results were 41 obtained for firmness (P1) after 7 days, elasticity (P3/P2) after 4 and 7 days and ret- rogradation after 7 days: Enzyme Dosage Firmness (P1) mg/kg flour after 7 days None 0 2590 1 2031 Parent 3 1912 13 1570 Variant 1 1436 3 1226 Enzyme Dosage Elasticity Elasticity mg/kg flour 4 days 7 days None 0 0.49 0.47 1 0.51 0.52 Parent 3 0.53 0.51 13 0.53 0.51 Variant 1 0.59 0.57 3 0.57 0.58 Enzyme Dosage Retrogradation, 7 days mg/kg flour (relative to control) None 0 100 % 1 100 % Parent 3 63 % 13 32 % Variant 1 46 % 3 20 % 42 The results show that the variant has a markedly improved effect on texture evaluated as firmness and elasticity in sour dough at pH 4.5. A dosage of 1-3 mg/kg of the variant is superior to 13 mg/kg of the parent enzyme on all parameters tested, and the elasticity achieved with the variant cannot be matched by the parent enzyme 5 at any dosage. Example 7: Cleavage pattern of variants The cleavage pattern in starch hydrolysis was compared for two variants and the parent enzyme, Novamyl. The results below indicate % by weight of each oligosacccharide (G1-G8) 0 formed after 24 hours incubation in 1% (w/v) starch using 50 mM sodium acetate, 1 mM CaCI 2 , pH 5.0 at 50 °C. The oligosaccharides were identified and quantitated using HPLC. Oligosaccharide Parent Δ (191-195) N115D+ F188L G8 - 1.7 - G7 - 2.6 - G6 - 7.5 1.4 G5 - 10.1 2.1 G4 - 21.1 11.3 G3 - 28.7 10.7 G2 96.5 28.3 61.9 G1 3.5 - 12.6 The results demonstrate a significantly altered cleavage pattern. Novamyl after 15 24 hours produces mainly maltose and virtually no higher oligosaccharides. In contrast, the two variants produce significant amounts of maltotriose and higher oligosaccharides. REFERENCES CITED Klein, C, et al., Biochemistry 1992, 31 , 8740-8746, 20 Mizuno, H., et al., J. Mol. Biol. (1993) 234, 1282-1283, Chang, C, et al, J. Mol. Biol. (1993) 229, 235-238, Larson, S.B., J. Mol. Biol. (1994) 235, 1560-1584, Lawson, C.L., J. Mol. Biol. (1994) 236, 590-600, Qian, M., et al., J. Mol. Biol. (1993) 231, 785-799, 43 Brady, R.L., et al., Acta Crystallogr. sect. B, 47, 527-535, Swift, H.J., et al., Acta Crystallogr. sect. B, 47, 535-544 A. Kadziola, Ph.D. Thesis: "An alpha-amylase from Barley and its Complex with a Substrate Analogue Inhibitor Studied by X-ray Crystallography", Department of Chemistry University of Copenhagen 1993 MacGregor, E.A., Food Hydrocolloids, 1987, VolJ , No. 5-6, p. B. Diderichsen and L. Christiansen, Cloning of a maltogenic α-amylase from Bacillus stearothermophilus, FEMS Microbiol. letters: 56: pp. 53-60 (1988) Hudson et al., Practical Immunology, Third edition (1989), Blackwell Scientific Publications, Sambrook et al., Molecular Cloning: A Laboratory Manual. 2nd Ed., Cold Spring Harbor, 1989 S.L. Beaucage and M.H. Caruthers, Tetrahedron Letters 22. 1981 , pp. 1859- 1869 Matthes et al.. The EMBO J. 3. 1984, pp. 801-805. R.K. Saiki et al., Science 239, 1988, pp. 487-491. Morinaga et al., (1984, Biotechnology 2:646-639) Nelson and Long. Analytical Biochemistry 180. 1989, pp. 147-151 Hunkapiller et al., 1984, Nature 310:105-111 R. Higuchi, B. Krummel, and R.K. Saiki (1988). A general method of in vitro preparation and specific mutagenesis of DNA fragments: study of protein and DNA interactions. Nucl. Acids Res. 16:7351-7367. Dubnau et al., 1971. J. Mol. Biol. 56. pp. 209-221. Gryczan et al., 1978. J. Bacteriol. 134, pp. 318-329. S.D. Erlich, 1977, Proc. Natl. Acad. Sci. 74, pp. 1680-1682. Boel et al., 1990. Biochemistry 29. pp. 6244-6249. Kammann, M Laufs, J Schell, J and Gronnenborn, B (1989) Nucleic Acids Research 20:4937-4938. 1 N SE A 1 10..254 56..595 38..175 1..00 15..64 7 43 CD LYS A 7 18..160 63..123 46..350 1,.00 9.80 6 2 CA SER A 1 11, .216 55. .462 37. .898 1, .00 15, .87 6 44 CE LYS A 7 17. .698 64, .488 45. .795 1 .00 10 .87 6 o 3 C SER A 1 12. .466 55 .723 38 .726 1. .00 14 .53 6 45 NZ LYS A 7 17 .114 64 .187 44 .425 1 .00 11 .38 7 VO VO 4 O SER A 1 12 .585 56 .773 39 .369 1. .00 15 .99 8 46 N GLY A 8 21 .036 58 .214 45 .577 1 .00 13 .10 7 i-- 5 CB SER A 1 11 .527 55 .345 36 .397 1. .00 21 .54 6 47 CA GLY A 8 21 .604 56 .982 46 .166 1 .00 12 .31 6 VO 6 OG SER A 1 12 .305 56 .503 36 .045 1. .00 20 .33 8 48 C GLY A 8 22 .718 56 .358 45 .340 1 .00 14 .02 6 7 N SER A 2 13 .466 54 .795 38 .551 1. .00 18 .07 7 49 O GLY A 8 23 .109 55 .205 45 .579 1 .00 13 .36 8 8 CA SER A 2 14 .705 55 .061 39 .291 1 .00 19 .33 6 50 N ASP A 9 23 .133 57 .048 44 .293 1 .00 11 .90 7 9 C SER A 2 15 .621 56 .069 38 .559 1 .00 15 .87 6 51 CA ASP A 9 24 .049 56 .447 43 .319 1 .00 11 .74 6 10 0 SER A 2 16 .573 56 .563 39 .209 1 .00 16 .73 8 52 C ASP A 9 25 .478 56 .996 43 .442 1 .00 10 .18 6 11 CB SER A 2 15 .490 53 .735 39 .422 1 .00 26 .53 6 106 CB ILE A 15 37 .192 59 .653 28 .343 1 .00 10 .73 6 12 OG SER A 2 15 .918 53 .392 38 .123 1 .00 21 .07 8 107 CGI ILE A 15 37 .106 60 .975 29 .131 1 .00 11 .86 6 13 N SER A 3 15 .136 56 .545 37 .384 1 .00 12 .71 7 108 CG2 ILE A 15 37 .626 60 .014 26 .904 1 .00 12 .56 6 14 CA SER A 3 15 .956 57 .522 36 .680 1 .00 13 .38 6 109 CD1 ILE A 15 36 .181 62 .091 28 .574 1 .00 15 .42 6 15 C SER A 3 15 .873 58 .916 37 .316 1. .00 12 .57 6 110 N ILE A 16 34 .926 57 .450 26 .561 1 .00 10 .37 7 16 0 SER A 3 16 .759 59 .749 37 .029 1 .00 15 .22 8 111 CA ILE A 16 34 .728 56 .178 25 .868 1 .00 11 .03 6 17 CB SER A 3 15 .434 57 .682 35 .219 1 a 00 16 .30 6 112 C ILE A 16 35 .990 55 .729 25 .099 1 .00 12 .23 6 18 OG SER A 3 15 .593 56 .381 34 .568 1 .00 23 .61 8 113 O ILE A 16 36 .342 54 .511 25 .184 1 .00 11 .07 8 19 N ALA A 4 14 .811 59 .222 38 .050 1. .00 10 .88 7 114 CB ILE A 16 33 .578 56 .292 24 .863 1 .00 10 .56 6 20 CA ALA A 4 14 .574 60 .623 38 .384 1. .00 11 .38 6 115 CGI ILE A 16 32 .240 56 .387 25 .709 1, .00 11 .92 6 21 C ALA A 4 15. .599 61 .115 39 .409 1. .00 12 .81 6 116 CG2 ILE A 16 33 .444 55 .053 23 .953 1. .00 11 .18 6 22 0 ALA A 4 15. .888 62 .314 39 .355 1. .00 12 .58 8 117 CD1 ILE A 16 31 .115 56 .958 24. .823 1, .00 13 .67 6 *- 23 CB ALA A 4 13, .132 60. .682 38 .956 1. .00 14 .28 6 118 N ASP A 17 36 .565 56, .624 24. .314 1, .00 10 .08 7 ^ 24 N SER A 5 15. .968 60 .306 40 .380 1. .00 13 .21 7 119 CA ASP A 17 37 .730 56, .165 23. .518 1, .00 8 .61 6 25 CA SER A 5 16. .905 60. .780 41. .427 1. .00 14 .29 6 120 C ASP A 17 38 .911 55 .693 24. .346 1, .00 10 .86 6 26 C SER A 5 18. .163 59. .941 41. .357 1. .00 16 .01 6 121 O ASP A 17 39 .777 54 .987 23 .831 1, .00 11 .03 8 27 O SER A 5 18. .053 58. .724 41. .237 1. .00 16 .41 8 122 CB ASP A 17 38 .184 57, .422 22. .675 1, .00 11 .30 6 28 CB SER A 5 16. .218 60. .613 42 .785 1. .00 15 .57 6 123 CG ASP A 17 39 .380 57 .017 21 .755 1, .00 9 .77 6 29 OG SER A 5 17, .193 60. .855 43 .843 1. .00 13 .17 8 124 OD1 ASP A 17 39 .105 56 .206 20 .852 1, .00 11 .65 8 30 N VAL A 6 19. .340 60. .530 41. .476 1. .00 10. .07 7 125 OD2 ASP A 17 40. .480 57, .562 21. .970 1. .00 11. .48 8 31 CA VAL A 6 20. .589 59. .751 41. .567 1. .00 10. .13 6 126 N ARG A 18 38. .972 55, .999 25. .646 1. .00 9. .54 7 32 C VAL A 6 21. .169 59. .955 42. .963 1. .00 10, .99 6 127 CA ARG A 18 40, .113 55, .719 26. .527 1. .00 8. .38 6 33 0 VAL A 6 22. ,349 59. .685 43. .172 1. .00 10, .81 8 128 C ARG A 18 39, .826 54. .720 27. .608 1. .00 9. .97 6 34 CB VAL A 6 21. .639 60. .160 40. .513 1. .00 13, .85 6 129 O ARG A 18 40. .643 54. .490 28. .501 1. ,00 13. .32 8 ~3 35 CGI VAL A 6 21. .002 59. .694 39. .148 1. .00 15. .29 6 130 CB ARG A 18 40. .537 57. ,083 27. ,137 1. ,00 11. ,02 6 O 36 CG2 VAL A 6 21. .874 61. .656 40. .459 1. .00 12, .12 6 131 CG ARG A 18 40. .931 58. .139 26. ,063 1. 00 9. ,63 6 H 37 N LYS A 7 20. .369 60. .349 43. .964 1. .00 10. .30 7 132 CD ARG A 18 42. .135 57. .721 25. ,237 1. 00 9. 86 6 38 CA LYS A 7 20. .901 60. .604 45. .331 1. .00 9. .78 6 133 NE ARG A 18 42. 280 58. 523 23. 969 1. 00 10. 16 7 VO VO 39 C LYS A 7 21. .508 59. .360 46. .015 1. .00 12. .06 6 134 CZ ARG A 18 43. 103 59. 578 23. 903 1. 00 13. 46 6 ©o 40 0 LYS A 7 22. .382 59. .560 46. .857 1. ,00 12. .59 8 135 NH1 ARG A 18 43. 748 60. 063 24. 966 1. 00 12. 03 7 © 00 41 CB LYS A 7 19. .830 61. .187 46. .264 1. .00 11. .40 6 136 NH2 ARG A 18 43. 350 60. 181 22. 725 1. 00 10. 43 7 00 42 CG LYS A 7 19. .414 62. .588 45. .680 1. .00 12. .09 6 137 N PHE A 19 38. 648 54. 007 27. 497 1. 00 11. 25 7 138 CA PHE A 19 38,.296 53 ,.057 28..601 1..00 10..13 6 180 N THR A 24 37..681 45..659 18..083 1..00 15, .02 7 139 C PHE A 19 38. .543 51. .614 28. .192 1. .00 12. .61 6 181 CA THR A 24 38. .769 46, .308 17. .340 1. .00 16, .37 6 140 0 PHE A 19 39 .528 51. .024 28. .677 1. .00 12. .51 8 182 C THR A 24 38. .381 46, .606 15. .923 1 .00 15, .39 6 o 141 CB PHE A 19 36 .798 53 .294 28. .945 1. .00 13 .20 6 183 0 THR A 24 39. .124 47, .376 15. .252 1 .00 16, .40 8 *- 142 CG PHE A 19 36 .342 52 .543 30. .189 1, .00 12 .09 6 184 CB THR A 24 40. .033 45, .402 17 .367 1 .00 18 .68 6 143 CD1 PHE A 19 36 .849 52 .908 31. .423 1, .00 12 .96 6 185 OG1 THR A 24 39 .710 44, .147 16 .673 1 .00 17 .99 8 144 CD2 PHE A 19 35 .472 51 .447 30. .058 1 .00 13 .30 6 186 CG2 THR A 24 40 .478 45, .112 18 .772 1 .00 22 .45 6 145 CE1 PHE A 19 36 .500 52 .187 32. .563 1 .00 16 .46 6 187 N THR A 25 37 .228 46 .150 15 .423 1 .00 16 .09 7 146 CE2 PHE A 19 35 .184 50 .719 31 .215 1 .00 12 .02 6 188 CA THR A 25 36 .864 46 .330 14 .019 1 .00 16 .07 6 147 CZ PHE A 19 35 .638 51 .089 32 .482 1 .00 11 .98 6 189 C THR A 25 36 .349 47 .743 13 .724 1 .00 16 .52 6 148 N TYR A 20 37 .844 51 .054 27 .199 1 .00 11 .48 7 190 0 THR A 25 36 .215 48 .013 12 .538 1 .00 20 .25 8 149 CA TYR A 20 38 .154 49 .694 26 .772 1 .00 11 .40 6 191 CB THR A 25 35 .780 45 .366 13 .475 1 .00 20 .06 6 150 C TYR A 20 37 .730 49 .476 25 .321 1 .00 10 .89 6 192 OG1 THR A 25 34 .475 45 .532 14 .010 1 .00 18 .04 8 151 0 TYR A 20 36 .593 49 .813 24 .934 1 .00 11 .80 8 193 CG2 THR A 25 36 .248 43 .924 13 .739 1 .00 21 .26 6 152 CB TYR A 20 37 .417 48 .696 27 .719 1 .00 12 .88 6 194 N ASN A 26 36 .066 48 .509 14 .802 1 .00 13 .98 7 153 CG TYR A 20 37 .927 47 .270 27 .504 1 .00 13 .88 6 195 CA ASN A 26 35 .577 49 .871 14 .471 1 .00 12 .49 6 154 CD1 TYR A 20 39 .216 46 .968 27 .943 1 .00 14 .05 6 196 C ASN A 26 36 .689 50 .862 14 .772 1 .00 13 .05 6 155 CD2 TYR A 20 37 .160 46 .285 26 .932 1 .00 15 .80 6 197 O ASN A 26 36 .435 52 .053 14 .825 1 .00 11 .58 8 156 CE1 TYR A 20 39 .717 45 .678 27 .800 1 .00 16 .74 6 198 CB ASN A 26 34 .283 50 .103 15 .246 1 .00 13 .85 6 157 CE2 TYR A 20 37 .658 44 .982 26 .795 1 .00 19 .32 6 199 CG ASN A 26 34 .435 49 .981 16 .739 1 .00 15 .62 6 158 CZ TYR A 20 38 .935 44 .710 27 .214 1 .00 19 .70 6 200 OD1 ASN A 26 35 .558 50 .066 17 .224 1 .00 12 .89 8 159 OH TYR A 20 39 .458 43 .422 27. .062 1 .00 22 .69 8 201 ND2 ASN A 26 33 .339 49 .796 17 .497 1 .00 16 .36 7 *- 160 N ASP A 21 38 .662 48 .893 24. .586 1 .00 13 .46 7 202 N ASN A 27 37 .946 50, .401 14 .890 1 .00 14 .79 7 O. 161 CA ASP A 21 38 .414 48 .628 23. .134 1, .00 14 .35 6 203 CA ASN A 27 38 .972 51, .353 15 .290 1 .00 12 .19 6 162 C ASP A 21 37 .754 47. .226 23. .097 1, .00 14 .61 6 204 C ASN A 27 39 .404 52 .337 14, .189 1 .00 13, .62 6 163 0 ASP A 21 38 .426 46 .196 23. .063 1 .00 13 .84 8 205 O ASN A 27 39 .775 53, .461 14, .499 1 .00 14, .13 8 164 CB ASP A 21 39 .746 48, .665 22. .413 1, .00 14 .54 6 206 CB ASN A 27 40 .235 50, .575 15, .662 1. .00 12, .10 6 165 CG ASP A 21 39. .678 48, .444 20, .909 1, .00 17 .30 6 207 CG ASN A 27 40. .150 49, .884 17. .001 1. .00 15, .80 6 166 OD1 ASP A 21 38 .565 48, .288 20, .425 1, .00 12 .67 8 208 OD1 ASN A 27 39. .065 49, .932 17. .554 1. .00 12, .92 8 167 OD2 ASP A 21 40. .759 48. .450 20. .282 1. .00 15. .87 8 209 ND2 ASN A 27 41. .187 49. .291 17. .571 1. .00 15, ,14 7 168 N GLY A 22 36. .430 47. .219 23. .040 1. .00 12. .11 7 210 N ASN A 28 39, .211 51. .954 12. .920 1, .00 14. ,26 7 169 CA GLY A 22 35. .683 45. .934 23. ,110 1. .00 15, .21 6 211 CA ASN A 28 39, .604 52. .918 11. .854 1. .00 15. ,71 6 170 C GLY A 22 35, .482 45. .410 21. .664 1. .00 18, .33 6 212 C ASN A 28 38. .672 52. .705 10. ,661 1. ,00 14. ,39 6 171 0 GLY A 22 35, .034 44. .264 21. .516 1, .00 17. .21 8 213 O ASN A 28 39. .059 52. .148 9. .622 1. .00 16. .82 8 172 N ASP A 23 35. .786 46. .189 20. .639 1. .00 13. .30 7 214 CB ASN A 28 41. .036 52. .497 11. .478 1. .00 13. 79 6 n H 173 CA ASP A 23 35. .505 45. .770 19. ,261 1. .00 14. .68 6 215 CG ASN A 28 41. .790 53. .538 10. .656 1. .00 21. 29 6 174 C ASP A 23 36. .634 46. .389 18. .425 1. .00 14. .54 6 216 OD1 ASN A 28 41. .391 54. ,685 10. 535 1. .00 17. 46 8 175 0 ASP A 23 36. .570 47. .597 18. .138 1. .00 13. .39 8 217 ND2 ASN A 28 42. .936 53. ,086 10. 108 1. .00 24. 72 7 176 CB ASP A 23 34. .163 46. .271 18. .762 1. .00 13, .59 6 218 N PRO A 29 37. .442 53. ,154 10. 790 1. 00 15. 04 7 177 CG ASP A 23 33 .889 45 .785 17. .319 1, .00 16 .74 6 219 CA PRO A 29 36. .430 52. ,993 9. 742 1. .00 17. 37 6 178 OD1 ASP A 23 34 .805 45 .200 16. .750 1 .00 17 .96 8 220 C PRO A 29 36. .734 53. .802 8. .507 1. .00 18. 08 6 179 OD2 ASP A 23 32 .782 46 .058 16. .872 1 .00 16 .43 8 221 O PRO A 29 37. .259 54. .906 8. .580 1. .00 16. 51 8 222 CB PRO A 29 35.087 53.483 10.312 1.00 17.71 6 264 O LEU A 35 42.472 58.755 15.182 1.00 14.18 8 223 CG PRO A 29 35 .394 53 .615 11 .787 1 .00 17 .95 6 265 CB LEU A 35 40 .784 59 .737 13 .090 1 .00 10 .53 6 224 CD PRO A 29 36 .907 53 .841 11 .957 1 .00 15 .54 6 266 CG LEU A 35 40 .170 60 .460 11 .891 1 .00 12 .89 6 225 N ALA A 30 36 .329 53 .244 7. .331 1 .00 16 .99 7 267 CD1 LEU A 35 38 .783 61 .033 12 .240 1 .00 13 .47 6 :ε 226 CA ALA A 30 36 .533 54 .024 6, .117 1 .00 19 .06 6 268 CD2 LEU A 35 41 .090 61 .613 11 .433 1 .00 15 .36 6 227 C ALA A 30 35 .841 55 .375 6 .161 1 .00 16 .15 6 269 N TYR A 36 43 .025 57 .036 13 .757 1 .00 13 .30 7 228 0 ALA A 30 36 .398 56 .355 5 .599 1 .00 18 .27 8 270 CA TYR A 36 43 .335 56 .061 14 .796 1 .00 13 .00 6 229 CB ALA A 30 35 .998 53 .268 4 .880 1 .00 21 .27 6 271 C TYR A 36 44 .826 55 .913 15 .032 1 .00 15 .18 6 230 N LYS A 31 34 .697 55 .514 6 .833 1 .00 15 .01 7 272 O TYR A 36 45 .610 55 .855 14 .049 1 .00 15 .86 8 231 CA LYS A 31 34 .012 56 .812 6 .886 1 .00 14 .64 6 273 CB TYR A 36 42 .749 54 .728 14 .291 1 .00 13 .61 6 232 C LYS A 31 34 .944 57 .908 7 .416 1 .00 15 .07 6 274 CG TYR A 36 43 .149 53 .492 15 .076 1 .00 12 .30 6 233 0 LYS A 31 34 .722 59 .094 7 .172 1 .00 14 .25 8 275 CD1 TYR A 36 42 .927 53 .383 16 .454 1 .00 14 .21 6 234 CB LYS A 31 32 .771 56 .667 7 .818 1 .00 13 .99 6 276 CD2 TYR A 36 43 .807 52 .460 14 .391 1 .00 16 .88 6 235 CG LYS A 31 31 .981 57 .980 8 .050 1 .00 13 .23 6 277 CE1 TYR A 36 43 .317 52 .206 17 .122 1 .00 14 .97 6 236 CD LYS A 31 30 .617 57 .569 8 .669 1 .00 16 .17 6 278 CE2 TYR A 36 44 .182 51 .320 15 .075 1 .00 19 .02 6 237 CE LYS A 31 29 .763 58 .766 9 .053 1 .00 14 .65 6 279 CZ TYR A 36 43 .930 51 .206 16 .416 1 .00 17 .90 6 238 NZ LYS A 31 30 .427 59 .568 10 .156 1 .00 12 .05 7 280 OH TYR A 36 44 .299 50 .063 17 .135 1 .00 18 .88 8 239 N SER A 32 35 .822 57 .610 8 .364 1 .00 16 .27 7 281 N ASP A 37 45 .211 55 .848 16 .289 1 .00 12 .45 7 240 CA SER A 32 36 .675 58 .587 9 .038 1 .00 14 .39 6 282 CA ASP A 37 46 .646 55 .624 16 .621 1 .00 12 .80 6 241 C SER A 32 38 .087 57 .989 9, .161 1 .00 17 .62 6 283 C ASP A 37 46 .700 54 .350 17 .441 1 .00 14 .03 6 242 0 SER A 32 38 .770 57 .968 10, .193 1 .00 17 .19 8 284 O ASP A 37 46 .507 54 .281 18 .673 1 .00 13 .32 8 243 CB SER A 32 36 .100 58 .851 10, .460 1 .00 12 .32 6 285 CB ASP A 37 47 .120 56 .834 17 .463 1 .00 13 .46 6 *- 244 OG SER A 32 35 .874 57. .664 11, .167 1 .00 12 .92 8 286 CG ASP A 37 48 .543 56 .543 17 .991 1 .00 20 .57 6 CTi 245 N TYR A 33 38 .596 57. .524 8, .010 1 .00 14 .71 7 287 OD1 ASP A 37 49 .278 55 .720 17 .366 1 .00 17 .00 8 246 CA TYR A 33 39 .875 56. .801 8, .045 1 .00 15 .23 6 288 OD2 ASP A 37 48 .902 57 .113 19 .028 1 .00 17 .32 8 247 C TYR A 33 41. .051 57. .676 8. .444 1. .00 14. .94 6 289 N PRO A 38 47. .163 53. .245 16, .821 1. .00 15. .62 7 248 0 TYR A 33 41. .042 58. .848 8. .023 1. .00 17, .62 8 290 CA PRO A 38 47, .375 52. .024 17. .548 1. .00 15. .67 6 249 CB TYR A 33 40. .075 56. .295 6. .582 1. .00 18, .09 6 291 C PRO A 38 48. .484 52. .056 18. .558 1. .00 15. .69 6 250 CG TYR A 33 41. .166 55. ,254 6. .536 1. .00 20. .46 6 292 O PRO A 38 48. .513 51. .189 19, .436 1. .00 18, .95 8 251 CD1 TYR A 33 40, .982 53. .978 7. ,004 1. .00 26. .95 6 293 CB PRO A 38 47. .669 50. .946 16. .450 1. .00 17. .01 6 252 CD2 TYR A 33 42, .408 55. ,618 6. ,002 1. .00 31. .14 6 294 CG PRO A 38 48. .367 51. .843 15. .437 1. .00 18. .68 6 253 CE1 TYR A 33 41. .994 53. ,027 6. .944 1. .00 33. .56 6 295 CD PRO A 38 47. .570 53. .192 15. .409 1. ,00 18. ,22 6 254 CE2 TYR A 33 43. .422 54. ,670 5. .943 1. .00 31. .30 6 296 N THR A 39 49. .385 53. ,031 18. .514 1. .00 15. ,60 7 255 CZ TYR A 33 43. .210 53. ,409 6. .402 1. .00 33. ,88 6 297 CA THR A 39 50. 469 53. .080 19. .499 1. 00 14. 85 6 256 OH TYR A 33 44. .235 52. ,483 6. .334 1. .00 44. .90 8 298 C THR A 39 50. 126 53. .773 20. 822 1. 00 17. 68 6 o 257 N GLY A 34 42. .039 57. 105 9. 114 1. .00 12. .92 7 299 O THR A 39 50. 961 53. .777 21. 719 1. 00 17. 01 8 258 CA GLY A 34 43. .281 57. 836 9. 403 1. .00 14. .92 6 300 CB THR A 39 51. 692 53. 847 18. 947 1. 00 19. 14 6 259 C GLY A 34 43. .255 58. .672 10. 686 1. .00 15. .08 6 301 OG1 THR A 39 51. 503 55. 239 18. 723 1. 00 16. 66 8 vo 260 0 GLY A 34 44. .274 59. .342 10. .956 1. .00 15. .24 8 302 CG2 THR A 39 52. 083 53. 233 17. 573 1. 00 22. 20 6 © © 261 N LEU A 35 42. .253 58. .417 11. .548 1. .00 12. ,52 7 303 N LYS A 40 48. 983 54. 487 20. 832 1. 00 14. 93 7 © 00 262 CA LEU A 35 42. .215 59. ,140 12. .846 1. .00 11. .02 6 304 CA LYS A 40 48. 588 55. 225 22. 041 1. 00 14. 22 6 00 263 C LEU A 35 42. .519 58. .271 14. .028 1. .00 15. .01 6 305 C LYS A 40 49. 736 56. .141 22. 483 1. 00 17. 80 6 306 0 LYS A 40 50.009 56.348 23.685 1.00 17.78 8 348 CE LYS A 44 45.254 68.171 22.334 1.00 15.83 6 307 CB LYS A 40 48 .104 54 .324 23 .207 1 .00 19 .03 6 349 NZ LYS A 44 45 .125 69 .681 22 .068 1 .00 18 .92 7 308 CG LYS A 40 47 .023 53 .320 22 .775 1 .00 18 .65 6 350 N MET A 45 44 .473 61 .576 19 .114 1 .00 10 .42 7 309 CD LYS A 40 46 .535 52 .543 24 .031 1 .00 21 .38 6 351 CA MET A 45 43 .881 60 .686 18 .112 1 .00 12 .24 6 *- 310 CE LYS A 40 45 .432 51 .573 23 .590 1 .00 22 .34 6 352 C MET A 45 42 .952 59 .664 18 .768 1 .00 11 .36 6 ( * ) 311 NZ LYS A 40 45. .883 50. .563 22, .605 1 .00 21 .85 7 353 0 MET A 45 43 .011 59. .512 19 .985 1 .00 12 .88 8 312 N SER A 41 50. .307 56 .831 21, .475 1 .00 16 .33 7 354 CB MET A 45 45 .028 59 .874 17 .442 1 .00 13 .26 6 313 CA SER A 41 51 .307 57 .853 21, .746 1 .00 17 .21 6 355 CG . AMET A 45 46 .067 60 .710 16 .692 0 .50 14 .78 6 314 C SER A 41 50 .929 59 .210 21 .203 1 .00 16 .87 6 356 SD . AMET A 45 45 .379 61 .237 15 .135 0 .50 13 .95 16 315 0 SER A 41 51 .606 60 .250 21 .492 1 .00 16 .04 8 357 CE . AMET A 45 45 .728 60 .040 13 .903 0 .50 12 .41 6 316 CB SER A 41 52 .714 57 .429 21 .198 1 .00 17 .96 6 355 CG BMET A 45 45 .776 60 .960 16 .619 0 .50 11 .59 6 317 OG SER A 41 52 .625 57 .387 19 .782 1 .00 20 .42 8 356 SD BMET A 45 46 .918 60 .290 15 .431 0 .50 16 .20 16 318 N LYS A 42 49 .895 59 .315 20 .388 1 .00 13 .73 7 357 CE BMET A 45 45 .864 59 .453 14 .271 0 .50 18 .11 6 319 CA LYS A 42 49 .446 60 .589 19 .836 1 .00 12 .77 6 358 N TYR A 46 42 .122 58 .961 17 .976 1 .00 10 .91 7 320 C LYS A 42 48 .152 60 .921 20 .603 1 .00 13 .20 6 359 CA TYR A 46 41 .356 57 .880 18 .584 1 .00 13 .29 6 321 0 LYS A 42 47 .111 60 .351 20 .317 1 .00 12 .98 8 360 C TYR A 46 42 .263 56 .691 18 .938 1 .00 13 .10 6 322 CB LYS A 42 49 .193 60 .477 18 .321 1 .00 14 .60 6 361 0 TYR A 46 43 .076 56 .318 18 .094 1 .00 12 .46 8 323 CG LYS A 42 50 .523 60 .079 17 .606 1 .00 19 .41 6 362 CB TYR A 46 40 .258 57 .364 17 .660 1 .00 12 .44 6 324 CD LYS A 42 50 .228 60 .163 16 .078 1 .00 25 .03 6 363 CG TYR A 46 39 .031 58 .210 17 .416 1 .00 13 .02 6 325 CE LYS A 42 51 .611 60 .340 15 .395 1 .00 34 .65 6 364 CD1 TYR A 46 39 .075 59 .210 16 .436 1 .00 11 .30 6 326 NZ LYS A 42 52 .071 58 .949 15 .130 1 .00 41 .02 7 365 CD2 TYR A 46 37 .846 57 .978 18 .105 1 .00 12 .45 6 327 N TRP A 43 48 .256 61 .858 21 .565 1 .00 11 .08 7 366 CE1 TYR A 46 37 .940 59 .997 16 .146 1 .00 12 .75 6 *, 328 CA TRP A 43 47 .235 61 .925 22 .643 1 .00 13 .35 6 367 CE2 TYR A 46 36 .683 58 .746 17 .838 1 .00 9 .77 6 -J 329 C TRP A 43 45. .915 62, .494 22. .162 1. .00 11. .08 6 368 CZ TYR A 46 36 .789 59, .707 16 .881 1, .00 10. .60 6 330 0 TRP A 43 45. .002 62, .429 22. .997 1, .00 13. .47 8 369 OH TYR A 46 35 .703 60, .490 16 .547 1. .00 11. .65 8 331 CB TRP A 43 47. .831 62. .848 23. .743 1, .00 14, .15 6 370 N TRP A 47 42 .097 56, .222 20 .188 1. .00 9. .67 7 332 CG TRP A 43 48. ,739 61. .957 24. .592 1, .00 12, .91 6 371 CA TRP A 47 42. .866 55, .089 20 .664 1. .00 11. .50 6 333 CD1 TRP A 43 50. ,014 61. .590 24. ,338 1. .00 14, .88 6 372 C TRP A 47 42. .065 53. .770 20 .579 1. .00 12. .29 6 334 CD2 TRP A 43 48. .362 61. .357 25. .845 1, .00 12, .18 6 373 0 TRP A 47 42. .633 52. .676 20 .711 1. .00 12. .20 8 335 NE1 TRP A 43 50. .507 60. .770 25. .364 1. .00 16 .61 7 374 CB TRP A 47 43, .430 55. .285 22 .077 1. .00 12. .80 6 336 CE2 TRP A 43 49. .467 60. .633 26. .297 1, .00 17, .08 6 375 CG TRP A 47 44 .548 56. .316 22 .086 1. .00 10. .46 6 337 CE3 TRP A 43 47. .186 61. .367 26. .617 1, .00 13 .97 6 376 CD1 TRP A 47 45 .068 57. .007 21 .037 1. .00 11. .88 6 338 CZ2 TRP A 43 49. 497 59. .891 27. 501 1. .00 19. .44 6 377 CD2 TRP A 47 45. .300 56. .687 23. .218 1. .00 10. .01 6 339 CZ3 TRP A 43 47. .223 60. .644 27. .814 1. .00 14. .34 6 378 NE1 TRP A 47 46. .060 57. .853 21. ,485 1. .00 11. 36 7 -a 340 CH2 TRP A 43 48. .333 59. .925 28. 265 1. .00 15. .92 6 379 CE2 TRP A 47 46. .219 57. 700 22. .820 1. 00 12. 07 6 n 341 N LYS A 44 45. .846 63. .088 20. .972 1. .00 11. .78 7 380 CE3 TRP A 47 45. 198 56. 392 24. .603 1. 00 12. 09 6 H 342 CA LYS A 44 44. .532 63. .606 20. .529 1. ,00 10. .59 6 381 CZ2 TRP A 47 47. 103 58. 301 23. 715 1. 00 13. 05 6 343 C LYS A 44 43. .959 62. .797 19. .362 1. .00 11. .15 6 382 CZ3 TRP A 47 46. 072 56. 974 25. 484 1. 00 15. 07 6 vo 344 o LYS A 44 43. .021 63. .227 18. ,707 1. .00 11. .48 8 383 CH2 TRP A 47 47. 002 57. 939 25. 033 1. 00 16. 33 6 345 CB LYS A 44 44. .647 65. .112 20. ,097 1. .00 11. .58 6 384 N GLY A 48 40. .752 53. 875 20. 442 1. 00 10. 96 7 346 CG LYS A 44 45. .053 65. .911 21. .382 1, .00 11. .48 6 385 CA GLY A 48 39. ,995 52. 631 20. 097 1. 00 11. 53 6 347 CD LYS A 44 44. .928 67. ,435 21. ,011 1. .00 12. .19 6 386 C GLY A 48 38. 960 52. 197 21. 106 1. 00 11. 03 6 387 0 GLY A 48 38.208 51..215 20.845 1..00 12..01 8 429 CA ARG A 55 29..382 46.875 28..101 1.00 13.29 6 388 N GLY A 49 38 .834 52 .862 22 .221 1 .00 12 .42 7 430 C ARG A 55 30. .112 45 .671 28 .652 1 .00 12 .91 6 389 CA GLY A 49 37 .789 52 .443 23 .230 1 .00 12 .08 6 431 0 ARG A 55 29 .684 44 .943 29 .596 1 .00 13 .96 8 390 C GLY A 49 36 .451 52 .679 22 .614 1 .00 9 .81 6 432 CB ARG A 55 28 .627 46 .458 26 .819 1 .00 13 .43 6 *- 391 0 GLY A 49 36 .173 53 .629 21 .880 1 .00 10 .92 8 433 CG ARG A 55 27 .364 45 .611 27 .165 1 .00 13 .64 6 --J 392 N ASP A 50 35 .433 51 .851 23 .065 1. .00 10 .42 7 434 CD ARG A 55 26 .723 44 .974 25 .877 1 .00 13 .15 6 393 CA ASP A 50 34 .135 51 .985 22 .429 1 .00 11 .91 6 435 NE ARG A 55 27 .745 44 .040 25 .358 1 .00 13 .30 7 394 C ASP A 50 32 .977 51 .516 23 .344 1 .00 11 .85 6 436 CZ ARG A 55 28 .117 42 .905 25 .921 1 .00 14 .35 6 395 0 ASP A 50 33 .188 51 .228 24 .489 1 .00 12 .76 8 437 NH1 ARG A 55 27 .475 42 .404 27 .011 1 .00 15 .82 7 396 CB ASP A 50 34 .148 51 .188 21 .094 1 .00 10 .66 6 438 NH2 ARG A 55 29 .125 42 .171 25 .446 1 .00 17 .12 7 397 CG ASP A 50 34 .693 49 .790 21 .327 1 .00 14 .50 6 439 N GLN A 56 31 .265 45 .354 28 .031 1 .00 11 .75 7 398 OD1 ASP A 50 34 .446 49 .184 22 .384 1 .00 11 .19 8 440 CA GLN A 56 32 .050 44 .171 28 .503 1 .00 12 .69 6 399 OD2 ASP A 50 35 .425 49 .205 20 .532 1 .00 11 .87 8 441 C GLN A 56 32 .530 44 .339 29 .945 1 .00 14 .76 6 400 N LEU A 51 31 .762 51 .615 22 .778 1 .00 11 .80 7 442 0 GLN A 56 32 .895 43 .338 30 .611 1 .00 15 .16 8 401 CA LEU A 51 30 .580 51 .320 23 .617 1 .00 11 .32 6 443 CB GLN A 56 33 .249 43 .948 27 .536 1 .00 12 .12 6 402 C LEU A 51 30 .568 49 .843 23 .973 1 .00 13 .43 6 444 CG GLN A 56 32 .718 43 .310 26 .223 1 .00 12 .45 6 403 0 LEU A 51 30 .145 49 .499 25 .090 1 .00 11 .80 8 445 CD GLN A 56 33 .748 43 .189 25 .110 1 .00 18 .74 6 404 CB LEU A 51 29 .272 51 .662 22 .869 1 .00 12 .03 6 446 OE1 GLN A 56 33 .441 43 .161 23 .879 1. .00 21 .22 8 405 CG LEU A 51 29 .178 53 .205 22 .638 1 .00 11 .71 6 447 NE2 GLN A 56 34 .957 43 .066 25 .540 1 .00 13 .29 7 406 CD1 LEU A 51 28 .036 53 .389 21 .666 1 .00 13 .88 6 448 N LYS A 57 32 .816 45 .574 30 .355 1 .00 13 .93 7 407 CD2 LEU A 51 28 .915 53 .930 23 .954 1 .00 15 .76 6 449 CA LYS A 57 33 .243 45 .881 31 .703 1 .00 11 .77 6 408 N GLU A 52 30 .942 48 .987 23 .037 1 .00 12 .67 7 450 C LYS A 57 32 .146 46 .200 32 .702 1 .00 13 .05 6 *-. 409 CA GLU A 52 30. .995 47, .541 23. .443 1, .00 12. .25 6 451 0 LYS A 57 32, .397 46 .651 33. .834 1, .00 12. .11 8 cn 410 C GLU A 52 32. .024 47, .239 24 .516 1, .00 12. .73 6 452 CB LYS A 57 34, .240 47. .112 31, .625 1, .00 12. .27 6 411 0 GLU A 52 31. .816 46, .375 25. .382 1, .00 13. .32 8 453 CG LYS A 57 35, .508 46, .752 30. .818 1, .00 13. .15 6 412 CB GLU A 52 31. .182 46, .786 22. .122 1, .00 16, .82 6 454 CD LYS A 57 36, .167 45, .442 31, .318 1, .00 13. .38 6 413 CG GLU A 52 31. .390 45, .298 22, .295 1 .00 22, .57 6 455 CE LYS A 57 37, .577 45 .277 30, .729 1, .00 16. .88 6 414 CD GLU A 52 30, .227 44, .545 22, .992 1. .00 12, .69 6 456 NZ LYS A 57 38, .170 43, .960 31. .261 1, .00 17. .21 7 415 OE1 GLU A 52 29. .097 45. .029 23 , .005 1. .00 17. .98 8 457 N LEU A 58 30. .883 45. .891 32. .388 1. .00 12. .90 7 416 OE2 GLU A 52 30. .680 43. .475 23. .419 1. .00 16. .49 8 458 CA LEU A 58 29. .789 46. .048 33. .338 1. .00 14. .31 6 417 N GLY A 53 33. .114 48. .012 24, .628 1, .00 12. .03 7 459 C LEU A 58 29. .981 45. .299 34. .668 1. .00 12. .68 6 418 CA GLY A 53 34. .108 47, .857 25, .680 1. .00 13. .18 6 460 0 LEU A 58 29. .737 45. .865 35. .732 1. .00 13. .94 8 419 C GLY A 53 33 , .471 48. .292 27, .005 1. .00 12. .67 6 461 CB LEU A 58 28. .407 45. .779 32. ,723 1. .00 12. .52 6 420 0 GLY A 53 33. .737 47, .586 28, .000 1. .00 11. .91 8 462 CG LEU A 58 27. .963 46. .878 31. ,718 1. .00 12. .14 6 421 N VAL A 54 32. .653 49. .355 27. .005 1. .00 11. .80 7 463 CD1 LEU A 58 26. .709 46. .366 30. 943 1. 00 14. 87 6 O H 422 CA VAL A 54 31. ,996 49. .680 28. .280 1. .00 10. .05 6 464 CD2 LEU A 58 27. 586 48. .136 32. 488 1. 00 15. 84 6 423 C VAL A 54 31. ,078 48. .502 28. .715 1. .00 12. .37 6 465 N PRO A 59 30. .555 44. .107 34. 670 1. 00 13. 13 7 PRO A 59 30. vo 424 0 VAL A 54 31. .055 48. .111 29. .879 1. .00 12. .15 8 466 CA 776 43. .396 35. 937 1. 00 14. 64 6 425 CB VAL A 54 31, .154 50. .947 28. .220 1. .00 11. .03 6 467 C PRO A 59 31. 759 44. .139 36. 827 1. 00 14. 63 6 426 CGI VAL A 54 30. .449 51. .255 29. .552 1. .00 13. .86 6 468 0 PRO A 59 31. 532 44. 250 38. 038 1. 00 15. 79 8 427 CG2 VAL A 54 32. .100 52. .143 27. .853 1. .00 11. .86 6 469 CB PRO A 59 31. 436 42. 034 35. 525 1. 00 15. 40 6 428 N ARG A 55 30. .387 47, .952 27. .708 .00 9. .95 7 470 CG PRO A 59 30. 719 41. .845 34. 161 1. 00 16. 79 6 471 CD PRO A 59 30.807 43.247 33.514 1.00 16.71 6 508 OEIBGLN A 63 34.480 42.416 41.279 0.33 14.24 472 N TYR A 60 32 .806 44 .717 36 .210 1 .00 12 .89 7 509 NE2BGLN A 63 34.884 42.519 43.537 0.33 12.44 vo 473 CA TYR A 60 33 .789 45 .511 36 .994 1 .00 12 .47 6 510 N LEU A 64 32.481 47.646 41.498 00 10.99 o 474 C TYR A 60 33 .072 46 .731 37 .584 1 .00 12 .64 6 511 CA LEU A 64 32.993 48.909 42.087 00 15.73 475 0 TYR A 60 33 .237 46 .994 38 .797 1 .00 13 .63 8 512 C LEU A 64 31.893 49.656 42.837 00 14.21 476 CB TYR A 60 34 .918 45 .920 36 .026 1 .00 12 .16 6 513 0 LEU A 64 32.253 50.516 43.659 00 14.81 477 CG TYR A 60 35 .856 46 .938 36 .667 1 .00 12 .17 6 514 CB LEU A 64 33.536 49.777 40.930 00 14.15 478 CD1 TYR A 60 36 .917 46 .528 37 .462 1 .00 13 .23 6 515 CG LEU A 64 34.050 51.201 41.274 00 13.04 479 CD2 TYR A 60 35 .602 48 .293 36 .453 1 .00 12 .24 6 516 CD1 LEU A 64 35.177 51.132 42.303 1.00 12.46 480 CE1 TYR A 60 37 .730 47 .509 38 .049 1 .00 12 .99 6 517 CD2 LEU A 64 34.587 51.825 39.963 1.00 12.70 481 CE2 TYR A 60 36 .438 49 .268 37 .022 1 .00 14 .93 6 518 N GLY A 65 30.605 49.492 42.566 1.00 14.23 482 CZ TYR A 60 37 .473 48 .852 37 .823 1 .00 14 .75 6 519 CA GLY A 65 29.537 50.247 43.205 1.00 13.78 483 OH TYR A 60 38 .287 49 .782 38 .464 1 .00 13 .93 8 520 C GLY A 65 28.987 51.337 42.311 1.00 14.56 484 N LEU A 61 32 .298 47 .410 36 .735 1 .00 11 .74 7 521 0 GLY A 65 28.207 52.222 42.758 1.00 13.13 485 CA LEU A 61 31 .622 48 .610 37 .225 1 .00 11 .91 6 522 N VAL A 66 29.343 51.265 41.014 1.00 12.13 486 C LEU A 61 30 .570 48 .316 38 .272 1 .00 14 .11 6 523 CA VAL A 66 28.773 52.267 40.114 00 10.77 487 0 LEU A 61 30 .508 49 .022 39 .283 1 .00 13 .33 8 524 C VAL A 66 27.297 52.007 39.842 00 13.82 488 CB LEU A 61 30 .993 49 .382 36 .051 1 .00 12 .06 6 525 0 VAL A 66 26.933 50.836 39.617 00 13.38 489 CG LEU A 61 32 .030 49 .809 34 .992 1 .00 13 .18 6 526 CB VAL A 66 29.491 52.192 38.744 00 11.10 490 CD1 LEU A 61 31 .263 50 .310 33 .753 1 .00 15 .35 6 527 CGI VAL A 66 28.892 53.220 37.731 00 12.12 491 CD2 LEU A 61 32 .865 50 .971 35 .605 1 .00 16 .34 6 528 CG2 VAL A 66 30.961 52.489 38.974 00 14.48 492 N LYS A 62 29 .850 47 .217 38 .162 1. .00 12 .47 7 529 N THR A 67 26.431 53.016 39.992 1.00 10.70 493 CA LYS A 62 28. .890 46. .844 39. .202 1, .00 13 .25 6 530 CA THR A 67 25.022 52.822 39.675 1.00 12.22 sn 494 C LYS A 62 29 .614 46 .558 40 .535 1 .00 13 .60 6 531 C THR A 67 24.526 53.737 38.565 1.00 13.77 495 0 LYS A 62 29 .149 47 .032 41 .576 1, .00 15 .97 8 532 0 THR A 67 23.404 53.538 38.103 00 13.29 496 CB LYS A 62 28. .117 45. .588 38, .730 1, .00 14 .71 6 533 CB THR A 67 24.072 52.926 40.898 00 14.25 497 CG LYS A 62 27. .011 45, .263 39, .764 1, .00 17 .27 6 534 OG1 THR A 67 24.680 53.791 41.874 00 13.89 498 CD LYS A 62 25. .908 44, .363 39, .223 1. .00 30. .17 6 535 CG2 THR A 67 24.085 51.519 41.584 00 14.96 499 CE LYS A 62 24, .879 44, .088 40, .343 1. .00 25, .52 6 536 N THR A 68 25.351 54.723 38.156 00 12.63 500 NZ LYS A 62 23. .887 45, .203 40. .515 1. .00 24 .63 7 537 CA THR A 68 25.042 55.479 36.914 00 10.68 501 N GLN A 63 30. .722 45, .781 40. .455 1. .00 12, .05 7 538 C THR A 68 26.379 55.684 36.193 1.00 9.37 502 CA GLN A 63 31. .437 45. .448 41. .660 1. .00 10. .80 6 539 O THR A 68 27.313 56.214 36.775 1.00 11.86 503 C GLN A 63 32. .010 46. ,705 42. .325 1. .00 13. .71 6 540 CB THR A 68 24.388 56.837 37.236 1.00 13.89 504 0 GLN A 63 32. .200 46. .751 43. .544 1. .00 13. .66 8 541 OG1 THR A 68 23.094 56.649 37.793 1.00 13.19 o 505 CB AGLN A 63 32. .582 44. .501 41. .262 0. .66 17. .93 6 542 CG2 THR A 68 24.269 57.734 35.965 1.00 14.32 506 CG AGLN A 63 32. .178 43. .092 40. .865 0. 66 27. .01 6 543 N ILE A 69 26.394 55.287 34.896 1.00 9.42 507 CD AGLN A 63 33. .421 42. .362 40. .343 0. 66 35. .95 6 544 CA ILE A 69 27.605 55.600 34.073 1.00 8.17 s* 508 OE1AGLN A 63 34. .283 42. .022 41. .149 66 40. ,99 8 545 C ILE A 69 27.249 56.897 33.377 1.00 11.16 © 509 NE2AGLN A 63 33. ,525 42. .128 39. .043 0. .66 36. .04 7 546 O ILE A 69 26.200 57.080 32.734 1.00 12.50 © o 505 CB BGLN A 63 32. .511 44. .387 41. .345 0. .33 7. .59 6 547 CB ILE A 69 27.714 54.510 32.986 1.00 12.66 00 00 506 CG BGLN A 63 33. .072 43. .793 42. .621 0. 33 8. .29 6 548 CGI ILE A 69 28.160 53.214 33.736 1.00 14.05 507 CD BGLN A 63 34. .234 42. .824 42. .408 0. 33 8. .28 6 549 CG2 ILE A 69 28.737 54.893 31.900 1.00 11.22 550 CD1 ILE A 69 27..937 52.008 32..775 1..00 13..93 6 592 CG2 VAL A 74 25..882 58..894 22..161 1.00 10.26 6 551 N TRP A 70 28. .196 57. .872 33. .425 1. .00 9. .74 7 593 N LEU A 75 27. .708 60. .912 19. .980 1. .00 10. .62 7 552 CA TRP A 70 28. .095 59. .093 32, .600 1. .00 10, .34 6 594 CA LEU A 75 27. .182 61. .136 18. .619 1. .00 10 .48 6 553 C TRP A 70 28. .991 58. .790 31, .403 1. .00 11, .63 6 595 C LEU A 75 28. .305 61. .464 17. .620 1 .00 12 .02 6 *- 554 0 TRP A 70 30. .214 58 .751 31 .558 1. .00 11, .51 8 596 O LEU A 75 29. .436 61 .678 18. .016 1 .00 11 .28 8 555 CB TRP A 70 28 .494 60 .327 33 .441 1. .00 9, .83 6 597 CB LEU A vo 75 26 .111 62 .279 18. .660 1 .00 10 .81 6 •fe. 556 CG TRP A 70 28. .954 61 .558 32 .738 1. .00 8 .81 6 598 CG LEU A 75 24 .952 61 .966 19. .634 1 .00 11 .49 6 557 CD1 TRP A 70 29 .050 61 .770 31 .360 1. .00 13 .03 6 599 CD1 LEU A 75 24 .074 63 .178 19 .911 1 .00 11 .47 6 558 CD2 TRP A 70 29. .591 62, .698 33, .356 1. .00 10, .57 6 600 CD2 LEU A 75 24 .074 60 .864 18. .960 1 .00 11 .05 6 559 NE1 TRP A 70 29. .645 63, .016 31 .118 1, .00 12, .41 7 601 N ASP A 76 27 .958 61 .296 16. .347 1 .00 10 .11 7 560 CE2 TRP A 70 30 .017 63 .558 32 .338 1. .00 10, .48 6 602 CA ASP A 76 29 .020 61 .292 15 .299 1 .00 9 .23 6 561 CE3 TRP A 70 29 .830 63 .007 34 .699 1. .00 12 .18 6 603 C ASP A 76 29 .821 62 .605 15 .351 1 .00 9 .60 6 562 CZ2 TRP A 70 30 .721 64 .729 32 .587 1 .00 9 .61 6 604 O ASP A 76 29 .263 63 .683 15 .155 1 .00 11 .11 8 563 CZ3 TRP A 70 30 .426 64 .234 34 .950 1 .00 11 .62 6 605 CB ASP A 76 28 .264 61 .153 13 .979 1 .00 9 .89 6 564 CH2 TRP A 70 30 .896 65 .061 33 .914 1, .00 13 .98 6 606 CG ASP A 76 29 .177 61 .079 12 .745 1 .00 12 .56 6 565 N LEU A 71 28 .373 58 .542 30 .225 1, .00 10 .83 7 607 OD1 ASP A 76 30 .380 60 .856 12 .895 1 .00 12 .97 8 566 CA LEU A 71 29 .219 58 .311 29 .023 1, .00 11 .92 6 608 OD2 ASP A 76 28 .617 61 .239 11 .641 1 .00 11 .97 8 567 C LEU A 71 29 .585 59 .691 28 .439 1 .00 10 .49 6 609 N ASN A 77 31 .131 62 .435 15 .524 1 .00 9 .80 7 568 0 LEU A 71 28 .669 60 .552 28 .276 1 .00 10 .64 8 610 CA ASN A 77 32 .043 63 .570 15 .534 1 .00 9 .86 6 569 CB LEU A 71 28 .342 57 .617 27 .923 1 .00 11 .13 6 611 C ASN A 77 32 .766 63 .691 14 .180 1 .00 10 .69 6 570 CG LEU A 71 27 .991 56 .159 28 .240 1 .00 11 .31 6 612 o ASN A 77 32 .797 62 .759 13 .385 1 .00 10 .51 8 571 CD1 LEU A 71 27 .073 55 .665 27 .096 1, .00 10, .98 6 613 CB ASN A 77 33, .117 63 .370 16, .619 1 .00 10 .13 6 Ui 572 CD2 LEU A 71 29. .253 55, .314 28 .322 1. .00 11, .96 6 614 CG ASN A 77 32 .685 63 .988 17, .945 1. .00 13 .40 6 O 573 N SER A 72 30, .870 59 .865 28 .066 1, .00 10, .17 7 615 ODl ASN A 77 33 .515 64 .636 18, .600 1 .00 10 .92 8 574 CA SER A 72 31. .250 60, .995 27 .218 1. .00 9 .81 6 616 ND2 ASN A 77 31, .412 63 .908 18, .341 1 .00 11 .73 7 575 C SER A 72 30. .455 60 .988 25 .920 1, .00 11, .22 6 617 N LEU A 78 33, .296 64 .886 13, .967 1, .00 10 .62 7 576 0 SER A 72 29. .733 60, .011 25, .572 1, .00 10 .33 8 618 CA LEU A 78 34 .240 65 .195 12, .866 1, .00 11 .24 6 577 CB SER A 72 32. .773 60. .898 26. .944 1. .00 10, .62 6 619 C LEU A 78 34. .929 63, .977 12. .309 1, .00 8, .87 6 578 OG SER A 72 33. .092 59, .694 26. .237 1. ,00 11. .62 8 620 O LEU A 78 35. .632 63, .257 13. .026 1, .00 12, .04 8 579 N PRO A 73 30. .447 62, .034 25. .128 1. .00 11. .10 7 621 CB LEU A 78 35. .257 66, .197 13. .506 1, .00 9, .81 6 580 CA PRO A 73 29, .427 62, .188 24. .048 1. .00 11. .86 6 622 CG LEU A 78 36, .289 66, .679 12. .399 1, .00 9, .30 6 581 C PRO A 73 29, .521 61. .057 23. .042 1. .00 13. .54 6 623 CD1 LEU A 78 35, .622 67, .597 11. ,418 1, .00 11. .34 6 582 0 PRO A 73 30, .653 60. .649 22. .674 1. .00 11, .75 8 624 CD2 LEU A 78 37. .382 67. .439 13. .176 1, .00 13. .04 6 583 CB PRO A 73 29. .672 63. .563 23. .414 1. .00 10. ,32 6 625 N ASP A 79 34. 801 63. .867 10. 945 1. .00 11. 36 7 13 584 CG PRO A 73 30. .360 64. .313 24. .557 1. .00 10. .23 6 626 CA ASP A 79 35. 393 62. .670 10. 348 1. 00 9. 32 6 o 585 CD PRO A 73 31. .228 63. .286 25. .358 1. .00 11. .09 6 627 C ASP A 79 36. 754 62. .947 9. 688 1. 00 12. 70 6 586 N VAL A 74 28. .345 60. .538 22. .623 1. .00 11. .02 7 628 O ASP A 79 37. 275 62. .042 9. 026 1. 00 14. 30 8 i 587 CA VAL A 74 28. .351 59. .338 21. .794 1. .00 9. .14 6 629 CB ASP A 79 34. 468 62. .189 9. 168 1. 00 14. 19 6 o 588 C VAL A 74 27. .998 59, .628 20. .344 1. .00 9, .79 6 630 CG ASP A 79 33. 217 61. .518 9. 658 1. 00 15. 14 6 © © 589 0 VAL A 74 28 .041 58, .700 19. .549 1. .00 10. .96 8 631 ODl ASP A 79 33. 208 61. .150 10. 841 1. 00 12. 50 8 o 00 590 CB VAL A 74 27. .260 58, .313 22. .311 1. .00 9. .29 6 632 OD2 ASP A 79 32. 239 61. 307 8. 931 1. 00 12. 26 8 00 591 CGI VAL A 74 27 .541 57, .935 23, .780 1. .00 11, .66 6 633 N THR A 80 37. 307 64. ,115 9. 950 1. 00 12. 57 7 634 CA THR A 80 38.652 64.479 9.456 1.00 14.13 6 676 CB ASN A 86 44.190 67.732 16.468 1.00 11.52 6 635 C THR A 80 39. .521 64 .930 10. .635 1. .00 13. .16 6 677 CG ASN A 86 43. .470 68. .295 17 .677 1 .00 13 .68 6 636 0 THR A 80 39 .072 64 .981 11. .769 1 .00 12 .58 8 678 ODl ASN A 86 42 .743 67 .535 18 .341 1 .00 14 .08 8 vo vo 637 CB THR A 80 38 .583 65 .712 8 .534 1 .00 14 .19 6 679 ND2 ASN A 86 43 .644 69 .546 18 .063 1 .00 15 .21 7 638 oσi THR A 80 38 .265 66 .927 9 .264 1 .00 15 .46 8 680 N THR A 87 41 .877 65 .099 16 .705 1 .00 10 .11 7 639 CG2 THR A 80 37 .593 65 .645 7 .372 1 .00 19 .78 6 681 CA THR A 87 40 .619 64 .459 16 .251 1 .00 10 .70 6 640 N LEU A 81 40 .809 65 .216 10 .327 1 .00 13 .37 7 682 C THR A 87 39 .525 64 .643 17 .317 1 .00 11 .84 6 641 CA LEU A 81 41 .651 65 .864 11 .341 1 .00 10 .22 6 683 0 THR A 87 39 .764 65 .021 18 .471 1 .00 11 .11 8 642 C LEU A 81 41 .263 67 .297 11 .488 1 .00 12 .10 6 684 CB THR A 87 40 .745 62 .924 16 .124 1 .00 12 .30 6 643 0 LEU A 81 40 .635 67 .900 10 .595 1 .00 12 .72 8 685 OG1 THR A 87 40 .840 62 .298 17 .444 1 .00 11 .34 8 644 CB LEU A 81 43 .143 65 .818 10 .830 1 .00 10 .42 6 686 CG2 THR A 87 41 .961 62 .467 15 .375 1 .00 11 .19 6 645 CG LEU A 81 43 .643 64 .345 10 .809 1 .00 15 .27 6 687 N GLY A 88 38 .307 64 .357 16 .903 1 .00 11 .28 7 646 CD1 LEU A 81 44 .897 64 .351 9 .927 1 .00 21 .14 6 688 CA GLY A 88 37 .184 64 .329 17 .887 1 .00 10 .27 6 647 CD2 LEU A 81 44 .059 63 .885 12 .244 1 .00 14 .05 6 689 C GLY A 88 37 .107 63 .063 18 .721 1 .00 10 .54 6 648 N ALA A 82 41 .647 67 .888 12 .629 1 .00 11 .74 7 690 O GLY A 88 35 .954 62 .712 19 .121 1 .00 10 .21 8 649 CA ALA A 82 41 .548 69 .320 12 .798 1 .00 13 .34 6 691 N TYR A 89 38 .196 62 .404 19 .087 1 .00 10 .33 7 650 C ALA A 82 42 .941 69 .801 13 .202 1 .00 12 .91 6 692 CA TYR A 89 38 .134 61 .241 19 .955 1 .00 10 .06 6 651 0 ALA A 82 43 .208 70 .247 14 .316 1 .00 11 .11 8 693 C TYR A 89 37 .314 61 .476 21 .204 1 .00 11 .70 6 652 CB ALA A 82 40 .566 69 .586 13 .989 1 .00 14 .40 6 694 O TYR A 89 36 .760 60 .489 21 .732 1 .00 11 .42 8 653 N GLY A 83 43 .811 69 .835 12 .180 1 .00 12 .89 7 695 CB TYR A 89 39 .564 60 .769 20 .316 1 .00 9 .10 6 654 CA GLY A 83 45. .245 70 .145 12, .484 1 .00 11, .52 6 696 CG TYR A 89 40 .152 61. .653 21 .412 1 .00 11, .07 6 655 C GLY A 83 45. .960 68 .860 12, .923 1. .00 12, .02 6 697 CD1 TYR A 89 40 .732 62. .857 21 .106 1. .00 10, .61 6 01 656 0 GLY A 83 45. .405 67. .737 13. .060 1. .00 11, .47 8 698 CD2 TYR A 89 40, .058 61. .256 22 .750 1 .00 9, .12 6 657 N THR A 84 47. .262 68 .987 13. .230 1. .00 12. .31 7 699 CE1 TYR A 89 41 .243 63. .688 22. .115 1. .00 9, .21 6 658 CA THR A 84 48. .160 67 .879 13. .444 1. .00 11. .91 6 700 CE2 TYR A 89 40, .505 62, .054 23 .777 1. .00 11, .90 6 659 C THR A 84 47. .716 66 .883 14. .496 1. .00 10. .74 6 701 CZ TYR A 89 41 .098 63. .267 23, .443 1. .00 10, .92 6 660 0 THR A 84 47. .554 67 .213 15. .687 1, .00 11. .33 8 702 OH TYR A 89 41 .593 64. .126 24 .411 1 .00 10, .82 8 661 CB THR A 84 49. .570 68. .477 13. .888 1. .00 10. .32 6 703 N HIS A 90 37, .283 62. .703 21, .748 1. .00 10. .85 7 662 OG1 THR A 84 49. .942 69. .432 12. .873 1. .00 12. .17 8 704 CA HIS A 90 36, .623 62. .983 23 , .011 1. .00 9. .54 6 663 CG2 THR A 84 50. .533 67. .298 14. .074 1. .00 13. .58 6 705 C HIS A 90 35. .095 63. .104 22, .837 1. .00 7. .69 6 664 N ASP A 85 47. ,462 65. .652 14. .019 1, .00 12. .06 7 706 O HIS A 90 34. .392 63. .040 23, .856 1. .00 9. .02 8 665 CA ASP A 85 47. .117 64. .552 14. .933 1. .00 10. .80 6 707 CB HIS A 90 37. .178 64. .338 23. .555 1. .00 10. .73 6 666 C ASP A 85 45, .981 64. .902 15. .894 1, .00 12. .31 6 708 CG HIS A 90 37. .294 65. .403 22. .507 1. .00 11. .48 6 667 0 ASP A 85 45. .986 64. .416 17. .030 1. .00 13. .43 8 709 ND1 HIS A 90 36. .210 66. 035 21. 926 1. 00 9. 73 7 668 CB ASP A 85 48. .356 64. .077 15. ,747 1. .00 14. .44 6 710 CD2 HIS A 90 38. .405 65. 898 21. 906 1. 00 8. 93 6 O 669 CG ASP A 85 49. ,500 63. .600 14. .831 1. ,00 22. .31 6 711 CE1 HIS A 90 36. 686 66. 903 21. 010 1. 00 10. 94 6 670 ODl ASP A 85 49. .284 63. .065 13. .744 1. ,00 14. ,91 8 712 NE2 HIS A 90 37. .988 66. 862 20. 995 1. 00 10. 18 7 671 OD2 ASP A 85 50. .645 63. .782 15. .275 1. ,00 23. ,25 8 713 N GLY A 91 34. 616 63. 356 21. 629 1. 00 9. 66 7 o so 672 N ASN A 86 45. .024 65. .712 15. .418 1. .00 10. ,53 7 714 CA GLY A 91 33. 143 63. 393 21. 404 1. 00 9. 79 6 © © 673 CA ASN A 86 44, .024 66. .196 16. .401 1, .00 10. .12 6 715 C GLY A 91 32. 505 64. 768 21. 395 1. 00 10. 82 6 © 00 674 C ASN A 86 42. .644 65. .784 15. .880 1. .00 9. ,75 6 716 o GLY A 91 31. 287 64. 916 21. 102 1. 00 11. 09 8 00 675 0 ASN A 86 42. .241 66. .073 14. .747 1. .00 12. .30 8 717 N TYR A 92 33. 288 65. 840 21. 633 1. 00 10. 15 7 718 CA TYR A 92 32.653 67.152 21.753 1.00 10.44 6 760 NH2 ARG A 95 30.477 64.026 7.380 1..00 15.12 7 719 C TYR A 92 32 .556 67 .935 20 .459 1 .00 8 .85 6 761 N ASP A 96 26 .880 65 .176 13 .503 1 .00 11 .44 7 o 720 0 TYR A 92 32 .132 69 .141 20 .520 1 .00 9 .64 8 762 CA ASP A 96 25 .536 64 .640 13 .218 1 .00 11 .75 6 VO VO 721 CB TYR A 92 33 .461 67 .977 22 .837 1 .00 10 .08 6 763 C ASP A 96 24 .977 64 .166 14 .570 1 .00 10 .37 6 4-- 722 CG TYR A 92 33 .217 67 .385 24 .219 1 .00 10 .98 6 764 0 ASP A 96 25 .448 63 .154 15 .091 1 .00 12 .67 8 VO 723 CD1 TYR A 92 32 .091 67 .719 24 .974 1 .00 10 .25 6 765 CB ASP A 96 25 .622 63 .467 12 .217 1 .00 10 .69 6 724 CD2 TYR A 92 34 .112 66 .472 24 .730 1 .00 10 .46 6 766 CG ASP A 96 24 .238 63 .012 11 .732 1 .00 14 .77 6 725 CE1 TYR A 92 31 .905 67 .143 26 .247 1 .00 10 .96 6 767 ODl ASP A 96 23 .229 63 .251 12 .412 1 .00 11 .10 8 726 CE2 TYR A 92 33 .932 65 .888 25 .983 1 .00 14 .14 6 768 OD2 ASP A 96 24 .218 62 .343 10 .651 1 .00 15 .82 8 727 CZ TYR A 92 32 .829 66 .237 26 .715 1 .00 11 .56 6 769 N PHE A 97 24 .007 64 .989 15 .033 1 .00 9 .84 7 728 OH TYR A 92 32 .648 65 .665 27 .970 1 .00 12 .31 8 770 CA PHE A 97 23 .482 64 .615 16 .377 1 .00 10 .91 6 729 N TRP A 93 32 .968 67 .343 19 .345 1 .00 10 .19 7 771 C PHE A 97 22 .504 63 .426 16 .336 1 .00 13 .19 6 730 CA TRP A 93 32 .914 68 .040 18 .039 1 .00 11 .73 6 772 0 PHE A 97 21 .945 63 .125 17 .373 1 .00 13 .15 8 731 C TRP A 93 31 .949 67 .307 17 .103 1 .00 9 .84 6 773 CB PHE A 97 22 .818 65 .844 16 .982 1 .00 10 .58 6 732 0 TRP A 93 32 .336 66 .443 16 .294 1 .00 10 .83 8 774 CG PHE A 97 23 .783 66 .935 17 .422 1 .00 14 .29 6 733 CB TRP A 93 34 .322 68 .024 17 .415 1 .00 12 .42 6 775 CD1 PHE A 97 24 .438 67 .807 16 .532 1 .00 13 .03 6 734 CG TRP A 93 35 .359 68 .775 18 .253 1 .00 11 .75 6 776 CD2 PHE A 97 23 .979 67 .062 18 .799 1 .00 13 .39 6 735 CD1 TRP A 93 35 .181 69 .659 19 .258 1 .00 12 .58 6 777 CE1 PHE A 97 25 .321 68 .786 17 .067 1 .00 11 .37 6 736 CD2 TRP A 93 36 .786 68 .657 18 .020 1 .00 11 .96 6 778 CE2 PHE A 97 24 .780 68 .073 19 .296 1 .00 9 .92 6 737 NE1 TRP A 93 36 .448 70 .120 19 .694 1 .00 13 .60 7 779 CZ PHE A 97 25 .489 68 .930 18 .467 1 .00 9 .67 6 738 CE2 TRP A 93 37 .397 69 .501 18 .932 1 .00 14 .78 6 780 N LYS A 98 22 .220 62 .889 15 .152 1 .00 11 .59 7 739 CE3 TRP A 93 37 .559 67 .884 17 .130 1 .00 13 .74 6 781 CA LYS A 98 21 .249 61 .786 15 .105 1 .00 10 .99 6 Ui 740 CZ2 TRP A 93 38 .808 69 .626 19 .040 1 .00 15 .96 6 782 C LYS A 98 21 .893 60 .424 14 .982 1 .00 13 .58 6 ro 741 CZ3 TRP A 93 38 .959 68 .021 17 .209 1 .00 10 .95 6 783 0 LYS A 98 21 .136 59 .437 14 .991 1 .00 14 .00 8 742 CH2 TRP A 93 39, .526 68. .880 18. .171 1. .00 9. .91 6 784 CB LYS A 98 20. .375 61, .999 13. .835 1. .00 10, .72 6 743 N THR A 94 30. .669 67. .534 17. .237 1. .00 10. .45 7 785 CG LYS A 98 19. .595 63. .337 13. .915 1. .00 11, .63 6 744 CA THR A 94 29, .603 66. .690 16. .661 1. .00 9. .91 6 786 CD LYS A 98 18. .627 63. .408 15. ,091 1. .00 16, .21 6 745 C THR A 94 29. .244 67. .242 15. .270 1. .00 11. .32 6 787 CE LYS A 98 17. .808 64. .707 15. .036 1. .00 16, .03 6 746 0 THR A 94 28. .854 68. .415 15. .074 1. .00 11. .48 8 788 NZ LYS A 98 16. .876 64. .605 13. .828 1. .00 15, .90 7 747 CB THR A 94 28. .302 66. .837 17. .495 1. .00 9. .85 6 789 N GLN A 99 23. .233 60. .336 14. 853 1. .00 9. ,90 7 748 OG1 THR A 94 28. .643 66. .563 18. .891 1. .00 11. .49 8 790 CA GLN A 99 23. .900 59. .079 14. 613 1. 00 11. .53 6 749 CG2 THR A 94 27. .263 65. .739 17. .079 1. .00 11. .23 6 791 C GLN A 99 25. .042 58. .866 15. 625 1. .00 12. .11 6 750 N ARG A 95 29. .315 66. .299 14. 292 1. .00 10. .33 7 792 0 GLN A 99 25. .610 59. .842 16. 118 1. 00 13. .41 8 751 CA ARG A 95 28. .819 66. .623 12. 945 1. .00 11. .51 6 793 CB GLN A 99 24. .657 58. .975 13. 225 1. 00 13. .31 6 T) 752 C ARG A 95 27. 382 66. 123 12. 703 1. 00 13. .19 6 794 CG GLN A 99 23. 575 58. 962 12. 137 1. 00 20. 81 6 O 753 0 ARG A 95 26. .834 66. 523 11. 700 1. 00 12. .00 8 795 CD GLN A 99 24. 005 57. 830 11. 187 1. 00 47. 61 6 H 754 CB ARG A 95 29. .766 65. 999 11. 920 1. 00 12. ,95 6 796 OE1 GLN A 99 23. 966 56. 639 11. 540 1. 00 38. 44 8 755 CG ARG A 95 29. .739 64. 437 11. 900 1. 00 9. ,03 6 797 NE2 GLN A 99 24. 435 58. 330 10. 031 1. 00 51. 18 7 VO NO 756 CD ARG A 95 30. .894 63. .964 11. 008 1. 00 12. ,99 6 798 N ILE A 100 25. 139 57. 581 16. 003 1. 00 11. 97 7 ©s 757 NE ARG A 95 30. .917 64. 346 9. 584 1. 00 13. ,10 7 799 CA ILE A 100 26. 265 57. 291 16. 916 1. 00 9. 69 6 o 00 758 CZ ARG A 95 30. ,216 63. 680 8. 633 1. 00 13 a ,74 6 800 C ILE A 100 27. 586 57. 395 16. 160 1. 00 11. 29 6 00 759 NH1 ARG A 95 29. .307 62. .746 8. 918 1. .00 13 a .30 7 801 0 ILE A 100 27. 744 57. 032 14. 974 1. 00 13. 58 8 802 CB ILE A 100 26,.080 55.834 17.385 1..00 11..20 6 844 CZ PHE A 104 34,.365 58.005 21.053 1.00 13.46 6 803 CGI ILE A 100 24 .767 55 .651 18 .197 1 .00 13 .05 6 845 N GLY A 105 30, .491 52 .584 17 .759 1 .00 14 .42 7 804 CG2 ILE A 100 27 .229 55 .284 18 .240 1 .00 10, .14 6 846 CA GLY A 105 29 .462 51 .533 17 .546 1 .00 16 .52 6 805 CD1 ILE A 100 24 .692 56 .541 19 .489 1 .00 13 .82 6 847 C GLY A 105 28 .362 52 .143 16 .670 1 .00 17 .63 6 806 N GLU A 101 28 .607 57 .861 16 .898 1 .00 11 .66 7 848 0 GLY A 105 28 .624 53 .104 15 .927 1 .00 14 .43 8 807 CA GLU A 101 29 .968 57 .886 16 .322 1 .00 11 .19 6 849 N ASN A 106 27 .169 51 .558 16 .664 1 .00 14 .15 7 808 C GLU A 101 30 .443 56 .478 15 .956 1 .00 11 .88 6 850 CA ASN A 106 26 .017 52 .150 15 .960 1 .00 11 .27 6 809 0 GLU A 101 30 .430 55 .545 16 .758 1 .00 12 .38 8 851 C ASN A 106 24 .864 52 .149 16 .958 1 .00 13 .27 6 810 CB GLU A 101 30 .918 58 .478 17 .400 1 .00 11 .53 6 852 0 ASN A 106 25 .081 51 .890 18 .174 1 .00 13 .00 8 811 CG GLU A 101 32 .427 58 .256 17 .126 1 .00 10 .12 6 853 CB ASN A 106 25 .756 51 .332 14 .677 1 .00 13 .55 6 812 CD GLU A 101 32 .796 58 .791 15 .715 1 .00 10 .82 6 854 CG ASN A 106 25 .465 49 .876 14 .958 1 .00 18 .28 6 813 OE1 GLU A 101 32 .328 59 .903 15 .389 1 .00 11 .74 8 855 ODl ASN A 106 25 .093 49 .459 16 .033 1 .00 17 .05 8 814 0E2 GLU A 101 33 .577 58 .059 15 .099 1 .00 12 .29 8 856 ND2 ASN A 106 25 .576 49 .021 13 .910 1 .00 22 .96 7 815 N GLU A 102 30 .874 56 .411 14 .662 1 .00 12 .51 7 857 N TRP A 107 23 .668 52 .508 16 .525 1 .00 12 .62 7 816 CA GLU A 102 31, .192 55, .081 14 .116 1, .00 11 .29 6 858 CA TRP A 107 22 .554 52 .559 17 .465 1 .00 13 .67 6 817 C GLU A 102 32 .387 54, .443 14 .766 1, .00 12, .50 6 859 C TRP A 107 22 .296 51 .203 18 .121 1 .00 14 .10 6 818 0 GLU A 102 32 .460 53, .176 14 .813 1. .00 11, .57 8 860 0 TRP A 107 21 .827 51 .121 19 .274 1 .00 14 .66 8 819 CB GLU A 102 31 .402 55, .182 12 .553 1, .00 11, .80 6 861 CB TRP A 107 21 .268 53 .087 16 .802 1 .00 14 .53 6 820 CG GLU A 102 32 .656 55, .982 12. .107 1, .00 12, .52 6 862 CG TRP A 107 21 .256 54 .576 16, .836 1 .00 16 .29 6 821 CD GLU A 102 32, .465 57, .475 12, .181 1, .00 12, .69 6 863 CD1 TRP A 107 21 .351 55, .357 15, .696 1 .00 17 .56 6 822 OE1 GLU A 102 31 .368 58, .018 12 .431 1, .00 14, .09 8 864 CD2 TRP A 107 21, .131 55 .454 17, .949 1 .00 15 .71 6 823 OE2 GLU A 102 33, .493 58. .174 11, .930 1, .00 15, .94 8 865 NE1 TRP A 107 21 .279 56 .677 16 .088 1 .00 16 .73 7 Ui 824 N HIS A 103 33 .391 55. .145 15, .324 1, .00 9, .73 7 866 CE2 TRP A 107 21, .186 56, .759 17 .451 1 .00 14 .24 6 ) 825 CA HIS A 103 34 .429 54. .494 16 .120 1, .00 9, .99 6 867 CE3 TRP A 107 20, .995 55 .256 19, .345 1, .00 13 .30 6 826 C HIS A 103 33, .862 53. .874 17 .376 1, .00 11, .88 6 868 CZ2 TRP A 107 21, .082 57, .915 18, .240 1, .00 14. .74 6 827 0 HIS A 103 34, .531 52. .943 17, .864 1, .00 12, .86 8 869 CZ3 TRP A 107 20, .919 56, .410 20. .131 1, .00 16. .80 6 828 CB HIS A 103 35, .470 55. .578 16, .584 1. .00 12, .93 6 870 CH2 TRP A 107 20, .927 57, .717 19. .596 1. .00 13. .00 6 829 CG HIS A 103 36, .364 56. .049 15, .481 1, .00 11, .28 6 871 N THR A 108 22, .439 50, .097 17. .351 1, .00 14. .29 7 830 ND1 HIS A 103 36. .015 57, .085 14, .639 1, .00 12. .54 7 872 CA THR A 108 22, .316 48, .792 18. .020 1, .00 14. .34 6 831 CD2 HIS A 103 37. .595 55, .655 15, .123 1, .00 14. .43 6 873 C THR A 108 23 , .305 48, .617 19. .154 1, .00 16. .18 6 832 CE1 HIS A 103 37. .021 57. .288 13 , .749 1. .00 13 , .58 6 874 0 THR A 108 22. .945 48. .095 20. .224 1, .00 14. .57 8 833 NE2 HIS A 103 37. .965 56. .434 14. .054 1. .00 13 , .95 7 875 CB THR A 108 22. .508 47. .669 16. .969 1, .00 16. .38 6 834 N PHE A 104 32, .662 54. .253 17. .819 1. .00 9. .60 7 876 OG1 THR A 108 21. .473 47. .841 16. ,005 1. ,00 18. ,39 8 835 CA PHE A 104 32. .171 53. .727 19. .103 1. .00 10. .30 6 877 CG2 THR A 108 22. ,386 46. .276 17. 600 1. .00 20. ,41 6 -a 836 C PHE A 104 31. .116 52. .625 18. .924 1. .00 13. .76 6 878 N THR A 109 24. ,581 49. ,043 18. 959 1. .00 12. ,36 7 o 837 0 PHE A 104 30. .969 51. ,851 19. .894 1. .00 13. ,23 8 879 CA THR A 109 25. 556 48. 897 20. 029 1. 00 H 13. 35 6 838 CB PHE A 104 31. .583 54. ,855 19. .953 1. .00 10. .00 6 880 C THR A 109 25. 149 49. .732 21. 248 1. 00 12. 11 6 839 CG PHE A 104 32. .587 55. .933 20. .330 1. .00 13. .59 6 881 0 THR A 109 25. 318 49. 282 22. 382 1. 00 12. 78 8 840 CD1 PHE A 104 33. .954 55. ,782 20. .204 1. .00 11. .92 6 882 CB THR A 109 26. 960 49. 404 19. 545 1. 00 13. 85 6 841 CD2 PHE A 104 32. .082 57. .130 20. .834 1. .00 13. .49 6 883 OG1 THR A 109 27. 201 49. 021 18. 155 1. 00 14. 22 8 842 CE1 PHE A 104 34. .854 56. .802 20, .561 1. ,00 12. .32 6 884 CG2 THR A 109 28. 048 48. 783 20. 429 1. 00 15. 14 6 843 CE2 PHE A 104 32. .981 58, .161 21, .193 1. .00 11. .48 6 885 N PHE A 110 24. 673 50. 945 20. 982 1. 00 12. 96 7 886 CA PHE A 110 24.247 51,.800 22.126 1..00 12.43 6 928 C ASN A 115 20..678 46.553 28.961 1.00 12.99 6 887 C PHE A 110 23 .058 51 .137 22 .830 1, .00 13 .48 6 929 0 ASN A 115 20 .121 46 .160 29 .987 1 .00 15 .11 8 888 0 PHE A 110 23 .061 51 .036 24 .060 1, .00 12 .36 8 930 CB ASN A 115 19 .372 46 .637 26 .820 1 .00 15 .99 6 vo 889 CB PHE A 110 23 .823 53 .160 21 .525 1 .00 14 .28 6 931 CG ASN A 115 18 .200 47 .261 26 .118 1 .00 22 .41 6 * m-i 890 CG PHE A 110 23 .320 54 .128 22 .611 1 .00 15 .08 6 932 ODl ASN A 115 18 .061 47 .131 24 .868 1 .00 26 .38 8 891 CD1 PHE A 110 24 .190 54 .941 23 .252 1 .00 13 .29 6 933 ND2 ASN A 115 17 .304 47 .937 26 .823 1 .00 22 .30 7 892 CD2 PHE A 110 21 .975 54 .202 22 .913 1 .00 14 .29 6 934 N ASP A 116 21 .940 46 .229 28 .669 1 .00 12 .94 7 893 CE1 PHE A 110 23 .764 55 .850 24 .247 1 .00 13 .20 6 935 CA ASP A 116 22 .731 45 .386 29 .561 1 .00 12 .20 6 894 CE2 PHE A 110 21 .487 55 .055 23 .876 1, .00 12 .89 6 936 C ASP A 116 23 .087 46 .144 30 .835 1 .00 12 .69 6 895 CZ PHE A 110 22 .377 55 .898 24 .558 1 .00 13 .20 6 937 0 ASP A 116 23 .070 45 .584 31 .933 1 .00 12 .40 8 896 N ASP A 111 22 .056 50 .645 22 .065 1 .00 13 .15 7 938 CB ASP A 116 23 .989 44 .814 28 .887 1 .00 13 .19 6 897 CA ASP A 111 20 .916 49 .993 22 .755 1 .00 12 .63 6 939 CG ASP A 116 23 .648 43 .698 27 .896 1 .00 19 .33 6 898 C ASP A 111 21 .337 48 .770 23 .517 1. .00 14 .08 6 940 ODl ASP A 116 22 .461 43 .487 27 .582 1 .00 23 .80 8 899 0 ASP A 111 20 .917 48 .606 24 .698 1 .00 14 .41 8 941 OD2 ASP A 116 24 .583 42 .967 27 .460 1 .00 22 .90 8 900 CB ASP A 111 19 .966 49 .513 21 .610 1 .00 13 .40 6 942 N ALA A 117 23 .342 47 .453 30 .753 1 .00 12 .25 7 901 CG ASP A 111 19 .224 50 .603 20 .937 1 .00 18 .96 6 943 CA ALA A 117 23 .561 48 .208 32 .005 1 .00 12 .13 6 902 ODl ASP A 111 19 .343 51 .768 21 .305 1 .00 17 .72 8 944 C ALA A 117 22 .314 48 .146 32 .878 1 .00 10 .66 6 903 OD2 ASP A 111 18 .498 50 .291 19 .945 1 .00 18 .78 8 945 0 ALA A 117 22 .425 47 .887 34 .083 1 .00 12 .92 8 904 N THR A 112 22 .284 48 .006 22 .997 1 .00 13 .38 7 946 CB ALA A 117 23 .877 49 .692 31 .625 1 .00 13 .05 6 905 CA THR A 112 22 .756 46 .828 23 .718 1. .00 14 .87 6 947 N HIS A 118 21 .149 48 .403 32 .291 1. .00 12 .02 7 906 C THR A 112 23 .450 47 .184 25 .017 1, .00 14 .48 6 948 CA HIS A 118 19 .948 48 .334 33 .131 1, .00 10 .66 6 907 0 THR A 112 23 .224 46 .583 26 .069 1. .00 15 .04 8 949 C HIS A 118 19. .727 46 .929 33. .683 1. .00 12, .65 6 Oi 908 CB THR A 112 23 .680 45, .966 22 .829 1. .00 15, .99 6 950 0 HIS A 118 19. .267 46 .870 34. .838 1. .00 14 .87 8 *> 909 OG1 THR A 112 22. .844 45, .644 21. .711 1. .00 16, .67 8 951 CB HIS A 118 18, .714 48 .622 32. .200 1. .00 10 .79 6 910 CG2 THR A 112 24. .006 44. .662 23, .576 1. .00 18, .86 6 952 CG HIS A 118 18, .691 50, .088 31. .789 1. .00 11, .37 6 911 N LEU A 113 24, .321 48. .221 24, .968 1. .00 11, .85 7 953 ND1 HIS A 118 17. .881 50, .557 30. .773 1. .00 14 .86 7 912 CA LEU A 113 24, .982 48. .631 26, .219 1. .00 12, .44 6 954 CD2 HIS A 118 19, .340 51, .157 32. .359 1. .00 13, .69 6 913 C LEU A 113 23 , .992 49. .138 27, .242 1. .00 12. .26 6 955 CE1 HIS A 118 18, .020 51, .897 30. .708 1. .00 15, .91 6 914 0 LEU A 113 24, .057 48. .793 28, .403 1. .00 12. .86 8 956 NE2 HIS A 118 18, .912 52, .260 31. .644 1. ,00 11 .99 7 915 CB LEU A 113 25, .988 49. .772 25, .811 1. ,00 10. .14 6 957 N GLN A 119 20. .028 45, .871 32. .935 1. .00 11, .93 7 916 CG LEU A 113 26. .404 50. .629 27, .037 1. ,00 13, .26 6 958 CA GLN A 119 19. .843 44, .545 33. .592 1. .00 12, .22 6 917 CD1 LEU A 113 27. .184 49. .772 28. .040 1. 00 13. .59 6 959 C GLN A 119 20. .770 44. .412 34. .781 1. 00 15. .02 6 918 CD2 LEU A 113 27. .295 51. ,825 26. .664 1. 00 12. .75 6 960 0 GLN A 119 20. 519 43. .615 35. 694 1. 00 15. .33 8 919 N VAL A 114 23. ,020 49. ,971 26. .823 1. 00 11. .82 7 961 CB GLN A 119 20. 340 43. .445 32. 620 1. 00 16. .20 6 *0 920 CA VAL A 114 22. ,073 50. .545 27. .762 1. 00 12. .84 6 962 CG GLN A 119 19. 327 43. 169 31. 521 1. 00 17. 09 6 o H 921 C VAL A 114 21. ,215 49. .449 28. .384 1. 00 13. .48 6 963 CD GLN A 119 20. 028 41. 969 30. 765 1. 00 21. 33 6 σ 922 0 VAL A 114 20. ,973 49. .402 29. .577 1. 00 13. .54 8 964 OE1 GLN A 119 20. 575 41. 051 31. 363 1. 00 29. 71 8 923 CB VAL A 114 21. ,264 51. .680 27. .090 1. 00 13. .71 6 965 NE2 GLN A 119 19. 985 42. 085 29. 522 1. 00 20. 93 7 924 CGI VAL A 114 20. .144 52. .091 28. .032 1. ,00 18. .18 6 966 N ASN A 120 21. 939 45. 127 34. 806 1. 00 15. 33 7 925 CG2 VAL A 114 22, .209 52, .885 26. .815 1. ,00 15, .06 6 967 CA ASN A 120 22. 853 45. 072 35. 932 1. 00 16. 39 6 s 00 926 N ASN A 115 20, .760 48, .534 27. .512 1. ,00 13. .50 7 968 C ASN A 120 22. 541 00 46. 148 36. 970 1. 00 14. 25 6 927 CA ASN A 115 19 .912 47 .430 28. .013 1. .00 11. .60 6 969 o ASN A 120 23. 358 46. .337 37. 876 1. 00 15. 65 8 970 CB ASN A 120 24.337 45.189 35.481 1.00 12.26 6 1012 C VAL A 126 25.247 62.207 28.081 1..00 12.61 6 971 CG ASN A 120 24.753 43.901 34.799 1.00 20.80 6 1013 O VAL A 126 24.413 63.080 28.254 1 .00 11 .41 8 o 972 ODl ASN A 120 24.778 43.805 33.576 1.00 23.34 8 1014 CB VAL A 126 24.039 60.356 26.823 1. .00 11. .44 6 O o 973 ND2 ASN A 120 25.076 42.912 35.627 1.00 18.29 7 1015 CGI VAL A 126 24.892 60.704 25.575 1, .00 12. .92 6 974 N GLY A 121 21.398 46.801 36.951 1.00 13.35 7 1016 CG2 VAL A 126 23.704 58.883 26.856 1, .00 11. .52 6 VO 975 CA GLY A 121 20.994 47.834 37.885 1.00 16.91 6 1017 N ASP A 127 26.535 62.445 27.771 1, .00 8. .46 7 976 C GLY A 121 21.840 49.129 37.772 1.00 13.99 6 1018 CA ASP A 127 27.011 63.870 27.661 1 .00 9.67 977 O GLY A 121 21.866 49.890 38.747 1.00 15.35 8 1019 C ASP A 127 26.509 64.374 26.283 1 00 10.71 978 N ILE A 122 22.262 49.397 36.527 1.00 12.67 7 1020 O ASP A 127 26.837 63.710 25.279 1 00 11.36 979 CA ILE A 122 23.128 50.569 36.322 1.00 13.01 6 1021 CB ASP A 127 28.552 63.719 27.694 1.00 9.91 980 C ILE A 122 22.464 51.454 35.289 1.00 13.96 6 1022 CG ASP A 127 29.305 64.951 28.135 1.00 11.94 981 O ILE A 122 22.075 50.945 34.227 1.00 12.86 8 1023 ODl ASP A 127 28.822 66.041 27.747 1.00 11.17 982 CB ILE A 122 24.556 50.129 35.886 1.00 12.06 6 1024 OD2 ASP A 127 30.335 64.880 28.865 1.00 10.63 983 CGI ILE A 122 25.320 49.424 37.040 1.00 15.35 6 1025 N PHE A 128 25.802 65.484 26.325 1.00 8.41 984 CG2 ILE A 122 25.415 51.348 35.506 1.00 13.36 6 1026 CA PHE A 128 25.134 65.952 25.077 1.00 9.40 985 CD1 ILE A 122 26.569 48.709 36.465 1.00 15.31 6 1027 C PHE A 128 25.609 67.394 24.887 1.00 9.48 986 N LYS A 123 22.344 52.752 35.609 1.00 11.45 7 1028 O PHE A 128 25.752 68.163 25.858 1.00 10.67 987 CA LYS A 123 21.767 53.718 34.652 1.00 11.74 6 1029 CB PHE A 128 23.609 66.006 25.437 1.00 9.59 988 C LYS A 123 22.865 54.362 33.786 1.00 11.74 6 1030 CG PHE A 128 22.760 66.405 24.223 . 00 8 . 93 989 0 LYS A 123 24.052 54.129 34.057 1.00 11.17 8 1031 CD1 PHE A 128 22.719 65.597 23.104 . 00 12 . 26 990 CB LYS A 123 21.051 54.811 35.457 1.00 11.34 6 1032 CD2 PHE A 128 22.095 67.627 24.315 . 00 10 . 12 991 CG LYS A 123 19.832 54.205 36.163 1.00 12.23 6 1033 CE1 PHE A 128 21.907 66.014 22.027 . 00 12 . 04 6 992 CD LYS A 123 18.994 55.310 36.815 1.00 16.30 6 1034 CE2 PHE A 128 21.325 67.993 23.183 . 00 10 . 05 6 c_π 993 CE LYS A 123 19.601 56.014 38.025 1.00 21.38 6 1035 CZ PHE A 128 21.229 67.218 22.070 . 00 10 . 20 6 994 NZ LYS A 123 20.133 55.054 39.000 1.00 25.83 7 1036 N VAL A 129 25.985 67.736 23.647 00 8 . 13 7 995 N VAL A 124 22.372 54.936 32.656 1.00 9.54 7 1037 CA VAL A 129 26.851 68.932 23.398 00 9 . 78 6 996 CA VAL A 124 23.343 55.533 31.740 1.00 9.53 6 1038 C VAL A 129 26.171 69.845 22.412 00 9 . 18 6 997 C VAL A 124 22.856 56.954 31.460 1.00 12.31 6 1039 O VAL A 129 26.494 70.026 21.210 1 . 00 10 . 74 8 998 0 VAL A 124 21.723 57.168 30.990 1.00 12.23 8 1040 CB VAL A 129 28.178 68.381 22.804 1 . 00 11 . 28 6 999 CB VAL A 124 23.372 54.748 30.408 1.00 12.71 6 1041 CGI VAL A 129 29.206 69.539 22.719 00 12 . 02 6 1000 CGI VAL A 124 24.327 55.480 29.398 1.0C 1 12.93 6 1042 CG2 VAL A 129 28.829 67.246 23.590 00 10 . 62 6 1001 CG2 VAL A 124 23.875 53.313 30.661 1.0C 1 11.85 6 1043 N PRO A 130 25.165 70.638 22.855 00 10 . 64 7 1002 N ILE A 125 23.726 57.937 31.756 1.0C 1 10.85 7 1044 CA PRO A 130 24.341 71.474 21.986 00 10 . 69 6 1003 CA ILE A 125 23.419 59.311 31.352 1.0Cl 10.22 6 1045 C PRO A 130 24.946 72.802 21.588 00 11 . 36 6 1004 C ILE A 125 24.430 59.676 30.232 1.0Cl 11.59 6 1046 O PRO A 130 24.336 73.565 20.814 00 11 . 49 8 π 1005 0 ILE A 125 25.549 59.113 30.220 1.0Cl 12.11 8 1047 CB PRO A 130 22.983 71.673 22.735 00 10 . 77 6 1006 CB ILE A 125 23.403 60.385 32.474 1.0Cl 10.25 6 1048 CG PRO A 130 23.480 71.602 24.189 00 12 . 02 6 1007 CGI ILE A 125 24.811 60.531 33.089 1.0Cl 13.12 6 1049 CD PRO A 130 24.593 70.514 24.205 00 11 . 44 6 o 1008 CG2 ILE A 125 22.304 60.035 33.484 1.0C 1 9.99 6 1050 N ASN A 131 26.107 73.181 22.144 00 9 . 48 7 © © 1009 CD1 ILE A 125 24.770 61.746 34.084 1.0C 1 17.03 6 1051 CA ASN A 131 26.687 74.481 21.859 00 10 . 43 © 00 1010 N VAL A 126 23.971 60.450 29.252 1.0Cι 9.62 7 1052 C ASN A 131 27.244 74.637 20.438 00 11 . 66 00 1011 CA VAL A 126 24.864 60.725 28.102 1.0C 1 10.33 6 1053 O ASN A 131 27.256 75.724 19.881 00 11 . 65 1054 CB ASN A 131 27..756 74.902 22..877 1..00 10..94 6 1096 CE1 PHE A 136 33,.813 78..477 13.738 1.00 13.44 6 1055 CG ASN A 131 28 .233 76 .316 22 .592 1, .00 10. .72 6 1097 CE2 PHE A 136 34, .451 79 .741 11 .779 1 .00 12 .17 6 o 1056 ODl ASN A 131 27 .396 77 .205 22 .783 1. .00 10 .02 8 1098 CZ PHE A 136 33 .903 79 .708 13 .087 1 .00 15 .41 6 O VO 1057 ND2 ASN A 131 29 .516 76 .447 22 .224 1 .00 10 .08 7 1099 N LYS A 137 38 .037 77 .258 10 .547 1 .00 11 .70 7 1058 N HIS A 132 27 .676 73 .513 19 .855 1 .00 10 .71 7 1100 CA LYS A 137 38 .710 78 .567 10 .479 1 .00 10 .33 6 VO 1059 CA HIS A 132 28 .476 73 .726 18 .632 1 .00 9 .32 6 1101 C LYS A 137 37 .859 79 .484 9 .618 1 .00 13 .10 6 4-- 1060 C HIS A 132 28 .552 72 .441 17 .845 1 .00 9 .83 6 1102 O LYS A 137 37 .493 79 .111 8 .490 1 .00 12 .91 8 1061 0 HIS A 132 28 .256 71 .362 18 .361 1 .00 12 .46 8 1103 CB LYS A 137 40 .060 78 .360 9 .724 1 .00 17 .76 6 1062 CB HIS A 132 29 .896 74 .227 19 .005 1 .00 11 .52 6 1104 CG LYS A 137 41 .153 77 .554 10 .411 1 .00 19 .69 6 1063 CG HIS A 132 30 .560 73 .394 20 .080 1 .00 10 .70 6 1105 CD LYS A 137 41 .439 78 .049 11 .810 1 .00 22 .72 6 1064 ND1 HIS A 132 30 .616 73 .869 21 .372 1 .00 11 .00 7 1106 CE LYS A 137 42 .145 79 .366 12 .006 1 .00 31 .41 6 1065 CD2 HIS A 132 31 .084 72 .152 20 .032 1 .00 9 .99 6 1107 NZ LYS A 137 43 .212 79 .771 11 .035 1 .00 25 .39 7 1066 CE1 HIS A 132 31 .189 72 .945 22 .154 1 .00 12 .39 6 1108 N ALA A 138 37 .657 80 .688 10 .158 1 .00 12 .09 7 1067 NE2 HIS A 132 31 .445 71 .929 21 .368 1 .00 10 .00 7 1109 CA ALA A 138 36 .683 81 .510 9 .375 1 .00 12 .57 6 1068 N SER A 133 28 .999 72 .608 16 .584 1 .00 10 .23 7 1110 C ALA A 138 37 .267 81 .873 8 .017 1 .00 14 .60 6 1069 CA SER A 133 29 .365 71 .428 15 .787 1 .00 10 .30 6 1111 O ALA A 138 36 .469 82 .176 7 .094 1 .00 14 .01 8 1070 C SER A 133 30 .876 71 .239 15 .861 1 .00 11 .64 6 1112 CB ALA A 138 36 .410 82 .806 10 .148 1 .00 15 .45 6 1071 0 SER A 133 31 .319 70 .652 16 .863 1 .00 11 .94 8 1113 N ASN A 139 38 .597 81 .986 7 .900 1 .00 13 .25 7 1072 CB SER A 133 28 .807 71 .514 14 .344 1 .00 10 .65 6 1114 CA ASN A 139 39 .165 82 .359 6 .608 1 .00 14 .41 6 1073 OG SER A 133 29, .342 72 .683 13 .700 1 .00 11 .57 8 1115 C ASN A 139 39 .444 81 .212 5 .682 1 .00 14 .25 6 1074 N THR A 134 31 .611 71 .535 14, .805 1, .00 11. .30 7 1116 O ASN A 139 40 .047 81 .349 4 .562 1, .00 14 .82 8 1075 CA THR A 134 33, .034 71 .082 14, .740 1, .00 10. .51 6 1117 CB ASN A 139 40, .443 83. .188 6 .852 1, .00 16 .78 6 ^ 1076 C THR A 134 33, .959 72. .251 14, .424 1, .00 8. .56 6 1118 CG ASN A 139 41, .666 82. .292 7, .083 1, .00 22. .27 6 ( - 1077 0 THR A 134 33 .553 73. .376 14, .121 1, .00 10. .40 8 1119 ODl ASN A 139 41, .484 81. .167 7, .486 1, .00 25, .66 8 1078 CB THR A 134 33, .119 70. .005 13, .630 1. .00 9. .65 6 1120 ND2 ASN A 139 42, .853 82. .762 6, .773 1. .00 21, .53 7 1079 OG1 THR A 134 32, .559 70. .596 12, .429 1, .00 11. .51 8 1121 N ASP A 140 39, .150 79. .955 6, .052 1. .00 14. .76 7 1080 CG2 THR A 134 32. .295 68. .752 13, .956 1, .00 11. .00 6 1122 CA ASP A 140 39, .433 78, .835 5. .203 1. .00 13. .60 6 1081 N PRO A 135 35. .256 71, .959 14. .489 1, .00 10. .51 7 1123 C ASP A 140 38. .470 77, .674 5. .337 1. .00 16. .09 6 1082 CA PRO A 135 36. .320 72. .955 14. .289 1, .00 12. .33 6 1124 O ASP A 140 38. .607 76, .905 6, .339 1. .00 13. .95 8 1083 C PRO A 135 36. .264 73. ,606 12. .899 1. .00 12. .27 6 1125 CB ASP A 140 40. .885 78. .382 5. .557 1. .00 12. .14 6 1084 0 PRO A 135 36. .014 72. .968 11. .868 1. .00 13. .19 8 1126 CG ASP A 140 41. .331 77. .260 4. .643 1. .00 16. .87 6 1085 CB PRO A 135 37. .627 72. .145 14. .405 1. .00 11. .11 6 1127 ODl ASP A 140 40. .616 76. .705 3. .810 1. .00 17. .82 8 1086 CG PRO A 135 37. .241 71. .129 15. .486 1. .00 11. .56 6 1128 OD2 ASP A 140 42. .569 76. .954 4. .814 1. 00 25. .09 8 1087 CD PRO A 135 35. .809 70. .746 15. .111 1. .00 11. .98 6 1129 N SER A 141 37. .529 77. .555 4. ,414 1. 00 15. .21 7 -0 1088 N PHE A 136 36. .500 74. .966 12. .885 1. .00 10. .88 7 1130 CA SER A 141 36. 508 76. ,520 4. ,501 1. 00 16. 63 6 1089 CA PHE A 136 36, .606 75. .628 11. .597 1. .00 11. .37 6 1131 C SER A 141 37. 048 75. .092 4. .285 1. 00 17. 44 6 1090 C PHE A 136 37, δ .536 76. .830 11. .718 1. .00 11. .99 6 1132 O SER A 141 36. 349 74. .129 4. 607 1. 00 18. 28 8 VO 1091 0 PHE A 136 37, .856 77. .248 12. .827 1. .00 12. .95 8 1133 CB SER A 141 35. 372 76. .746 3. 493 1. 00 19. 52 6 VO 1092 CB PHE A 136 35. .176 76. .074 11. .125 1. .00 13. .36 6 1134 OG SER A 141 35. 867 76. 579 2. 144 1. 00 16. 38 8 © © 1093 CG PHE A 136 34, .690 77. .341 11. .793 1. .00 15. .31 6 1135 N THR A 142 38. 302 74. 958 3. 839 1. 00 14. 08 7 o 00 00 1094 CD1 PHE A 136 34 .201 77, .311 13. .100 1. .00 12, .18 6 1136 CA THR A 142 38. 889 73. .615 3. 649 1. 00 15. 63 6 1095 CD2 PHE A 136 34 .801 78, .565 11. .134 1, .00 13, .24 6 1137 C THR A 142 39. 445 73. .036 4. 933 1. 00 16. 91 6 1138 O THR A 142 39.798 71.840 4.961 1.00 15.67 8 1180 N LEU A 149 27.188 70.305 9.543 1.00 12.19 7 1139 CB THR A 142 40 .105 73 .658 2 .622 1 .00 16 .69 6 1181 CA LEU A 149 26 .192 69 .594 10 .365 1 .00 10 .39 6 1140 OG1 THR A 142 41 .261 74 .288 3 .211 1 .00 18 .35 8 1182 C LEU A 149 25 .298 68 .798 9 .407 1 .00 10 .91 6 o VO 1141 CG2 THR A 142 39 .653 74 .352 1 .368 1 .00 25 .03 6 1183 0 LEU A 149 24 .907 69 .311 8 .313 1 .00 VO 14 .52 8 1142 N PHE A 143 39 .533 73 .874 6 .007 1 .00 15 .48 7 1184 CB LEU A 149 25 .345 70 .684 11 .028 1 .00 10 .56 6 1143 CA PHE A 143 40 .027 73 .314 7 .285 1 .00 12 .99 6 1185 CG LEU A 149 24 .344 70 .222 12 .098 1 .00 14 .34 6 VO 4-. 1144 C PHE A 143 38 .953 72 .384 7 .908 1 .00 14 .57 6 1186 CD1 LEU A 149 25 .067 69 .618 13 .294 1 .00 16 .21 6 1145 0 PHE A 143 37 .807 72 .837 8 .026 1 .00 12 .49 8 1187 CD2 LEU A 149 23 .436 71 .409 12 .447 1 .00 15 .60 6 1146 CB PHE A 143 40 .412 74 .481 8 .238 1 .00 14 .72 6 1188 N TYR A 150 25 .047 67 .560 9 .836 1 .00 12 .69 7 1147 CG PHE A 143 40 .905 73 .939 9 .546 1 .00 13 .33 6 1189 CA TYR A 150 24 .178 66 .675 9 .057 1 .00 11 .91 6 1148 CD1 PHE A 143 42 .192 73 .454 9 .669 1 .00 14 .66 6 1190 C TYR A 150 23 .007 66 .234 9 .957 1 .00 13 .54 6 1149 CD2 PHE A 143 40 .054 73 .908 10 .679 1 .00 10 .60 6 1191 O TYR A 150 23 .116 66 .203 11 .188 1 .00 12 .53 8 1150 CE1 PHE A 143 42 .677 72 .946 10 .878 1 .00 14 .87 6 1192 CB TYR A 150 24 .945 65 .392 8 .671 1 .00 12 .62 6 1151 CE2 PHE A 143 40 .556 73 .381 11 .849 1 .00 12 .09 6 1193 CG TYR A 150 26 .104 65 .699 7 .694 1 .00 10 .80 6 1152 CZ PHE A 143 41 .842 72 .912 11 .975 1 .00 16 .30 6 1194 CD1 TYR A 150 27 .275 66 .240 8 .185 1 .00 13 .28 6 1153 N ALA A 144 39 .342 71 .174 8 .264 1 .00 14 .83 7 1195 CD2 TYR A 150 25 .983 65 .330 6 .359 1 .00 14 .10 6 1154 CA ALA A 144 38 .380 70 .250 8 .884 1 .00 14 .49 6 1196 CE1 TYR A 150 28 .295 66 .545 7 .273 1 .00 14 .81 6 1155 C ALA A 144 37 .165 70 .136 7 .976 1 .00 14 .94 6 1197 CE2 TYR A 150 27 .004 65 .609 5 .479 1 .00 17 .28 6 1156 0 ALA A 144 37 .369 69 .878 6 .784 1 .00 13 .97 8 1198 CZ TYR A 150 28 .139 66 .206 5 .959 1 .00 17 .89 6 1157 CB ALA A 144 37 .990 70 .683 10 .323 1 .00 12 .28 6 1199 OH TYR A 150 29 .227 66 .444 5 .082 1 .00 18 .31 8 1158 N GLU A 145 35 .942 70 .135 8 .506 1 .00 11 .43 7 1200 N ASN A 151 21 .932 65 .787 9 .288 1 .00 11 .59 7 1159 CA GLU A 145 34 .744 70 .061 7 .645 1 .00 10 .19 6 1201 CA ASN A 151 20 .774 65 .261 10 .048 1 .00 13 .13 β n 1160 C GLU A 145 34. .063 71, .386 7. .520 1. .00 10. .66 6 1202 C ASN A 151 20. .582 63 .801 9. .659 1. .00 14 .46 6 -J 1161 0 GLU A 145 32. .824 71, .513 7. .266 1. .00 11. .84 8 1203 O ASN A 151 20, .020 63 .527 8, .595 1. .00 15 .41 8 1162 CB GLU A 145 33. .771 68, .943 8. .180 1. .00 11. .91 6 1204 CB ASN A 151 19, .542 66 .068 9, .633 1. .00 12. .78 6 1163 CG GLU A 145 34. .408 67, .577 8, .042 1. .00 11, .68 6 1205 CG ASN A 151 18. .280 65 .607 10, .386 1. .00 15. .85 6 1164 CD GLU A 145 33. .591 66. .467 8. .697 1. .00 15. .77 6 1206 ODl ASN A 151 18. .376 65. .084 11. .460 1. .00 14. .91 8 1165 OE1 GLU A 145 32. .530 66. .660 9. .208 1. .00 20. .95 8 1207 ND2 ASN A 151 17. .115 65, .851 9. .790 1. .00 23. .13 7 1166 OE2 GLU A 145 34. 122 65. .351 8. .743 1. .00 21. .22 8 1208 N ASN A 152 21. .153 62, .881 10. .455 1. .00 11. .88 7 1167 N GLY A 146 34. 677 72. .533 7. .898 1. .00 12. .55 7 1209 CA ASN A 152 21. .160 61, .460 10. .056 1. .00 12. .91 6 1168 CA GLY A 146 34. 021 73 a 826 7. 783 1. 00 12. .03 6 1210 C ASN A 152 21. 628 61. .265 8. 619 1. 00 17. 10 6 1169 C GLY A 146 32. 799 73. .976 8. 739 1. 00 15. .18 6 1211 O ASN A 152 21. 059 60. .495 7. 804 1. 00 18. 15 8 1170 0 GLY A 146 32. 025 74. 880 8. 511 00 13. .95 8 1212 CB ASN A 152 19. 763 60. .894 10. 305 1. 00 15. 18 6 1171 N GLY A 147 32. 774 73. 157 9. 790 1. 00 12. .57 7 1213 CG ASN A 152 19. 772 59. .363 10. 289 1. 00 28. 25 6 1172 CA GLY A 147 31. 639 73. 265 10. 703 1. 00 12. 28 6 1214 ODl ASN A 152 20. 803 58. 741 10. 579 1. 00 25. 62 8 π 1173 C GLY A 147 30. 439 72. 415 10. 267 1. 00 14. 09 6 1215 ND2 ASN A 152 18. 647 58. 722 9. 925 1. 00 26. 09 7 1174 O GLY A 147 29. 372 72. 644 10. 903 1. 00 11. 87 8 1216 N GLY A 153 22. 797 61. 857 8. 344 1. 00 11. 86 7 1175 N ALA A 148 30. 552 71. 583 9. 258 1. 00 11. 40 7 1217 CA GLY A 153 23. 494 61. 698 7. 061 1. 00 15. 63 6 VO VO 1176 CA ALA A 148 29. 343 70. 942 8. 707 1. 00 13. 48 6 1218 C GLY A 153 23. 096 62. 727 6. 007 1. 00 17. 70 6 © 1177 C ALA A 148 28. 495 70. 132 9. 729 1. 00 11. 58 6 1219 O GLY A 153 © 23. 819 62. 836 4. 994 1. 00 16. 41 8 o 00 1178 0 ALA A 148 29. 025 69. .390 10. 557 1. 00 12. 14 8 1220 N THR A 154 21. 975 63. 414 6. 209 1. 00 13. 77 7 00 1179 CB ALA A 148 29. 861 69. .927 7. 660 1. 00 14. .52 6 1221 CA THR A 154 21. 535 64. 406 5. 220 1. 00 14. 28 6 1222 C THR A 154 22.181 65.781 5.538 1,.00 14.24 6 1264 CG TYR A 159 31.171 79.475 10.063 1.00 11.61 6 1223 0 THR A 154 22 .048 66 .264 6 .650 1 .00 15 .31 8 1265 CD1 TYR A 159 30.414 79.868 11.149 1.00 14.86 6 o 1224 CB THR A 154 20 .008 64 .592 5 .212 1 .00 21 .10 6 1266 CD2 TYR A 159 31.962 80.402 9.380 1.00 13.87 6 vo 1225 0G1 THR A 154 19 .488 63 .334 4 .709 1 .00 20 .66 8 1267 CE1 TYR A 159 30.576 81.181 11.600 1.00 15.19 6 *-: 1226 CG2 THR A 154 19 .569 65 .711 4 .260 1 .00 21 .99 6 1268 CE2 TYR A 159 32.069 81.716 9.811 1.00 19.88 6 ^1 1227 N TYR A 155 22 .977 66 .280 4 .566 1 .00 14 .57 7 1269 CZ TYR A 159 31.387 82.088 10.926 1.00 16.15 6 4i 1228 CA TYR A 155 23 .613 67 .573 4 .928 1 .00 15 .65 6 1270 OH TYR A 159 31.377 83.383 11.432 1.00 16.24 8 1229 C TYR A 155 22 .652 68 .698 5 .184 1 .00 17 .55 6 1271 N PHE A 160 29.904 78.307 6.253 1.00 13.52 7 1230 0 TYR A 155 21 .639 68 .912 4 .487 1 .00 16 .44 8 1272 CA PHE A 160 30.073 79.126 5.029 1.00 12.84 6 1231 CB TYR A 155 24 .440 67 .984 3 .678 1 .00 16 .08 6 1273 C PHE A 160 28.855 79.182 4.153 1.00 12.34 6 1232 CG TYR A 155 25 .238 69 .243 3 .820 1 .00 16 .71 6 1274 O PHE A 160 28.803 80.101 3.300 1.00 14.63 8 1233 CD1 TYR A 155 26 .324 69 .277 4 .693 1 .00 16 .20 6 1275 CB PHE A 160 31.228 78.421 4.234 1.00 12.99 6 1234 CD2 TYR A 155 24 .989 70 .381 3 .075 1 .00 16 .54 6 1276 CG PHE A 160 32.504 78.508 .080 1.00 14.21 6 1235 CE1 TYR A 155 27 .139 70 .407 4 .789 1 .00 16 .44 6 1277 CD1 PHE A 160 33.310 79.662 .935 1.00 12.64 6 1236 CE2 TYR A 155 25 .773 71 .530 3 .162 1 .00 14 .17 6 1278 CD2 PHE A 160 32.804 77.488 .965 1.00 12.84 6 1237 CZ TYR A 155 26 .843 71 .515 4 .015 1 .00 16 .83 6 1279 CE1 PHE A 160 34.466 79.772 .737 1.00 14.91 6 1238 OH TYR A 155 27 .673 72 .601 4 .142 1 .00 15 .80 8 1280 CE2 PHE A 160 33.940 77.621 6.761 1.00 14.27 6 1239 N MET A 156 22 .895 69. .456 6, .272 1, .00 12. .36 7 1281 CZ PHE A 160 34.769 78.740 6.653 1.00 13.93 6 1240 CA MET A 156 22 .120 70. .658 6 .595 1, .00 12 .72 6 1282 N ASP A 161 27.917 78.220 4.232 00 14.16 7 1241 C MET A 156 22 .877 71 .939 6 .202 1, .00 14 .70 6 1283 CA ASP A 161 26.731 78.329 3.371 00 14.46 6 1242 O MET A 156 22 .290 72 .876 5 .628 1, .00 14 .86 8 1284 C ASP A 161 25.486 78.622 4.217 00 14.25 6 1243 CB MET A 156 21 .886 70 .683 8 .141 1, .00 14 .72 6 1285 O ASP A 151 24.375 78.215 3.808 00 15.23 8 Ui 1244 CG MET A 156 21. .045 69. .510 8. .543 1. .00 13, .16 6 1286 CB ASP A 161 26.557 77.031 2.565 1.00 12.66 6 CM 1245 SD MET A 156 20. .812 69. .391 10, .354 1. .00 16, .44 16 1287 CG ASP A 161 26.500 75.766 .373 1.00 15.72 1246 CE MET A 156 19. .828 70. .788 10, .735 1, .00 16, .14 6 1288 ODl ASP A 161 26.191 75.896 .579 1.00 13.04 1247 N GLY A 157 24. .138 72. .003 6. .634 1, .00 15 .28 7 1289 OD2 ASP A 161 26.767 74.716 .766 1.00 20.26 1248 CA GLY A 157 24. .888 73. .257 6, .260 1, .00 12 .22 6 1290 N ASP A 162 25.656 79.460 .227 1.00 13.84 1249 C GLY A 157 26, .169 73, .337 7, .061 1, .00 15 .29 6 1291 CA ASP A 162 24.557 79.667 .196 1.00 14.60 1250 O GLY A 157 26, .402 72, .513 7, .965 1. ,00 13, .96 8 1292 C ASP A 162 23.787 80.939 .979 1.00 16.54 1251 N ASN A 158 26, .981 74, .369 6, .736 1. .00 13, .19 7 1293 O ASP A 162 22.840 81.252 .726 1.00 18.25 1252 CA ASN A 158 28. .205 74, .586 7. .485 1. .00 12, .06 6 1294 CB ASP A 162 25.253 79.785 7.584 1.00 12.11 1253 C ASN A 158 28. .353 76. .085 7, .759 1. .00 8, .80 6 1295 CG ASP A 162 24.264 79.524 8.717 1.00 13.12 1254 0 ASN A 158 27. ,377 76. .850 7, .583 1. .00 11, .73 8 1296 ODl ASP A 162 23.408 78.624 8.551 1.00 12.76 1255 CB ASN A 158 29. .438 73. .957 6. .787 1. .00 12, .79 6 1297 OD2 ASP A 162 24.417 80.201 9.775 1.00 12.76 1256 CG ASN A 158 29. .783 74. .647 5. .457 1. 00 16, .08 6 1298 N ALA A 163 24.109 81.725 4.949 1.00 16.09 n 29. H 1257 ODl ASN A 158 .311 75. .727 5. .160 1. .00 12. ,69 8 1299 CA ALA A 163 23.428 83.019 4.792 1.00 16.11 1258 ND2 ASN A 158 30. .650 74. .060 4. .603 1. 00 20. .88 7 1300 C ALA A 163 21.914 82.901 4.848 1.00 17.25 1259 N TYR A 159 29. ,559 76. .484 8. .260 1. 00 10. .67 7 1301 O ALA A 163 21.341 83.825 5.467 1.00 24.30 1260 CA TYR A 159 29. .714 77. ,924 8. .640 1. .00 11. .67 6 1302 CB ALA A 163 23.828 83.609 3.414 1.00 19.57 © © 1261 C TYR A 159 29. 665 78. ,827 7. .432 1. 00 12. .87 6 1303 N THR A 164 21.317 81.987 4.145 1.00 19.25 © 00 1262 0 TYR A 159 29. .444 80. ,029 7. .605 1. 00 12. .70 8 1304 CA THR A 164 19.845 81.973 4.121 1.00 24.11 00 1263 CB TYR A 159 31. .055 78. .072 9. ,434 1. 00 11. ,86 6 1305 C THR A 164 19.237 81.014 5.149 1.00 25.86 1306 0 THR A 164 18.055 80.605 5..002 1..00 25..38 8 1348 C HIS A 169 27,.266 82..836 14.195 1..00 11.69 6 1307 CB THR A 164 19 .384 81 .502 2 .723 1 .00 21 .33 6 1349 0 HIS A 169 28. .109 82 .035 13 .921 1 .00 11 .66 8 o 1308 OGl THR A 164 19 .834 80 .146 2. .496 1 .00 29 .22 8 1350 CB HIS A 169 26 .361 82 .658 16 .482 1 .00 11 .57 6 vo VO 1309 CG2 THR A 164 20 .062 82 .359 1 .658 1 .00 32 .67 6 1351 CG HIS A 169 25 .157 82 .347 17 .376 1 .00 11 .97 6 4-: 1310 N LYS A 165 20 .086 80 .431 6 .008 1 .00 19 .16 7 1352 ND1 HIS A 169 25 .403 81 .657 18 .588 1 .00 11 .36 7 ^1 VO 1311 CA LYS A 165 19 .577 79 .430 6 .929 1. .00 16. .62 6 1353 CD2 HIS A 169 23 .838 82 .604 17 .274 1 .00 11 .55 6 1312 C LYS A 165 19 .714 79 .888 8 .391 1 .00 18, .03 6 1354 CE1 HIS A 169 24 .195 81 .518 19 .195 1 .00 12 .02 6 1313 0 LYS A 165 18 .735 79 .767 9 .173 1. .00 17 .25 8 1355 NE2 HIS A 169 23 .233 82 .111 18 .427 1 .00 10 .80 7 1314 CB LYS A 165 20 .423 78 .140 6 .826 1 .00 13 .80 6 1356 N HIS A 170 27 .295 84 .147 13 .797 1 .00 11 .77 7 1315 CG LYS A 165 20 .215 77 .497 5 .423 1. .00 21 .49 6 1357 CA HIS A 170 28 .474 84 .629 13 .015 1 .00 12 .20 6 1316 CD LYS A 165 20 .913 76 .186 5 .334 1 .00 30 .47 6 1358 C HIS A 170 29 .029 85 .872 13 .672 1 .00 14 .93 6 1317 CE LYS A 165 22 .394 76 .297 5 .245 1 .00 26 .09 6 1359 0 HIS A 170 29 .174 86 .974 13 .053 1 .00 16 .92 8 1318 NZ LYS A 165 23 .067 75 .308 4 .349 1 .00 18 .44 7 1360 CB HIS A 170 28 .083 84 .949 11 .533 1 .00 13 .28 6 1319 N GLY A 166 20 .839 80 .499 8 .700 1 .00 14 .27 7 1361 CG HIS A 170 27 .535 83 .698 10 .888 1 .00 12 .02 6 1320 CA GLY A 166 21 .048 81 .024 10 .082 1 .00 14 .43 6 1362 ND1 HIS A 170 28 .327 82 .925 10 .069 1 .00 15 .51 7 1321 C GLY A 166 21 .103 79 .863 11 .109 1 .00 14 .80 6 1363 CD2 HIS A 170 26 .306 83 .088 10 .915 1 .00 13 .12 6 1322 0 GLY A 166 20 .730 80 .096 12 .287 1 .00 14 .92 8 1364 CE1 HIS A 170 27 .639 81 .863 9 .689 1 .00 16 .69 6 1323 N TYR A 167 21 .732 78 .765 10 .734 1 .00 12 .78 7 1365 NE2 HIS A 170 26 .409 81 .953 10 .156 1 .00 13 .32 7 1324 CA TYR A 167 21 .882 77 .692 11 .732 1 .00 12 .54 6 1366 N ASN A 171 29 .387 85 .778 14 .962 1 .00 12 .58 7 1325 C TYR A 167 22 .991 78 .009 12 .739 1 .00 12 .62 6 1367 CA ASN A 171 29 .735 86 .967 15 .733 1 .00 12 .76 6 1326 0 TYR A 167 23 .085 77 .349 13 .776 1 .00 11 .78 8 1368 C ASN A 171 31 .201 87 .040 16 .147 1 .00 13 .34 6 1327 CB TYR A 167 22 .226 76 .374 11 .022 1 .00 10 .92 6 1369 0 ASN A 171 31 .554 87 .947 16 .949 1 .00 17 .31 8 o. 1328 CG TYR A 167 21 .127 75 .836 10 .103 1 .00 14 .63 6 1370 CB ASN A 171 28 .916 86 .961 17 .054 1 .00 13 .40 6 SD 1329 CD1 TYR A 167 19, .810 76. .232 10. .291 1. .00 13, .59 6 1371 CG ASN A 171 27, .430 86. .948 16. .719 1, .00 17. .12 6 1330 CD2 TYR A 167 21, .490 74. .921 9. .121 1. .00 15, .06 6 1372 ODl ASN A 171 26. .595 86. .168 17 .252 1, .00 16. .54 8 1331 CE1 TYR A 167 18, .836 75. .722 9. .421 1. .00 13 , .53 6 1373 ND2 ASN A 171 27. .046 87. .866 15. .861 1. .00 12. .82 7 1332 CE2 TYR A 167 20. .503 74. .385 8. .254 1. ,00 12. .93 6 1374 N GLY A 172 32. .013 86. .197 15. .601 1. ,00 13. ,14 7 1333 CZ TYR A 167 19. .211 74, .809 8, .469 1. .00 15. ,10 6 1375 CA GLY A 172 33. .444 86. .166 15. .964 1. ,00 15. ,42 6 1334 OH TYR A 167 18. .235 74. .289 7. .594 1. .00 18. .52 8 1376 C GLY A 172 33. .728 85. .275 17. .210 1. .00 16. .69 6 1335 N PHE A 168 23. .963 78. .870 12. .342 1. .00 11. .36 7 1377 0 GLY A 172 32. .817 84. .706 17. .722 1. .00 14. .98 8 1336 CA PHE A 168 25. .072 79, .208 13. .244 1. .00 11. .20 6 1378 N ASP A 173 34. .993 85. .180 17. .526 1. .00 14. .76 7 1337 C PHE A 168 25. .097 80. .677 13. .551 1. .00 12, .02 6 1379 CA ASP A 173 35. .473 84. .346 18. .622 1. .00 12. .93 6 1338 0 PHE A 168 24. .515 81. .539 12. .854 1. 00 11. .21 8 1380 C ASP A 173 35. 292 84. 996 19. .976 1. 00 12. 76 6 1339 CB PHE A 168 26. .432 78. .934 12. .493 1. 00 13. .41 6 1381 0 ASP A 173 35. 410 86. 248 20. 131 1. 00 11. 79 8 -0 1340 CG PHE A 168 26. .552 77. .459 12. .174 1. 00 11. .52 6 1382 CB ASP A 173 36. 980 84. 152 18. 369 1. 00 14. 28 6 O 1341 CD1 PHE A 168 27. .044 76. .583 13. ,130 1. 00 10. ,63 6 1383 CG ASP A 173 37. 273 83. 139 17. 268 1. 00 24. 98 6 H 8 1342 CD2 PHE A 168 26. .171 77. ,007 10. .899 1. 00 13. .81 6 1384 ODl ASP A 173 36. 398 82. 387 16. 822 1. 00 17. 11 8 * 1343 CE1 PHE A 168 27. .122 75. .214 12. .765 1. .00 12. ,04 6 1385 OD2 ASP A 173 38. 451 83. 124 VO 16. 815 1. 00 23. 71 8 VO 1344 CE2 PHE A 168 26. .250 75. .639 10. .574 1. ,00 12. .05 6 1386 N ILE A 174 35. 073 84. 127 20. 969 1. 00 12. 58 7 ©o 1345 CZ PHE A 168 26. .752 74. .751 11. .518 1. ,00 12. .13 6 1387 CA ILE A 174 35. 136 84. 670 22. 362 1. 00 11. 65 6 © 00 1346 N HIS A 169 25, .665 81, .067 14. .709 1. .00 11. .43 7 1388 C ILE A 174 36. 500 85. 307 22. ,646 1. 00 14. 87 6 00 1347 CA HIS A 169 25. .979 82. .473 14. .979 1. .00 12. ,52 6 1389 0 ILE A 174 37. 508 84. 670 22. 337 1. 00 15. 09 8 60 ro CO o --< ecnn ιn co tn rH - rH co -- ι vo o vo c^ cn ro o vo o θ Ln m -n co vo o co ιn r- CN i rH ro o o ro N ro o o o cn ι ro Ln ro ^ i a ^ jι vo ro -j* cn r-ι o vo c o ro ro o ro CN CN ro in eD vo en r^ ro cN O rH o cN en tn o o H rH O o o o o o O O O O O O o o o o o o o o o o o o o o o o o o o o o o o o o o O O O O O O o o o o o o o o o o o o o o o o o o o o rH rH rH rH r- -ji ro rH r- in r^ in cN ^ ON aH CN cn e ro a O -^ vo -o c r^ co r^ co -iji vo co VD ro c~- o tn r t m en ι rH in co rH co ι ^ι en cn t ro o m oo rH co vo o co r- rH ^ m en cn en O rH l ^ o cN in m in cN CN en vo r^ o en in j i T^ ro -^ -^ ji ro -^ Ln vo in in C rH CN CN CN CN CN CN CN CN CN CN CN CN CN ro m Η m cN ro cD H ro vo rH VD O cn in ro r^ o o c^ ro vD C^ cN -^ CN ro en vo r^ ro -ji i cn ^f oo o cn a ON co c^ o -^ rH o ro ro co vo m cN rθ rH ro vo vθ jι r\] cn -^ cN θ ^ vo c^ ro cN CN Co r^ ι co [^. o r- r ro r cD in cn en cN -ϊi -}i -aι o ι cn vo cN rH -n oo ro m cN t o cN rH cn Ln t -n ^ ai^ (Jι o H cΛ ^ aCι ι- -l ^ -l ^ M l| ^ h aCl σι (a. σ^ cιN ro -ι tτ^ ( ^ t ^) -) ^ ^ (D ιJ^ w o ^ ( . (^ H iΩ } -) -ι i)N -) Q) o -} α) -) i [- cθ (- -] [» ι- ( θ -! i- i- α} φ ii) i- cD ] cθ Φ i- <]o o co co -} α) -ι α) α] ) ) o r- cn -j vo in -* oo o rH ro o in C in c cD -^ C H o i cN co c i^ VD co o i in H H co ( vo ^ r^ cN Ln cN O ^i } i ji j vo • * o ro -tf ro in ro ro ro ro ro ro r cN CN CN rN CN CN CN CN CN CN CN CN CN CN CN CN C CN CN CN CN CN CN ro ro ro ro ro ro ro ro ro ro cN CN ι rt: c rt a ι rt! <; ι< < ι ι < ι ι< ι4 ι ι ft ft ft ft ft ft ø ø ø ø ø ø ø ø ø ø ø X X X X X X X X X X X X D P iD p X X W X 0 X X X X X X X X X X X . |ι !« H . D P P P < J J J J J «( < < << 3 S < 5 3 S 3 S ^ 'i «; E < iH tι iH h H - H E H E H E H E H E H ø ø ø α o ø ø d; 33 X 0 P P X 0 P X N X X CQ O Q Q W ω iSl ffi 0 O 0 0 o o 0 < 0 0 0 0 2 0 2 2 < 0 0 uuuuuuuo&uu ra o Q ω ω c ouuuoos uuo C rO 's i o - s o ri o H ro ^ -n o - a-> m o H N r ^ i vo - oo m o H C r ^ Ln vo - s oo c-r\ o H C r ro ro ro ro ro ro ro ro ' ^ ^ ^ ^ ^ ^ ^ ^ ^ i^ Ln in - i i in -n - in -n vD vo vo vo o o vo vD o ^ " ^ ^* ^J* * vj* * ^ ^^ ^^ ^* * ^^ ^* ^^ ^* ^* ^* * ^ ^* ^* ^* *sj^ ^* *^ ^* ^^ ^ ^* ^* ^* ^* ^* ^* ^* H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H vo vo vD vo -s vo vo oo vo oo -s v^ v-o oo vo vo co - s t s vo v-D αD vo vo vo vo r^ vo vo vo v^ ι ι ^ - r^ cN θ vo co σΛ H v ro H H co ro o^ σ^ ι ι-n c -^ co c [ cθ 'i* co o ro co co ro co ro -s [s σ\ CN ^ O CO -s r- r O O- t s -F fO O ( H H vo α3 σ. H ^ π cI n ιn ^ -n ] ^ m ll , ^ o ^ ω n α) ) ^ ' J ^ ) cl H l -n ^ ■ ς* CO *-J< H H H H CN H H H H CN H O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O o o o o o o o o o H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H -s r^ vo o o H ∞ rø ^ ^ ∞ C ^ ^ c ^ t a^ ^ σ. ^o H co O ^ C m ^ H σ rs ^^ o [ o cs i - o o o rs σ^ r c in r r^ oo N ^ oo c^ ro - cN O i^ c ^ ^ ^ H m • * ( H in (η rH co o cN - c cry H e ∞ ro vo ^ -s cN C^ vo cN - ts σ. σ^ t σ H σΛ O ro H ^ - oo ro co o ^ - r ro i i r r i -s [s. [ , r^ cr» ^ o> oo co m m oo ts v^ CN CN C^ CN CN CN CN CN C CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN C^ CN CN CN CN CN CN CN rO C -^ ^ in Ln vo o ro ro H r o ^ t oo H O CN r vo - s i H E oo Ln cA H -n H co H CN m in vo σi in in co CN σ( θ H m cr σ\ r r-o - ^ ^ r- ' Vo VD r c Vθ '^ VD V c crι «* ι θ ro ro m r oo ^ σ> rN ro ro in o o ■r o o o ^ O H m - - O s O Vo m - o H H ro '-tf ro vo co H m [ in H vo in ^o ro ^ H vo I r- VD a^ σ . . o vo σ. c ∞ o - ^ ^o ^ N ^^ VD H in o H o - oo σ* o ιn H vo oo o^ ro c in c co θ ^ CN ^ σϊ θ ^ r^ oo σ ro - [s ^ u3 r H o - s r^ ∞ cn ro H o ^ ιn H H oo c^ ^ o o o3 [ ^ r ι ) - ^ C j, [ r η m ^ t^ ιn - o -n a-) ^ θ H H CN 'ι vfl co o D ιn ιrl ( co σl N^ o H ι l ι J O ^ fn o c ^ H n M ^ ιn H ln ( ^^ ^ rn lJ^ ^ r in r vo - ts co r^ m vo vo i-n ^ u^ i - -n vo i ^ ro D VD -s vo oD r i^ ro ro ro t^ ro ro ro ro ro ro ro ro ro m ro ro ro ro ro ro ro ro ro ro ro ro ro ro r^ ^ ■ -^ Ln i i-n Ln i in vo vD Vo v vD vo o o ts r^ r- t~- ι P~ r- C- !~- l r~ ι t~- r- r- C~ l 1 t-~ P~ 1 [^ r- r^ c^ ι c^ ι r^ ι ι H rH rH rH rH H rH rH rt| rf a ι=ι; ιι; ι; t-; (^ C <C a< ^ C C ι< < a< ^ ' : C κ 'I ' : -! b3 X X X X X X X K X 2 2 2 2 2 2 2 2 ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ft ι_-, p _3 J X X X « ω x co co co co co co co co X X X X X X X X X X X X X X C0 C0 CΛ C0 C0 C0 C0 U- C0 H H H 01 tB ra ιIl M [ii (i; < (< < (( ι< (< H lH h t< tι H lH h H H H lH lH H fl! < ι< (< <( < ι< m ø ø P t x ø X 0 P P ft X 0 p p W X Nl N ffi 0 0 0 0 2 0 0 0 0 0 2 0 0 O 0 0 O 2 2 0 0 O 0 0 0 0 0 0 0 0 0 2 < X 0 P P 0 0 O 0 0 O O < 0 O H CN ro ^ in vD r^ co ON O rH CN ro -^ m vo n o rH ro -^ m vo r^ co oN O rH CN ro ^ m vD r ^ co cn o H cn o> cn oN cn oN crN (n cn cr\ o o o o o o o "i rη tη i . π fi π r ^ 'P ^ 'ϊ ^ ^ ^ 1474 CB ALA A 183 30..290 83.352 27.664 1..00 11..34 6 1516 CA PHE A 188 34.321 78.658 21.604 .00 10.93 1475 N GLN A 184 28 .196 83 .381 25 .172 1 .00 10. .70 7 1517 C PHE A 188 35.600 78.457 20.806 .00 13.95 1476 CA GLN A 184 27 .046 82 .624 24 .601 1 .00 8 .62 6 1518 0 PHE A 188 35.534 78.128 19.632 .00 13.55 o o 1477 C GLN A 184 26 .939 82 .844 23 .102 1. .00 10. .69 6 1519 CB PHE A 188 33.682 77.259 21.822 .00 11.05 * U-i 1478 0 GLN A 184 26 .509 81 .913 22 .388 1. .00 10 .72 8 1520 CG PHE A 188 34.177 76.552 23.071 .00 11.08 1479 CB GLN A 184 25 .772 83 .078 25 .330 1 .00 1 .35 6 1521 CD1 PHE A 188 35.431 75.953 23.060 ,00 14.39 1480 CG GLN A 184 25 .730 82 .584 26 .785 1, .00 9 .80 6 1522 CD2 PHE A 188 33.364 76.492 24.194 .00 14.52 1481 CD GLN A 184 24 .603 83 .315 27 .538 1 .00 12 .56 6 1523 CE1 PHE A 188 35.865 75.309 24.204 .00 15.63 1482 OE1 GLN A 184 24 .739 84 .527 27 .890 1 .00 15 .21 8 1524 CE2 PHE A 188 33.821 75.818 25.327 1.00 14.28 1483 NE2 GLN A 184 23 .536 82 .580 27 .775 1 .00 8 .78 7 1525 CZ PHE A 188 35.081 75.233 25.350 1.00 12.75 1484 N TRP A 185 27 .186 84 .018 22 .585 1 .00 11 .90 7 1526 N THR A 189 36.737 78.710 21.504 1.00 11.89 1485 CA TRP A 185 26 .968 84 .285 21 .148 1 .00 9 .74 6 1527 CA THR A 189 38.000 78.578 20.769 1.00 11.77 1486 C TRP A 185 28 .252 84 .298 20 .318 1 .00 10 .30 6 1528 C THR A 189 38.851 77.524 21.457 1.00 13.65 1487 0 TRP A 185 28 .093 84 .277 19 .065 1 .00 11 .67 8 1529 0 THR A 189 38.630 77.149 22.589 1.00 14.67 1488 CB TRP A 185 26 .201 85 .647 20 .965 1 .00 12 .61 6 1530 CB THR A 189 38.826 79.904 20.788 1.00 12.56 1489 CG TRP A 185 24 .696 85 .390 21 .039 1 .00 10 .95 6 1531 OG1 THR A 189 39.066 80.215 22.180 00 15.52 1490 CD1 TRP A 185 23 .863 85 .166 19 .989 1 .00 12 .59 6 1532 CG2 THR A 189 38.012 81.045 20.136 00 13.79 1491 CD2 TRP A 185 23 .898 85 .345 22 .226 1 .00 12 .07 6 1533 N ASP A 190 39.773 76.961 20.639 00 11.10 1492 NE1 TRP A 185 22 .561 84 .887 20 .428 1 .00 14 .15 7 1534 CA ASP A 190 40.736 75.985 21.186 00 11.48 1493 CE2 TRP A 185 22 .600 85 .003 21 .805 1 .00 13 .63 6 1535 C ASP A 190 42.109 76.575 20.929 00 11.63 1494 CE3 TRP A 185 24 .154 85 .530 23 .587 1 .00 13 .34 6 1536 0 ASP A 190 42.403 77.103 19.861 00 13.03 1495 CZ2 TRP A 185 21 .534 84 .846 22 .703 1 .00 14 .01 6 1537 CB ASP A 190 40.530 74.703 20.365 00 11.07 σ. 1496 CZ3 TRP A 185 23 .083 85 .361 24 .494 1, .00 14 .75 6 1538 CG ASP A 190 41.445 73.591 20.781 1.00 12.55 1497 CH2 TRP A 185 21 .812 85 .004 24 .035 1, .00 13 .91 6 1539 ODl ASP A 190 42.691 73.716 20.943 1.00 14.12 1498 N LYS A 186 29, .413 84 .254 20 .924 1, .00 11 .31 7 1540 OD2 ASP A 190 40.937 72.422 20.956 1.00 14.32 1499 CA LYS A 186 30. .655 84. .170 20, .127 1. .00 12. .29 6 1541 N PRO A 191 43.013 76.539 21.885 00 12.39 1500 C LYS A 186 31. .228 82. .764 20. .238 1. .00 14. .72 6 1542 CA PRO A 191 44.344 77.094 21.756 00 16.15 1501 0 LYS A 186 30. .718 81. .896 20. .981 1. .00 12. .47 8 1543 C PRO A 191 45.205 76.488 20.648 00 17.03 1502 CB LYS A 186 31. .682 85. .224 20. .582 1. .00 11. .09 6 1544 0 PRO A 191 46.194 77.139 20.258 00 17.33 1503 CG LYS A 186 31. .145 86. .646 20. .243 1. .00 14. .74 6 1545 CB PRO A 191 45.077 76.806 23.067 00 15.82 1504 CD LYS A 186 32. .295 87. .655 20. .601 -1. .00 14. .53 6 1546 CG PRO A 191 43.951 76.489 24.024 00 19.99 1505 CE LYS A 186 31. .688 89. .051 20. .286 1. .00 20. .29 6 1547 CD PRO A 191 42.769 75.960 23.220 00 15.14 1506 NZ LYS A 186 32, .744 89. .943 19. .726 1. .00 28. .67 7 1548 N ALA A 192 44.778 75.374 20.102 00 12.41 1507 N ASN A 187 32. .217 82, .446 19. .379 1. .00 13. .16 7 1549 CA ALA A 192 45.446 74.851 18.871 00 16.29 1508 CA ASN A 187 32. .653 81, .074 19, .195 1. .00 13, .22 6 1550 C ALA A 192 45.279 75.807 17.697 1.00 21.11 o 1509 C ASN A 187 33. .587 80, .604 20. .314 1. .00 15, .43 6 1551 0 ALA A 192 46.014 75.779 16.675 1.00 19.85 1510 0 ASN A 187 34, .587 81. .250 20. .646 1. .00 12, .76 8 1552 CB ALA A 192 44.978 73.466 18.579 00 20.48 vo 1511 CB ASN A 187 33. .386 80, .850 17, .862 1. .00 12, .72 6 1553 N GLY A 193 44.317 76.695 17.671 00 16.93 vo 1512 CG ASN A 187 32. .673 81. .537 16, .697 1. .00 18, .84 6 1554 CA GLY A 193 44.199 77.733 16.641 00 17.03 © © 1513 ODl ASN A 187 31. .447 81. .456 16, .631 1. .00 15, .46 8 1555 C GLY A 193 42.919 77.582 15.819 00 17.85 © 00 00 1514 ND2 ASN A 187 33 .426 82 .219 15, .839 1. .00 16, .94 7 1556 o GLY A 193 42.991 77.960 14.651 00 17.03 1515 N PHE A 188 33 .369 79 .356 20 .719 1. .00 11 .91 7 1557 N PHE A 194 41.888 76.955 16.373 00 13.47 1558 CA PHE A 194 40.612 76.976 15.567 1..00 11..84 6 1600 CG LEU A 199 25.178 74.135 16.526 1.00 10.88 6 3? 1559 C PHE A 194 39 .441 77 .265 16 .536 1 .00 11. .03 6 1601 CD1 LEU A 199 24 .799 72 .879 17 .321 1 .00 12 .59 6 O 1560 0 PHE A 194 39 .621 77 .423 17 .750 1 .00 11. .69 8 1602 CD2 LEU A 199 24 .658 74 .045 15 .071 1 .00 14 .19 6 VO N 1561 CB PHE A 194 40 .411 75 .629 14 .855 1 .00 10 .98 6 1603 N SER A 200 23 .024 78 .144 16 .505 1 .00 11 .57 7 ≥ 1562 CG PHE A 194 40 .568 74 .412 15 .767 1 .00 11 .46 6 1604 CA SER A 200 22 .055 79 .160 16 .950 1 .00 10 .26 6 VO 1563 CD1 PHE A 194 39 .545 74 .063 16 .649 1 .00 11 .56 6 1605 C SER A 200 20 .810 78 .424 17 .499 1 .00 11 .50 6 4-- 1564 CD2 PHE A 194 41 .707 73 .656 15 .747 1 .00 15 .24 6 1606 0 SER A 200 19 .994 77 .917 16 .741 1 .00 11 .79 8 1565 CE1 PHE A 194 39 .688 72 .942 17 .460 1 .00 11 .26 6 1607 CB SER A 200 21 .636 80 .012 15 .731 1 .00 14 .77 6 1566 CE PHE A 194 41 .871 72 .533 16 .574 1 .00 12, .49 6 1608 OG SER A 200 20 .723 81 .011 16 .249 1 .00 13 .69 8 1567 CZ PHE A 194 40 .860 72 .181 17 .450 1 .00 12, .03 6 1609 N GLN A 201 20 .786 78 .294 18 .837 1 .00 10 .61 7 1568 N SER A 195 38 .283 77 .497 15 .895 1 .00 10, .73 7 1610 CA GLN A 201 19 .599 77 .668 19 .473 1 .00 11 .55 6 1569 CA SER A 195 37 .097 77 .782 16 .704 1 .00 11 .52 6 1611 C GLN A 201 18 .421 78 .648 19 .371 1 .00 11 .79 6 1570 C SER A 195 36 .081 76 .649 16 .423 1 .00 11 .92 6 1612 0 GLN A 201 17 .305 78 .161 19 .700 1 .00 12 .43 8 1571 0 SER A 195 36 .284 75 .902 15 .519 1 .00 10 .36 8 1613 CB GLN A 201 19 .852 77 .359 20 .969 1 .00 11 .94 6 1572 CB SER A 195 36 .416 79 .059 16 .186 1 .00 16 .30 6 1614 CG GLN A 201 21 .042 76 .370 21 .151 1 .00 10 .05 6 1573 OG SER A 195 37 .442 80 .119 16 .216 1 .00 22 .79 8 1615 CD GLN A 201 22 .393 77 .086 21 .126 1 .00 10 .84 6 1574 N LEU A 196 35 .060 76 .594 17 .262 1 .00 12 .22 7 1616 OE1 GLN A 201 22 .499 78 .298 21 .208 1 .00 11 .60 8 1575 CA LEU A 196 34 .007 75 .622 17 .060 1 .00 12 .16 6 1617 NE2 GLN A 201 23 .465 76 .231 21 .079 1 .00 9 .83 7 1576 C LEU A 196 32 .756 76 .384 16 .584 1 .00 7 .60 6 1618 N GLU A 202 18 .590 79 .860 18 .862 1 .00 10 .41 7 1577 0 LEU A 196 32 .364 77 .416 17 .112 1 .00 13 .16 8 1619 CA GLU A 202 17 .434 80 .763 18 .667 1 .00 11 .55 6 1578 CB LEU A 196 33 .660 74 .883 18 .410 1 .00 10 .95 6 1620 C GLU A 202 16 .849 80 .531 17 .277 1 .00 14 .51 6 1579 CG LEU A 196 34 .880 74 .298 19 .107 1 .00 10 .75 6 1621 0 GLU A 202 15 .856 81 .166 16 .903 1 .00 16 .57 8 σs 1580 CD1 LEU A 196 34. .439 73 .454 20 .334 1 .00 11, .59 6 1622 CB GLU A 202 17 .877 82 .226 18 .875 1 .00 10 .69 6 NJ 1581 CD2 LEU A 196 35 .719 73 .384 18 .134 1 .00 12, .48 6 1623 CG GLU A 202 18 .522 82 .442 20 .252 1 .00 9 .01 6 1582 N ALA A 197 32 .139 75 .877 15 .481 1 .00 9, .97 7 1624 CD GLU A 202 20 .002 82 .069 20 .330 1 .00 12. .78 6 1583 CA ALA A 197 30. .995 76 .637 14 .905 1 .00 10, .64 6 1625 OE1 GLU A 202 20 .680 82 .031 19 .299 1 .00 16, .62 8 1584 C ALA A 197 29, .788 76 .658 15 .830 1 .00 14, .16 6 1626 OE2 GLU A 202 20, .457 81 .782 21 .434 1. .00 12, .31 8 1585 0 ALA A 197 29, .362 75. .622 16 .314 1 .00 11. .22 8 1627 N ASN A 203 17, .507 79 .704 16 .435 1. .00 11, .04 7 1586 CB ALA A 197 30, .629 75. .928 13, .565 1 .00 10. .95 6 1628 CA ASN A 203 16, .939 79 .318 15. .142 1 .00 10. .64 6 1587 N ASP A 198 29, .429 77. .869 16, .236 1, .00 10. .28 7 1629 C ASN A 203 16, .020 78. .098 15, .372 1, .00 13. .48 6 1588 CA ASP A 198 28, .459 78. .009 17, .350 1, .00 10, .50 6 1630 O ASN A 203 16. .441 77. .148 16, .008 1, .00 12. .81 8 1589 C ASP A 198 27. .030 77. ,880 16. .795 1. .00 11. .99 6 1631 CB ASN A 203 18. .105 78. .892 14. .217 1. .00 11. 71 6 1590 0 ASP A 198 26. .607 78. ,731 15. .993 1. .00 13. .33 8 1632 CG ASN A 203 17. 604 78. .307 12. 930 1. 00 15. 36 6 1591 CB ASP A 198 28. .744 79. ,433 17. .900 1. .00 12. .29 6 1633 ODl ASN A 203 17. 271 77. 124 12. 838 1. 00 15. 37 8 ■ β 1592 CG ASP A 198 28. 236 79. 529 19. .353 1. 00 10. .72 6 1634 ND2 ASN A 203 17. 611 79. 108 11. 829 1. 00 15. 33 7 O 1593 ODl ASP A 198 28. .683 78. 683 20. .172 1. .00 11. 33 8 1635 N GLY A 204 14. 797 78. 219 14. 831 1. 00 13. 94 7 H 1594 OD2 ASP A 198 27. 401 80. 452 19. 671 1. .00 10. 45 8 1636 CA GLY A 204 13. 813 77. 115 15. 175 1. 00 14. 96 6 1595 N LEU A 199 26. 310 76. .847 17. .247 1. .00 10. 29 7 1637 C GLY A 204 14. 202 75. 766 14. 593 1. 00 12. 98 6 VO VO 1596 CA LEU A 199 24. .927 76. .690 16. .763 1. .00 8. 80 6 1638 O GLY A 204 13. 891 74. 775 15. 243 1. 00 14. 33 8 © 1597 C LEU A 199 24. .086 77. ,821 17. .321 1. .00 9. .88 6 1639 N THR A 205 14. 802 75. 705 13. 401 1. 00 11. 88 7 © 00 1598 0 LEU A 199 24. .246 78. .320 18. .449 1. .00 11. .27 8 1640 CA THR A 205 15. 279 74. 405 12. 894 1. 00 12. 45 6 00 1599 CB LEU A 199 24. .452 75. .296 17. .279 1. .00 9. ,52 6 1641 C THR A 205 16. 275 73. 780 13. 856 1. 00 11. 35 6 1642 0 THR A 205 16.161 72.621 14..172 1..00 11..84 8 1684 CB LEU A 210 19..388 70.688 19.713 1,.00 10.40 6 1643 CB THR A 205 15 .866 74 .603 11 .497 1. .00 14. .40 6 1685 CG LEU A 210 20. .603 71 .237 18 .893 1 .00 10 .20 6 1644 OG1 THR A 205 14 .760 75 .060 10 .662 1 .00 18 .35 8 1686 CD1 LEU A 210 20 .918 72 .628 19 .480 1 .00 12 .47 6 o VO VO 1645 CG2 THR A 205 16 .344 73 .256 10 .930 1. .00 16. .31 6 1687 CD2 LEU A 210 21. .766 70 .260 18 .920 1 .00 13 .21 6 1646 N ILE A 206 17 .295 74 .586 14 .188 1. .00 10. .89 7 1688 N THR A 211 16. .539 69 .327 20 .069 1 .00 9 .66 7 1647 CA ILE A 206 18 .330 73 .996 15 .081 1. .00 10, .54 6 1689 CA THR A 211 15, .520 68 .689 20 .933 1 .00 11 .98 6 VO 4-. 1648 C ILE A 206 17 .736 73 .689 16 .457 1. .00 9, .48 6 1690 C THR A 211 15 .294 67 .272 20 .496 1 .00 11 .93 6 1649 0 ILE A 206 18 .081 72 .638 17 .051 1 .00 10, .61 8 1691 0 THR A 211 15 .311 66 .354 21 .335 1 .00 11 .42 8 1650 CB ILE A 206 19 .481 75 .017 15 .212 1 .00 9, .16 6 1692 CB THR A 211 14 .193 69 .502 20 .889 1 .00 12 .29 6 1651 CGI ILE A 206 20 .193 75 .155 13 .844 1 .00 12. .29 6 1693 OG1 THR A 211 14 .488 70 .842 21 .373 1 .00 11 .73 8 1652 CG2 ILE A 206 20 .550 74 .624 16 .273 1 .00 11 .91 6 1694 CG2 THR A 211 13 .137 68 .832 21 .808 1 .00 10 .37 6 1653 CD1 ILE A 206 20 .691 73 .847 13 .218 1 .00 12 .69 6 1695 N ASP A 212 15 .071 67 .084 19 .170 1 .00 12 .47 7 1654 N ALA A 207 16 .912 74 .562 17 .021 1 .00 10 .30 7 1696 CA ASP A 212 14 .813 65 .738 18 .671 1 .00 10 .73 6 1655 CA ALA A 207 16 .350 74 .185 18 .339 1 .00 12 .45 6 1697 C ASP A 212 15 .998 64 .812 18 .997 1 .00 12 .42 6 1656 C ALA A 207 15 .583 72 .871 18 .311 1 .00 12 .96 6 1698 O ASP A 212 15 .748 63 .598 19 .194 1 .00 12 .22 8 1657 0 ALA A 207 15 .714 72 .053 19 .217 1 .00 13 .37 8 1699 CB ASP A 212 14 .605 65 .829 17 .159 1 .00 12 .33 6 1658 CB ALA A 207 15 .511 75 .359 18 .883 1 .00 13 .30 6 1700 CG ASP A 212 13 .253 66 .477 16 .797 1 .00 15 .18 6 1659 N GLN A 208 14 .749 72 .676 17 .282 1 .00 10 .55 7 1701 ODl ASP A 212 12 .379 66 .643 17 .667 1 .00 13 .61 8 1660 CA GLN A 208 13 .968 71 .431 17 .236 1 .00 11 .60 6 1702 OD2 ASP A 212 13 .100 66 .828 15 .585 1 .00 14 .64 8 1661 C GLN A 208 14 .842 70 .256 16 .877 1 .00 14 .22 6 1703 N ALA A 213 17 .230 65 .326 18 .830 1 .00 10 .02 7 1662 0 GLN A 208 14 .627 69 .200 17 .426 1 .00 11. .79 8 1704 CA ALA A 213 18 .376 64 .422 19 .084 1 .00 10 .72 6 1663 CB GLN A 208 12 .869 71 .573 16 .136 1 .00 13, .62 6 1705 C ALA A 213 18 .422 64 .023 20 .552 1 .00 10 .18 6 C 1664 CG GLN A 208 11 .847 70 .429 16 .197 1 .00 14, .37 6 1706 O ALA A 213 18, .819 62 .882 20 .861 1, .00 11. .96 8 J 1665 CD GLN A 208 11 .089 70 .392 17 .513 1, .00 15, .09 6 1707 CB ALA A 213 19, .679 65 .163 18 .735 1, .00 10, .83 6 1666 OE1 GLN A 208 10 .565 71 .371 17. .957 1, .00 14, .67 8 1708 N ALA A 214 18, .155 64 .970 21 .448 1, .00 12, .55 7 1667 NE2 GLN A 208 11. .168 69. .230 18. .180 1. .00 14. .23 7 1709 CA ALA A 214 18. .185 64, .599 22. .892 1. .00 10. .81 6 1668 N TYR A 209 15, .876 70. .454 16. .062 1. .00 11. .41 7 1710 C ALA A 214 17. .073 63, .631 23. .235 1. .00 11. ,35 6 1669 CA TYR A 209 16. .807 69, .372 15. .724 1, .00 10. .71 6 1711 O ALA A 214 17. .246 62, .667 23. .953 1. .00 12. ,75 8 1670 C TYR A 209 17. .570 68, .930 16. .979 1. .00 10, .31 6 1712 CB ALA A 214 18. .038 65, .876 23. .757 1. .00 10. .21 6 1671 0 TYR A 209 17. .634 67, .727 17, .231 1, .00 11, .12 8 1713 N VAL A 215 15. .885 63, .854 22, .677 1. .00 10. .82 7 1672 CB TYR A 209 17, .840 69, .989 14, .743 1, .00 11. .54 6 1714 CA VAL A 215 14. .724 62, .923 22, .875 1. .00 11. .60 6 1673 CG TYR A 209 19, .072 69, .148 14, .457 1, .00 12, .56 6 1715 C VAL A 215 15. .035 61, .577 22, .302 1. .00 13. .68 6 1674 CD1 TYR A 209 19, .031 68, .083 13, .584 1, .00 11, .38 6 1716 O VAL A 215 14. .673 60, .552 22. ,903 1. .00 15. ,03 8 1675 CD2 TYR A 209 20, .269 69, .485 15, .060 1, .00 12. .87 6 1717 CB VAL A 215 13. ,462 63. .523 22. ,283 1. .00 14. ,89 6 l -d 1676 CE1 TYR A 209 20, .184 67, .341 13, .286 1, .00 16. .27 6 1718 CGI VAL A 215 12. ,285 62. .514 22. ,234 1. .00 16. .68 6 o 1677 CE2 TYR A 209 21, .432 68, .739 14, .794 1. .00 13. .55 6 1719 CG2 VAL A 215 12. ,982 64. ,740 23. .099 1. .00 15. 78 6 1678 CZ TYR A 209 21. .368 67, .676 13, .915 1. .00 13. .50 6 1720 N GLN A 216 15. .759 61. ,496 21. .193 1. 00 12. 25 7 1679 OH TYR A 209 22. .527 66, .968 13, .654 1, .00 14. .21 8 1721 CA GLN A 216 16. .153 60. ,192 20. 632 1. 00 13. 52 6 VO VO 1680 N LEU A 210 17. .985 69, .883 17, .821 1, .00 10, .88 7 1722 C GLN A 216 17. 023 59. ,404 21. 577 1. 00 13. 62 6 © © 1681 CA LEU A 210 18 .731 69 .461 19, .027 1, .00 10, .76 6 1723 o GLN A 216 16. 864 58. ,192 21. 706 1. 00 12. 75 8 © 00 1682 C LEU A 210 17 .776 68 .829 20 .049 1 .00 11, .52 6 1724 CB GLN A 216 16. 814 60. ,382 19. 232 1. 00 12. 82 6 00 1683 0 LEU A 210 18 .178 67 .863 20 .687 1 .00 11, .55 8 1725 CG GLN A 216 17. ,225 59. ,032 18. ,639 1. 00 14. 36 6 64 i ro co ts [s c -n rs o vo co m ^ o - ro -s o o vo cτ» m o σ\ σι H m oo cN C ^ ^ oo co cN vo cN CN ro ro ro in H θ CN H CΛ CN in o H H --r. cr. o cr\ θ o σ\ o ro o m o o σ» c) σ\ σ\ σι σι o o - s co H <-r* θ H Ln cr. cr\ σι H H H H H H H H o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o H H H H σ H vo o ro in ^ c co H C co ro - s oo r cN CN Λ ro o in n H co vD -n oi σi ^ rM ^ co σi m cϋ ^ N -f. cri ^ ro ro ro ro ro ro ro ro ro ro -^ CN ro ro ro ro cN CN C^ r^ ro ro ro cN ro ro t^ ro ro cN ro ro c CN ro cN CN C^ vo co cΛ r^ ^ σ. ι/ι o N H t ro σ> v o o c H CN H -s ^ co σ\ fη oo o ^ H - s o H H θ ro ^ H r^ -s n ^ vo vo σ^ αD r^ H v o cN ^ vo H ∞ H vo o^ - s t s ^ ^ Ln H ^ o ts σΛ oo ^ o - - oo H o ^ -s ^ ro r^ N σ^ ^ o o θ ^ o H H r^ ιn H C s N r o vo - s t s r H rN VD ^ θ H vo σ^ m r^ ^ [ oo o ιn vΩ m r^ [ σι ^ o - ι- ^ σ \ H H H r ro <# -n ^ ^ L ro ^ ιn vo vo u vo -s ro σ> co 0 Λ ^ ιn -n ιn ιn ιn -n -n -n vo vo vo vo vo vo vo vo vo vo vo vo vD VD vo vo v ) > t \i) v^ vo vo vo vo σs H H VO - ^ ^ o vo r H σ σ\ N co o σ ^ r - ^o ^o co - s H co oo H co H o r - s N -- o o f^ ^ vo c^ O O CN H Oi -st* L H co σ ^ o vo cN ι D N O O ro σ σ ro c-0 ^ ^ L - H σ^ Ln o ^ σ σ\ σ ^ ^ ^ o ro vo cn ts ι o H ro vo o ∞ ^ » ( ^ r ^ oo θ H ( -n o vo ro r ^ C σ ro ι-n ι-n co o cN θ H [s L oo o ^ σ-) CD co c» co r- σ\ σ^ σ θ H θ H CN CN H θ ^ H ^ ^ ιn - - co σ\ o H ^ ^ ιn o f C ro o v^ Ci4 Λ Oj C--. 4 i^ α ft H H >H ^ r3 D U U O U co o Λ Λ W J J J _ J ω ω ω .. ω w ω ω ω ώ _- __ _- U_- O_- _. O_, U_. U_. O_. O_. _ j ^ ^ ^ ^ ^ ^ w rø M M H H hH hH fiζ lCζ rf, CQ D Q Q CQ CD Q W tSI X ffi CQ CD CD Q suuou CuD o Q Q *C CQ C osuuo S U U O U U U U S U U O U O U S 0 2 S S U U O U U U U S C U oo σi O H CN ro ^ in vo oo σ\ θ H C r ^ Ln o c s co σι θ H CN ro ^ ιn vo -s co o θ H CN r θ ' N f -n θ [ co σ\ vo vo cs r r- [ [ o c c o o o o o o o o o [ ts r- - (s ι [s [ ^o c [ ^o o [ ^. cr^ θ - -s [s [ c [ ^o c [ ^o cro ^ ccso i ι D αr^3 c-so - [ ^o [s . m ι s. α^\ o^. o l ^. σ o r [ . o r -,. σ [ . co oo co co oo oo oo oo oo oo H H H H H H H H H H H H H H H H H H H H H H o oo ^ ^ ^ vo ∞ o vo o v r^ o vo oo o vo vo [ s ι ^ ^ co vo r^ vo v co v vo - s v o -^ o σ\ H σ σ. o H ^r ^ ^* ^ in ui σι σ. o o in i-n σ. cN σ\ co ι-n σ. (N vo <- in ιn H H H H H H H H H o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o H H H H H H ro O 'f - ro ' sf i-n σi in Ln o vo ro oΛ oo VD Oo r o v o^ i ts i-n H co ' oo o - s - O L r t s o Ln in H H O ' o -s σ^ -n cn o σi CN - m Ln H N CΛ ro c CN r r^ oo oo ^ [ α-) -» ro cr» ro ^ H θ 's rθ ' o c CN D CN oo o o co - v^ ri ^ o -'^ r L 'f o - s vo vo r ^ ^ o cN N ^ in -n in vD - r^ ^ r r r cN ro ro ^ ^ cN O O O Oo oD - vo H H H C CN CN CN CN CN CN CN CN CN CN r CN CN CN CN CN CN CN CN CN CN CN CN CN r^ CN CN H H CN CN CN CN CN M CN o oo ^o -s o H C - σ r ^ o 3 co o H σ N -n σ c s o N O ^ ^o c O }^ ^ vo cs D O O Ln H C vo r t-F ^ H in rn ιn - OT m ∞ (^ H ^ vo c u3 σ\ H H H r^ o [ r\ι ^ o v σ^ ol co o c^ co o o H m c^ c^l \o o cΛ H ι^) Ln ^ -n , N H ^ N ^ π ιΛ M l-π -^ Ln -n in vo u^ -ii ii vo vo vo ^ in -n -n in vo -n vo -n -n in i-n in Ln in -^ in - s co - ^ Λ r Ln ^ -n o ^ -XJ oo in u^ -^ in Ln t σi in co o H ro ^ H o ^ !-s ι ιn ι o c^ - r co cN H in r v ι -s r\ o cN ro o co -s ro σ\ r^ co H co .x. - cr\ σ\ o H <\ H H o -s co vo o ro crv co ro H O Vo cΛ Ch in co -s σ^ vo co cN H ro H -s -s oo - [^ co [ co σ> θ H H vo o u^ ^ ιn ^ vD ^ ro ^j , 't* r Ln - [s co σ oo [ <τ H H H H H H H H CN CN CN H H H H H H H H H H H H H H H H H H H H H H H H H 2 2 2 P P D P P P P P P P P P P P X X X X Ul X X X >. x P P J X X X X X X X X ft % ; < «; " PS 533 X X X P P P P J J J 0 0 0 P P J j j j J J > > > > > > > ft < X X X X X X X X X X 0 0 0 0 3 c P < < < (N P X X X ø P P X 0 0 2 < 0 0 o 0 0 0 2 0 < X X 0 Q P X X 0 O 0 2 0 0 < O 2 2 0 0 o ø ø 0 0 O 0 0 S 0 0 2 2 0 0 O 2 < X 0 0 0 O 0 [ co c^ o H CN ro -s^ in vD -s co c- O CN ro - in vo -s oo c O CN CN CN CN ro ro ro ro ro ro ro ro ro ro <* Ln Ln Ln in in m in in Ln vo vo vo vD Vo vo vo vo [s rs [s [s t -s - ts ts [ r^ - [ s [s t [s -s r r ^ -s [s (-. -s is [s H H H H H H H H H H H 1810 O ASP A 228 26.757 72.338 27.189 1.00 9..88 8 1852 CD1 PHE A 233 24,.335 75.588 25.559 1.00 12.13 6 ^ 1811 CB ASP A 228 28 .521 69 .865 26 .769 1 .00 9, .23 6 1853 CD2 PHE A 233 22 .023 76 .331 25 .466 1 .00 11 .40 6 o 1812 CG ASP A 228 29 .904 70 .442 26 .587 1 .00 10 .24 6 1854 CE1 PHE A 233 23 .982 74 .503 26 .347 1 .00 12 .18 6 O VO 1813 ODl ASP A 228 30 .725 70 .228 27 .505 1 .00 10 .28 8 1855 CE2 PHE A 233 21 .642 75 .219 26 .237 1 .00 10 .50 6 * m-i 1814 OD2 ASP A 228 30 .208 71 .128 25 .574 1. .00 9 .89 8 1856 CZ PHE A 233 22 .629 74 .340 26 .657 1 .00 11 .82 6 VO 1815 N ALA A 229 28 .575 72 .633 28 .582 1 .00 8 .93 7 1857 N ASN A 234 22 .051 80 .148 25 .349 1 .00 12 .13 7 4-. 1816 CA ALA A 229 28 .745 74 .068 28 .257 1 .00 9 .72 6 1858 CA ASN A 234 21 .093 80 .799 26 .253 1 .00 8 .31 6 1817 C ALA A 229 27 .455 74 .868 28 .324 1 .00 10 .58 6 1859 C ASN A 234 20 .367 79 .859 27 .214 1 .00 9 .45 6 1818 0 ALA A 229 27 .123 75 .695 27 .464 1. .00 10 .73 8 1860 0 ASN A 234 20 .112 78 .722 26 .829 1 .00 9 .94 8 1819 CB ALA A 229 29 .355 74 .180 26 .841 1 .00 9 .90 6 1861 CB ASN A 234 20 .132 81 .662 25 .369 1 .00 10 .71 6 1820 N VAL A 230 26 .729 74 .708 29 .487 1. .00 9 .05 7 1862 CG ASN A 234 18 .981 80 .871 24 .740 1 .00 12 .93 6 1821 CA VAL A 230 25 .421 75 .392 29 .548 1 .00 9 .09 6 1863 ODl ASN A 234 18 .070 80 .516 25 .519 1 .00 12 .50 8 1822 C VAL A 230 25 .547 76 .905 29 .753 1 .00 10 .83 6 1864 ND2 ASN A 234 18 .975 80 .590 23 .448 1 .00 10 .79 7 1823 O VAL A 230 24 .587 77 .636 29 .573 1 .00 12 .48 8 1865 N SER A 235 20 .023 80 .451 28 .374 1 .00 10 .78 7 1824 CB VAL A 230 24, .469 74 .836 30 .634 1 .00 10. .80 6 1866 CA SER A 235 19 .401 79 .586 29 .396 1 .00 8 .67 6 1825 CGI VAL A 230 24, .119 73 .389 30 .262 1 .00 9. .84 6 1867 C SER A 235 17 .906 79 .375 29 .177 1 .00 11 .06 6 1826 CG2 VAL A 230 25, .084 74 .934 32 .047 1. .00 11. .19 6 1868 0 SER A 235 17 .399 78 .402 29 .759 1 .00 11 .56 8 1827 N LYS A 231 26, .753 77 .312 30 .189 1. .00 9. .10 7 1869 CB ASER A 235 19 .594 80 .196 30 .792 0 .60 11 .41 6 1828 CA LYS A 231 26, .988 78. .763 30 .234 1 .00 7. .91 6 1870 OG ASER A 235 20 .974 80 .269 31 .098 0 .60 10 .81 8 1829 C LYS A 231 27, .304 79 .391 28 .883 1, .00 11. .01 6 1869 CB BSER A 235 19 .679 80 .067 30 .817 0 .40 10 .03 6 1830 0 LYS A 231 27. .398 80 .604 28. .809 1. .00 13. .02 8 1870 OG BSER A 235 19 .311 81 .423 30 .914 0 .40 7 .85 8 1831 CB LYS A 231 28, .173 79 .043 31, .209 1. .00 10. .48 6 1871 N GLY A 236 17 .301 80 .140 28 .312 1 .00 10 .81 7 O 1832 CG LYS A 231 29, .567 78 .801 30 .602 1, .00 10. .63 6 1872 CA GLY A 236 15 .906 79 .857 27 .882 1 .00 11 .83 6 C_π 1833 CD LYS A 231 30, .599 78 .817 31, .758 1, .00 13. .70 6 1873 C GLY A 236 15, .821 78 .448 27 .289 1 .00 12 .34 6 1834 CE LYS A 231 30. .937 80, .205 32, .236 1. .00 13. .75 6 1874 O GLY A 236 14, .942 77 .638 27 .552 1 .00 11. .07 8 1835 NZ LYS A 231 32, .215 80, .157 33, .104 1. .00 11. .49 7 1875 N PHE A 237 16. .742 78 .158 26 .370 1 .00 10. .75 7 1836 N HIS A 232 27. .364 78, .589 27, .814 1. .00 9. .37 7 1876 CA PHE A 237 16. .793 76. .864 25, .702 1. .00 9. .60 6 1837 CA HIS A 232 27. .744 79. .081 26, .480 1, .00 12. .72 6 1877 C PHE A 237 17, .034 75. .738 26 .715 1. .00 10. .90 6 1838 C HIS A 232 26. .576 79. .044 25. .537 1. .00 12. .48 6 1878 O PHE A 237 16, .476 74, .641 26, .526 1. .00 10. .74 8 1839 O HIS A 232 26. .698 79, .505 24, .388 1. .00 9. .62 8 1879 CB PHE A 237 17, .714 76 .891 24 .467 1. .00 12. .14 6 1840 CB HIS A 232 28. .849 78, .129 25. .915 1. .00 9. .94 6 1880 CG PHE A 237 17. .642 75, .595 23 .691 1. .00 12. .02 6 1841 CG HIS A 232 30. .145 78. .345 26. .709 1. .00 9. .35 6 1881 CD1 PHE A 237 16. .442 75. .242 23 , .048 1. .00 12. .55 6 1842 ND1 HIS A 232 30. .780 79. .598 26. .674 1. .00 11. .03 7 1882 CD2 PHE A 237 18. .751 74. ,740 23. .659 1. .00 11. .64 6 1843 CD2 HIS A 232 30. .803 77. ,530 27. .554 1. .00 11. .85 6 1883 CE1 PHE A 237 16. 367 74. .046 22. .358 1. .00 12. 60 6 *0 1844 CE1 HIS A 232 31. .838 79. .483 27. .513 1. 00 12. .22 6 1884 CE2 PHE A 237 18. 634 73. .533 22. .952 1. 00 11. 39 6 n 1845 NE2 HIS A 232 31. 882 78. .243 28. .049 1. 00 11. 68 7 1885 CZ PHE A 237 17. 468 73. 200 22. 301 1. 00 13. 43 6 1846 N PHE A 233 25. 342 78. ,757 25. 941 1. 00 9. 67 7 1886 N SER A 238 17. 965 75. 939 27. 658 1. 00 10. 56 7 K 1847 CA PHE A 233 24. 165 78. .957 25. 062 1. 00 10. 57 6 1887 CA SER A 238 VO 18. 119 74. 844 28. 637 1. 00 11. 43 6 VO 1848 C PHE A 233 23. 015 79. .437 25. 991 1. 00 9. 21 6 1888 C SER A 238 16. 762 74. 489 29. 289 1. 00 10. 24 6 ©o 1849 0 PHE A 233 23. .073 79. .254 27. .225 1. 00 11. 50 8 1889 O SER A 238 16. 416 73. 312 29. 442 1. 00 10. 58 8 o 00 1850 CB PHE A 233 23. .792 77. .705 24. .296 1. 00 9. .50 6 1890 CB SER A 238 19. 069 75. 303 29. 776 1. 00 OS 11. 86 6 1851 CG PHE A 233 23 a .382 76. .523 25. .145 1. 00 10. .66 6 1891 OG SER A 238 20. 432 75. 070 29. 404 1. 00 12. 16 8 1892 N LYS A 239 16.053 75.523 29.757 1.00 10..06 7 1934 CD LYS A 244 9.398 70.400 24.483 1.00 13.14 6 3= 1893 CA LYS A 239 14 .749 75 .262 30 .433 1 .00 10 .43 6 1935 CE LYS A 244 9 .129 71 .869 24 .133 1 .00 13 .82 6 O 1894 C LYS A 239 13 .712 74 .684 29 .505 1 .00 10 .95 6 1936 NZ LYS A 244 9 .582 72 V .780 25 .269 1 .00 12 .11 7 ;oO 1895 O LYS A 239 13 .006 73 .718 29 .879 1 .00 11 .91 8 1937 N LEU A 245 12 .213 67 .068 27 .593 1 .00 11 .20 7 4-- 1896 CB LYS A 239 14 .259 76 .598 31 .123 1 .00 8 .56 6 1938 CA LEU A 245 12 .730 65 .762 28 .039 1 .00 11 .98 6 i VO 1897 CG LYS A 239 12 .889 76 .329 31 .861 1 .00 12 .08 6 1939 C LEU A 245 11 .936 65 .200 29 .205 1 .00 12 .96 6 4-. 1898 CD LYS A 239 12 .577 77 .644 32 .648 1 .00 11 .14 6 1940 O LEU A 245 11 .665 63 .996 29 .219 1 .00 12 .16 8 1899 CE LYS A 239 11 .131 77 .442 33 .240 1 .00 11 .14 6 1941 CB LEU A 245 14 .221 65 .961 28 .461 1 .00 10 .88 6 1900 NZ LYS A 239 10 .797 78 .668 34 .098 1 .00 10 .40 7 1942 CG LEU A 245 15 .091 66 .282 27 .206 1 .00 15 .60 6 1901 N SER A 240 13 .600 75 .153 28 .279 1 .00 9 .61 7 1943 CD1 LEU A 245 16 .493 66 .701 27 .692 1 .00 14 .87 6 1902 CA SER A 240 12 .611 74 .583 27 .330 1 .00 9 .08 6 1944 CD2 LEU A 245 15 .227 65 .052 26 .282 1 .00 19 .24 6 1903 C SER A 240 13 .006 73 .207 26 .957 1 .00 10 .90 6 1945 N TYR A 246 11 .480 66 .037 30 .136 1 .00 11 .31 7 1904 O SER A 240 12 .160 72 .320 26 .790 1 .00 10 .77 8 1946 CA TYR A 246 10 .676 65 .529 31 .258 1 .00 11 .13 6 1905 CB SER A 240 12 .560 75 .572 26 .136 1 .00 11 .38 6 1947 C TYR A 246 9 .294 65 .090 30 .770 1 .00 11 .59 6 1906 OG SER A 240 11 .488 75 .039 25 .266 1 .00 12 .68 8 1948 O TYR A 246 8 .674 64 .306 31 .500 1 .00 13 .03 8 1907 N LEU A 241 14 .300 72 .896 26 .747 1 .00 10 .43 7 1949 CB TYR A 246 10 .582 66 .586 32 .359 1 .00 12 .53 6 1908 CA LEU A 241 14 .726 71 .560 26 .389 1 .00 10 .29 6 1950 CG TYR A 246 11 .928 66 .907 32 .995 1 .00 9 .85 6 1909 C LEU A 241 14 .420 70 .599 27 .539 1 .00 11 .73 6 1951 CD1 TYR A 246 12 .882 65 .941 33 .210 1 .00 11 .79 6 1910 0 LEU A 241 13 .924 69 .507 27 .303 1 .00 11 .15 8 1952 CD2 TYR A 246 12 .163 68 .228 33 .408 1 .00 10 .52 6 1911 CB LEU A 241 16 .255 71 .582 26 .077 1 .00 10 .07 6 1953 CE1 TYR A 246 14 .103 66 .245 33 .830 1 .00 11 .71 6 1912 CG LEU A 241 16 .816 70 .170 25 .829 1, .00 12, .71 6 1954 CE2 TYR A 246 13 .379 68 .569 34 .021 1 .00 10 .59 6 1913 CD1 LEU A 241 16 .205 69 .502 24. .577 1, .00 13, .39 6 1955 CZ TYR A 246 14 .319 67 .562 34 .208 1 .00 11 .60 6 ON. 1914 CD2 LEU A 241 18. .333 70. .350 25. .611 1. .00 12. ,90 6 1956 OH TYR A 246 15. .536 67. .856 34, .816 1. .00 11. .49 8cn 1915 N ALA A 242 14. .710 71. .055 28. .778 1. .00 11. .25 7 1957 N GLN A 247 8. .769 65. .623 29, .672 1. .00 12. .54 7 1916 CA ALA A 242 14. .427 70. .181 29. .912 1. .00 10. ,06 6 1958 CA GLN A 247 7. .501 65. .088 29, .112 1. ,00 13, .07 6 1917 C ALA A 242 12. .923 69. .852 29. .969 1. .00 10. .68 6 1959 C GLN A 247 7. .677 63. ,690 28. .587 1. .00 13, .75 6 1918 0 ALA A 242 12. .565 68. .703 30. .215 1. .00 10. .97 8 1960 O GLN A 247 6. .712 62. .875 28. .651 1. .00 16, .16 8 1919 CB ALA A 242 14. .910 70. .889 31. .196 1. .00 10. .49 6 1961 CB GLN A 247 7. .016 66. .001 27. .940 1. .00 12, .33 6 1920 N ASP A 243 12. ,062 70. .870 29. .712 1. 00 10. .40 7 1962 CG GLN A 247 6. .530 67. 357 28. .518 1. 00 13. .62 6 1921 CA ASP A 243 10. ,609 70. .595 29. .694 1. 00 11. .54 6 1963 CD GLN A 247 6. .016 68. .220 27. ,397 1. .00 16. ,89 6 1922 C ASP A 243 10. .365 69. .448 28. .700 1. .00 12. .78 6 1964 OE1 GLN A 247 5. .355 67. .699 26. .462 1. .00 18. .89 8 1923 0 ASP A 243 9. .636 68. ,474 29. .006 1. .00 12. .31 8 1965 NE2 GLN A 247 6. .372 69. .518 27. .387 1. .00 14. .76 7 1924 CB ASP A 243 9. .930 71. ,904 29. ,186 1. .00 11. .95 6 1966 N LYS A 248 8. .881 63. .349 28. .162 1. .00 14. .17 7 1925 CG ASP A 243 8. .507 71. 717 28. 674 1. 00 13 a 21 6 1967 CA LYS A 248 9. 163 61. 979 27. 702 1. 00 15. 18 6 1926 ODl ASP A 243 7. .668 71. 113 29. 422 1. 00 12. 98 8 1968 C LYS A 248 9. 328 61. 000 28. .836 1. 00 15. 52 6 O H 1927 OD2 ASP A 243 8. .223 72. 178 27. ,546 1. 00 12. 92 8 1969 O LYS A 248 8. 839 59. 868 28. 746 1. 00 16. 45 8 8 1928 N LYS A 244 10. ,825 69. .536 27. ,451 1. 00 10. .42 7 1970 CB ALYS A 248 10. 397 61. 994 26. 793 0. 50 13 a 40 6 o 1929 CA LYS A 244 10. ,523 68. .449 26. ,484 1. 00 10. .94 6 1971 CG ALYS A 248 10. 116 62. 793 25. 528 0. 50 14. 14 6 θ 1930 C LYS A 244 10. .997 67. ,097 26. ,998 1. .00 13. .31 6 1972 CD ALYS A 248 O 8. 958 62. 165 24. 749 0. 50 17. 69 6 o 1931 O LYS A 244 10. .349 66. .061 26. 763 1. 00 12. 24 8 1973 CE ALYS A 248 8. 449 63. 068 23. 657 0. 50 18. 41 6 00 00 1932 CB LYS A 244 11. .232 68. ,728 25. ,122 1. 00 11. .69 6 1974 NZ ALYS A 248 7. 682 62. 378 22. 577 0. 50 25. 68 7 1933 CG LYS A 244 10. .924 70. .142 24. .580 1. 00 14. .16 6 1970 CB BLYS A 248 10. 414 62. 030 26. 816 0. 50 17. 60 6 1971 CG BLYS A 248 10.840 60.676 26.292 0.50 22..20 6 2013 C LEU A 253 20.498 67.083 34.913 1.00 9.94 6 ^ 1972 CD BLYS A 248 11 .561 60 .755 24 .977 0 .50 29 .85 6 2014 0 LEU A 253 20 .094 67 .647 35 .914 1 .00 11 .26 8 o 1973 CE BLYS A 248 11 .495 59 .497 24 .150 0, .50 18, .09 6 2015 CB LEU A 253 18 .694 67 .378 33 .282 1 .00 8 .72 6 VO so 1974 NZ BLYS A 248 10 .779 58 .367 24 .885 0 .50 21 .86 7 2016 CG LEU A 253 17 .749 66 .766 32 .216 1 .00 10 .91 6 ≥ 1975 N LYS A 249 10 .131 61 .400 29 .830 1 .00 12 .97 7 2017 CD1 LEU A 253 16 .881 67 .891 31 .562 1 .00 10 .35 6 1976 CA LYS A 249 10 .424 60 .442 30 .917 1 .00 14 .04 6 2018 CD2 LEU A 253 18 .508 66 .051 31 .089 1 .00 12 .13 6 1977 C LYS A 249 10 .983 61 .213 32 .084 1 .00 11 .94 6 2019 N VAL A 254 21 .761 67 .179 34 .422 1 .00 11 .23 7 1978 O LYS A 249 11 .520 62 .316 31 .876 1, .00 13, .26 8 2020 CA VAL A 254 22 .750 68 .015 35 .077 1 .00 11 .09 6 1979 CB LYS A 249 11 .514 59 .423 30 .462 1 .00 15 .09 6 2021 C VAL A 254 23 .423 68 .807 33 .921 1 .00 10 .26 6 1980 CG LYS A 249 11 .674 58 .358 31 .542 1 .00 15 .17 6 2022 O VAL A 254 23 .707 68 .196 32 .892 1 .00 10 .32 8 1981 CD LYS A 249 12 .552 57 .175 31 .147 1 .00 23 .08 6 2023 CB VAL A 254 23 .722 67 .184 35 .947 1 .00 9 .61 6 1982 CE LYS A 249 12 .451 56 .111 32 .249 1 .00 27 .89 6 2024 CGI VAL A 254 24 .552 66 .161 35 .161 1 .00 10 .99 6 1983 NZ LYS A 249 13 .149 54 .836 31 .875 1 .00 36 .10 7 2025 CG2 VAL A 254 24 .688 68 .131 36 .685 1 .00 11 .22 6 1984 N ASP A 250 10 .870 60 .678 33 .288 1 .00 11 .41 7 2026 N GLY A 255 23 .762 70 .047 34 .194 1 .00 10 .96 7 1985 CA ASP A 250 11 .406 61 .336 34 .494 1 .00 12 .04 6 2027 CA GLY A 255 24 .492 70 .879 33 .243 1 .00 11 .43 6 1986 C ASP A 250 12 .918 61 .011 34 .626 1 .00 11 .51 6 2028 C GLY A 255 25 .877 71 .193 33 .731 1 .00 11 .23 6 1987 0 ASP A 250 13 .348 60 .354 35 .546 1 .00 13 .89 8 2029 O GLY A 255 26 .095 71 .404 34 .967 1 .00 10 .31 8 1988 CB ASP A 250 10 .638 60 .891 35 .728 1 .00 11 .54 6 2030 N GLU A 256 26 .828 71 .308 32 .765 1 .00 10 .72 7 1989 CG ASP A 250 10 .618 59 .405 36 .030 1 .00 15 .08 6 2031 CA GLU A 256 28 .159 71 .786 33 .187 1 .00 10 .84 6 1990 ODl ASP A 250 10 .695 58 .618 35 .085 1. .00 15 .58 8 2032 C GLU A 256 28 .236 73 .315 33 .013 1 .00 11 .33 6 1991 OD2 ASP A 250 10 .448 59. .027 37 .224 1, .00 15 .73 8 2033 O GLU A 256 28 .295 73 .820 31 .871 1 .00 10 .36 8 1992 N ILE A 251 13 .644 61 .541 33 .607 1. .00 11 .19 7 2034 CB GLU A 256 29 .172 71 .178 32 .167 1 .00 10 .52 6 σs 1993 CA ILE A 251 15. .093 61, .346 33 .593 1 .00 12 .04 6 2035 CG GLU A 256 30 .603 71 .617 32 .605 1, .00 10 .70 6 - 1994 C ILE A 251 15. .777 62 .413 34 .467 1. .00 12 .14 6 2036 CD GLU A 256 31 .442 72 .059 31 .414 1, .00 11 .32 6 1995 O ILE A 251 15. .148 63 .303 34 .990 1. .00 13 .37 8 2037 OE1 GLU A 256 30 .925 72 .467 30 .347 1, .00 10 .78 8 1996 CB ILE A 251 15. .610 61. .331 32, .164 1. .00 15, .29 6 2038 OE2 GLU A 256 32 .696 71. .998 31 .517 1. .00 11. .88 8 1997 CGI ILE A 251 14. .988 62. .477 31, .361 1. .00 23, .77 6 2039 N TRP A 257 28 .173 74. .038 34 .120 1. .00 9. .79 7 1998 CG2 ILE A 251 15. .204 60. .064 31. .402 1. .00 16, .73 6 2040 CA TRP A 257 28 .409 75, .480 34 .158 1. .00 9. .57 6 1999 CD1 ILE A 251 15. .645 63. .784 31. .503 1. .00 25, .03 6 2041 C TRP A 257 29 .798 75, .608 34 .799 1. .00 10. .84 6 2000 N PHE A 252 17. ,122 62. .248 34. .639 1. .00 9. .99 7 2042 O TRP A 257 29. .908 75. .560 36. .037 1. .00 10. .82 8 2001 CA PHE A 252 17. ,885 63. .182 35. .420 1. .00 9. .59 6 2043 CB TRP A 257 27. .301 76. .175 34, .997 1. .00 9. .83 6 2002 C PHE A 252 18. ,690 64. .105 34. ,501 1. .00 11. .26 6 2044 CG TRP A 257 27. .449 77. .700 34. .854 1. 00 8. .59 6 2003 O PHE A 252 19. ,347 63. .587 33. .596 1. .00 12. .38 8 2045 CD1 TRP A 257 28. .566 78. .442 35. ,196 1. 00 12. .90 6 2004 CB PHE A 252 18. ,916 62. .372 36. .275 1. .00 13. .00 6 2046 CD2 TRP A 257 26. .431 78. 592 34. ,412 1. 00 10. 35 6 > fl 2005 CG PHE A 252 19. 748 63. 290 37. 145 1. 00 11. 27 6 2047 NE1 TRP A 257 28. 295 79. 753 34. 937 1. 00 12. 55 7 2006 CD1 PHE A 252 19. 182 63. 951 38. 241 1. 00 12. 24 6 2048 CE2 TRP A 257 27. 020 79. 891 34. 459 1. 00 12. 29 6 2007 CD2 PHE A 252 21. ,094 63. 494 36. 838 1. 00 12. .52 6 2049 CE3 TRP A 257 25. 124 78. 425 33. 946 1. 00 13. 94 6 g W 2008 CE1 PHE A 252 19. ,907 64. 802 39. 029 1. 00 11. .05 6 2050 CZ2 TRP A 257 VO 26. 317 81. 041 34. 055 1. 00 10. 73 6 VO 2009 CE2 PHE A 252 21. 843 64. 327 37. 664 1. 00 11. 26 6 2051 CZ3 TRP A 257 24. 385 79. 544 33. 527 1. 00 13. 32 6 © © 2010 CZ PHE A 252 21. 263 65. .031 38. .750 1. 00 10. 84 6 2052 CH2 TRP A 257 25. 026 80. 793 33. 599 1. 00 11. 64 6 © 00 2011 N LEU A 253 18. .740 65. ,389 34. .772 1. 00 12. .09 7 2053 N TYR A 258 30. 831 75. 725 33. 986 1. 00 11. 79 7 oo 2012 CA LEU A 253 19. .592 66. ,278 33. ,936 1. .00 9. .30 6 2054 CA TYR A 258 32. 211 75. 619 34. 524 1. 00 11. 80 6 2055 C TYR A 258 32.527 76.859 35.355 1..00 12,.06 6 2097 CA THR A 264 32.579 85.990 41.270 1.00 15.29 6 2056 0 TYR A 258 32 .370 77 .988 34 .869 1 .00 13 .57 8 2098 C THR A 264 31 .378 86 .647 40 .599 1 .00 14 .14 6 2057 CB TYR A 258 33 .189 75 .508 33 .335 1 .00 11 .31 6 2099 O THR A 264 30 .225 86 .490 41 .019 1 .00 15 .14 8 o O VO 2058 CG TYR A 258 34 .562 74 .978 33 .723 1 .00 11 .97 6 2100 CB THR A 264 33 .154 84 .890 40 .377 1 .00 17 .00 6 2059 CD1 TYR A 258 35 .452 75 .687 34 .524 1 .00 13 .71 6 2101 OG1 THR A 264 32 .185 83 .864 40 .214 1 .00 17 .20 8 Ul si 2060 CD2 TYR A 258 34 .932 73 .734 33 .234 1 .00 11 .78 6 2102 CG2 THR A 264 34 .455 84 .302 40 .998 1 .00 18 .53 6 VO 4-- 2061 CE1 TYR A 258 36 .707 75 .160 34 .859 1 .00 15 .77 6 2103 N ALA A 265 31 .684 87 .407 39 .536 1 .00 14 .47 7 2062 CE2 TYR A 258 36 .179 73 .226 33 .564 1 .00 13 .38 6 2104 CA ALA A 265 30 .579 88 .206 38 .957 1 .00 16 .68 6 2063 CZ TYR A 258 37 .037 73 .908 34 .376 1 .00 16 .44 6 2105 C ALA A 265 29 .455 87 .387 38 .348 1 .00 14 .50 6 2064 OH TYR A 258 38 .277 73 .304 34 .631 1 .00 20 .59 8 2106 O ALA A 265 28 .315 87 .921 38 .316 1 .00 15 .71 8 2065 N GLY A 259 33. .030 76 .605 36 .550 1, .00 9 .86 7 2107 CB ALA A 265 31 .153 89 .034 37 .793 1 .00 18 .93 6 2066 CA GLY A 259 33 .584 77 .705 37 .361 1 .00 12 .24 6 2108 N ASN A 266 29 .808 86 .186 37 .837 1 .00 11 .26 7 2067 C GLY A 259 32 .510 78 .690 37 .891 1 .00 11 .55 6 2109 CA ASN A 266 28 .739 85 .402 37 .199 1 .00 12 .93 6 2068 0 GLY A 259 31 .417 78 .276 38 .227 1 .00 12 .61 8 2110 C ASN A 266 28 .140 84 .338 38 .110 1 .00 13 .52 6 2069 N ASP A 260 32 .921 79 .963 37 .891 1 .00 11 .45 7 2111 O ASN A 266 27 .364 83 .484 37 .632 1 .00 11 .82 8 2070 CA ASP A 260 32 .064 81 .004 38 .486 1 .00 10 .59 6 2112 CB ASN A 266 29 .289 84 .792 35 .855 1 .00 15 .03 6 2071 C ASP A 260 31 .718 80 .614 39 .947 1 .00 12 .08 6 2113 CG ASN A 266 29 .632 85 .944 34 .889 1 .00 15 .26 6 2072 O ASP A 260 30 .554 80 .528 40 .317 1 .00 11 .34 8 2114 ODl ASN A 266 28 .938 86 .955 34 .822 1 .00 13 .24 8 2073 CB ASP A 260 30. .792 81 .286 37 .665 1, .00 13 .01 6 2115 ND2 ASN A 266 30 .698 85 .797 34 .146 1 .00 14 .64 7 2074 CG ASP A 260 31, .160 81 .807 36. .269 1, .00 16, .43 6 2116 N HIS A 267 28 .621 84 .306 39 .353 1 .00 12 .23 7 2075 ODl ASP A 260 32. .136 82 .593 36 .148 1. .00 13, .58 8 2117 CA HIS A 267 28 .106 83 .276 40 .271 1 .00 13 .10 6 2076 OD2 ASP A 260 30. .486 81 .502 35, .274 1. .00 14 .47 8 2118 C HIS A 267 26 .596 83 .276 40 .469 1 .00 13 .44 6 C- 2077 N ASP A 261 32, .812 80 .528 40, .708 1. .00 10 .89 7 2119 O HIS A 267 25 .999 82 .182 40 .399 1 .00 12 .11 8 co 2078 CA ASP A 261 32, .709 80 .239 42, .158 1. .00 13 .96 6 2120 CB HIS A 267 28 .852 83 .439 41 .616 1 .00 10 .82 6 2079 C ASP A 261 32. .059 81 .369 42, .936 1 .00 12 .00 6 2121 CG HIS A 267 28 .469 82 .306 42 .563 1 .00 12 .37 6 2080 0 ASP A 261 31. .920 82, .528 42. .502 1. .00 13, .08 8 2122 ND1 HIS A 267 28. .877 81, .020 42. .410 1. .00 11. .65 7 2081 CB ASP A 261 34. .125 79, .875 42. .610 1. .00 17. .34 6 2123 CD2 HIS A 267 27. .637 82, .360 43. .640 1. .00 15. .29 6 2082 CG ASP A 261 34. .615 78. .518 42. .074 1. .00 18. .47 6 2124 CE1 HIS A 267 28. .355 80 .278 43. .375 1. .00 12. .97 6 2083 ODl ASP A 261 33. .990 77. .881 41. .181 1. .00 22. .23 8 2125 NE2 HIS A 267 27. .608 81 .080 44. .153 1. .00 11. .63 7 2084 OD2 ASP A 261 35. .642 78, .035 42. .569 1. .00 20. .46 8 2126 N LEU A 268 26. .001 84 .430 40. .726 1. .00 10. .81 7 2085 N PRO A 262 31. .751 81, .124 44. .230 1. .00 11. .36 7 2127 CA LEU A 268 24. .548 84 .455 40. .988 1. .00 13. .40 6 2086 CA PRO A 262 31, .155 82. .197 45. .033 1. .00 13. .50 6 2128 C LEU A 268 23. .766 83 .997 39, .768 1. .00 11. .02 6 2087 C PRO A 262 32, .085 83. .428 45. .042 1. .00 15. .27 6 2129 O LEU A 268 22. .745 83 .268 39, .957 1. .00 12. .74 8 2088 O PRO A 262 33. .325 83. .254 45. .078 1. .00 17. .80 8 2130 CB LEU A 268 24. .169 85. ,889 41. .374 1. .00 14. .95 6 •0 2089 CB PRO A 262 30. .973 81. .583 46. .445 1. .00 14. .74 6 2131 CG LEU A 268 22. .599 86. .052 41. .471 1. .00 19. .99 6 n 2090 CG PRO A 262 30. .818 80. .086 46. .071 1. .00 13. .76 6 2132 CD1 LEU A 268 22. .040 85. .151 42. 563 1. .00 24. 25 6 2091 CD PRO A 262 31. .873 79. .856 44. .938 1. .00 11. .66 6 2133 CD2 LEU A 268 22. .298 87. .536 41. .677 1. .00 25. 18 6 δ 2092 N GLY A 263 31. .385 84. .560 45. .069 1. .00 20. .11 7 2134 N GLU A 269 24. 210 84. .274 38. 549 1. 00 11. 51 7 VO VO 2093 CA GLY A 263 32. .178 85, .810 45. .091 1. .00 20. .82 6 2135 CA GLU A 269 23. 495 83. .760 37. 381 1. 00 11. 81 6 © © 2094 C GLY A 263 32. .444 86, .343 43. .693 1. .00 22. .93 6 2136 C GLU A 269 23. 525 82. .221 37. 386 1. 00 10. 11 6 o 00 2095 O GLY A 263 33. .030 87. .433 43. .565 1. .00 26. ,12 8 2137 O GLU A 269 22. 512 81. 596 37. 067 1. 00 11. 07 8 00 2096 N THR A 264 32. .204 85. .581 42. .640 1. .00 16. .30 7 2138 CB GLU A 269 24. 190 84. 360 36. 122 1. 00 13. 26 6 2139 CG GLU A 269 23.490 83.803 34.867 1.00 11.45 6 2181 OH TYR A 273 21.365 74.258 31.956 1.00 11.35 8 2140 CD GLU A 269 24 .122 84 .417 33 .582 1 .00 13 .11 6 2182 N ALA A 274 20 .678 77 .001 38 .308 1 .00 10 .68 7 2141 OE1 GLU A 269 24 .906 85 .369 33 .643 1 .00 12 .92 8 2183 CA ALA A 274 20 .449 75 .697 39 .008 1 .00 10 .66 6 s? 2142 OE2 GLU A 269 23 .720 83 .906 32 .525 1 .00 12 .17 8 2184 C ALA A 274 19 .062 75 .725 39 .677 1 .00 10 .79 6 2143 N LYS A 270 24 .678 81 .608 37 .720 1 .00 9 .00 7 2185 0 ALA A 274 18 .478 74 .649 39 .796 1 .00 11 .53 8 2144 CA LYS A 270 24 .754 80 .156 37 .787 1 .00 9 .72 6 2186 CB ALA A 274 21 .539 75 .560 40 .092 1 .00 12 .82 6 2145 C LYS A 270 23 .806 79 .578 38 .862 1 .00 10 .98 6 2187 N ASN A 275 18 .692 76 .887 40 .217 1 .00 11 .15 7 2146 0 LYS A 270 23 .079 78 .613 38 .609 1 .00 10 .64 8 2188 CA ASN A 275 17 .443 76 .882 40 .998 1 .00 11 .26 6 2147 CB LYS A 270 26 .221 79 .709 38 .063 1 .00 10 .49 6 2189 C ASN A 275 16 .199 77 .051 40 .131 1 .00 10 .88 6 2148 CG LYS A 270 26 .259 78 .174 38 .299 1 .00 10 .05 6 2190 0 ASN A 275 15 .082 76 .705 40 .606 1 .00 11 .83 8 2149 CD LYS A 270 27 .725 77 .682 38 .502 1 .00 8 .77 6 2191 CB ASN A 275 17 .490 78 .056 42 .004 1 .00 11 .31 6 2150 CE LYS A 270 28 .236 78 .181 39 .869 1 .00 9 .57 6 2192 CG ASN A 275 18 .495 77 .768 43 .107 1 .00 11 .97 6 2151 NZ LYS A 270 29 .600 77 .515 40 .161 1 .00 11 .56 7 2193 ODl ASN A 275 18 .987 76 .661 43 .214 1 .00 12 .55 8 2152 N VAL A 271 23 .765 80 .218 40 .038 1 .00 11 .90 7 2194 ND2 ASN A 275 18 .759 78 .816 43 .934 1 .00 12 .55 7 2153 CA VAL A 271 22 .847 79 .712 41 .105 1 .00 10 .97 6 2195 N ASN A 276 16 .322 77 .453 38 .842 1 .00 11 .20 7 2154 C VAL A 271 21 .392 79 .835 40 .608 1 .00 10 .81 6 2196 CA ASN A 276 15 .129 77 .705 38 .045 1 .00 12 .25 6 2155 0 VAL A 271 20 .583 78 .951 40 .827 1 .00 11 .67 8 2197 C ASN A 276 15 .023 76 .992 36 .720 1 .00 14 .18 6 2156 CB VAL A 271 23 .044 80 .608 42 .346 1. .00 13 .53 6 2198 0 ASN A 276 13 .932 76 .820 36 .165 1 .00 11 .89 8 2157 CGI VAL A 271 22 .016 80 .248 43 .435 1. .00 12 .11 6 2199 CB ASN A 276 15 .134 79 .197 37 .632 1 .00 9 .94 6 2158 CG2 VAL A 271 24 .455 80 .307 42 .888 1 .00 12 .46 6 2200 CG ASN A 276 14 .629 80 .023 38 .806 1 .00 14 .75 6 2159 N ARG A 272 21 .064 80 .978 39 .983 1 .00 11 .20 7 2201 ODl ASN A 276 13 .365 80 .089 38 .826 1 .00 16 .83 8 2160 CA ARG A 272 19 .668 81 .127 39 .458 1 .00 11, .53 6 2202 ND2 ASN A 276 15 .551 80 .529 39 .612 1 .00 16 .12 7 σ. 2161 C ARG A 272 19 .328 80 .041 38 .439 1 .00 10 .29 6 2203 N SER A 277 16 .151 76 .504 36 .173 1 .00 10 .52 7 VD 2162 0 ARG A 272 18. .208 79, .506 38. .389 1.a 00 11, .34 8 2204 CA SER A 277 16 .064 75. .974 34. .811 1, .00 11, .82 6 2163 CB ARG A 272 19. .462 82, .540 38. .859 1,a 00 9. .74 6 2205 C SER A 277 15 .497 74. .585 34. .678 1, .00 11, .16 6 2164 CG ARG A 272 19. .220 83. .552 40, .027 1. .00 11, .97 6 2206 0 SER A 277 15. .204 74. .178 33. .545 1. .00 12, .16 8 2165 CD ARG A 272 19. .405 85. .000 39, .483 1. .00 10. .96 6 2207 CB SER A 277 17. .502 75. .911 34. .204 1, .00 11, .66 6 2166 NE ARG A 272 18. .600 85. .394 38, .306 1. .00 12. .10 7 2208 OG SER A 277 18. .257 74. .877 34. .872 1, .00 12. .14 8 2167 CZ ARG A 272 17. .297 85. .759 38, .377 1. .00 14. .61 6 2209 N GLY A 278 15. .371 73. .851 35. ,795 1, .00 11, .36 7 2168 NH1 ARG A 272 16. .541 85. ,765 39. .493 1. .00 12. .14 7 2210 CA GLY A 278 15. .051 72. .411 35. ,697 1. .00 11, .40 6 2169 NH2 ARG A 272 16. .734 86. .132 37. .232 1. .00 12. .07 7 2211 C GLY A 278 16. .263 71. .565 35. ,375 1. .00 11. .97 6 2170 N TYR A 273 20. .329 79. .790 37. .553 1. .00 10. .33 7 2212 O GLY A 278 16. .115 70. .348 35. ,279 1. .00 13. ,61 8 2171 CA TYR A 273 20. 116 78. .669 36. .589 1. 00 11. .57 6 2213 N VAL A 279 17. .442 72. 180 35. 342 1. 00 12. 14 7 2172 C TYR A 273 19. 882 77. 355 37. 328 1. 00 9. .14 6 2214 CA VAL A 279 18. 673 71. 427 35. 090 1. 00 10. 48 6 -a 2173 0 TYR A 273 18. 931 76. 590 36. 993 1. 00 12. 29 8 2215 C VAL A 279 19. 552 71. 645 36. 348 1. 00 11. 31 6 n H 2174 CB TYR A 273 21. 415 78. 569 35. 742 1. 00 9. 07 6 2216 O VAL A 279 19. 814 72. 782 36. 732 1. 00 12. 60 8 2175 CG TYR A 273 21. 388 77. 445 34. 693 1. 00 8. 78 6 2217 CB VAL A 279 19. 362 71. 989 33. 830 1. 00 11. 56 6 2176 CD1 TYR A 273 21. 708 76. 144 35. .110 1. 00 11. 52 6 2218 CGI VAL A 279 20. 628 71. 191 33. 543 1. 00 10. 87 6 s? 2177 CD 2 TYR A 273 21. .054 77. .630 33. .363 1. 00 9. 55 6 2219 CG2 VAL A 279 18. 429 71. 824 32. 592 1. 00 13. 38 6 © © 2178 CE1 TYR A 273 21. .663 75. .071 34. .218 1. .00 9. .62 6 2220 N ASN A 280 20. 053 70. 556 36. 919 1. 00 10. 03 7 © 00 0 8. .45 6 2221 CA ASN A 280 20. 918 70. 00 2179 CE2 TYR A 273 21. ,087 76. .577 32. .482 1. .0 714 38. 122 1. 00 10. 49 6 2180 CZ TYR A 273 21. 366 75. .301 32. .885 1. 00 10. 47 6 2222 C ASN A 280 22. 294 71. 095 37. 572 1. 00 13. 05 6 2223 0 ASN A 280 22.506 71,.116 36.365 1.00 12.57 8 2265 0 ASP A 285 33.806 75.092 45.468 1.00 11.00 8 2224 CB ASN A 280 20. .968 69, .368 38. .864 1. .00 11. .26 6 2266 CB ASP A 285 30 .773 76. .068 44, .545 1. .00 9 .55 6 2225 CG ASN A 280 19. .492 69, .056 39. .263 1, .00 9. .85 6 2267 CG ASP A 285 29 .979 77 .042 43 .692 1 .00 10 .92 6 o 2226 ODl ASN A 280 18 .839 69 .805 39. .990 1. .00 10. .91 8 2268 ODl ASP A 285 30 .499 77 .631 42 .710 1 .00 12 .04 8 2227 ND2 ASN A 280 18 .974 67 .913 38 .787 1 .00 10 .65 7 2269 OD2 ASP A 285 28 .773 77 .214 44 .043 1 .00 12 .59 8 2228 N VAL A 281 23 .262 71 .312 38 .492 1 .00 11 .45 7 2270 N LEU A 286 32 .248 73 .464 45 .128 1 .00 10 .30 7 2229 CA VAL A 281 24 .622 71 .621 37 .977 1 .00 9 .71 6 2271 CA LEU A 286 32 .959 72 .569 46 .061 1 .00 9 .08 6 2230 C VAL A 281 25 .671 70. .782 38 .660 1. .00 11, .24 6 2272 C LEU A 286 34 .219 71 .940 45 .505 1 .00 9 .26 6 2231 0 VAL A 281 25 .581 70 .318 39 .799 1 .00 11 .15 8 2273 0 LEU A 286 35 .179 71 .757 46 .238 1 .00 11 .04 8 2232 CB VAL A 281 25 .013 73 .104 38 .187 1. .00 9 .82 6 2274 CB LEU A 286 31 .968 71 .419 46 .481 1 .00 9 .12 6 2233 CGI VAL A 281 24 .019 74 .024 37 .397 1 .00 10 .47 6 2275 CG LEU A 286 32 .367 70 .697 47 .790 1 .00 10 .68 6 2234 CG2 VAL A 281 25 .038 73 .569 39 .638 1 .00 11 .52 6 2276 CD1 LEU A 286 32 .357 71 .580 49 .023 1 .00 15 .93 6 2235 N LEU A 282 26 .786 70 .675 37 .904 1 .00 9 .31 7 2277 CD2 LEU A 286 31 .384 69 .510 47 .999 1 .00 13 .68 6 2236 CA LEU A 282 28 .031 70 .087 38 .460 1 .00 10 .27 6 2278 N ASN A 287 34 .226 71 .683 44 .168 1 .00 9 .32 7 2237 C LEU A 282 28 .631 71 .063 39 .476 1 .00 11 .17 6 2279 CA ASN A 287 35 .441 71 .091 43 .586 1 .00 10 .65 6 2238 0 LEU A 282 28 .577 72 .295 39 .298 1 .00 12 .65 8 2280 C ASN A 287 36 .687 71 .937 43 .872 1 .00 9 .75 6 2239 CB LEU A 282 29 .022 69 .883 37 .283 1 .00 10 .13 6 2281 0 ASN A 287 37 .751 71 .401 44 .184 1 .00 10 .35 8 2240 CG LEU A 282 28 .650 68 .558 36 .538 1 .00 11 .97 6 2282 CB ASN A 287 35 .269 71 .000 42 .039 1 .00 8 .74 6 2241 CD1 LEU A 282 29 .159 68 .726 35 .102 1 .00 16 .51 6 2283 CG ASN A 287 36 .571 70 .507 41 .392 1 .00 11 .79 6 2242 CD2 LEU A 282 29 .314 67 .351 37 .196 1 .00 12 .93 6 2284 ODl ASN A 287 37 .171 71 .318 40 .654 1 .00 11 .65 8 2243 N ASP A 283 29 .128 70. .458 40 .581 1 .00 9 .33 7 2285 ND2 ASN A 287 36 .866 69 .245 41. .597 1. .00 9 .92 7 2244 CA ASP A 283 29 .503 71. .304 41 .764 1 .00 11 .76 6 2286 N THR A 288 36 .588 73, .275 43 .719 1. .00 9 .52 7-j 2245 C ASP A 283 30 .935 71. .778 41 .696 1. .00 11, .31 6 2287 CA THR A 288 37 .769 74 .106 43 .907 1. .00 11 .58 6 O 2246 0 ASP A 283 31 .877 71. .275 42 .316 1, .00 11. .22 8 2288 C THR A 288 38 .367 73 .906 45. .292 1. .00 10 .74 6 2247 CB ASP A 283 29, .212 70. .451 43 .014 1. .00 8. .73 6 2289 0 THR A 288 39 .593 73, .741 45. .486 1. .00 13. .25 8 2248 CG ASP A 283 29 .282 71. .343 44 .271 1 .00 11. .60 6 2290 CB THR A 288 37 .365 75 .596 43 .745 1. .00 15 .82 6 2249 ODl ASP A 283 29 .655 72. .526 44, .259 1 .00 10 .06 8 2291 OG1 THR A 288 36 .906 75, .753 42, .397 1. .00 16 .55 8 2250 OD2 ASP A 283 28, .866 70. ,758 45. .290 1. .00 11. .95 8 2292 CG2 THR A 288 38. .641 76. .459 43. .984 1. ,00 14, .43 6 2251 N PHE A 284 31. .108 72. .815 40. .834 1. .00 10. .41 7 2293 N VAL A 289 37. .440 73. .847 46. .268 1. .00 8, .64 7 2252 CA PHE A 284 32. .439 73. .424 40. .731 1. .00 10, .33 6 2294 CA VAL A 289 37, .915 73. .732 47. .655 1. .00 8, .82 6 2253 C PHE A 284 32. .746 74. .271 41. .966 1. .00 11, .21 6 2295 C VAL A 289 38, .401 72. .341 47. .985 1. .00 11. .04 6 2254 0 PHE A 284 33. .941 74. .331 42. .313 1. .00 12, .52 8 2296 O VAL A 289 39. .438 72. .184 48. .642 1. .00 11. .67 8 2255 CB PHE A 284 32. .509 74. .409 39. ,517 1. .00 10, .51 6 2297 CB VAL A 289 36. .780 74. .237 48. .605 1. .00 11. .02 6 2256 CG PHE A 284 32. .750 73. 575 38. 227 1. .00 10. .01 6 2298 CGI VAL A 289 37. 297 74. 258 50. 051 1. 00 10. 38 6 "0 2257 CD1 PHE A 284 31. .725 72. 991 37. .520 1. .00 11. .07 6 2299 CG2 VAL A 289 36. 323 75. 632 48. 191 1. 00 11. 61 6 o H 2258 CD2 PHE A 284 34. .073 73. 416 37. 765 1. 00 11. .57 6 2300 N ILE A 290 37. 764 71. 287 47. 430 1. 00 9. 86 7 2259 CE1 PHE A 284 31. .925 72. .232 36. ,386 1. .00 12. .29 6 2301 CA ILE A 290 38. 262 69. 911 47. 642 1. 00 8. 30 6 2260 CE2 PHE A 284 34. .292 72. .665 36. .596 1. .00 11. .45 6 2302 C ILE A 290 39. 715 69. 830 47. 144 1. 00 12. 22 6 o 2261 CZ PHE A 284 33. .234 72. ,085 35. .903 1. .00 9. .72 6 2303 O ILE A 290 40. 554 69. 251 47. 806 1. 00 10. 89 8 © © 2262 N ASP A 285 31. .729 74. .753 42. .687 1. .00 9. ,13 7 2304 CB ILE A 290 37. 342 68. 979 46. 851 1. 00 9. 93 6 © 00 2263 CA ASP A 285 32. .061 75. .575 43. .882 1. .00 10. .61 6 2305 CGI ILE A 290 36. 004 68. 833 47. 591 1. 00 11. 46 6 00 2264 C ASP A 285 32. .799 74. .670 44. .885 1. .00 10. .95 6 2306 CG2 ILE A 290 38. 025 67. 579 46. 690 1. 00 11. 35 6 2307 CD1 ILE A 290 34..964 68..108 46..700 1.00 11,.71 6 2349 N THR A 296 46,.271 70.499 46.990 1.00 10.00 7 ti 2308 N ARG A 291 39 .969 70, .386 45, .940 1 .00 11 .21 7 2350 CA THR A 296 47, .441 71 .394 47 .123 1 .00 11 .19 6 o 2309 CA ARG A 291 41 .352 70 .246 45 .455 1 .00 10 .67 6 2351 C THR A 296 47 .675 71 .894 48 .549 1 .00 13 .50 6 o VO 2310 C ARG A 291 42 .343 71 .071 46 .293 1 .00 9 .59 6 2352 0 THR A 296 48 .755 72 .436 48 .874 1 .00 12 .22 8 i UiJ 2311 0 ARG A 291 43 .481 70, .627 46 .380 1 .00 12 .39 8 2353 CB THR A 296 47 .162 72 .647 46 .253 1 .00 11 .65 6 si VO 2312 CB ARG A 291 41 .308 70 .770 43 .991 1 .00 10 .96 6 2354 OG1 THR A 296 46 .005 73 .276 46 .812 1 .00 15 .42 8 4-- 2313 CG ARG A 291 40 .602 69 .717 43 .110 1 .00 11 .39 6 2355 CG2 THR A 296 46 .976 72 .308 44 .770 1 .00 13 .16 6 2314 CD ARG A 291 40 .480 70 .173 41 .647 1 .00 11 .11 6 2356 N PHE A 297 46 .760 71 .647 49 .472 1 .00 11 .24 7 2315 NE ARG A 291 41 .729 70 .343 40 .907 1 .00 11 .15 7 2357 CA PHE A 297 46 .917 72 .026 50 .881 1 .00 12 .10 6 2316 CZ ARG A 291 42 .225 69 .361 40 .109 1 .00 12 .12 6 2358 C PHE A 297 47 .104 73 .543 50 .984 1 .00 17 .18 6 2317 NH1 ARG A 291 41 .706 68 .126 40 .068 1 .00 11 .32 7 2359 0 PHE A 297 47 .719 74 .035 51 .952 1 .00 17 .61 8 2318 NH2 ARG A 291 43 .322 69 .593 39 .363 1 .00 12 .38 7 2360 CB PHE A 297 48 .052 71 .271 51 .610 1 .00 11 .80 6 2319 N ASN A 292 41 .972 72 .204 46 .801 1 .00 12 .65 7 2361 CG PHE A 297 47 .630 69 .924 52 .199 1 .00 14 .38 6 2320 CA ASN A 292 42 .894 73 .001 47 .653 1 .00 11 .32 6 2362 CD1 PHE A 297 47 .153 68 .917 51 .385 1 .00 13 .09 6 2321 C ASN A 292 42 .983 72 .376 49 .051 1 .00 11 .68 6 2363 CD2 PHE A 297 47 .760 69 .711 53 .565 1 .00 11 .70 6 2322 0 ASN A 292 44 .074 72 .565 49 .634 1 .00 11 .50 8 2364 CE1 PHE A 297 46 .821 67 .656 51 .854 1 .00 12 .95 6 2323 CB ASN A 292 42 .408 74 .471 47 .750 1 .00 11 .01 6 2365 CE2 PHE A 297 47 .438 68 .444 54 .064 1 .00 12 .92 6 2324 CG ASN A 292 42 .593 75 .238 46 .379 1 .00 14 .57 6 2366 CZ PHE A 297 46 .948 67 .450 53 .231 1 .00 11 .87 6 2325 ODl ASN A 292 43 .466 74 .831 45 .665 1 .00 19 .84 8 2367 N THR A 298 46 .411 74 .322 50 .183 1 .00 13 .51 7 2326 ND2 ASN A 292 41 .735 76, .242 46 .267 1 .00 18 .55 7 2368 CA THR A 298 46, .398 75 .773 50 .270 1 .00 13 .52 6 2327 N VAL A 293 42 .009 71. .574 49, .542 1 .00 10 .40 7 2369 C THR A 298 45 .131 76 .303 50 .925 1 .00 13 .29 6 2328 CA VAL A 293 42 .157 71. .075 50, .940 1. .00 10 .24 6 2370 0 THR A 298 45, .018 77 .505 51 .220 1. .00 15 .14 8 s 2329 C VAL A 293 42 .861 69. .743 50 .969 1. .00 11 .21 6 2371 CB THR A 298 46 .488 76 .437 48 .870 1 .00 13 .68 6M 2330 0 VAL A 293 43, .748 69. .520 51. .783 1. .00 11. .98 8 2372 OG1 THR A 298 45, .446 75, .982 48. .035 1, .00 12. .95 8 2331 CB VAL A 293 40, .703 70. .961 51. .499 1. .00 10. .95 6 2373 CG2 THR A 298 47, .869 76, .059 48 .250 1. .00 15, .45 6 2332 CGI VAL A 293 40, .707 70. .175 52, .820 1. .00 12. .97 6 2374 N GLN A 299 44, .162 75 .400 51 .194 1. .00 10. .17 7 2333 CG2 VAL A 293 40, .153 72. .364 51. .736 1. .00 13. .88 6 2375 CA GLN A 299 43. .009 75 .785 51 .975 1. .00 13. .00 6 2334 N PHE A 294 42. .479 68. .858 50. .033 1. .00 11. .12 7 2376 C GLN A 299 42. .852 74, .738 53 , .114 1. .00 14. .72 6 2335 CA PHE A 294 43. .106 67. .537 49. .960 1. .00 11. .38 6 2377 0 GLN A 299 43. .624 73, .753 53. .094 1, .00 14. .92 8 2336 C PHE A 294 44. .255 67. .464 48. .964 1. .00 11. .51 6 2378 CB GLN A 299 41. .654 75, .808 51. .214 1. .00 11. .79 6 2337 0 PHE A 294 45. .095 66. .540 49. .093 1. .00 11 .86 8 2379 CG GLN A 299 41. .692 77 .072 50 .299 1. .00 14. .80 6 2338 CB PHE A 294 42. .063 66. .455 49. .553 1. .00 11. .70 6 2380 CD GLN A 299 40. .301 77, .320 49. .668 1. .00 16. .23 6 2339 CG PHE A 294 40. .936 66. .334 50. .584 1. .00 11. .57 6 2381 OE1 GLN A 299 39. .959 76. .525 48. .827 1. .00 15. ,11 8 2340 CD1 PHE A 294 41. .178 65. .683 51. .808 1. .00 11. .48 6 2382 NE2 GLN A 299 39. .635 78. .376 50. .107 1. .00 17. ,75 7 *e 2341 CD2 PHE A 294 39. .707 66. .865 50. .295 1. .00 13. .60 6 2383 N THR A 300 42. 031 75. .020 54. .106 1. 00 13. 71 7 o 2342 CE1 PHE A 294 40. .133 65. .579 52. .724 1. .00 12. .41 6 2384 CA THR A 300 41. 924 74. .106 55. .252 1. 00 11. 61 6 2343 CE2 PHE A 294 38. .662 66. .762 51. .232 1. .00 13. .36 6 2385 C THR A 300 40. 518 73. .485 55. .355 1. 00 14. 08 6 δ * N 2344 CZ PHE A 294 38, .880 66. .104 52. .463 1. .00 13. .22 6 2386 0 THR A 300 39. 580 73. .874 54. .644 1. 00 11. 91 8 VO 2345 N GLY A 295 44. .295 68. .355 47. ,976 1. .00 11. .76 7 2387 CB THR A 300 42. 152 74. 850 56. 601 1. 00 15. 34 6 © © 2346 CA GLY A 295 45. .328 68. .234 46. .907 1. .00 12. .36 6 2388 OG1 THR A 300 41. 116 75. 771 56. 804 1. 00 15. 70 8 © 00 2347 C GLY A 295 46. .504 69. .187 47. .187 1. .00 10, .85 6 2389 CG2 THR A 300 43. 511 75. 587 56. 464 1. 00 16. 98 00 6 2348 0 GLY A 295 47 .547 68. .676 47. .612 1. .00 13, .29 8 2390 N MET A 301 40. 337 72. .672 56. 443 1. 00 11. 88 7 2391 CA MET A 301 38.977 72.123 56.650 1.00 12.22 6 2433 ND2 ASN A 305 31.910 74.651 58.967 1.00 17.24 7 2392 C MET A 301 37 .972 73 .216 56 .994 1 .00 12 .44 6 2434 N ASN A 306 33 .061 75 .772 55 .272 1 .00 11 .86 7 2393 O MET A 301 36 .791 73 .075 56 .691 1 .00 11 .03 8 2435 CA ASN A 306 32 .418 77 .036 54 .848 1 .00 12 o .68 6 O VO 2394 CB MET A 301 38 .935 71 .065 57 .800 1 .00 12 .80 6 2436 C ASN A 306 31 .740 76 .830 53 .499 1 .00 13 .44 6 4-- 2395 CG MET A 301 39 .707 69 .787 57 .393 1 .00 11 .05 6 2437 O ASN A 306 30 .672 77 .409 53 .225 1 .00 13 .40 8 U> sj 2396 SD MET A 301 39 .027 69 .014 55 .895 1 .00 12 .28 16 2438 CB ASN A 306 VO 33 .438 78 .176 54 .774 1 .00 12 .13 6 ■fe. 2397 CE MET A 301 39 .724 67 .366 56 .047 1 .00 14 .34 6 2439 CG ASN A 306 33 .863 78 .686 56 .143 1 .00 20 .79 6 2398 N TYR A 302 38 .408 74 .374 57 .555 1 .00 12 .00 7 2440 ODl ASN A 306 33 .275 78 .499 57 .233 1 .00 23 .19 8 2399 CA TYR A 302 37 .462 75 .453 57 .759 1 .00 10 .79 6 2441 ND2 ASN A 306 34 .959 79 .477 56 .155 1 .00 24 .17 7 2400 C TYR A 302 36 .898 75 .974 56 .430 1 .00 11 .89 6 2442 N MET A 307 32 .405 76 .105 52 .589 1 .00 11 .55 7 2401 0 TYR A 302 35 .694 76 .181 56 .325 1 .00 12 .65 8 2443 CA MET A 307 31 .750 75 .915 51 .254 1 .00 11 .38 6 2402 CB TYR A 302 38 .131 76 .626 58 .505 1 .00 10 .20 6 2444 C MET A 307 30 .590 74 .957 51 .272 1 .00 12 .48 6 2403 CG TYR A 302 38 .409 76 .271 59 .983 1 .00 11 .51 6 2445 O MET A 307 29 .639 75 .156 50 .512 1 .00 13 .10 8 2404 CD1 TYR A 302 37 .375 76 .197 60 .914 1. .00 16 .19 6 2446 CB MET A 307 32 .849 75 .431 50 .252 1 .00 12 .11 6 2405 CD2 TYR A 302 39 .739 76 .057 60 .344 1 .00 17 .97 6 2447 CG MET A 307 32 .375 75 .462 48 .767 1 .00 12 .14 6 2406 CE1 TYR A 302 37 .736 75 .884 62 .236 1 .00 18 .06 6 2448 SD MET A 307 31 .759 77 .075 48 .246 1 .00 12 .77 16 2407 CE2 TYR A 302 40 .062 75 .723 61 .683 1 .00 15 .93 6 2449 CE MET A 307 33 .282 78 .010 48 .324 1 .00 13 .86 6 2408 CZ TYR A 302 39 .029 75 .670 62 .567 1 .00 19 .00 6 2450 N VAL A 308 30 .592 73 .951 52 .152 1 .00 10 .38 7 2409 OH TYR A 302 39 .409 75 .355 63 .905 1 .00 21 .46 8 2451 CA VAL A 308 29 .383 ' 73 .136 52 .340 1 .00 10 .10 6 2410 N ASP A 303 37 .763 76 .026 55 .418 1 .00 13 .06 7 2452 C VAL A 308 28 .272 74 .049 52 .822 1 .00 11 .64 6 2411 CA ASP A 303 37 .256 76 .434 54 .104 1 .00 12 .54 6 2453 O VAL A 308 27 .153 73 .974 52 .321 1 .00 13 .14 8 2412 C ASP A 303 36 .285 75 .409 53 .492 1. .00 11 .88 6 2454 CB VAL A 308 29 .712 72 .052 53 .406 1 .00 13 .16 6-j 2413 0 ASP A 303 35 .330 75 .782 52 .785 1. .00 13 .46 8 2455 CGI VAL A 308 28 .388 71 .356 53 .770 1 .00 14 .05 6[\J 2414 CB ASP A 303 38 .419 76 .666 53 .133 1 .00 10 .93 6 2456 CG2 VAL A 308 30 .641 71 .038 52 .727 1 .00 13 .08 6 2415 CG ASP A 303 39 .386 77 .734 53 .654 1. .00 14 .78 6 2457 N ASN A 309 28 .541 74 .952 53 .784 1. .00 12 .04 7 2416 ODl ASP A 303 38. .879 78, .877 53. .849 1. .00 13. .77 8 2458 CA ASN A 309 27. .479 75, .848 54, .264 1. .00 12. .56 6 2417 OD2 ASP A 303 40. .573 77, .435 53. .832 1. ,00 13. .10 8 2459 C ASN A 309 27. .073 76, .824 53 , .176 1. .00 13. .56 6 2418 N LEU A 304 36. .602 74, .152 53. .720 1. .00 11, .36 7 2460 O ASN A 309 25. .875 77, .017 53. .030 1. .00 15. .38 8 2419 CA LEU A 304 35. .713 73, .086 53. .156 1. .00 11, .06 6 2461 CB ASN A 309 27. .997 76, .680 55, .470 1. .00 14. .00 6 2420 C LEU A 304 34. .348 73, .181 53. .841 1. .00 12, .95 6 2462 CG ASN A 309 28. .109 75, .761 56. .684 1. .00 20. .56 6 2421 O LEU A 304 33. .315 73, .111 53. .155 1. .00 11, .60 8 2463 ODl ASN A 309 27. ,432 74, .725 56. .748 1. .00 26. .71 8 2422 CB LEU A 304 36. .393 71. .742 53. .367 1. .00 10. .48 6 2464 ND2 ASN A 309 28. ,967 76. .208 57. .595 1. .00 21. .18 7 2423 CG LEU A 304 35. ,687 70. .566 52. .633 1. .00 11. .09 6 2465 N GLN A 310 27. ,970 77. .423 52. ,426 1. .00 14. ,28 7 2424 CD1 LEU A 304 35. 737 70. .797 51. .112 1. 00 12. .57 6 2466 CA GLN A 310 27. 549 78. .422 51. 422 1. 00 13. 95 6 "0 2425 CD2 LEU A 304 36. .397 69. ,248 52. 971 1. 00 12. .54 6 2467 C GLN A 310 26. 734 77. 754 50. 319 1. 00 13. 50 6 r- 2426 N ASN A 305 34. 290 73 a ,255 55. 180 1. 00 11. .76 7 2468 O GLN A 310 25. 672 78. 286 49. 942 H 1. 00 14. 03 8 2427 CA ASN A 305 32. 999 73 a ,422 55. 887 00 12. .74 6 2469 CB GLN A 310 28. 821 79. 123 50. 869 1. 00 14. 99 6 2428 C ASN A 305 32. 308 74. ,720 55. 479 1. 00 11. .54 6 2470 CG GLN A 310 28. 507 80. 214 49. 859 1. 00 21. 08 6 V ;oO 2429 0 ASN A 305 31. .100 74. .673 55. .259 1. 00 13. .50 8 2471 CD GLN A 310 29. 734 81. 169 49. 819 1. 00 21. 08 6 © 2430 CB ASN A 305 33. .331 73. ,448 57. .405 1. .00 12. .22 6 2472 OE1 GLN A 310 30. 875 80. 762 50. 019 1. 00 25. 61 8 © 00 2431 CG ASN A 305 32. 014 73. ,551 58. 210 1. 00 12. .84 6 2473 NE2 GLN A 310 29. 417 82. 401 49. 600 1. 00 25. 23 7 00 2432 ODl ASN A 305 31. .174 72. ,669 58. 097 1. 00 13. .98 8 2474 N THR A 311 27. 238 76. 630 49. 792 1. 00 11. 65 7 2475 CA THR A 311 26.432 75.983 48.711 1.00 11.52 6 2517 0 LYS A 316 17.175 72.963 47.475 1.00 14.60 8 2476 C THR A 311 25. .089 75 .459 49 .257 1 .00 12. .57 6 2518 CB LYS A 316 16 .496 75, .595 45 .485 1 .00 14 .77 6 2477 0 THR A 311 24. .039 75 .572 48 .599 1 .00 13 .81 8 2519 CG LYS A 316 15 .139 75 .068 46 .091 1 .00 18 .12 6 ovo 2478 CB THR A 311 27 .143 74 .754 48 .142 1 .00 12 .52 6 2520 CD LYS A 316 13 .982 75 .856 45 .565 1 .00 22 .24 6 vo 2479 OG1 THR A 311 27 .593 73 .909 49 .194 1 .00 13 .67 8 2521 CE LYS A 316 12 .683 75 .166 46 .061 1 .00 19 .23 6 U» sj 2480 CG2 THR A 311 28 .426 75 .250 47 .375 1 .00 14 .32 6 2522 NZ LYS A 316 12 .432 75 .635 47 .468 1 .00 22 .20 7 VO 4-. 2481 N GLY A 312 25 .096 75 .107 50 .561 1 .00 11 .69 7 2523 N TYR A 317 18 .227 72 .953 45 .457 1 .00 13 .10 7 2482 CA GLY A 312 23 .812 74 .642 51 .137 1 .00 14 .78 6 2524 CA TYR A 317 18 .316 71 .483 45 .445 1 .00 11 .39 6 2483 C GLY A 312 22 .800 75 .792 51 .223 1 .00 14 .32 6 2525 C TYR A 317 19 .805 71 .123 45 .506 1 .00 10 .31 6 2484 0 GLY A 312 21 .573 75 .473 51 .276 1 .00 16 .33 8 2526 0 TYR A 317 20 .410 70 .491 44 .637 1 .00 12 .52 8 2485 N ASN A 313 23 .320 76 .998 51 .476 1 .00 13 .08 7 2527 CB TYR A 317 17 .652 70 .893 44 .157 1 .00 12 .53 6 2486 CA ASN A 313 22 .392 78 .108 51 .535 1 .00 13 .20 6 2528 CG TYR A 317 16 .221 71 .387 44 .004 1 .00 13 .61 6 2487 C ASN A 313 21 .980 78 .575 50 .150 1 .00 14 .89 6 2529 CD1 TYR A 317 15 .272 70 .932 44 .915 1 .00 14 .65 6 2488 0 ASN A 313 20 .827 79 .097 50 .014 1 .00 20 .75 8 2530 CD2 TYR A 317 15 .800 72 .280 43 .030 1 .00 14 .34 6 2489 CB ASN A 313 23 .155 79 .260 52 .204 1 .00 19 .18 6 2531 CE1 TYR A 317 13 .938 71 .366 44 .811 1 .00 13 .78 6 2490 CG ASN A 313 23 .210 79 .024 53 .718 1 .00 30 .91 6 2532 CE2 TYR A 317 14 .511 72 .767 42 .890 1 .00 12 .10 6 2491 ODl ASN A 313 22 .384 78 .310 54 .281 1 .00 30 .04 8 2533 CZ TYR A 317 13 .604 72 .246 43 .832 1 .00 15 .19 6 2492 ND2 ASN A 313 24 .152 79 .691 54 .360 1 .00 31 .03 7 2534 OH TYR A 317 12 .275 72 .682 43 .733 1 .00 14 .53 8 2493 N GLU A 314 22 .802 78 .394 49 .111 1 .00 12 .83 7 2535 N LYS A 318 20 .375 71 .463 46 .702 1 .00 11 .46 7 2494 CA GLU A 314 22 .396 79 .060 47 .822 1 .00 11 .95 6 2536 CA LYS A 318 21 .821 71 .130 46 .865 1 .00 10 .64 6 2495 C GLU A 314 21 .621 78 .137 46 .889 1 .00 13 .20 6 2537 C LYS A 318 22 .053 69 .651 46 .865 1 .00 10 .21 6 2496 0 GLU A 314 20, .733 78 .689 46 .175 1. .00 13, .02 8 2538 O LYS A 318 23 .133 69, .145 46 .529 1 .00 10 .36 2497 CB GLU A 314 23, .753 79, .394 47 .117 1 .00 10 .17 6 2539 CB LYS A 318 22 .408 71, .772 48 .141 1 .00 9 .85 6 > 2498 CG GLU A 314 24, .503 80 .510 47. .842 1 .00 12 .02 6 2540 CG LYS A 318 21 .843 71. .211 49 .451 1 .00 13 .57 6 2499 CD GLU A 314 25, .715 80 .987 46, .985 1 .00 15, .94 6 2541 CD LYS A 318 20, .619 72. .105 49, .820 1, .00 19. .29 6 2500 OEl GLU A 314 26. .285 80 .206 46 .232 1 .00 15 .22 8 2542 CE LYS A 318 20, .309 72. .064 51, .345 1, .00 19. .13 6 2501 0E2 GLU A 314 26. .164 82 .100 47 .284 1, .00 24, .00 8 2543 NZ LYS A 318 19, .066 72. .819 51, .636 1, .00 20. .57 7 2502 N TYR A 315 21. .992 76, .840 46. .892 1, .00 11. .76 7 2544 N GLU A 319 21. .044 68. .796 47. .174 1. .00 9. .32 7 2503 CA TYR A 315 21. .297 75. .979 45. .885 1. .00 10. .85 6 2545 CA GLU A 319 21. .217 67. ,359 47. .096 1, .00 11. ,07 6 2504 C TYR A 315 20. .032 75. .368 46. .506 1. .00 12. .73 6 2546 C GLU A 319 21, .164 66. .802 45. .667 1. .00 12. .26 6 2505 0 TYR A 315 20. .140 74. .648 47. .510 1. .00 12. .47 8 2547 O GLU A 319 21, .469 65. .627 45. .504 1. .00 11. .85 8 2506 CB TYR A 315 22. .265 74. .838 45. .494 1. .00 12. .39 6 2548 CB GLU A 319 20. .021 66. .636 47. .827 1. .00 12. .74 6 2507 CG TYR A 315 23. .437 75. .394 44. .699 1. .00 10. .41 6 2549 CG GLU A 319 19. ,998 67. .027 49. .320 1. .00 15. ,35 6 2508 CD1 TYR A 315 23. 270 75. .610 43. .316 1. .00 11. .23 6 2550 CD GLU A 319 19. 346 68. 353 49. 656 1. 00 19. 53 6 2509 CD2 TYR A 315 24. 613 75. .785 45. .297 1. .00 12. .52 6 2551 OEl GLU A 319 18. 645 68. 996 48. 818 1. 00 14. 20 8 o 2510 CE1 TYR A 315 24. 333 76. .166 42. .586 1. .00 12. .92 6 2552 OE2 GLU A 319 19. 503 68. 829 50. 839 1. 00 14. 17 8 2511 CE2 TYR A 315 25. 686 76. ,350 44. .563 1. .00 10. .90 6 2553 N ASN A 320 21. 033 67. 681 44. 664 1. 00 9. 38 7 2512 CZ TYR A 315 25. 510 76. .507 43. ,187 1. .00 12. .76 6 2554 CA ASN A 320 21. 155 67. 324 43. 285 1. 00 9. 77 6 O VO 2513 OH TYR A 315 26. .595 77. .056 42. .517 1. .00 13. .74 8 2555 C ASN A 320 22. 454 67. 819 42. 636 1. 00 12. 36 6 © © 2514 N LYS A 316 18. ,895 75, .634 45. .861 1. .00 11. .54 7 2556 O ASN A 320 22. 736 67. 591 41. 442 1. 00 10. 93 8 © 00 2515 CA LYS A 316 17. .638 75. .080 46. .395 1. .00 14. ,39 6 2557 CB ASN A 320 19. 995 67. 901 42. 402 1. 00 10. 57 6 00 2516 C LYS A 316 17. ,578 73. .555 46. .454 1. .00 15. .27 6 2558 CG ASN A 320 18. 660 67. 290 42. 784 1. 00 14. 03 6 2559 ODl ASN A 320 18.619 66.275 43.445 1.00 13..17 8 2601 CG2AILE A 325 37..288 64.325 44.695 0.60 12.60 6 ^ 2560 ND2 ASN A 320 17 .558 67 .901 42 .323 1 .00 10. .64 7 2602 CD1AILE A 325 39 .550 62 .693 43 .585 0 .60 10 .36 6 o 2561 N LEU A 321 23 .285 68 .499 43 .422 1 .00 10 .68 7 2599 CB BILE A 325 38 .139 64 .627 43 .330 0 .40 12 .90 6 VO VO 2562 CA LEU A 321 24 .610 68 .918 42 .896 1 .00 10. .60 6 2600 CG1BILE A 325 37 .386 64 .127 44 .568 0 .40 10 .36 6 U *-J 2563 C LEU A 321 25 .415 67 .643 42 .685 1 .00 10 .70 6 2601 CG2BILE A 325 39 .604 64 .862 43 .640 0 .40 10 .82 6 sj VO 2564 0 LEU A 321 25 .448 66 .685 43 .452 1 .00 11 .96 8 2602 CD1BILE A 325 37 .571 62 .651 44 .847 0 .40 13 .69 6 2565 CB LEU A 321 25 .299 69 .733 44 .024 1 .00 9 .53 6 2603 N ASP A 326 38 .028 65 .680 40 .350 1 .00 9 .63 7 2566 CG LEU A 321 24 .761 71 .176 44 .124 1 .00 9 .68 6 2604 CA ASP A 326 38 .762 65 .987 39 .107 1 .00 10 .15 6 2567 CD1 LEU A 321 25 .310 71 .820 45 .415 1 .00 13, .05 6 2605 C ASP A 326 37 .813 65 .625 37 .964 1 .00 11 .71 6 2568 CD2 LEU A 321 25 .183 72 .064 42 .930 1 .00 9, .85 6 2606 O ASP A 326 36 .678 65 .102 38 .209 1 .00 10 .86 8 2569 N ILE A 322 26 .185 67 .671 41 .566 1 .00 9, .04 7 2607 CB ASP A 326 40 .149 65 .323 39 .050 1 .00 12 .00 6 2570 CA ILE A 322 27 .014 66 .478 41 .265 1 .00 9 .68 6 2608 CG ASP A 326 40 .166 63 .807 39 .089 1 .00 12 .49 6 2571 C ILE A 322 28 .477 66 .821 41 .584 1 .00 11 .13 6 2609 ODl ASP A 326 39 .080 63 .207 38 .870 1 .00 12 .13 8 2572 0 ILE A 322 29 .071 67 .716 40 .935 1 .00 10 .40 8 2610 OD2 ASP A 326 41 .228 63 .200 39 .354 1 .00 11 .72 8 2573 CB ILE A 322 26 .872 66 .118 39 .767 1 .00 10 .10 6 2611 N ASN A 327 38 .279 65 .749 36 .731 1 .00 9 .05 7 2574 CGI ILE A 322 25 .387 65 .842 39 .384 1 .00 9 .96 6 2612 CA ASN A 327 37 .486 65 .359 35 .569 1 .00 10 .52 6 2575 CG2 ILE A 322 27 .793 64 .954 39 .396 1 .00 12 .80 6 2613 C ASN A 327 38 .334 65 .556 34 .352 1 .00 9 .98 6 2576 CD1 ILE A 322 24 .773 64 .698 40 .258 1 .00 9 .05 6 2614 O ASN A 327 39 .573 65 .686 34 .478 1 .00 11 .19 8 2577 N THR A 323 29 .019 66 .133 42 .594 1 .00 9 .87 7 2615 CB ASN A 327 36 .177 66 .162 35 .432 1 .00 11 .56 6 2578 CA THR A 323 30 .333 66 .524 43 .130 1 .00 8 .82 6 2616 CG ASN A 327 36 .351 67 .636 35 .121 1 .00 12 .65 6 2579 C THR A 323 31. .433 65. .704 42 .453 1 .00 9, .73 6 2617 ODl ASN A 327 37 .355 68 .106 34. .634 1. .00 11 .48 8 2580 O THR A 323 31. .218 64, .628 41, .902 1. .00 10, .64 8 2618 ND2 ASN A 327 35, .314 68 .376 35. .463 1. .00 8. .99 2581 CB THR A 323 30. .364 66, .302 44, .652 1 .00 10, .77 6 2619 N HIS A 328 37, .802 65 .385 33. .178 1. .00 9 .23 7 J-» 2582 OG1 THR A 323 30. .009 64. .919 44, .887 1. .00 10. .73 8 2620 CA HIS A 328 38, .599 65 .393 31. .958 1. .00 11. .14 6 2583 CG2 THR A 323 29. .314 67. .237 45. .318 1, .00 10. .06 6 2621 C HIS A 328 39, .037 66. .779 31. .471 1. .00 11, .62 6 2584 N PHE A 324 32. .660 66. .234 42. .559 1. .00 9. .44 7 2622 O HIS A 328 39, .744 66 .836 30. .450 1. .00 11, .55 8 2585 CA PHE A 324 33. .784 65. .582 41. .880 1, .00 10. .80 6 2623 CB HIS A 328 37. .726 64 .740 30. .844 1. .00 10. .61 6 2586 C PHE A 324 35. .086 66. .205 42. .385 1, .00 9. .58 6 2624 CG HIS A 328 36. .511 65, .577 30. .526 1. .00 9. .76 6 2587 0 PHE A 324 35, .086 67. .375 42. .805 1, .00 10. .73 8 2625 ND1 HIS A 328 35, .652 65 .938 31. .572 1. .00 11. .58 7 2588 CB PHE A 324 33. .716 65. .698 40. .286 1, .00 9. .57 6 2626 CD2 HIS A 328 36. .012 66 .093 29. .370 1. .00 11. .35 6 2589 CG PHE A 324 33. .638 67. .122 39. .817 1, .00 9. .02 6 2627 CE1 HIS A 328 34. .648 66 .668 31. .066 1. .00 12. .44 6 2590 CD1 PHE A 324 32. .421 67. .817 39. .810 1. .00 11. .94 6 2628 NE2 HIS A 328 34. .853 66. .756 29. .733 1. .00 11. .88 7 2591 CD2 PHE A 324 34. 798 67. .746 39. .354 1. .00 11. .07 6 2629 N ASP A 329 38. .746 67. .808 32. .263 1. .00 8. .48 7 2592 CE1 PHE A 324 32. .321 69. .142 39. .380 1. .00 11. .10 6 2630 CA ASP A 329 39. 181 69. .155 31. 893 1. 00 9. 03 6 ■ d 2593 CE2 PHE A 324 34. 683 69. 083 38. .926 1. .00 11. .33 6 2631 C ASP A 329 40. 073 69. 793 32. 960 1. 00 12. 15 6 O 2594 CZ PHE A 324 33. 498 69. 788 38. ,931 1. .00 13. 68 6 2632 O ASP A 329 40. 388 71. 012 32. 883 1. 00 12. 94 8 2595 N ILE A 325 36. .137 65. 385 42. .285 1. .00 9. .28 7 2633 CB ASP A 329 37. 955 70. 091 31. 837 1. 00 11. 03 6 2596 CA ILE A 325 37. .469 65. .879 42. ,710 1. .00 9. 24 6 2634 CG ASP A 329 vo 37. 069 69. 815 30. 620 1. 00 11. 95 6 s? 2597 C ILE A 325 38. .277 66. .277 41. .480 1. .00 9. .67 6 2635 ODl ASP A 329 37. 477 69. 188 29. 617 1. 00 11. 39 8 © O 2598 0 ILE A 325 39. .255 67. .116 41. .645 1. .00 10. .76 8 2636 OD2 ASP A 329 35. 891 70. 243 30. 712 1. 00 11. 11 8 © 00 2599 CB AILE A 325 38. .211 64. ,869 43. .596 0. .60 11. .75 6 2637 N MET A 330 40. 568 68. 936 33. 857 1. 00 11. 19 7 00 2600 CG1AILE A 325 38. .779 63. ,705 42. .764 0. .60 10. .90 6 2638 CA MET A 330 41. 533 69. 433 34. 857 1. 00 9. 36 6 2639 C MET A 330 42.537 68.330 35..211 1..00 9..51 6 2681 N SER A 335 48.014 63.857 40.144 1.00 11.98 2640 0 MET A 330 42 .224 67 .156 34 .927 1 .00 11 .47 8 2682 CA SER A 335 49.117 64.732 39.639 1.00 11.30 2641 CB MET A 330 40. .858 70 .015 36. .111 1. .00 13. .17 6 2683 C SER A 335 49.115 66.026 40.421 1.00 15.22 vo vo 2642 CG MET A 330 40 .005 68 .973 36, .857 1. .00 11. .23 6 2684 O SER A 335 50.159 66.664 40.438 1.00 18.21 *- 2643 SD MET A 330 39 .087 69 .743 38 .236 1. .00 12, .96 16 2685 CB SER A 335 48.843 65.113 38.179 1.00 14.88 Ul sj VO 2644 CE MET A 330 37 .923 70 .706 37 .364 1 .00 13 .78 6 2686 OG SER A 335 49.221 63.920 37.436 1.00 17.27 2645 N SER A 331 43 .702 68 .680 35 .765 1 .00 10 .04 7 2687 N VAL A 336 48.041 66.315 41.169 1.00 11.92 2646 CA SER A 331 44 .650 67 .618 36 .030 1 .00 9 .86 6 2688 CA VAL A 336 48.092 67.455 42.094 1.00 14.73 2647 C SER A 331 44 .130 66 .557 37 .020 1 .00 11 .24 6 2689 C VAL A 336 48.805 67.064 43.392 1.00 15.20 2648 0 SER A 331 43 .295 66 .892 37 .858 1 .00 11 .71 8 2690 0 VAL A 336 49.593 67.825 43.962 1.00 16.13 2649 CB SER A 331 46 .009 68 .207 36 .629 1 .00 11 .21 6 2691 CB VAL A 336 46.691 67.970 42.447 1.00 14.37 2650 OG SER A 331 45 .623 68 .981 37 .793 1 .00 14 .33 8 2692 CGI VAL A 336 46.646 69.120 43.441 1.00 16.05 2651 N ARG A 332 44 .540 65 .321 36 .833 1 .00 11 .49 7 2693 CG2 VAL A 336 45.970 68.386 41.154 1.00 18.05 2652 CA ARG A 332 44 .057 64 .272 37 .749 1 .00 11 .49 6 2694 N ASN A 337 48.525 65.866 43.852 1.00 13.19 2653 C ARG A 332 44 .499 64 .603 39 .189 1 .00 11 .63 6 2695 CA ASN A 337 49.114 65.389 45.132 1.00 12.41 2654 0 ARG A 332 45 .591 65 .103 39 .412 1 .00 12 .21 8 2696 C ASN A 337 49.153 63.870 44.976 1.00 12.10 2655 CB ARG A 332 44 .667 62 .914 37 .387 1 .00 13 .45 6 2697 0 ASN A 337 48.082 63.178 44.865 1.00 11.76 2656 CG ARG A 332 43 .997 62 .516 36 .049 1 .00 16 .61 6 2698 CB ASN A 337 48.141 65.756 46.272 00 11.12 2657 CD ARG A 332 43 .560 61 .101 36 .061 1 .00 20 .26 6 2699 CG ASN A 337 48.570 65.206 47.621 00 13.14 2658 NE ARG A 332 43 .017 60 .592 34 .777 1 .00 15 .50 7 2700 ODl ASN A 337 49.572 64.466 47.738 00 12.58 2659 CZ ARG A 332 41 .965 59 .753 34 .882 1 .00 12 .48 6 2701 ND2 ASN A 337 47.865 65.514 48.694 00 11.19 2660 NH1 ARG A 332 41 .546 59 .388 36 .094 1 .00 10 .61 7 2702 N SER A 338 50.364 63.275 44.939 00 9 . 71 2661 NH2 ARG A 332 41 .440 59 .251 33 .741 1 .00 10 .74 7 2703 CA SER A 338 50.477 61.849 44.747 00 13 . 36 6 Ui 2662 N PHE A 333 43 .654 64 .168 40 .153 1 .00 9 .55 7 2704 C SER A 338 50.257 60.983 45.993 00 11 .43 2663 CA PHE A 333 44 .019 64 .431 41 .533 1 .00 10 .54 6 2705 0 SER A 338 50.294 59.759 45.858 00 14 . 29 2664 C PHE A 333 45. .461 63. .976 41, .852 1, .00 12, .40 6 2706 CB SER A 338 51.884 61.461 44.225 1.00 17 . 19 2665 0 PHE A 333 46. .170 64, .709 42. .515 1, .00 13, .01 8 2707 OG SER A 338 52.871 61.883 45.154 1.00 17 . 12 2666 CB PHE A 333 43, .007 63, .676 42, .481 1, .00 11, .67 6 2708 N ASN A 339 49.847 61.610 47.095 1.00 13 . 33 2667 CG PHE A 333 43, .365 64, .006 43, .958 1, .00 12, .76 6 2709 CA ASN A 339 49.601 60.788 48.297 1.00 12 . 26 2668 CD1 PHE A 333 44, .315 63 .230 44, .587 1, .00 15, .62 6 2710 C ASN A 339 48.267 60.043 48.193 1.00 12 . 82 2669 CD2 PHE A 333 42, .718 65, .041 44 , .556 1, .00 18, .86 6 2711 O ASN A 339 47.246 60.732 48.134 1.00 12 . 55 2670 CE1 PHE A 333 44, .651 63 .513 45, .905 1 .00 19, .61 6 2712 CB ASN A 339 49.554 61.769 49.485 1.00 10 . 37 2671 CE2 PHE A 333 43. .014 65. .342 45. .906 1. .00 15, .77 6 2713 CG ASN A 339 49.516 60.949 50.787 1.00 18 . 65 2672 CZ PHE A 333 43. .978 64. .561 46. .492 1. .00 16. .46 6 2714 ODl ASN A 339 48.403 60.509 51.110 1.00 19 . 28 -0 2673 N LEU A 334 45. .825 62, .763 41. .462 1. .00 10. .49 7 2715 ND2 ASN A 339 50.648 60.809 51.502 1.00 18 . 28 π 2674 CA LEU A 334 47. .183 62, .257 41. .835 1. .00 14. .60 6 2716 N LYS A 340 48.283 58.708 48.148 00 12 . 73 2675 C LEU A 334 48. .303 63. .035 41. .167 1, .00 12. .74 6 2717 CA LYS A 340 47.008 58.021 47.941 00 11 . 20 2676 0 LEU A 334 49, .456 62. .864 41. .627 1. .00 13, .05 8 2718 C LYS A 340 46.077 58.134 49.122 00 13 . 56 VO vo 2677 CB LEU A 334 47, .269 60. .748 41. .476 1. .00 13, .94 6 2719 o LYS A 340 44.859 58.103 48.906 00 12 . 11 © © 2678 CG LEU A 334 46 .461 59 .910 42. .484 1, .00 13, .29 6 2720 CB LYS A 340 47.345 56.523 47.665 00 12 . 59 © 00 2679 CD1 LEU A 334 46, .488 58. .447 41. .969 1. .00 14. .98 6 2721 CG LYS A 340 48.006 56.401 46.279 00 12 . 90 00 2680 CD2 LEU A 334 47 .045 59. .905 43. .909 1. .00 13. .51 6 2722 CD LYS A 340 48.318 54.903 46.055 00 18 . 47 2723 CE LYS A 340 48 937 54 658 44 699 1 00 18 65 6 2765 N ALA A 346 39.590 62.418 49.883 1.00 11.81 7 2724 NZ LYS A 340 50 377 55 099 44 564 1 00 22 63 7 2766 CA ALA A 346 38.762 63.250 48.987 1.00 10.44 6 o 2725 N ALA A 341 46 .585 58 363 50 .345 1 00 12 85 7 2767 C ALA A 346 37.604 62.379 48.462 1.00 11.17 6 o 2726 CA ALA A 341 45 .626 58 .557 51 .453 1 00 14 45 6 2768 0 ALA A 346 36.473 62.887 48.339 1.00 11.30 8 ϊ- 2727 C ALA A 341 44 .835 59 .830 51 .239 1 00 13 48 6 2769 CB ALA A 346 39.595 63.827 47.829 J 00 9.34 6 sj 2728 0 ALA A 341 43 .661 59 855 51 568 1 00 11 31 8 2770 N LEU A 347 37.895 61.107 48.079 00 12.34 7 2729 CB ALA A 341 46 .346 58 628 52 .806 1 00 15 23 6 2771 CA LEU A 347 36.809 60.261 47.589 00 11.12 6 2730 N ASN A 342 45 .459 60 911 50 .731 1 00 10 37 7 2772 C LEU A 347 35.777 59.999 48.733 00 9.98 6 2731 CA ASN A 342 44 .717 62 126 50 .470 1 00 10 38 6 2773 0 LEU A 347 34.567 60.087 48.466 00 11.63 8 2732 C ASN A 342 43 .687 61 897 49 .359 1 00 10 62 6 2774 CB LEU A 347 37.367 58.885 47.187 00 11.26 6 2733 0 ASN A 342 42 .560 62 .477 49 .439 1 00 12 01 8 2775 CG LEU A 347 38.146 58.913 45.840 00 14.75 6 2734 CB ASN A 342 45 708 63 276 50 141 1 00 11 46 6 2776 CD1 LEU A 347 38.829 57.574 45.530 1.00 13.09 6 2735 CG ASN A 342 46 519 63 737 51 .351 1 00 13 17 6 2777 CD2 LEU A 347 37.132 59.197 44.722 1.00 15.41 6 2736 ODl ASN A 342 47 710 64 044 51 .127 1 00 12 82 8 2778 N ALA A 348 36.304 59.764 49.955 1.00 10.14 7 2737 ND2 ASN A 342 45 .888 63 859 52 .516 1 00 12 05 7 2779 CA ALA A 348 35.269 59.479 51.003 1.00 10.67 6 2738 N LEU A 343 44 .001 61 049 48 .344 1 00 10 66 7 2780 C ALA A 348 34.432 60.725 51.273 1.00 12.22 6 2739 CA LEU A 343 42 953 60 715 47 377 1 00 10 18 6 2781 0 ALA A 348 33.231 60.600 51.534 1.00 11.88 8 2740 C LEU A 343 41 810 59 935 48 039 1 00 12 28 6 2782 CB ALA A 348 36.008 59.130 52.310 00 10.16 6 2741 0 LEU A 343 40 635 60 288 47 781 1 00 11 44 8 2783 N PHE A 349 35.026 61.922 51.160 00 10.08 7 2742 CB LEU A 343 43 581 59 854 46 229 1 00 10 02 6 2784 CA PHE A 349 34.258 63.149 51.330 00 10.26 6 2743 CG LEU A 343 42 546 59 182 45 295 1 00 10 27 6 2785 C PHE A 349 33.120 63.213 50.282 00 9.67 6 2744 CD1 LEU A 343 41 847 60 288 44 550 1 00 13 59 6 2786 0 PHE A 349 31.942 63.422 50.717 00 11.25 8 sj 2745 CD2 LEU A 343 43 309 58 294 44 283 1 00 12 64 6 2787 CB PHE A 349 35.270 64.348 51.200 00 .92 6 σ. 2746 N HIS A 344 42 173 58 977 48 898 1 00 11 47 7 2788 CG PHE A 349 34.515 65.659 51.357 1.00 8.60 6 2747 CA HIS A 344 41 093 58 185 49 570 1 00 11 49 6 2789 CD1 PHE A 349 34.016 66.030 52.605 00 11.80 6 2748 C HIS A 344 40 189 59 122 50 370 1 00 13 40 6 2790 CD2 PHE A 349 34.340 66.526 50.249 00 11.51 6 2749 0 HIS A 344 38 951 58 916 50 500 1 00 12 11 8 2791 CE1 PHE A 349 33.296 67.247 52.714 00 11.90 6 2750 CB HIS A 344 41 731 57 075 50 439 1 00 9 09 6 2792 CE2 PHE A 349 33.638 67.709 50.409 00 10.49 6 2751 CG HIS A 344 42 520 56 064 49 656 1 00 10 04 6 2793 CZ PHE A 349 33.069 68.068 51.660 00 12.88 6 2752 ND1 HIS A 344 43 612 55 436 50 199 1 00 12 75 7 2794 N ILE A 350 33.411 63.030 49.005 00 8.49 7 2753 CD2 HIS A 344 42 363 55 580 48 370 1 00 11 63 6 2795 CA ILE A 350 32.257 63.124 48.089 00 10.97 6 2754 CE1 HIS A 344 44 114 54 612 49 289 1 00 10 72 6 2796 C ILE A 350 31.361 61.899 48.158 00 11.48 6 2755 NE2 HIS A 344 43 393 54 662 48 157 1 00 12 61 7 2797 0 ILE A 350 30.139 62.115 47.958 00 11.30 8 2756 N GLN A 345 40 834 60 100 51 024 1 00 10 53 7 2798 CB ILE A 350 32.676 63.380 46.605 00 11.26 6 *0 2757 CA GLN A 345 40 049 61 036 51 831 1 00 10 43 6 2799 CGI ILE A 350 33.451 62.279 45.983 00 11.16 6 n 2758 C GLN A 345 39 077 61 899 51 008 1 00 10 42 6 2800 CG2 ILE A 350 33.429 64.742 46.556 00 12.07 6 2759 0 GLN A 345 37 888 62 067 51 324 1 00 10 38 8 2801 CD1 ILE A 350 33.748 62.454 44.463 00 9.59 6 e 2760 CB GLN A 345 40 996 62 012 52 564 1 00 11 01 6 2802 N LEU A 351 31.873 60.731 48.548 00 9.78 7 2761 CG GLN A 345 41 847 61 258 53 641 1 00 9 73 6 2803 CA LEU A 351 30.930 59.601 48.655 00 9.90 6 © © 2762 CD GLN A 345 43 142 62 041 53 786 1 00 10 78 6 2804 C LEU A 351 29.956 59.782 49.809 00 11.10 6 © 00 2763 OEl GLN A 345 43 232 63 196 53 279 1 00 12 69 8 2805 o LEU A 351 28.888 59.122 49.698 1.00 11.60 8 00 2764 NE2 GLN A 345 44 170 61 448 54 428 1 00 12 87 7 2806 CB LEU A 351 31.813 58.349 48.879 1.00 11.35 2807 CG LEU A 351 32.492 57.907 47.564 1.00 10.64 6 2849 CB PRO A 357 30.340 61.021 44.494 1.00 10.57 6 2808 CD1 LEU A 351 33 .679 56 .944 47 .822 1 .00 12 .51 6 2850 CG PRO A 357 29 .245 59 .991 44 .834 1 .00 11 .58 6 2809 CD2 LEU A 351 31 .500 57 .262 46 .595 1 .00 13 .68 6 2851 CD PRO A 357 27 .914 60 .760 44 .914 1 .00 10 .88 6 oO VO 2810 N THR 352 30 .267 60 .590 50 .850 1 .00 9 .74 7 2852 N SER A 358 30 .508 62 .051 41 .293 1 .00 8 .23 7 2811 CA THR 352 29 .310 60 .657 51 .960 1 .00 11 .34 6 2853 CA SER A 358 31 .003 61 .558 40 .001 1 .00 9 .73 6 J j 2812 C THR 352 28 .658 62 .022 52 .149 1 .00 12 .86 6 2854 C SER A 358 32 .509 61 .272 40 .069 1 .00 10 .56 6 VO 4-. 2813 O THR 352 27 .822 62 .214 53 .022 1 .00 13 .09 8 2855 O SER A 358 33 .323 62 .183 40 .331 1 .00 11 .97 8 2814 CB THR 352 30 .099 60 .375 53 .296 1 .00 11 .44 6 2856 CB SER A 358 30 .768 62 .634 38 .921 1 .00 12 .36 6 2815 OGl THR 352 31 .244 61 .234 53 .420 1 .00 11 .08 8 2857 OG SER A 358 31 .301 62 .159 37 .653 1 .00 13 .42 8 2816 CG2 THR 352 30 .607 58 .939 53 .324 1 .00 9 .52 6 2858 N ILE A 359 32 .813 59 .992 39 .915 1 .00 9 .37 7 2817 N SER 353 29 .100 63 .028 51 .368 1 .00 10 .03 7 2859 CA ILE A 359 34 .234 59 .557 39 .927 1 .00 9 .47 6 2818 CA SER 353 28 .530 64 .357 51 .432 1 .00 10 .73 6 2860 C ILE A 359 34 .703 59 .350 38 .492 1 .00 12 .04 6 2819 C SER 353 27 .299 64 .574 50 .536 1 .00 9 .28 6 2861 O ILE A 359 34 .101 58 .730 37 .647 1 .00 11 .59 8 2820 0 SER 353 26 .990 63 .688 49 .726 1 .00 13 .31 8 2862 CB ILE A 359 34 .313 58 .205 40 .671 1 .00 11 .89 6 2821 CB SER 353 29 .607 65 .403 51 .012 1 .00 12 .91 6 2863 CGI ILE A 359 33 .858 58 .478 42 .145 1 .00 14 .90 6 2822 OG SER 353 30 .626 65 .402 52 .045 1 .00 12 .40 8 2864 CG2 ILE A 359 35 .727 57 .624 40 .550 1 .00 12 .39 6 2823 N ARG 354 26 .646 65 .741 50 .754 1 .00 10 .25 7 2865 CD1 ILE A 359 33 .936 57 .155 42 .925 1 .00 22 .17 6 2824 CA ARG 354 25 .379 65 .920 50 .024 1 .00 10 .03 6 2866 N TYR A 360 35 .810 60 .088 38 .176 1 .00 9 .52 7 2825 C ARG 354 25 .611 65 .997 48 .533 1 .00 10 .84 6 2867 CA TYR A 360 36 .364 60 .076 36 .807 1 .00 8 .41 6 2826 0 ARG 354 26 .704 66 .369 48 .085 1 .00 11 .59 8 2868 C TYR A 360 37 .027 58 .709 36 .636 1 .00 9 .86 6 2827 CB ARG 354 24 .669 67 .185 50 .545 1 .00 10 .71 6 2869 O TYR A 360 37 .780 58 .227 37 .510 1 .00 10 .81 8 2828 CG ARG 354 25. .099 68 .504 49 .838 1. .00 11 .61 6 2870 CB TYR A 360 37 .399 61 .247 36, .796 1. .00 9 .51 2829 CD ARG 354 26. .535 68 .853 50 .229 1. .00 1 .49 6 2871 CG TYR A 360 37 .935 61 .510 35, .363 1. .00 9 .64 6 - i 2830 NE ARG 354 26, .964 70 .130 49 .548 1. .00 12 .69 7 2872 CD1 TYR A 360 37 .191 61 .428 34 .206 1. .00 10 .11 6 2831 CZ ARG 354 27, .455 70 .157 48 .317 1. .00 12 .54 6 2873 CD2 TYR A 360 39 .279 61 .882 35 .294 1 .00 9 .54 6 2832 NH1 ARG 354 27. .638 69. .113 47. .497 1. .00 12, .15 7 2874 CE1 TYR A 360 37. .818 61. .650 32, .960 1. .00 10. .79 6 2833 NH2 ARG 354 27. ,867 71. .370 47. .894 1. .00 11, .14 7 2875 CE2 TYR A 360 39, .927 62. .148 34, .066 1. .00 10. .73 6 2834 N GLY 355 24. ,542 65. .707 47. .780 1. ,00 11, .00 7 2876 CZ TYR A 360 39, .153 62, .044 32. .937 1. .00 11. .36 6 2835 CA GLY 355 24. ,624 65, .584 46. .318 1. .00 10, .49 6 2877 OH TYR A 360 39, .712 62, .217 31. .670 1. .00 10. .12 8 2836 C GLY 355 25. .149 64. .196 45. .929 1. .00 13, .18 6 2878 N TYR A 361 36 .808 58, .146 35, .418 1. .00 10. .09 7 2837 O GLY 355 25. 154 63. .299 46. .788 1. 00 15. .74 8 2879 CA TYR A 361 37. .279 56. .773 35. .210 1. .00 10. .66 6 2838 N THR 356 25. 546 64. .007 44. .688 1. .00 10 . ,24 7 2880 C TYR A 361 38. .748 56. ,616 35. .593 1. 00 11. .54 6 2839 CA THR 356 25. 885 62. .648 44. .202 1. 00 10. .01 6 2881 O TYR A 361 39. ,556 57. ,488 35. .297 1. 00 11. .37 8 2840 C THR 356 27. 279 62. ,722 43. .581 1. 00 10. .67 6 2882 CB TYR A 361 37. .051 56. .287 33. 730 1. 00 9. .71 6 "0 2841 0 THR 356 27. 512 63. 621 42. 769 1. 00 10. .61 8 2883 CG TYR A 361 38. 086 56. 846 32. 765 1. 00 10. 50 6 O 2842 CB THR 356 24. 908 62. .301 43. 066 1. 00 13. .21 6 2884 CD1 TYR A 361 37. 937 58. 150 32. 332 1. 00 10. 91 6 2843 OGl THR 356 23. 622 62. ,052 43. 698 1. 00 11. .93 8 2885 CD2 TYR A 361 39. 176 56. 052 32. 383 1. 00 10. 62 6 2844 CG2 THR 356 25. 332 60. 948 42. .433 1. 00 11. .53 6 2886 CE1 TYR A 361 38. 913 58. 715 31. 480 1. 00 10. 92 6 O VO 2845 N PRO 357 28. 184 61. ,868 43. .967 1. 00 10. .42 7 2887 CE2 TYR A 361 40. 155 56. 601 31. 520 1. 00 9. 87 6 © 2846 CA PRO A 357 29. 564 61. 929 43. 493 1. 00 10. .52 6 2888 CZ TYR A 361 39. 988 57. 930 31. 139 1. 00 12. 35 6 © 00 2847 C PRO A 357 29. 689 61. ,366 42. .092 1. 00 11. .14 6 2889 OH TYR A 361 40. 982 58. 482 30. 297 1. 00 11. 60 8 00 2848 O PRO A 357 29. .074 60. .379 41. .752 1. 00 11. .48 8 2890 N GLY A 362 39. 069 55. 475 36. 171 1. 00 11. 61 7 78 ∞ co H OΛ o O vo σi O -s ^ r rη o o H ro ro o as vo l o m H ro H -i< oo - o ^f 4 't H -n θ 'i ι σι o D ro m cn r- m ro en ro in ι ^ ^ H H rn rn i ^ ^ Oa ifi ^ Ln o r oi -n ^ co ^ ro m ro o H H H H H H H H H H H H H H H H H H H p O O O O O O O O O O O O O O O O O O O o o o o o o o o O O O O O O O O O O O O O O O O O O O o vo o o o H H H H H H H H H H H H H H H H H H H H H H H O O O O O O O O H H H H H H H H H H H vo r ι -s --Λ p $. c ^ ^ ^ Λ ∞ H pι r ^ cN α-> o H Ln ^ o σ, ch o H .^ co oo H c^ r r^ θ Ln -n --r. o c θ - s ro -s vD θ ∞ H oo ^ co ^ -s σ. ι ιs H ^ --^ in r H ro H oo c H i o cΛ - s ^ -n ^ oo co H OD c o o o N CN ∞ r^ ∞ .^ ts oo D i ^ VD -s Ln ^ - s - ^ ^ - m ro r cN CN CN O O CN CN H CN H N H rn o ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro m c^ ro ro ro ro ro ro -^ fo m m ιn o r o N C -s ro σ> ι ^ CN θ CN ro ι - s cD in - s cΛ ^ θ H H co i-n ι vo ^ vo H H --n H σ^ ^ ∞ co - ∞ ^ ^ ^ oo cr\ H vo - s \^ [ Ln ιn - σ H [ s o ^o oo ^ oo σ -s - vo vo co o o o N CN ^ t , - vo vo vo OT rø ∞ -s o o <-τ. H o o o o oo - r^ σ o θ H σ\ co - s co ^ ^ o o H σ\ o ro o n o σ -Λ CN -n o c - s σ o o t s H i θ (^ -n ι σ\ ^ H tn vo -^ A σ c VD - s - s - H [s () u^ N O C^ σ^ ι ^ ιn ^ σ o - s α- ) -n - oo ^o o o ι^ VD in ^ ^ c r -s -s ι r s σ\ [ s ∞ ^ co oD - ^ D i- ι vo - ro ro ro ι-n ^ r ^ ^ vo D VD vo o vD vD o vD VD vo vD vo vo o [ ts r^ -s [^ r^ ι rs rs ts c^ -s -s r^ [ r^ ι ι ro ro ro ro f^ r^ ro ro -^ ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro -H EH f- H H H ft < < X X X X X !x X X 2 2 2 2 2 2 2 2 2 2 2 2 X X X X X X X X Ω Ω o X X X X 3 X X X X X X X X X ui X c/i X cn cn m cn cn cn cn X X X 2 Ξ ε ε < < < < a -s o CD a u < ssgg X X X X < < < < < < < X X X X Ω ω < < < X n X X X C) a P X CO Ω Ω <=H u J X u 2 υ u o u 2 u u υ 2 υ υ o 2 υ u υ u u υ 2 υ υ υ 2 2 > u o u u O O 2 u u ro ^ ιn vo [ s co c^ θ H CN r ^ u^ vo c s o- ) cn o H C -^ ^ ιn vo -s oo m vD C s oo o^ θ H CN r ^ Λ (Λ θ \ σ. j. σ σ^ (J ^ cΛ σ\ ^ c)i c^ (-Λ c^ ^ σ. σ^ σ\ σ σ (Λ θ^ (Tι ^ CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN M H ^ vo -n ^ ^o o ^^ ^ c ^^ ^ c s σ | \ l o co ^ ιn o co c O -n H O ^ -n ^ ao co o ts L ^ o o r ro c N ro c O O O^ C -s r N ts c ^ -s co c co r v j cn c^ -n o ∞ r H σ^ i^ O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O o o O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H r cN r vo θ (^ vo [ ^ o o o oo uϊ CN C^ co σι -s .ro cN crι m ∞ oo r σ\ H ^^ σ^ ^ ro σ -s rø σ^ ro ^^ H σ H H o ^ ro ^ σ\ ^ cN H ∞ CN σ > ^ r^ in - s o ^ - s vo ro r ^ s o vD H C^ t s ^ ^ cj ^ ^ in D C O Oo vD CN Oo ro in r c i^ D -s co oo σ \ O H O CΛ H O H H H H O O σ co o cΛ σ σ o ts aD σ^ oo o o o σ H N ro ^o ^ ^ Ln vD co -s ^ H ^ c-ry ^ t s in ^ H in oo co o u^ H - s r L m i ro ro H O O CN VD - s H C m vD i -^ <-Λ ^ .^ H vo o c ιn D ιn vo ro r vo oΛ vo o -n ^ o σ o -n -n σ o ^ ( -n c ∞ -^ O - ^ ^ H O O σ^ o u^ ^ co O C^ o c O C H ro r c σ^ m vD N H ^ r σ^ H - ro CN ιn tn -Λ vo ts vo vo - s σ\ co ^ ro c H o cN ro ^ C ro c ro c H o σ^ σ^ σ* ^ ι vo ^ ^ u^ in -n i/i in in in -Λ in in in in Ln -n -n in in -n in in -n in -n -n ^ ^ ^ ^ t s oo c o ro c θo oo ^ H ^ o ιn ^ c Λ CN ro vo vo N VD Co ^ r vo ^ r s ro σ\ <) t s N θ Ln m vo cN s ro -s c ^ C C ts c^ ^ σ> -n m ts H ^ ιιι D θ co vo ^ H θ H ^ ro ^ ^ [ ^ σl H CN o o o ιn cN O N ro -n oo σ \-o H o oo o cN ^ D H σ o o cN m ^ o cN ι-n co cN σ^ o -^ en o o o H CO OD OO CO Ol f. ^ ro r- vo m m ro ro ^ ro ro r ro ro ^ Tj* ^ c CN CN -^ ro ro r r ro m ^ ^ ^ ^ ^ ^ ^ ^ ^ -n in -n - in -n in in -n o vo vo vo vo ^ ro ro -^ ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro m * x x x x A > A > A >< > * > * > * > * > * > * < > * > * > * >< m O U O -H H H H H -H H O U O O U O O O O U O O U U U H H -H -H H -H H -H -H EH H E-' S S si: < CQ o ϋ < m o Q ω ω m o Q ω ω m tD Q Q w ω N ffi C U U O S U CJ O U O U S U CJ O U U U O O S C U O U U a O S S U U O U U U U U C U O S U H N ro ^ - χ» [ co o O H N r ^ Ln vo t s oo c^\ O H C r^ ^ - D - s co m o H c ^o ^ Ln D ∞ σ cn σ σ σ σ σ σ σ\ o o o o o o o o o o H H H H H H H H H H CN N CN CN CN N C CN ^o ro r co co co ra ω co ω ∞ a) ^ o\ cΛ θ. ^ σ. Λ θ. m (Λ Λ θ (Λ ^ o ^ (Λ σ. o. σ. ι^ m ^ m ^ CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN CN C^ 2971 0 PRO A 373 45.014 63.392 27.879 1.00 11.30 8 3013 o MET A 378 44.769 53.836 30.804 1.00 12.80 8 2972 CB PRO A 373 45 .237 65 .136 25 .475 1 .00 10 .91 6 3014 CB MET A 378 44 .714 53 .606 27 .749 1 .00 13 .64 6 2973 CG PRO A 373 46 .632 65 .755 25 .353 1 .00 14 .12 6 3015 CG MET A 378 43 .750 52 .572 27 .113 1 .00 12 .65 6 o VO VO 2974 CD PRO A 373 46 .484 67 .082 26 .040 1 .00 13 .69 6 3016 SD MET A 378 42 .871 53 .357 25 .713 1 .00 14 .01 16 4-- 2975 N TYR A 374 46 .374 64 .933 28 .815 1 .00 9 .68 7 3017 CE MET A 378 41 .543 52 .139 25 .530 1 .00 15 .94 6 in 2976 CA TYR A 374 47 .139 63 .921 29 .579 1 .00 10 .60 6 3018 N MET A 379 42 .575 53 .515 30 .324 1 .00 V 11 .68 7 O 4-. 2977 C TYR A 374 46 .381 63 .338 30 .741 1 .00 11 .01 6 3019 CA MET A 379 42 .364 52 .843 31 .637 1 .00 11 .67 6 2978 0 TYR A 374 46 .896 62 .356 31 .346 1 .00 12 .41 8 3020 C MET A 379 43 .364 51 .711 31 .705 1 .00 14 .11 6 2979 CB TYR A 374 48 .493 64 .515 30 .101 1 .00 12 .69 6 3021 O MET A 379 43 .463 50 .864 30 .812 1 .00 12 .85 8 2980 CG TYR A 374 49 .258 65 .009 28 .884 1 .00 14 .15 6 3022 CB MET A 379 40 .896 52 .323 31 .558 1 .00 12 .77 6 2981 CD1 TYR A 374 49 .738 64 .107 27 .954 1 .00 14 .25 6 3023 CG MET A 379 40 .572 51 .443 32 .790 1 .00 13 .09 6 2982 CD2 TYR A 374 49 .457 66 .382 28 .664 1 .00 19 .98 6 3024 SD MET A 379 40 .355 52 .467 34 .277 1 .00 13 .28 16 2983 CE1 TYR A 374 50 .385 64 .536 26 .798 1 .00 19 .01 6 3025 CE MET A 379 39 .369 51 .269 35 .254 1 .00 13 .26 6 2984 CE2 TYR A 374 50 .125 66 .791 27 .525 1 .00 18 .34 6 3026 N PRO A 380 44 .193 51 .636 32 .750 1 .00 12 .95 7 2985 CZ TYR A 374 50 .572 65 .893 26 .613 1 .00 21 .81 6 3027 CA PRO A 380 45 .398 50 .827 32 .726 1 .00 14 .01 6 2986 OH TYR A 374 51 .271 66 .349 25 .492 1 .00 24 .57 8 3028 C PRO A 380 45 .170 49 .402 33 .204 1 .00 17 .99 6 2987 N ASN A 375 45 .203 63 .895 31 .004 1 .00 10 .61 7 3029 O PRO A 380 46 .005 48 .554 32 .914 1 .00 17 .24 8 2988 CA ASN A 375 44 .295 63 .320 31 .991 1 .00 9 .59 6 3030 CB PRO A 380 46 .384 51 .501 33 .699 1 .00 14 .68 6 2989 C ASN A 375 43 .275 62 .353 31 .357 1 .00 11 .84 6 3031 CG PRO A 380 45 .418 52 .190 34 .636 1 .00 16 .71 6 2990 0 ASN A 375 42 .406 61 .795 32 .073 1 .00 12 .18 8 3032 CD PRO A 380 44 .300 52 .693 33 .751 1 .00 14 .00 6 2991 CB ASN A 375 43 .489 64, .456 32 .649 1. .00 10. .84 6 3033 N ALA A 381 44 .099 49 .232 33 .975 1 .00 15. .78 7 2992 CG ASN A 375 42 .822 65, .356 31 .632 1. .00 13 .47 6 3034 CA ALA A 381 43 .895 47 .955 34 .625 1 .00 13, .86 2993 ODl ASN A 375 42 .889 65, .147 30. .378 1. .00 14, .66 8 3035 C ALA A 381 42 .477 47 .891 35 .190 1 .00 13, .98 6 D 2994 ND2 ASN A 375 42 .188 66, .403 32, .155 1. .00 11, .13 7 3036 O ALA A 381 41 .859 48 .952 35 .215 1 .00 13 , .69 8 2995 N ARG A 376 43, .519 62. .009 30, .071 1. .00 11, .23 7 3037 CB ALA A 381 44 .854 47. .608 35, .761 1. .00 17. .52 6 2996 CA ARG A 376 42. .622 61. .074 29, .366 1. .00 12, .81 6 3038 N PHE A 382 42 .029 46. .671 35, .497 1. .00 14. .05 7 2997 C ARG A 376 43, .410 59, .886 28, .872 1. .00 11, .47 6 3039 CA PHE A 382 40. .701 46. .466 36, .094 1. .00 12. .60 6 2998 0 ARG A 376 43. .286 59. .389 27. .744 1. .00 11. .36 8 3040 C PHE A 382 40. .791 45. .644 37. .393 1. .00 12. .68 6 2999 CB ARG A 376 41. .975 61. .789 28. .128 1. .00 11. .93 6 3041 O PHE A 382 39, .963 44. .765 37. ,641 1. .00 15. .80 8 3000 CG ARG A 376 41. .111 62. .997 28. .659 1. .00 11. .44 6 3042 CB PHE A 382 39, .742 45. .806 35. .052 1. .00 15. .36 6 3001 CD ARG A 376 40. .908 63. .980 27. .521 1. .00 13. .66 6 3043 CG PHE A 382 39, .619 46. ,669 33. .826 1. .00 14. 57 6 3002 NE ARG A 376 40. .177 65. .214 28. .005 1. .00 13. .05 7 3044 CD1 PHE A 382 40. .475 46. .629 32. .737 1. .00 14. 43 6 3003 CZ ARG A 376 39. .567 66. .011 27. .137 1. .00 11. .35 6 3045 CD2 PHE A 382 38. .572 47. ,618 33. .775 1. .00 16. 09 6 3004 NH1 ARG A 376 39. .569 65. 752 25. .825 1. 00 9. .57 7 3046 CE1 PHE A 382 40. 327 47. 480 31. 670 1. 00 17. 87 6 *0 3005 NH2 ARG A 376 38. .944 67. 071 27. ,646 1. 00 10. .95 7 3047 CE2 PHE A 382 38. 414 48. 469 32. 699 1. 00 12. 38 6 π 3006 N GLY A 377 44. .270 59. 361 29. .749 1. 00 9. .89 7 3048 CZ PHE A 382 39. 293 48. 395 31. 613 1. 00 15. 80 6 3007 CA GLY A 377 45. ,084 58. .173 29. ,407 1. 00 10. .61 6 3049 N ASP A 383 41. 721 46. 138 38. 224 1. 00 13. 84 7 § 3008 C GLY A 377 44. .162 56. .943 29. .297 1. 00 11. ,99 6 3050 CA ASP A 383 42. 065 45. 402 39. 467 1. 00 15. 38 6 o \ —o 3009 0 GLY A 377 42. .974 56. .949 29. .658 1. 00 10. .52 8 3051 C ASP A 383 41. 067 45. 732 40. 552 1. 00 15. 05 6 ©. © 3010 N MET A 378 44. .783 55. .861 28. .718 1. .00 12. .46 7 3052 o ASP A 383 40. 864 46. 868 40. 943 1. 00 16. 64 8 © 00 3011 CA MET A 378 43. .968 54. .622 28. .638 1. 00 11. .69 6 3053 CB ASP A 383 43. 457 45. 826 39. 901 1. 00 13. 18 6 00 3012 C MET A 378 43. .777 54. .021 30. .032 1. 00 11. .73 6 3054 CG ASP A 383 44. 015 45. 155 41. 165 1. 00 18. 89 6 3055 ODl ASP A 383 43..286 44..428 41..805 1..00 20..99 8 3097 CD2 PHE A 389 37..375 48..299 41..777 1.00 14..39 6 3056 0D2 ASP A 383 45, .229 45, .408 41. .363 1. .00 21, .43 8 3098 CE1 PHE A 389 35. .869 46, .515 43. .383 1 .00 14 .50 6 o 3057 N THR A 384 40, .302 44. .680 40. .950 1. .00 13 .75 7 3099 CE2 PHE A 389 36 .340 47, .536 41. .216 1 .00 12 .44 6 O VO 3058 CA THR A 384 39 .215 44. .894 41. .930 1. .00 12 .49 6 3100 CZ PHE A 389 35 .646 46, .648 42 .031 1 .00 13 .69 6 *- 3059 C THR A 384 39 .773 44, .871 43. .345 1. .00 13 .78 6 3101 N LYS A 390 38 .053 49 .160 46 .775 1 .00 12 .03 7 VO 3060 0 THR A 384 38 .951 44, .852 44. .298 1. .00 18 .13 8 3102 CA LYS A 390 37 .303 48 .672 47 .936 1 .00 12 .63 6 4- 3061 CB THR A 384 38 .098 43 .831 41, .755 1. .00 16 .42 6 3103 C LYS A 390 36 .544 49 .767 48 .699 1 .00 14 .75 6 3062 OGl THR A 384 38 .725 42 .525 41 .937 1. .00 18 .75 8 3104 O LYS A 390 35 .438 49 .556 49 .197 1 .00 12 .66 8 3063 CG2 THR A 384 37 .515 43 .943 40 .342 1 .00 20 .28 6 3105 CB LYS A 390 38 .291 48 .000 48 .917 1 .00 12 .06 6 3064 N THR A 385 41 .088 44 .832 43 .573 1 .00 14 .37 7 3106 CG LYS A 390 38 .798 46 .712 48 .243 1 .00 15 .90 6 3065 CA THR A 385 41 .648 44 .691 44 .906 1 .00 16 .71 6 3107 CD LYS A 390 39 .589 45 .970 49 .325 1 .00 25 .81 6 3066 C THR A 385 42 .313 45 .974 45 .424 1 .00 16 .63 6 3108 CE LYS A 390 40 .980 46 .524 49 .440 1 .00 29 .79 6 3067 O THR A 385 42 .873 45 .952 46 .539 1 .00 14 .22 8 3109 NZ LYS A 390 41 .835 45 .465 50 .107 1 .00 41 .01 7 3068 CB THR A 385 42 .693 43 .546 45 .009 1 .00 19 .15 6 3110 N GLU A 391 37 .256 50 .908 48 .782 1 .00 11 .21 7 3069 OGl THR A 385 43 .883 43 .878 44, .288 1, .00 17 .99 8 3111 CA GLU A 391 36 .636 52 .048 49 .475 1 .00 11 .43 6 3070 CG2 THR A 385 42 .075 42, .234 44, .541 1, .00 24 .33 6 3112 C GLU A 391 35 .375 52 .482 48 .742 1 .00 12 .51 6 3071 N THR A 386 42 .254 47, .039 44, .606 1, .00 14 .92 7 3113 O GLU A 391 34 .300 52 .735 49 .337 1 .00 10 .64 8 3072 CA THR A 386 42 .952 48, .254 45, .131 1, .00 13 .63 6 3114 CB GLU A 391 37 ' .670 53 .223 49 .487 1 .00 10 .44 6 3073 C THR A 386 42 .175 48, .801 46, .328 1, .00 11 .22 6 3115 CG GLU A 391 36 .957 54 .519 49 .997 1 .00 10 .67 6 3074 0 THR A 386 40 .990 48, .649 46, .478 1. .00 12 .74 8 3116 CD GLU A 391 37 .870 55 .744 49 .810 1 .00 12 .38 6 3075 CB THR A 386 43 .101 49. .344 44, .054 1, .00 13 .50 6 3117 OEl GLU A 391 38 .974 55 .628 49 .226 1 .00 13 .12 8 3076 OGl THR A 386 41 .805 49. .919 43, .822 1 , .00 12 .14 8 3118 OE2 GLU A 391 37 .458 56, .841 50, .284 1 .00 12. .94 8 ∞ 3077 CG2 THR A 386 43 .656 48. .809 42, .719 1, .00 17 .62 6 3119 N VAL A 392 35 .455 52, .675 47, .403 1 .00 11, .36 70 3078 N THR A 387 42 .886 49. .552 47, .184 1, .00 14 .21 7 3120 CA VAL A 392 34 .279 53, .176 46, .653 1 .00 12. .25 6 3079 CA THR A 387 42, .237 50. .167 48. .316 1, .00 11 .44 6 3121 C VAL A 392 33 .156 52, .128 46, .716 1, .00 12. .76 6 3080 C THR A 387 41, .127 51. .134 47. .887 1. .00 12 .54 6 3122 O VAL A 392 31, .968 52, .481 46, .930 1, .00 12. .77 8 3081 O THR A 387 40, .045 51, .113 48. .437 1. .00 12 .57 8 3123 CB VAL A 392 34, .667 53, .410 45, .175 1, .00 14, .39 6 3082 CB THR A 387 43, .277 50. .926 49. .145 1. .00 17 .16 6 3124 CGI VAL A 392 33 .434 53, .661 44. .296 1, .00 13. .75 6 3083 OGl THR A 387 44, .177 49. .939 49. .669 1. .00 15 .42 8 3125 CG2 VAL A 392 35 .702 54, .570 45. .061 1, .00 12. .07 6 3084 CG2 THR A 387 42 .644 51. .724 50. .273 1. .00 14 .27 6 3126 N SER A 393 33 .487 50. .846 46. .628 1, .00 10. .90 7 3085 N ALA A 388 41, .441 51. .910 46. .838 1, .00 13 .30 7 3127 CA SER A 393 32 .426 49. .822 46. .686 1, .00 12. .19 6 3086 CA ALA A 388 40, .376 52. .785 46. .360 1. .00 10 .83 6 3128 C SER A 393 31, .708 49, .782 48. .021 1, .00 10. .96 6 3087 C ALA A 388 39. .162 52. .083 45. .808 1. .00 12 .23 6 3129 O SER A 393 30. .469 49. .774 48. .186 1. .00 12. .48 8 3088 O ALA A 388 38. .030 52. .497 46. .001 1. .00 11, .44 8 3130 CB SER A 393 33. .059 48. .431 46. .394 1. .00 12. ,79 6 "0 3089 CB ALA A 388 40, .968 53. .700 45. ,239 1. .00 10, .26 6 3131 OG SER A 393 31. ,944 47. .538 46. .423 1. .00 19. 93 8 π 3090 N PHE A 389 39, .347 50. .956 45. ,084 1. ,00 12, .53 7 3132 N THR A 394 32. ,493 49. .942 49. .099 1. .00 11. 04 7 3091 CA PHE A 389 38, .202 50. .182 44. .579 1. .00 13, .64 6 3133 CA THR A 394 31. ,920 49. .922 50. .445 1. 00 12. 34 6 3092 C PHE A 389 37, .361 49. .746 45. ,779 1. .00 13, .47 6 3134 C THR A 394 31. .061 51. 130 50. 682 1. 00 11. 80 6 VO VO 3093 O PHE A 389 36, .157 49. .895 45. .789 1. .00 12, .37 8 3135 O THR A 394 29. .935 51. 097 51. 169 1. 00 11. 63 8 © 3094 CB PHE A 389 38, .766 48. .975 43. .763 1. .00 11 .46 6 3136 CB THR A 394 33. .039 49. 889 51. 509 1. 00 12. 40 6 © 00 3095 CG PHE A 389 37 .627 48. .178 43. .141 1. .00 12 .01 6 3137 OGl THR A 394 33. .699 48. .614 51. 401 1. 00 14. 67 8 00 3096 CD1 PHE A 389 36 .936 47, .248 43. .916 1, .00 16 .87 6 3138 CG2 THR A 394 32. .443 50. Oil 52. 927 1. 00 14. 84 6 3139 N LEU A 395 31.600 52.334 50.322 1.00 12.76 7 3181 CD ARG A 400 23.412 50.634 45.761 1.00 16.08 6 3140 CA LEU A 395 30 .858 53 .558 50 .592 1 .00 11 .35 6 3182 NE ARG A 400 24.141 49.517 46.399 00 14.78 7 3141 C LEU A 395 29 .666 53 .709 49 .624 1 .00 10 .18 6 3183 CZ ARG A 400 25.452 49.279 46.343 00 14.12 6 o VO 3142 0 LEU A 395 28 .676 54 .373 49 .976 1 .00 11 .69 8 3184 NH1 ARG A 400 26.214 50.128 45.640 00 15.84 7 4-: mi 3143 CB LEU A 395 31 .784 54 .804 50 .604 1. .00 13 .30 6 3185 NH2 ARG A 400 25.957 48.216 46.978 00 16.89 7 o 3144 CG LEU A 395 32 .795 54 .745 51 .811 1, .00 12 .96 6 3186 N ASN A 401 22.154 52.394 50.972 00 14.24 7 4-- 3145 CD1 LEU A 395 33 .641 56 .019 51 .748 1 .00 13 .55 6 3187 CA ASN A 401 21.271 51.879 52.060 00 14.18 6 3146 CD2 LEU A 395 32 .059 54 .747 53 .145 1 .00 14 .45 6 3188 C ASN A 401 20.967 52.828 53.189 00 15.56 6 3147 N ALA A 396 29 .852 53 .116 48 .444 1 .00 11 .70 7 3189 0 ASN A 401 19.976 52.564 53.935 1.00 17.91 8 3148 CA ALA A 396 28 .636 53 .182 47 .557 1 .00 12 .78 6 3190 CB ASN A 401 21.990 50.632 52.590 1.00 16.43 6 3149 C ALA A 396 27 .498 52 .378 48 .163 1 .00 13 .72 6 3191 CG ASN A 401 21.827 49.617 51.404 1.00 25.29 6 3150 0 ALA A 396 26 .345 52 .797 48 .075 1 .00 10 .99 8 3192 ODl ASN A 401 22.805 49.256 50.797 1.00 33.03 8 3151 CB ALA A 396 29 .035 52 .530 46 .203 1 .00 12 .34 6 3193 ND2 ASN A 401 20.619 49.215 51.102 1.00 40.20 7 3152 N GLY A 397 27 .797 51 .244 48 .825 1 .00 11 .86 7 3194 N ASN A 402 21.705 53.948 53.373 1.00 13.76 7 3153 CA GLY A 397 26 .710 50 .490 49 .510 1 .00 12 .95 6 3195 CA ASN A 402 21.449 54.851 54.506 00 13.71 6 3154 C GLY A 397 26 .096 51 .295 50 .656 1 .00 12 .93 6 3196 C ASN A 402 20.938 56.175 53.980 00 14.67 6 3155 0 GLY A 397 24 .865 51 .276 50 .842 1 .00 15 .22 8 3197 0 ASN A 402 21.601 56.923 53.249 00 13.53 8 3156 N LEU A 398 26 .948 52 .018 51 .404 1 .00 12 .12 7 3198 CB ASN A 402 22.753 55.036 55.311 00 13.24 6 3157 CA LEU A 398 26 .336 52 .833 52 .491 1 .00 10 .40 6 3199 CG ASN A 402 22.397 55.744 56.604 00 14.53 6 3158 C LEU A 398 25 .388 53 .871 51, .900 1, .00 13 .47 6 3200 ODl ASN A 402 21.722 56.787 56.564 1.00 14.56 8 3159 0 LEU A 398 24 .310 54 .166 52, .434 1 .00 13 .29 8 3201 ND2 ASN A 402 22.839 55.186 57.762 1.00 11.48 7 3160 CB LEU A 398 27 .503 53 .525 53, .229 1, .00 10 .78 6 3202 N ALA A 403 19.633 56.460 54.202 1.00 12.55 7 C 3161 CG LEU A 398 26 .999 54 .426 54 .353 1. .00 11 .76 6 3203 CA ALA A 403 19.017 57.672 53.679 1.00 12.81 61- 3162 CD1 LEU A 398 26 .326 53 .660 55, .479 1, .00 15 .25 6 3204 C ALA A 403 19.622 58.961 54.144 00 14.88 6 3163 CD2 LEU A 398 28. .230 55. .206 54. .909 1. .00 16. .57 6 3205 0 ALA A 403 19.421 59.958 53.422 00 13.18 8 3164 N ARG A 399 25. .832 54. .478 50. .754 1. .00 11. .98 7 3206 CB ALA A 403 17.511 57.608 54.092 00 12.99 6 3165 CA ARG A 399 24. .988 55. .539 50. .164 1. .00 12. .52 6 3207 N ALA A 404 20.407 58.945 55.229 00 11.82 7 3166 C ARG A 399 23. .712 54. .952 49. .579 1. .00 13. .24 6 3208 CA ALA A 404 21.107 60.187 55.611 00 11.98 6 3167 0 ARG A 399 22. .661 55. .603 49. .688 1. .00 14, .42 8 3209 C ALA A 404 22.095 60.641 54.524 00 11.49 6 3168 CB ARG A 399 25. .789 56. .271 49. .068 1. .00 11. .24 6 3210 o ALA A 404 22.259 61.857 54.383 1.00 12.58 8 3169 CG ARG A 399 24. .974 57. .205 48. .158 1. .00 11. ,40 6 3211 CB ALA A 404 21.874 60.008 56.930 1.00 15.02 6 3170 CD ARG A 399 25. ,933 57. .875 47. .182 1. .00 11. .42 6 3212 N ILE A 405 22.707 59.716 53.830 1.00 11.27 7 3171 NE ARG A 399 26. .620 59. .029 47. .799 1. .00 10. .92 7 3213 CA ILE A 405 23.702 60.168 52.791 1.00 11.62 6 3172 CZ ARG A 399 26. .193 60. .279 47. .877 1. .00 14. .21 6 3214 C ILE A 405 22.936 60.722 51.581 1.00 13.21 6 3173 NH1 ARG A 399 24. 965 60. .565 47. 446 1. 00 10. 96 7 3215 0 ILE A 405 23.353 61.696 50.964 1.00 12.14 8 o H 3174 NH2 ARG A 399 26. .954 61. .245 48. 436 1. 00 11. 76 7 3216 CB ILE A 405 24.538 58.973 52.331 1.00 14.54 6 3175 N ARG A 400 23. .713 53. .697 49. 131 1. 00 12. 24 7 3217 CGI ILE A 405 25.425 8 58.253 53.392 1.00 15.40 6 VO 3176 CA ARG A 400 22. .456 53. ,111 48. 675 1. 00 12. .96 6 3218 CG2 ILE A 405 25.511 59.410 51.202 1.00 11.30 6 VO 3177 C ARG A 400 21. .533 52. .789 49. .852 1. 00 13. .71 6 3219 CD1 ILE A 405 26.170 59.266 54.247 1.00 17.36 6 © © 3178 0 ARG A 400 20. .311 52. .762 49. 629 1. 00 17. 33 8 3220 N GLN A 406 21.759 60.152 51.297 1.00 11.32 7 © 00 3179 CB ARG A 400 22. .748 51. .783 47. .930 1. 00 14. 09 6 3221 CA GLN A 406 20.992 00 60.545 50.107 1.00 11.87 6 3180 CG ARG A 400 23. .460 51. ,918 46. 578 1. 00 14. 91 6 3222 C GLN A 406 20.335 61.902 50.300 1.00 14.28 3223 o GLN A 406 20.265 62.707 49..360 1..00 11..82 8 3265 CG2 THR A 411 25.620 69.676 62.991 1.00 17.79 6 3224 CB GLN A 406 19 .875 59 .494 49. .869 1. .00 12 .00 6 3266 N GLN A 412 28.501 70.302 61.110 00 12.74 7 O 3225 CG GLN A 406 20 .511 58 .136 49 .549 1 .00 12 .17 6 3267 CA GLN A 412 29.899 70.153 61.592 00 13.61 6 vo VO 3226 CD GLN A 406 19 .521 56 .983 49 .392 1 .00 22 .22 6 3268 C GLN A 412 29.894 69.765 63.062 00 13.43 6 4-- 3227 OEl GLN A 406 19 .847 55 .775 49 .395 1 .00 20 .31 8 3269 O GLN A 412 29.218 70.451 63.824 00 15.64 mi 8 VO 3228 NE2 GLN A 406 18 .272 57 .356 49 .223 1 .00 24 .04 7 3270 CB GLN A 412 30.556 71.523 61.335 00 14.70 6 4-. 3229 N TYR A 407 19 .757 62 .154 51, .499 1 .00 13 .05 7 3271 CG GLN A 412 31.999 71.615 61.876 00 22.99 6 3230 CA TYR A 407 18 .848 63 .261 51 .702 1 .00 13 .56 6 3272 CD GLN A 412 31.918 72.168 63.334 00 22.07 6 3231 C TYR A 407 19 .168 64 .182 52 .885 1 .00 10 .35 6 3273 OEl GLN A 412 32.409 71.438 64.163 00 19.41 8 3232 0 TYR A 407 18 .463 65 .190 53 .047 1 .00 12 .85 8 3274 NE2 GLN A 412 31.358 73.310 63.633 1.00 25.10 7 3233 CB TYR A 407 17 .440 62 .678 52 .068 1 .00 14 .06 6 3275 N ARG A 413 30.694 68.721 63.330 1.00 11.94 7 3234 CG TYR A 407 16 .935 61 .567 51 .144 1 .00 12 .51 6 3276 CA ARG A 413 30.768 68.223 64.700 1.00 11.40 6 3235 CD1 TYR A 407 16 .929 61 .748 49 .759 1 .00 11 .68 6 3277 C ARG A 413 32.184 68.430 65.276 1.00 12.19 6 3236 CD2 TYR A 407 16 .397 60 .418 51 .708 1 .00 11 .57 6 3278 o ARG A 413 32.263 68.482 66.510 1.00 12.20 8 3237 CE1 TYR A 407 16 .441 60 .742 48, .918 1 .00 12 .71 6 3279 CB ARG A 413 30.356 66.756 64.815 .00 16.20 6 3238 CE2 TYR A 407 15 .910 59 .420 50, .894 1. .00 14 .60 6 3280 CG ARG A 413 28.840 66.557 64.562 .00 13.09 6 3239 CZ TYR A 407 15 .933 59 .595 49, .515 1, .00 15 .50 6 3281 CD ARG A 413 27.968 67.296 65.579 .00 13.13 6 3240 OH TYR A 407 15. .433 58 .598 48, .707 1, .00 15 .89 8 3282 NE ARG A 413 26.611 66.668 65.580 .00 14.79 7 3241 N GLY A 408 20 .152 63 .743 53, .678 1, .00 12 .31 7 3283 CZ ARG A 413 25.684 66.909 66.515 .00 19.43 6 3242 CA GLY A 408 20 .277 64 .361 55, .005 1, .00 14 .17 6 3284 NH1 ARG A 413 25.974 67.784 67.503 .00 16.73 7 3243 C GLY A 408 20 .830 65 .790 55, .030 1, .00 13 .76 6 3285 NH2 ARG A 413 24.529 66.233 66.470 .00 18.22 7 3244 0 GLY A 408 21. .566 66, .253 54. .133 1, .00 13 .31 8 3286 N TRP A 414 33.228 68.466 64.474 00 11.18 7 ∞ 3245 N THR A 409 20. .636 66, .393 56, .207 1, .00 12. .33 7 3287 CA TRP A 414 34.548 68.752 65.082 00 12.61 6 IV) 3246 CA THR A 409 21. .322 67 .645 56. .558 1. .00 14 .50 6 3288 C TRP A 414 35.444 69.243 63.947 00 13.80 3247 C THR A 409 22, .822 67, .370 56. .707 1, .00 13 .72 6 3289 O TRP A 414 35.295 68.712 62.833 00 13.58 3248 0 THR A 409 23 .222 66, .229 56, .777 1, .00 12, .71 8 3290 CB TRP A 414 35.121 67.438 65.651 00 14.04 3249 CB THR A 409 20, .812 68, .210 57. .928 1, .00 16, .13 6 3291 CG TRP A 414 36.181 67.603 66.709 00 14.49 3250 OGl THR A 409 20, .849 67, .169 58. .916 1, .00 16, .69 8 3292 CD1 TRP A 414 35.921 67.473 68.075 00 15.45 3251 CG2 THR A 409 19, .360 68, .677 57. .762 1. .00 18, .70 6 3293 CD2 TRP A 414 37.583 67.864 66.591 00 15.74 3252 N THR A 410 23. .605 68. .449 56. .790 1. .00 12. .28 7 3294 NE1 TRP A 414 37.112 67.622 68.773 1.00 16.17 3253 CA THR A 410 25. .062 68. .261 57. .141 1. .00 12, .15 6 3295 CE2 TRP A 414 38.123 67.884 67.898 1.00 15.43 3254 C THR A 410 25. .332 69. .229 58. .321 1. .00 12. .71 6 3296 CE3 TRP A 414 38.421 68.101 65.507 1.00 14.89 3255 0 THR A 410 25. .041 70. ,423 58. .225 1. .00 13. .99 8 3297 CZ2 TRP A 414 39.489 68.090 68.138 00 20.21 3256 CB THR A 410 25. .943 68. .740 55. .952 1. .00 11. .34 6 3298 CZ3 TRP A 414 39.805 68.279 65.725 00 15.42 3257 OGl THR A 410 25. .541 67. .959 54. .786 1. .00 13. .77 8 3299 CH2 TRP A 414 40.310 68.296 67.066 00 17.01 n 3258 CG2 THR A 410 27. .425 68. .392 56. .192 1. .00 13. .33 6 3300 N ILE A 415 36.215 70.337 64.186 00 12.40 3259 N THR A 411 25. .996 68. .665 59. .342 1. .00 12. .78 7 3301 CA ILE A 415 37.012 70.828 63.038 00 11.33 3260 CA THR A 411 26. .301 69. .430 60. .568 1. .00 12. .27 6 3302 C ILE A 415 38.296 71.491 63.524 1.00 15.04 VO VO 3261 C THR A 411 27. .765 69. .192 60. .919 1. .00 13. .51 6 3303 o ILE A 415 38.300 72.134 64.600 1.00 15.39 © © 3262 0 THR A 411 28. .168 68. .039 61. .036 1. .00 14. .10 8 3304 CB ILE A 415 36.153 71.827 62.253 1.00 15.29 © OO 3263 CB THR A 411 25. .386 68. .891 61. ,718 1. .00 13. .83 6 3305 CGI ILE A 415 36.843 72.197 60.923 1.00 15.07 00 3264 OGl THR A 411 24. .000 69. .120 61. .364 1. .00 15. .26 8 3306 CG2 ILE A 415 35.782 73.061 63.054 1.00 20.69 3307 CD1 ILE A 415 35..862 72,.686 59..854 1..00 18..18 6 3349 CZ TYR A 420 32.692 69.780 57.021 1.00 15.49 3308 N ASN A 416 39 .349 71 .266 62, .797 1. .00 13. .47 7 3350 OH TYR A 420 31.503 70.412 56.683 1.00 15.26 o 3309 CA ASN A 416 40 .517 72 .152 62 .912 1 .00 14 .63 6 3351 N ILE A 421 35.000 66.508 61.075 1.00 11.61 7 3310 C ASN A 416 41. .103 72, .198 61. .526 1. .00 13. .17 6 3352 CA ILE A 421 34.037 65.462 61.458 00 9.13 6 * 3311 0 ASN A 416 40. .399 71, .879 60. .536 1. .00 12. .76 8 3353 C ILE A 421 32.649 66.076 61.282 00 10.90 6 mi- •si 3312 CB ASN A 416 41 .480 71 .607 63. .994 1 .00 14. .61 6 3354 0 ILE A 421 32.379 67.148 61.788 00 13.13 8 3313 CG ASN A 416 42. .250 70 .394 63. .669 1. .00 16. .07 6 3355 CB ILE A 421 34.238 64.997 62.941 00 11.03 6 3314 ODl ASN A 416 42, .180 69 .778 62. .591 1 .00 12 .99 8 3356 CGI ILE A 421 35.689 64.584 63.133 00 11.76 6 3315 ND2 ASN A 416 43 .129 69 .947 64, .597 1 .00 16 .12 7 3357 CG2 ILE A 421 33.251 63.841 63.198 1.00 14.22 6 3316 N ASN A 417 42 .356 72 .644 61 .313 1 .00 13 .23 7 3358 CD1 ILE A 421 35.980 63.871 64.484 1.00 14.70 6 3317 CA ASN A 417 42 .755 72 .836 59 .907 1 .00 13 .30 6 3359 N TYR A 422 31.889 65.498 60.276 00 10.51 7 3318 C ASN A 417 42 .767 71 .526 59 .103 1 .00 13 .34 6 3360 CA TYR A 422 30.571 66.072 60.004 00 11.77 6 3319 0 ASN A 417 42 .621 71 .524 57 .886 1 .00 12 .55 8 3361 C TYR A 422 29.510 64.963 60.053 00 11.33 6 3320 CB ASN A 417 44 .185 73 .410 59 .931 1 .00 16 .87 6 3362 0 TYR A 422 29.877 63.774 59.986 00 11.55 8 3321 CG ASN A 417 44 .190 74 .929 59 .999 1 .00 23 .81 6 3363 CB TYR A 422 30.570 66.791 58.623 00 11.55 6 3322 ODl ASN A 417 43 .170 75 .585 60 .178 1 .00 21 .65 8 3364 CG TYR A 422 31.000 65.881 57.458 00 12.40 6 3323 ND2 ASN A 417 45 .415 75 .482 59 .839 1 .00 24 .48 7 3365 CD1 TYR A 422 30.094 65.103 56.724 00 11.81 6 3324 N ASP A 418 43 .109 70 .439 59 .874 1 .00 12 .62 7 3366 CD2 TYR A 422 32.354 65.851 57.140 00 11.72 6 3325 CA ASP A 418 43 .295 69 .150 59 .209 1 .00 10 .76 6 3367 CE1 TYR A 422 30.559 64.305 55.668 00 12.09 6 3326 C ASP A 418 42 .126 68 .157 59 .319 1 .00 12 .08 6 3368 CE2 TYR A 422 32.853 65.051 56.094 00 11.73 6 3327 0 ASP A 418 42 .093 67 .177 58 .533 1 .00 11 .98 8 3369 CZ TYR A 422 31.935 64.298 55.377 00 13.04 6 3328 CB ASP A 418 44 .520 68 .478 59 .846 1 .00 13 .38 6 3370 OH TYR A 422 32.365 63.520 54.338 1.00 11.43 8 CO 3329 CG ASP A 418 45 .842 69 .080 59 .483 1 .00 16 .78 6 3371 N GLU A 423 28.257 65.380 60.139 1.00 11.98 7CO 3330 ODl ASP A 418 46 .040 69 .609 58 .372 1 .00 13 .55 8 3372 CA GLU A 423 27.202 64.378 60.362 1.00 11.04 6 3331 OD2 ASP A 418 46 .759 69 .017 60 .342 1 .00 13 .98 8 3373 C GLU A 423 26.064 64.598 59.383 1.00 11.74 6 3332 N VAL A 419 41, .304 68, .369 60, .363 1, .00 11, .52 7 3374 O GLU A 423 25.644 65.748 59.205 1.00 13.56 8 3333 CA VAL A 419 40. .281 67, .366 60. .644 1, .00 10, .52 6 3375 CB GLU A 423 26.633 64.609 61.806 1.00 14.91 6 3334 C VAL A 419 38. .910 67. .958 60. .419 1. .00 12, .12 6 3376 CG GLU A 423 25.731 63.465 62.258 1.00 12.27 6 3335 0 VAL A 419 38. .606 69. .052 60. .846 1, .00 12. .25 8 3377 CD GLU A 423 25.459 63.688 63.796 1.00 13.28 6 3336 CB VAL A 419 40. .384 66. .958 62. .145 1, .00 11. .46 6 3378 OEl GLU A 423 24.947 64.750 64.099 1.00 18.28 3337 CGI VAL A 419 39. .231 65. .959 62. .481 1. .00 11. .88 6 3379 OE2 GLU A 423 25.800 62.682 64.408 1.00 17.49 3338 CG2 VAL A 419 41. .737 66. .266 62. .444 1, .00 12. .56 6 3380 N .ARG A 424 25.648 63.541 58.699 1.00 12.31 3339 N TYR A 420 38. .034 67. .172 59. .764 1, .00 11. .92 7 3381 CA ARG A 424 24.457 63.621 57.847 .00 11.64 3340 CA TYR A 420 36. .628 67, .548 59. .636 1. .00 10. .72 6 3382 C ARG A 424 23.268 63.035 58.643 .00 13.19 3341 C TYR A 420 35. .772 66, .328 59. .977 1, .00 10. .50 6 3383 O ARG A 424 23.515 62.077 59.367 .00 13.04 π 3342 0 TYR A 420 35, .908 65, .254 59. .383 1, .00 13. .20 8 3384 CB ARG A 424 24.665 62.689 56.620 .00 10.72 3343 CB TYR A 420 36, .410 67, .866 58. .138 1, .00 9. .44 6 3385 CG ARG A 424 25.961 63.049 55.805 ,00 10.81 3344 CG TYR A 420 35, .063 68, .583 57. .856 1, .00 10. .31 6 3386 CD ARG A 424 25.862 64.465 55.212 ,00 11.09 vo 3345 CD1 TYR A 420 34. .258 69, .238 58. .754 1, .00 13, .30 6 3387 NE ARG A 424 24.666 64.721 54.412 1.00 10.91 © © 3346 CD2 TYR A 420 34. .669 68, .523 56. .512 1, .00 13, .25 6 3388 CZ ARG A 424 24.420 64.168 53.207 1.00 11.39 o 00 3347 CE1 TYR A 420 33. .045 69, .865 58. .379 1, .00 11, .70 6 3389 NH1 ARG A 424 25.240 63.308 52.620 1.00 10.62 00 3348 CE2 TYR A 420 33, .476 69 .131 56, .115 1 .00 14, .40 6 3390 NH2 ARG A 424 23.239 64.512 52.596 1.00 10.78 3391 N LYS A 425 22..068 63.623 58.542 1,.00 11..90 7 3433 0 ASP A 429 20.026 60.024 59.967 1.00 13.16 3392 CA LYS A 425 20 .937 63 .080 59 .290 1 .00 11 .75 6 3434 CB ASP A 429 18.927 57.501 58.471 1.00 12.81 3393 C LYS A 425 19 .685 63 .233 58 .443 1 .00 15 .39 6 3435 CG ASP A 429 17.766 56.561 58.255 .00 28.25 o vo 3394 0 LYS A 425 19 .444 64 .340 58 .036 1 .00 14 .23 8 3436 ODl ASP A 429 17.727 55.530 58.940 .00 20.84 i 3395 CB LYS A 425 20 .801 63 .854 60 .626 1 .00 13 .68 6 3437 OD2 ASP A 429 16.804 56.870 57.490 00 27.47 3396 CG LYS A 425 19 .617 63 .271 61 .494 1 .00 14 .44 6 3438 N VAL A 430 21.384 58.297 60.600 00 12.85 7 3397 CD LYS A 425 19 .721 63 .992 62 .863 1 .00 19 .53 6 3439 CA VAL A 430 22.502 59.192 60.876 00 11.51 6 3398 CE LYS A 425 18 .739 63 .342 63 .856 1 .00 20 .97 6 3440 C VAL A 430 23.816 58.621 60.371 00 13.31 6 3399 NZ LYS A 425 17 .322 63 .663 63 .509 1 .00 23 .72 7 3441 0 VAL A 430 23.993 57.405 60.522 00 12.49 8 3400 N PHE A 426 18 .908 62 .144 58 .357 1 .00 12 .33 7 3442 CB VAL A 430 22.632 59.315 62.427 00 14.21 6 3401 CA PHE A 426 17 .583 62 .238 57 .709 1 .00 12 .03 6 3443 CGI VAL A 430 23.828 60.233 62.734 00 14.56 6 3402 C PHE A 426 16 .651 61 .481 58 .706 1 .00 11 .05 6 3444 CG2 VAL A 430 21.373 59.955 63.033 00 14.79 6 3403 0 PHE A 426 16 .657 60 .252 58 .633 1 .00 13 .03 8 3445 N VAL A 431 24.721 59.432 59.826 1.00 12.54 7 3404 CB PHE A 426 17 .608 61 .450 56 .397 1 .00 13 .23 6 3446 CA VAL A 431 26.043 58.933 59.434 1.00 11.58 6 3405 CG PHE A 426 16 .260 61 .449 55 .699 1 .00 12 .58 6 3447 C VAL A 431 27.051 59.978 59.912 1.00 11.43 6 3406 CD1 PHE A 426 15 .838 62 .659 55 .147 1 .00 14 .04 6 3448 0 VAL A 431 26.847 61.129 59.603 1.00 12.12 8 3407 CD2 PHE A 426 15 .515 60 .300 55 .571 1 .00 14 .55 6 3449 CB VAL A 431 26.250 58.685 57.905 1.00 12.54 6 3408 CE1 PHE A 426 14 .594 62 .715 54 .490 1 .00 13 .58 6 3450 CGI VAL A 431 27.698 58.199 57.615 1.00 10.81 6 3409 CE2 PHE A 426 14 .264 60 .345 54 .906 1 .00 15 .67 6 3451 CG2 VAL A 431 25.254 57.657 57.400 1.00 13.14 6 3410 CZ PHE A 426 13 .839 61 .552 54 .398 1 .00 15 .62 6 3452 N LEU A 432 27.976 59.557 60.800 1.00 10.48 7 3411 N PHE A 427 15 .916 62 .357 59 .408 1 .00 14 .34 7 3453 CA LEU A 432 29.015 60.512 61.285 1.00 11.27 6 3412 CA PHE A 427 15 .024 61 .773 60 .490 1 .00 16 .20 6 3454 C LEU A 432 30.317 60.140 60.583 1.00 11.12 6 CO 3413 C PHE A 427 15 .781 60 .836 61 .400 1 .00 17 .32 6 3455 0 LEU A 432 30.708 58.961 60.577 1.00 13.28 8.£-> 3414 0 PHE A 427 16. .737 61, .354 62, .070 1, .00 19, .10 8 3456 CB LEU A 432 29.087 60.224 62.831 1.00 11.86 6 3415 CB PHE A 427 13. .772 61, .132 59, .840 1, .00 18, .52 6 3457 CG LEU A 432 30.033 61.205 63.562 1.00 11.74 6 3416 CG PHE A 427 12. .888 62, .175 59, .193 1. .00 17, .73 6 3458 CD1 LEU A 432 29.574 62.643 63.510 1.00 11.18 6 3417 CD1 PHE A 427 11. .972 62, .918 59, .905 1, .00 21. .55 6 3459 CD2 LEU A 432 30.119 60.744 65.044 1.00 14.23 6 3418 CD2 PHE A 427 13. .018 62, .396 57, .830 1. .00 14. .51 6 3460 N VAL A 433 30.987 61.141 59.978 1.00 11.73 7 3419 CE1 PHE A 427 11. .188 63, .858 59. .276 1. .00 18. .85 6 3461 CA VAL A 433 32.162 60.867 59.131 1.00 9.07 6 3420 CE2 PHE A 427 12. .246 63 , .336 57. .185 1. .00 16. .68 6 3462 C VAL A 433 33.328 61.667 59.702 1.00 9.49 6 3421 CZ PHE A 427 11. .311 64, .087 57, .906 1. .00 19. .85 6 3463 0 VAL A 433 33.158 62.864 59.844 1.00 10.58 3422 N ASN A 428 15, .546 59, .522 61. .442 1. .00 15. .71 7 3464 CB VAL A 433 31.899 61.334 57.674 1.00 10.62 3423 CA ASN A 428 16. .284 58. .735 62. .433 1. .00 17. ,74 6 3465 CGI VAL A 433 33.173 61.088 56.812 1.00 11.05 3424 C ASN A 428 17. .573 58. .173 61. .837 1. .00 18. .72 6 3466 CG2 VAL A 433 30.693 60.564 57.072 1.00 11.15 "0 3425 0 ASN A 428 18. .307 57. .587 62. .639 1. .00 17. .57 8 3467 N ALA A 434 34.455 61.000 60.017 1.00 10.65 o 3426 CB ASN A 428 15. .484 57. .591 63. .008 1. 00 22. .35 6 3468 CA ALA A 434 35.643 61.757 60.409 1.00 10.07 3427 CG ASN A 428 14. .267 58. .214 63. .733 1. .00 36. .36 6 3469 C ALA A 434 36.742 61.603 59.363 00 11.73 3428 ODl ASN A 428 14. .452 59. ,092 64. .570 1. .00 38. .45 8 3470 0 ALA A 434 37.030 60.489 58.924 00 11.96 3429 ND2 ASN A 428 13. .103 57. .735 63. .325 1. .00 44. .64 7 3471 CB ALA A 434 36.199 61.171 61.742 00 10.24 © © 3430 N ASP A 429 17. .867 58, .370 60. .547 1. .00 15. .06 7 3472 N ILE A 435 37.345 62.744 58.992 00 10.23 © 00 3431 CA ASP A 429 19. .091 57. .810 59. .986 1. .00 14. .19 6 3473 CA ILE A 435 38.438 62.741 58.008 00 8.82 00 3432 C ASP A 429 20. ,222 58. ,816 60. .103 1. .00 11. .55 6 3474 C ILE A 435 39.571 63.587 58.558 00 10.58 3475 O ILE A 435 39..366 64..734 58,.922 1..00 10..88 8 3517 O GLN A 440 52..198 62.543 61..812 1.00 18.55 8 3 3476 CB ILE A 435 37, .961 63 .408 56, .674 1, .00 10. .84 6 3518 CB GLN A 440 52, .905 63 .422 59 .081 1 .00 23 .60 6 o *>o 3477 CGI ILE A 435 36 .749 62 .608 56 .120 1 .00 11, .49 6 3519 CG GLN A 440 53 .543 62 .971 57 .761 1 .00 37 .17 6 VO 3478 CG2 ILE A 435 39 .146 63 .352 55 .689 1 .00 10 .37 6 3520 CD GLN A 440 54 .248 61 .634 57 .810 1 .00 48 .48 6 OJ 3479 CD1 ILE A 435 36 .230 63 .228 54 .758 1 .00 13 .59 6 3521 OEl GLN A 440 55 .292 61 .462 58 .444 1 .00 57 .64 8 sj O 3480 N ASN A 436 40 .741 62 .933 58 .596 1 .00 10 .83 7 3522 NE2 GLN A 440 53 .729 60 .605 57 .127 1 .00 54 .59 7 4-. 3481 CA ASN A 436 41 .963 63 .646 58 .943 1 .00 11 .64 6 3523 N SER A 441 50 .115 63 .161 61 .192 1 .00 13 .09 7 3482 C ASN A 436 42 .852 63 .653 57 .715 1 .00 9 .83 6 3524 CA SER A 441 49 .738 63 .516 62 .559 1 .00 13 .14 6 3483 0 ASN A 436 43 .367 62 .621 57 .309 1 .00 12 .85 8 3525 C SER A 441 48 .481 62 .739 62 .958 1 .00 18 .60 6 3484 CB ASN A 436 42 .711 62 .821 60 .036 1 .00 12 .59 6 3526 O SER A 441 47 .524 62 .718 62 .168 1 .00 15 .27 8 3485 CG ASN A 436 44 .030 63 .480 60 .383 1 .00 12 .87 6 3527 CB SER A 441 49 .451 65 .025 62 .702 1 .00 16 .00 6 3486 ODl ASN A 436 44 .422 64 .602 60 .026 1 .00 13 .07 8 3528 OG SER A 441 50 .658 65 .770 62 .516 1 .00 17 .34 8 3487 ND2 ASN A 436 44 .789 62 .721 61 .224 1 .00 13 .56 7 3529 N SER A 442 48 .417 62 .251 64 .198 1 .00 13 .46 7 3488 N ARG A 437 43 .055 64 .891 57 .181 1 .00 10 .03 7 3530 CA SER A 442 47 .177 61 .703 64 .730 1 .00 13 .64 6 3489 CA ARG A 437 43 .878 64 .887 55 .958 1 .00 9 .39 6 3531 C SER A 442 46 .581 62 .835 65 .599 1 .00 14 .33 6 3490 C ARG A 437 45 .362 64 .725 56 .267 1 .00 10 .71 6 3532 O SER A 442 47 .366 63 .761 65 .974 1 .00 15 .22 8 3491 0 ARG A 437 46 .117 64 .552 55 .310 1 .00 12 .32 8 3533 CB SER A 442 47 .452 60 .598 65 .791 1 .00 15 .48 6 3492 CB ARG A 437 43 .673 66 .201 55 .161 1 .00 12, .80 6 3534 OG SER A 442 48 .033 59 .420 65 .203 1 .00 19 .49 8 3493 CG ARG A 437 44, .296 67 .415 55 .869 1. .00 13, .58 6 3535 N TYR A 443 45 .302 62 .845 65 .817 1 .00 13 .24 7 3494 CD ARG A 437 44, .031 68 .719 55, .043 1. .00 11, .13 6 3536 CA TYR A 443 44 .693 63 .886 66 .694 1 .00 12 .26 6 3495 NE ARG A 437 44, .772 69 .847 55, .738 1. .00 10. .90 7 3537 C TYR A 443 43 .877 63 .156 67 .749 1 .00 14 .89 6 3496 CZ ARG A 437 44, .957 71 .046 55, .195 1. .00 14. .88 6 3538 O TYR A 443 43 .032 62 .293 67 .451 1. .00 14 .44 8 00 3497 NH1 ARG A 437 44, .521 71. .299 53, .948 1. .00 11. .67 7 3539 CB TYR A 443 43 .772 64 .824 65. .860 1, .00 13 .59 6Cπ 3498 NH2 ARG A 437 45, .406 72. .058 55, .947 1. .00 13. .84 7 3540 CG TYR A 443 44 .592 65, .807 65, .009 1, .00 10. .92 6 3499 N ASN A 438 45. .779 65. .035 57. .513 1. .00 11. .11 7 3541 CD1 TYR A 443 45, .124 66 .940 65, .629 1, .00 12. .95 6 3500 CA ASN A 438 47. .255 65 .048 57, .734 1, .00 12. .20 6 3542 CD2 TYR A 443 44 .836 65 .549 63 .667 1 .00 12 .89 6 3501 C ASN A 438 47. .780 63 .623 57, .869 1. .00 13. .73 6 3543 CE1 TYR A 443 45 .908 67 .843 64 .882 1 .00 11 .89 6 3502 O ASN A 438 47, .440 62. .900 58, .830 1. .00 12. .56 8 3544 CE2 TYR A 443 45 .595 66 .474 62. .914 1 .00 11 .54 6 3503 CB ASN A 438 47. .474 65. .787 59, .071 1. .00 13. .49 6 3545 CZ TYR A 443 46 .107 67 .595 63. .551 1, .00 12 .16 6 3504 CG ASN A 438 48. .921 66. .167 59. .255 1. .00 13. .92 6 3546 OH TYR A 443 46 .871 68 .508 62. .811 1, .00 15. .42 8 3505 ODl ASN A 438 49. .775 65. .335 58. .985 1. .00 15. .45 8 3547 N SER A 444 43 .976 63 .663 69, .008 1, .00 14. .60 7 3506 ND2 ASN A 438 49. .263 67. .376 59. .700 1. .00 13. .51 7 3548 CA SER A 444 43, .034 63 , .232 70. .040 1. .00 14. .67 6 3507 N THR A 439 48. .650 63. .224 56. .949 1. .00 11. .49 7 3549 C SER A 444 41. .698 64, .002 69. .912 1. .00 13. .95 6 3508 CA THR A 439 49. .087 61. .822 56. .883 1. .00 12. .77 6 3550 O SER A 444 41. .739 65. .229 69. 879 1. 00 16. 35 8 3509 C THR A 439 50. .271 61. .585 57. ,846 1. .00 14. .69 6 3551 CB SER A 444 n0 43. .620 63. .684 71. 418 1. 00 17. 27 6 3510 O THR A 439 50. .750 60. .450 57. ,917 1. .00 16. .23 8 3552 OG SER A 444 44. .701 62. .764 71. 733 1. 00 18. 88 8 3511 CB THR A 439 49. .518 61. .431 55. .456 1. .00 16. 48 6 3553 N ILE A 445 40. 628 63. 265 69. 758 1. 00 15. 00 7 e VO 3512 OGl THR A 439 50. .542 62. .330 54. .990 1. 00 17. 73 8 3554 CA ILE A 445 39. 303 63. 892 69. 559 1. 00 13. 10 6 VO © 3513 CG2 THR A 439 48. .284 61. .611 54. .554 1. 00 15. .47 6 3555 C ILE A 445 38. 498 63. 757 70. 863 1. 00 14. 11 6 © © 3514 N GLN A 440 50. .666 62. .669 58. .501 1. 00 14. 00 7 3556 O ILE A 445 37. 935 62. 703 71. 131 1. 00 17. 51 8 00 00 3515 CA GLN A 440 51. .778 62. .467 59. .481 1. .00 16. .61 6 3557 CB ILE A 445 38. 537 63. 188 68. 403 1. 00 14. 59 6 3516 C GLN A 440 51. .339 62. .729 60. .910 1. 00 19. .80 6 3558 CGI ILE A 445 39. 386 63. 120 67. 136 1. 00 15. 39 6 3559 CG2 ILE A 445 37.159 63.906 68.223 1.00 16.44 6 3596 CA ALA A 451 22.898 62.330 66.941 1.00 16.96 6 6 .533 1 .00 451 22 .799 60 .830 66 .879 1 .00 15 .04 6 5? 3560 CD1 ILE A 445 39 .772 64 .500 6 15 .53 6 3597 C ALA A O 3561 N SER A 446 38 .309 64 .925 71 .501 1 .00 15 .73 7 3598 0 ALA A 451 21 .681 60 .282 66 .900 1 .00 15 .44 8 VO N.O 3562 CA SER A 446 37. .450 65 .018 72 .680 1, .00 16 .64 6 3599 CB ALA A 451 22 .212 62 .946 65 .681 1 .00 16 .26 6 4-- 3563 C SER A 446 36, .394 66 .091 72 .415 1. .00 18 .39 6 3600 N LEU A 452 23 .929 60 .083 66 .788 1 .00 14 .57 7 VO 3564 0 SER A 446 36, .592 67 .021 71 .653 1. .00 18 .43 8 3601 CA LEU A 452 23 .803 58 .623 66 .814 1 .00 12 .45 6 .1-. 3565 CB SER A 446 38, .248 65 .398 73. .972 1. .00 18 .77 6 3602 C LEU A 452 23 .170 58 .200 68 .158 1 .00 17 .32 6 3566 OG SER A 446 38, .784 66 .689 73 .750 1. .00 24 .38 8 3603 0 LEU A 452 23 .505 58 .727 69 .218 1 .00 17 .00 8 3567 N GLY A 447 35, .263 65 .958 73 .091 1. .00 19 .05 7 3604 CB LEU A 452 25 .201 57 .989 66 .779 1 .00 14 .27 6 3568 CA GLY A 447 34, .169 66 .916 73 .050 1 .00 17 .05 6 3605 CG LEU A 452 25 .854 58 .082 65 .380 1 .00 14 .43 6 3569 C GLY A 447 33, .253 66 .660 71 .829 1 .00 20 .26 6 3606 CD1 LEU A 452 27 .344 57 .716 65 .610 1 .00 13 .81 6 3570 0 GLY A 447 32 .491 67 .554 71 .467 1 .00 19 .38 8 3607 CD2 LEU A 452 25 .263 57 .102 64 .375 1 .00 14 .40 6 3571 N LEU A 448 33 .487 65 .502 71 .171 1 .00 13 .94 7 3608 N PRO A 453 22 .383 57 .163 68 .080 1 .00 16 .12 7 3572 CA LEU A 448 32 .625 65 .262 69 .967 1 .00 15 .40 6 3609 CA PRO A 453 21 .808 56 .539 69 .305 1 .00 18 .87 6 3573 C LEU A 448 31 .245 64 .853 70 .386 1 .00 16 .78 6 3610 C PRO A 453 22 .936 55 .882 70 .090 1 .00 19 .68 6 3574 0 LEU A 448 31 .018 63 .906 71 .155 1 .00 17 .47 8 3611 0 PRO A 453 24 .039 55 .532 69 .686 1 .00 18 .19 8 3575 CB LEU A 448 33 .312 64 .155 69 .144 1 .00 14 .08 6 3612 CB PRO A 453 20 .796 55 .523 68 .880 1 .00 20 .41 6 3576 CG LEU A 448 32 .578 63 .628 67 .903 1 .00 15 .34 6 3613 CG PRO A 453 20 .615 55 .743 67 .392 1 .00 21 .35 6 3577 CD1 LEU A 448 32 .403 64 .740 66 .845 1. .00 16 .18 6 3614 CD PRO A 453 21 .806 56 .582 66 .872 1 .00 16 .78 6 3578 CD2 LEU A 448 33 .283 62 .449 67 .256 1, .00 13 .42 6 3615 N ASN A 454 22 .619 55 .684 71 .406 1 .00 14 .58 7 3579 N GLN A 449 30 .221 65 .509 69 .814 1, .00 13 .16 7 3616 CA ASN A 454 23 .630 55 .025 72 .244 1 .00 14 .89 6 3580 CA GLN A 449 28, .812 65 .224 70, .018 1, .00 14 .91 6 3617 C ASN A 454 24 .085 53 .704 71 .712 1 .00 18 .47 6 00 3581 C GLN A 449 28. .209 64. .630 68 .734 1, .00 16 .76 6 3618 0 ASN A 454 23 .320 52 .881 71 .168 1 .00 17 .84 8c ι 3582 0 GLN A 449 28. .754 64 .827 67 .645 1. .00 13 .94 8 3619 CB ASN A 454 22 .851 54 .705 73 .573 1 .00 17 .80 6 3583 CB AGLN A 449 28. .054 66 .486 70 .470 0. .50 18 .23 6 3620 CG ASN A 454 22 .656 55 .933 74, .421 1 .00 24 .08 6 3584 CG AGLN A 449 28. .884 67. .206 71. .540 0. .50 24. .01 6 3621 ODl ASN A 454 23. .071 57, .055 74. .201 1, .00 19. .24 8 3585 CD AGLN A 449 28. ,211 68. .188 72. .449 0. .50 23. .44 6 3622 ND2 ASN A 454 21, .941 55. .757 75. .554 1. .00 24. .42 7 3586 OEIAGLN A 449 28. ,812 68. .606 73. .455 0. .50 32, .55 8 3623 N GLY A 455 25. .378 53. .451 71. .950 1, .00 17. .75 7 3587 NE2AGLN A 449 26. .984 68. .573 72. .134 0. .50 32, .22 7 3624 CA GLY A 455 25, .919 52. .156 71. .553 1. .00 20. .13 6 3583 CB BGLN A 449 27. .974 66. .473 70. .339 0. .50 13 , .26 6 3625 C GLY A 455 27, .422 52. .289 71. .172 1, .00 17. .39 6 3584 CG BGLN A 449 28. .536 67. .122 71. .620 0. .50 17. .72 6 3626 O GLY A 455 27. .899 53. .393 71. ,080 1, .00 19. .07 8 3585 CD BGLN A 449 28. .037 66. .396 72. .844 0. .50 16. .00 6 3627 N SER A 456 27. .916 51. .112 70. ,814 1, ,00 18. .37 7 3586 OE1BGLN A 449 28. .776 65. .702 73. .511 0. .50 22. .43 8 3628 CA SER A 456 29. .286 51. .073 70. ,261 1. .00 17. .34 6 3587 NE2BGLN A 449 26. .759 66. ,550 73. .145 0. .50 23. .34 7 3629 C SER A 456 29. ,173 50. .927 68. 725 1. .00 17. 80 6 *0 3588 N THR A 450 27. .085 63. ,965 68. .897 1. .00 15. .61 7 3630 O SER A 456 28. ,322 50. .199 68. 220 1. 00 20. 53 8 n 3589 CA THR A 450 26. 481 63. .264 67. .761 1. .00 13. .97 6 3631 CB SER A 456 29. ,916 49. .747 70. 778 1. .00 22. 39 6 3590 C THR A 450 24. .998 63. .001 67. .994 1. .00 16. .43 6 3632 OG SER A 456 30. 178 49. .998 72. 161 1. 00 30. 42 8 3591 0 THR A 450 24. .528 62. .925 69. ,160 1. .00 16. .61 8 3633 N TYR A 457 30. 024 51. 683 68. 013 1. 00 15. 08 7 VO vo 3592 CB THR A 450 27. .216 61. .912 67. .566 1. .00 15. .00 6 3634 CA TYR A 457 29. 941 51. 627 66. 559 1. 00 13. 18 6 © © 3593 OGl THR A 450 26. .686 61. .176 66. .471 1. ,00 15. .07 8 3635 C TYR A 457 31. 301 51. 229 65. 961 1. 00 14. 20 6 © 00 3594 CG2 THR A 450 27. .007 61. .016 68, .814 1. .00 18. .27 6 3636 O TYR A 457 32. ,257 51. .915 66. 259 1. 00 16. 66 8 00 3595 N ALA A 451 24, .286 62. .806 66, .886 1. .00 15 .10 7 3637 CB TYR A 457 29. ,564 53 a ,017 65. 941 1. 00 17. 47 6 3638 CG TYR A 457 28,.122 53.387 66.241 1..00 15.26 6 3680 C SER A 462 38.011 48.422 58.907 1.00 17.10 6 ^ 3639 CD1 TYR A 457 27 .799 53 .933 67 .497 1 .00 15 .37 6 3681 0 SER A 462 38 .878 47 .546 58 .763 1 .00 16 .40 8 o 3640 CD2 TYR A 457 27 .077 53 .174 65 .325 1 .00 16 .16 6 3682 CB SER A 462 36 .316 46 .813 57 .987 1 .00 19 .17 6 VO VO 3641 CE1 TYR A 457 26 .521 54 .297 67 .873 1 .00 15 .82 6 3683 OG SER A 462 34 .914 46 .479 57 .974 1 .00 20 .76 8 *- 3642 CE2 TYR A 457 25 .768 53 .516 65 .671 1 .00 15 .99 6 3684 N GLY A 463 38 .369 49 .689 59 .115 1 .00 13 .98 7 sj VO 3643 CZ TYR A 457 25 .523 54 .070 66 .928 1 .00 16 .37 6 3685 CA GLY A 463 39 .781 50 .089 59 .271 1 .00 14 .97 6 3644 OH TYR A 457 24 .210 54 .401 67 .218 1 .00 16 .11 8 3686 C GLY A 463 40 .533 50 .140 57 .949 1 .00 15 .42 6 3645 N ALA A 458 31 .329 50 .211 65 .128 1 .00 14 .59 7 3687 0 GLY A 463 41 .745 50 .387 57 .984 1 .00 15 .84 8 3646 CA ALA A 458 32 .601 49 .943 64 .445 1 .00 17 .03 6 3688 N LEU A 464 39 .816 50 .043 56 .808 1 .00 12 .86 7 3647 C ALA A 458 32 .686 50 .915 63 .247 1 .00 14 .66 6 3689 CA LEU A 464 40 .559 50 .113 55 .525 1 .00 10 .93 6 3648 0 ALA A 458 31 .654 51 .326 62 .731 1 .00 14 .84 8 3690 C LEU A 464 41 .370 51 .420 55 .427 1 .00 12 .62 6 3649 CB ALA A 458 32 .638 48 .538 63 .857 1 .00 17 .50 6 3691 0 LEU A 464 42 .484 51 .408 54 .854 1 .00 14 .36 8 3650 N ASP A 459 33 .942 51 .128 62 .831 1 .00 13 .42 7 3692 CB LEU A 464 39 .487 50 .148 54 .402 1 .00 13 .24 6 3651 CA ASP A 459 34 .082 51 .858 61 .521 1 .00 11 .91 6 3693 CG LEU A 464 40 .083 50 .223 52 .969 1 .00 14 .42 6 3652 C ASP A 459 33 .472 51 .048 60 .410 1 .00 12 .75 6 3694 CD1 LEU A 464 40 .800 48 .892 52 .620 1 .00 15 .93 6 3653 0 ASP A 459 33 .679 49 .834 60 .222 1 .00 13 .42 8 3695 CD2 LEU A 464 38 .971 50 .469 51 .967 1 .00 14 .00 6 3654 CB ASP A 459 35 .567 52 .007 61 .258 1 .00 12 .66 6 3696 N LEU A 465 40 .797 52 .526 55 .872 1 .00 11 .79 7 3655 CG ASP A 459 35 .984 52 .522 59 .876 1 .00 13 .56 6 3697 CA LEU A 465 41 .473 53 .824 55 .761 1 .00 12 .51 6 3656 ODl ASP A 459 35 .143 53 .232 59 .328 1 .00 12 .36 8 3698 C LEU A 465 41 .953 54 .319 57 .114 1 .00 13 .32 6 3657 OD2 ASP A 459 37, .109 52 .170 59 .441 1. .00 14 .11 8 3699 0 LEU A 465 41 .873 55 .518 57 .401 1 .00 16 .12 8 3658 N TYR A 460 32, .581 51 .730 59. .662 1, .00 11 .96 7 3700 CB LEU A 465 40 .510 54 .894 55 .130 1 .00 12 .90 6 3659 CA TYR A 460 31, .927 51 .022 58. .513 1. .00 13 .29 6 3701 CG LEU A 465 40 .090 54 .441 53. .714 1. .00 12 .88 6 00 3660 C TYR A 460 32. .905 50. .541 57. .467 1. .00 16, .04 6 3702 CD1 LEU A 465 39 .162 55, .509 53. .111 1, .00 14 .96 6 j 3661 0 TYR A 460 32. .617 49. .627 56. .683 1. .00 15 .32 8 3703 CD2 LEU A 465 41 .263 54, .191 52. .777 1, .00 14 .83 6 3662 CB TYR A 460 30. .909 52. .021 57. .931 1. .00 13 .60 6 3704 N GLY A 466 42. .237 53, .348 58. .043 1, .00 14, .06 7 3663 CG TYR A 460 29. .970 51. .418 56. .899 1, .00 13 .06 6 3705 CA GLY A 466 42 .789 53, .800 59. .336 1, .00 14, .74 6 3664 CD1 TYR A 460 28. ,809 50. .815 57. .400 1. .00 11 .63 6 3706 C GLY A 466 41, .735 54, .095 60. .400 1, .00 14 .06 6 3665 CD2 TYR A 460 30. .215 51. .365 55. .532 1, .00 16 .49 6 3707 0 GLY A 466 42, .061 54 .643 61. .479 1, .00 15 .13 8 3666 CE1 TYR A 460 27. .838 50. .274 56, .514 1. .00 15 .86 6 3708 N GLY A 467 40, .451 53, .817 60. .125 1, .00 13, .86 7 3667 CE2 TYR A 460 29. .278 50, .783 54. .662 1. .00 15, .66 6 3709 CA GLY A 467 39, .357 54, .137 61. .045 1, .00 11, .80 6 3668 CZ TYR A 460 28. ,098 50, .257 55. .165 1. .00 17, .45 6 3710 C GLY A 467 39, .321 53, .244 62. .311 1, .00 14, .35 6 3669 OH TYR A 460 27. 209 49. .696 54. .262 1. 00 16. .44 8 3711 0 GLY A 467 40. .083 52. ,261 62. .394 1. .00 16. .59 8 3670 N LEU A 461 34. 057 51. .242 57. .374 1. 00 13. .04 7 3712 N ASN A 468 38. .509 53. .696 63. 236 1. 00 15. .29 7 3671 CA LEU A 461 35. 137 50. .814 56. .424 1. 00 13. .89 6 3713 CA ASN A 468 38. .483 53. .050 64. 569 1. 00 14. .61 6 "U 3672 C LEU A 461 36. 026 49. .742 57. .023 1. 00 14. ,71 6 3714 C ASN A 468 37. .007 52. 960 64. 963 1. 00 15. .14 6 O 3673 0 LEU A 461 36. 992 49. .331 56. .369 1. 00 13. .39 8 3715 0 ASN A 468 36. 145 53 a 679 64. 418 1. 00 15. 07 8 H 3674 CB LEU A 461 35. 968 52. .115 56. 171 1. 00 13. .08 6 3716 CB ASN A 468 39. 253 54. 012 65. 515 1. 00 16. 45 6 K 3675 CG LEU A 461 35. 299 53. .075 55. .149 1. .00 13. .44 6 3717 CG ASN A 468 38. 730 55. O 429 65. 538 1. 00 17. 15 6 VO 3676 CD1 LEU A 461 35. 968 54. .453 55. .284 1. .00 14. .44 6 3718 ODl ASN A 468 39. 013 56. 375 64. 739 1. 00 19. 92 8 ©o 3677 CD2 LEU A 461 35. ,485 52. .526 53. .743 1. .00 16. .37 6 3719 ND2 ASN A 468 37. 812 55. 710 66. 490 1. 00 16. 39 7 © 00 3678 N SER A 462 35. .746 49. .218 58. .222 1. .00 15, .11 7 3720 N GLY A 469 36. 787 52. 285 66. 076 1. 00 16. 49 7 00 3679 CA SER A 462 36. .521 48. .122 58. .810 1. .00 16, .17 6 3721 CA GLY A 469 35. .415 52. 189 66. 624 1. 00 16. 85 6 3722 C GLY A 469 35..261 53,.309 67..640 1..00 14..55 6 3764 CA SER A 476 28..563 62..222 73..451 1..00 14..26 6 3723 0 GLY A 469 36, .191 53. .919 68. .176 1. ,00 17. .51 8 3765 C SER A 476 29. .384 61. .026 72. .974 1. .00 17. .38 6 3724 N ILE A 470 33, .976 53. .624 67. .954 1. .00 14. .83 7 3766 O SER A 476 o 29. .103 59. .902 73. .358 1. .00 18. .38 8 O VO 3725 CA ILE A 470 33, .623 54. .650 68. .921 1. .00 14. .09 6 3767 CB ASER A 476 28. .931 62. .557 74. .900 0. .70 19 .66 6 4-- 3726 C ILE A 470 32 .518 54 .102 69 .860 1. .00 13. .92 6 3768 OG ASER A 476 28. .330 63. .803 75. .257 0 .70 22 .12 8 sj 3727 0 ILE A 470 31 .867 53 .108 69 .553 1. .00 19, .57 8 3767 CB BSER A 476 VO 28. .870 62 .465 74, .932 0 .30 18 .16 6 4-. 3728 CB ILE A 470 33 .155 56 .004 68 .368 1. .00 16, .37 6 3768 OG BSER A 476 30 .220 62 .822 75 .127 0 .30 20 .85 8 3729 CGI ILE A 470 31 .948 55 .753 67 .429 1 .00 17 .51 6 3769 N VAL A 477 30 .430 61 .284 72 .188 1 .00 15 .08 7 3730 CG2 ILE A 470 34, .319 56, .652 67. .581 1. .00 16, .76 6 3770 CA VAL A 477 31, .322 60. .248 71. .766 1 .00 16 .01 6 3731 CD1 ILE A 470 31. .315 57 .104 67 .032 1. .00 15, .78 6 3771 C VAL A 477 32 .549 60 .211 72 .699 1 .00 14 .42 6 3732 N SER A 471 32 .408 54 .804 70 .980 1. .00 15, .71 7 3772 O VAL A 477 33 .117 61 .277 72 .913 1 .00 16 .73 8 3733 CA SER A 471 31 .268 54 .477 71 .903 1. .00 14 .51 6 3773 CB VAL A 477 31 .852 60 .539 70 .320 1 .00 12 .17 6 3734 C SER A 471 30 .497 55 .755 72 .165 1 .00 14 .83 6 3774 CGI VAL A 477 32 .718 59 .377 69 .872 1 .00 15 .08 6 3735 0 SER A 471 31 .107 56 .814 72 .402 1, .00 17 .55 8 3775 CG2 VAL A 477 30 .665 60 .682 69 .389 1 .00 13 .12 6 3736 CB SER A 471 32 .024 54 .018 73 .220 1 .00 22 .00 6 3776 N ALA A 478 32 .802 59 .035 73 .236 1 .00 17 .39 7 3737 OG SER A 471 30 .967 53 .933 74 .176 1 .00 27 .40 8 3777 CA ALA A 478 33 .956 58 .962 74 .181 1 .00 17 .45 6 3738 N VAL A 472 29 .172 55 .712 72 .054 1 .00 14 .69 7 3778 C ALA A 478 35 .248 59 .401 73 .501 1 .00 19 .79 6 3739 CA VAL A 472 28 .298 56 .834 72 .186 1 .00 14 .15 6 3779 O ALA A 478 35 .398 59 .204 72 .298 1 .00 15 .95 8 3740 C VAL A 472 27 .380 56 .696 73 .425 1 .00 15 .07 6 3780 CB ALA A 478 34 .031 57 .543 74 .731 1 .00 18 .76 6 3741 O VAL A 472 26 .764 55 .638 73 .563 1 .00 19 .05 8 3781 N SER A 479 36 .152 60 .069 74 .181 1 .00 15 .72 7 3742 CB VAL A 472 27 .433 56 .903 70 .900 1, .00 15 .53 6 3782 CA SER A 479 37 .405 60, .518 73, .501 1 .00 17 .20 6 3743 CGI VAL A 472 26 .446 58 .057 70 .970 1, .00 14 .81 6 3783 C SER A 479 38 .170 59 .392 72, .855 1 .00 16 .18 6 ∞ 3744 CG2 VAL A 472 28 .376 57 .153 69 .691 1, .00 18 .40 6 3784 O SER A 479 38, .177 58 .231 73, .329 1 .00 16 .38 8 α> 3745 N SER A 473 27 .351 57 .767 74 .184 1, .00 15 .80 7 3785 CB SER A 479 38 .262 61 .218 74, .569 1 .00 23 .12 6 3746 CA SER A 473 26 .386 57 .736 75 .312 1, .00 16 .44 6 3786 OG SER A 479 37 .554 62 .348 75, .047 1, .00 22 .40 8 3747 C SER A 473 25, .711 59, .073 75 .420 1, .00 16, .40 6 3787 N PHE A 480 38, .774 59, .656 71, .674 1 .00 16 .00 7 3748 0 SER A 473 26, .435 60 .084 75 .548 1, .00 19 .98 8 3788 CA PHE A 480 39 .449 58, .638 70, .881 1 .00 15 .01 6 3749 CB SER A 473 27 .214 57 .446 76 .594 1, .00 21 .00 6 3789 C PHE A 480 40 .575 59 .308 70 .092 1 .00 14 .53 6 3750 OG SER A 473 26 .284 57 .573 77 .686 1, .00 31 .70 8 3790 O PHE A 480 40 .568 60 .548 70, .019 1, .00 17 .08 8 3751 N ASN A 474 24 .396 59 .107 75 .308 1, .00 18 .40 7 3791 CB PHE A 480 38 .538 57 .834 69, .938 1 .00 14 .92 6 3752 CA ASN A 474 23, .632 60 .348 75 .444 1, .00 19 .45 6 3792 CG PHE A 480 37 .888 58 .695 68, .846 1 .00 15 .98 6 3753 C ASN A 474 24. .194 61, .523 74. .646 1. .00 19, .99 6 3793 CD1 PHE A 480 36. .748 59. .437 69. .087 1. .00 14. .48 6 3754 O ASN A 474 24. .363 62, .658 75, .103 1. .00 15. .86 8 3794 CD2 PHE A 480 38. .493 58. .728 67. .589 1. .00 14. ,19 6 3755 CB ASN A 474 23. .685 60, .707 76. .968 1. .00 22, .35 6 3795 CE1 PHE A 480 36. .160 60. ,227 68. .092 1. .00 18. ,16 6 -fl 3756 CG ASN A 474 22, .991 59, .572 77. .722 1. ,00 31. .24 6 3796 CE2 PHE A 480 37. .899 59. ,513 66. 609 1. 00 18. ,21 6 n 3757 ODl ASN A 474 22. .086 58, .887 77. .191 1. ,00 33. .57 8 3797 CZ PHE A 480 36. .770 60. ,255 66. 848 1. 00 19. .62 6 s H-, 3758 ND2 ASN A 474 23. .579 59, .303 78. .890 1. .00 32. .67 7 3798 N THR A 481 41. .459 58. .476 69. 565 1. 00 15. 04 7 O 3759 N GLY A 475 24. .452 61. .223 73, .341 1. .00 17. .78 7 3799 CA THR A 481 42. 525 59. 036 68. 696 1. 00 12. 66 6 VO VO 3760 CA GLY A 475 24. .866 62. .311 72, .438 1. .00 20, .56 6 3800 C THR A 481 42. 186 58. 783 67. 223 1. 00 14. 82 6 © 3761 C GLY A 475 26. .369 62 .573 72 .430 1. .00 18, .34 6 3801 O THR A 481 41. 811 57. 641 66. 885 1. 00 16. 40 8 © 00 3762 O GLY A 475 26 .807 63 .464 71 .690 1. .00 20 .59 8 3802 CB THR A 481 43. 859 58. .332 69. 002 1. 00 19. 94 6 00 3763 N SER A 476 27 .146 61 .894 73 .305 1. .00 18 .39 7 3803 OGl THR A 481 44. .253 58. ,543 70. 360 1. 00 21. 84 8 3804 CG2 THR A 481 44.953 58.894 68.091 1.00 20.55 6 3846 OG SER A 488 36.431 55.439 61.907 1.00 19.75 3805 N LEU A 482 42 .216 59 .860 66 .454 1 .00 14 .98 7 3847 N VAL A 489 33.950 55.975 59.626 1.00 11.85 3806 CA LEU A 482 42 .004 59 .690 64 .991 1 .00 13 .06 6 3848 CA VAL A 489 32.567 56.313 59.340 1.00 11.74 o o 3807 C LEU A 482 43 .383 59 .527 64 .394 1 .00 14 .32 6 3849 C VAL A 489 31.685 55.457 60.269 1.00 12.51 ι 3808 O LEU A 482 44 .199 60 .432 64 .487 1 .00 15 .20 8 3850 O VAL A 489 31.910 54.276 60.410 1.00 13.59 l VO 3809 CB LEU A 482 41 .231 60 .917 64 .486 1 .00 13 .14 6 3851 CB VAL A 489 32.231 55.903 57.882 1.00 12.50 3810 CG LEU A 482 40 .812 60 .936 62 .999 1 .00 14 .96 6 3852 CGI VAL A 489 30.712 56.154 57.650 1.00 11.14 3811 CD1 LEU A 482 39 .938 59 .717 62 .720 1 .00 16 .24 6 3853 CG2 VAL A 489 32.978 56.812 56.882 1.00 13.14 3812 CD2 LEU A 482 40 .073 62 .242 62 .727 1 .00 14 .36 6 3854 N TRP A 490 30.771 56.135 60.914 1.00 11.35 3813 N ALA A 483 43 .621 58 .414 63 .680 1 .00 12 .65 7 3855 CA TRP A 490 29.900 55.413 61.883 1.00 11.90 3814 CA ALA A 483 44 .961 58 .090 63 .175 1 .00 13 .54 6 3856 C TRP A 490 28.446 55.715 61.508 1.00 13.16 3815 C ALA A 483 45 .370 58 .961 62 .000 1 .00 13 .15 6 3857 O TRP A 490 28.103 56.878 61.324 1.00 16.40 3816 0 ALA A 483 44 .562 59 .723 61 .387 1 .00 13 .10 8 3858 CB TRP A 490 30.222 55.953 63.283 1. 00 12.61 3817 CB ALA A 483 44 .892 56 .581 62 .782 1 .00 12 .82 6 3859 CG TRP A 490 31.708 55.807 63.639 1.00 12.91 3818 N PRO A 484 46 .637 58 .980 61 .687 1 .00 14 .66 7 3860 CD1 TRP A 490 32.381 54.628 63.904 1.00 14.71 3819 CA PRO A 484 47 .183 59 .827 60 .632 1 .00 11 .27 6 3861 CD2 TRP A 490 32.632 56.884 63.716 1.00 14.18 3820 C PRO A 434 46 .509 59 .496 59 .301 1 .00 12 .98 6 3862 NE1 TRP A 490 33.717 54.969 64.166 1.00 13.76 3821 O PRO A 484 46 .374 58 .331 58 .884 1 .00 13 .40 8 3863 CE2 TRP A 490 33.883 56.328 64.049 1.00 14.41 3822 CB PRO A 484 48 .704 59 .546 60 .545 1 .00 15 .48 6 3864 CE3 TRP A 490 32.509 58.271 63.546 1.00 16.82 3823 CG PRO A 484 48. .959 58 .945 61. .936 1. .00 15 .92 6 3865 CZ2 TRP A 490 35.020 57.117 64.216 1.00 13.91 3824 CD PRO A 484 47. .698 58 .160 62. .333 1. .00 15 .61 6 3866 CZ3 TRP A 490 33.641 59.052 63.701 1.00 14.61 3825 N GLY A 485 45, .977 60 .548 58. .671 1 .00 14 .03 7 3867 CH2 TRP A 490 34.894 58.461 64.044 1.00 14.54 " 00 3826 CA GLY A 485 45, .399 60 .352 57. .309 1. .00 13 .19 6 3868 N GLN A 491 27.680 54.618 61.394 1.00 11.75 7 CD 3827 C GLY A 485 44, .067 59 .600 57. .376 1. .00 16 .21 6 3869 CA GLN A 491 26.332 54.869 60.903 1.00 12.20 6 3828 O GLY A 485 43. .561 59. .235 56. .271 1. .00 13. .21 8 3870 C GLN A 491 25.221 54.121 61.637 1. 00 13.63 6 3829 N ALA A 486 43. .508 59. .349 58. .553 1. .00 11. .65 7 3871 O GLN A 491 25.472 53.092 62.207 1. 00 13.45 8 3830 CA ALA A 486 42. .375 58. .395 58. .545 1. .00 13. .98 6 3872 CB GLN A 491 26.259 54.452 59.410 1. 00 12.17 6 3831 C ALA A 486 41. .058 58. .969 58. .068 1. .00 15. .41 6 3873 CG GLN A 491 26.541 52.972 59.117 1. 00 12.78 6 3832 O ALA A 486 40. .730 60. .148 58. .196 1. .00 13, .33 8 3874 CD GLN A 491 25.208 52.219 58.993 1. 00 19.79 6 3833 CB ALA A 486 42. .233 57. .937 60. .002 1. .00 14. .43 6 3875 OEl GLN A 491 24.222 52.726 58.485 1. 00 16.61 8 3834 N VAL A 487 40. 213 58. .008 57. .647 1. .00 12. .17 7 3876 NE2 GLN A 491 25.214 50.952 59.455 1.00 19.28 7 3835 CA VAL A 487 38. 776 58. .220 57. .403 1. .00 9. .79 6 3877 N TYR A 492 24.024 54.698 61.523 1.00 13.67 7 3836 C VAL A 487 38. 057 57. .174 58. .257 1. .00 9. .96 6 3878 CA TYR A 492 22.819 54.043 62.092 1.00 14.21 6 3837 O VAL A 487 38. 406 55. .970 58. .179 1. 00 12. .30 8 3879 C TYR A 492 21.665 54.203 61.102 1.00 17.30 6 -0 3838 CB VAL A 487 38. 428 58. .022 55. 919 1. 00 10. .95 6 3880 O TYR A 492 21.507 55.341 60.614 1.00 14.76 8 o 3839 CGI VAL A 487 36. 871 58. .150 55. 762 1. 00 12. .89 6 3881 CB TYR A 492 22.452 54.774 63.393 1.00 15.27 6 3840 CG2 VAL A 487 39. 127 58. .990 54. 964 1. 00 15. .13 6 3882 CG TYR A 492 21.152 54.219 63.984 1.00 15.56 6 o 3841 N SER A 488 37. 112 57. .635 59. 078 1. 00 11. .84 7 3883 CD1 TYR A 492 21.146 53.010 64.638 1.00 20.95 6 s? 3842 CA SER A 488 36. 335 56. .623 59. 865 1. 00 12. .18 6 3884 CD2 TYR A 492 19.963 54.959 63.800 1.00 18.48 6 ©o 3843 C SER A 488 34. 867 56. .972 59. 699 1. 00 11. 64 6 3885 CE1 TYR A 492 19.956 52.511 65.176 1.00 21.55 6 © 00 12. .81 8 00 3844 O SER A 488 34. 519 58. .154 59. 650 1. 00 3886 CE2 TYR A 492 18.770 54.444 64.324 1.00 19.51 6 3845 CB SER A 488 36. 850 56. .705 61. 336 1. 00 15. .82 6 3887 CZ TYR A 492 18.817 53.254 65.003 1.00 22.52 6 3888 OH TYR A 492 17.596 52.781 65..511 1.00 24..89 8 3928 CB PRO A 499 4.930 59.294 54.823 1.00 20.07 6 3889 N SER A 493 20 .879 53 .151 60 .925 1 .00 15, .17 7 3929 CG PRO A 499 3 .927 59 .790 55 .829 1 .00 23 .72 6 o 3890 CA SER A 493 19 .666 53 .363 60 .096 1 .00 14 .91 6 3930 CD PRO A 499 4 .205 59 .113 57 .173 1 .00 23 .70 6 VO VO 3891 C SER A 493 18. .548 52 .462 60, .616 1. .00 20, .17 6 3931 N GLN A 500 8. .288 59 .975 55 .037 1 .00 18 .24 7 i-: 3892 O SER A 493 18, .887 51 .457 61, .265 1. .00 22, .90 8 3932 CA GLN A 500 9 .423 60 .939 55 .075 1 .00 13 .65 6 3893 CB SER A 493 19 .867 53 .083 58, .619 1, .00 23, .97 6 3933 C GLN A 500 9 .921 61 .084 53 .596 1 .00 12 .93 6 * 4-. 3894 OG SER A 493 20 .148 51 .710 58, .532 1, .00 30, .62 8 3934 O GLN A 500 10 .256 60 .065 53 .014 1 .00 15 .78 8 3895 N THR A 494 17 .344 52 .991 60, .393 1 .00 15 .89 7 3935 CB GLN A 500 10 .601 60 .286 55 .860 1 .00 15 .18 6 3896 CA THR A 494 16 .243 52 .127 60 .906 1 .00 18 .40 6 3936 CG GLN A 500 10 .189 60 .048 57 .328 1 .00 16 .32 6 3897 C THR A 494 14 .999 52 .406 60 .060 1 .00 20 .14 6 3937 CD GLN A 500 11 .284 59 .264 58 .126 1 .00 15 .95 6 3898 O THR A 494 14 .967 53 .429 59 .367 1 .00 20 .45 8 3938 OEl GLN A 500 12 .239 58 .781 57 .571 1 .00 17 .99 8 3899 CB THR A 494 15 .993 52 .424 62 .396 1 .00 24 .38 6 3939 NE2 GLN A 500 11 .008 59 .238 59 .419 1 .00 20 .52 7 3900 OGl THR A 494 15 .137 51 .363 62 .864 1 .00 25 .66 8 3940 N ILE A 501 9 .662 62 .283 53 .054 1 .00 12 .81 7 3901 CG2 THR A 494 15 .368 53 .751 62 .737 1 .00 27 .09 6 3941 CA ILE A 501 10 .101 62 .501 51 .667 1 .00 12 .56 6 3902 N SER A 495 14 .017 51 .534 60 .157 1 .00 22 .56 7 3942 C ILE A 501 11 .594 62 .914 51 .642 1 .00 13 .47 6 3903 CA SER A 495 12 .772 51 .870 59 .422 1 .00 19 .72 6 3943 O ILE A 501 11 .899 63 .905 52 .301 1 .00 14 .35 8 3904 C SER A 495 12 .082 53 .049 60 .021 1 .00 19 .50 6 3944 CB ILE A 501 9 .262 63 .635 51 .032 1 .00 12 .51 6 3905 O SER A 495 12 .132 53 .418 61 .188 1. .00 21 .11 8 3945 CGI ILE A 501 7 .788 63 .216 50 .842 1 .00 14 .81 6 3906 CB ASER A 495 11 .766 50 .698 59 .444 0. .60 26 .59 6 3946 CG2 ILE A 501 9 .888 63 .939 49 .629 1 .00 12 .71 6 3907 OG ASER A 495 12 .447 49 .487 59 .259 0 .60 31 .40 8 3947 CD1 ILE A 501 6 .897 64 .308 50 .244 1 .00 15 .70 6 3907 CB BSER A 495 11 .888 50 .603 59 .441 0 .40 20 .10 6 3948 N GLY A 502 12 .383 62 .169 50 .872 1 .00 12 .33 7 3908 OG BSER A 495 11 .922 50 .184 60 .798 0 .40 20 .04 8 3949 CA GLY A 502 13 .793 62 .673 50 .746 1 .00 12 .41 6 CD 3908 N ALA A 496 11 .315 53 .727 59, .141 1 .00 20 .53 7 3950 C GLY A 502 13 .915 63 .416 49 .403 1 .00 11 .68 60 3909 CA ALA A 496 10 .529 54 .893 59, .493 1 .00 21 .55 6 3951 O GLY A 502 14 .806 64 .300 49 .332 1 .00 12 .18 8 3910 C ALA A 496 9 .094 54 .492 59, .960 1 .00 24 .11 6 3952 N SER A 503 13 .120 63 .068 48 .395 1, .00 12 . 99 7 3911 O ALA A 496 8, .536 53. .596 59. .350 1. .00 29. .93 8 3953 CA SER A 503 13, .334 63, .710 47. .073 1. .00 12, .73 6 3912 CB ALA A 496 10, .354 55. .717 58. .189 1, .00 22. .92 6 3954 C SER A 503 11, .970 63, .672 46, .342 1. .00 14. .01 6 3913 N SER A 497 8, .599 55. .279 60. .902 1. .00 26. .84 7 3955 O SER A 503 11, .263 62, .678 46, .449 1. .00 14. .22 8 3914 CA SER A 497 7, .226 54. .967 61. .354 1. .00 32. .64 6 3956 CB SER A 503 14, .364 62, .853 46, .296 1. .00 12. .66 6 3915 C SER A 497 6, .242 56. .009 60. .853 1. .00 31. .20 6 3957 OG SER A 503 14, .467 63, .267 44. .940 1. .00 12. .94 8 3916 O SER A 497 5, .049 55. .788 61. .090 1. .00 33. .40 8 3958 N VAL A 504 11, .736 64, .763 45. .625 1. .00 12, .13 7 3917 CB SER A 497 7. .183 54. .836 62. .875 1. .00 35. .13 6 3959 CA VAL A 504 10. .738 64, .716 44. .521 1. .00 11. .27 6 3918 OG SER A 497 7, .578 56. .030 63. .515 1. .00 39. .06 8 3960 C VAL A 504 11. .521 65. .159 43. .243 1. .00 11. ,68 6 3919 N ALA A 498 6. .685 56. .920 59. .967 1. .00 25. .21 7 3961 O VAL A 504 12. ,287 66. .121 43. .321 1. .00 11. .43 8 -0 3920 CA ALA A 498 5. .749 57. .878 59. .354 1. .00 21. .05 6 3962 CB VAL A 504 9. ,614 65. .700 44. .790 1. 00 12. .52 6 π 3921 C ALA A 498 6. .350 58. .189 57. .975 1. .00 22. .00 6 3963 CGI VAL A 504 8. .670 65. .766 43. 563 1. 00 15. 49 6 H 3922 O ALA A 498 7. .541 57. .907 57. .763 1. .00 18. .25 8 3964 CG2 VAL A 504 8. .740 65. 263 46. 021 1. 00 12. 38 6 3923 CB ALA A 498 5. .737 59. .103 60. .231 1. .00 22. ,15 6 3965 N ALA A 505 11. 424 64. 285 42. 236 1. 00 11. 00 7 VO sj 3924 N PRO A 499 5. .633 58. .771 57. .054 1. .00 18. .84 7 3966 CA ALA A 505 12. 174 64. 595 41. 003 1. 00 10. 56 6 © 3925 CA PRO A 499 6, .176 59. .058 55. .718 1. .00 19. .31 6 3967 C ALA A 505 11. 447 64. 174 39. 798 1. 00 12. 28 6 © 00 3926 C PRO A 499 7. .174 60. .210 55. ,762 1. .00 15. .69 6 3968 O ALA A 505 10. 738 63. .165 39. 919 1. 00 13. 54 8 00 3927 O PRO A 499 6 .934 61, .242 56. .370 1. .00 16. .96 8 3969 CB ALA A 505 13. ,567 63. .894 41. 072 1. 00 11. 90 6 3970 N PRO A 506 11.674 64.766 38.661 1.00 12.95 7 4012 N GLY A 512 0.462 65.892 33.876 1.00 12.55 7 ^ 3971 CA PRO A 506 12 .353 66 .020 38 .410 1 .00 11 .12 6 4013 CA GLY A 512 0 .554 64 .629 33 .165 1 .00 14 .21 6 o 3972 C PRO A 506 11 .747 67 .182 39 .194 1 .00 12 .55 6 4014 C GLY A 512 1 .950 63 .971 33 .170 1 .00 13 .76 6 VO VO 3973 0 PRO A 506 10 .711 67 .015 39 .862 1 .00 12 .33 8 4015 O GLY A 512 2 .002 62 .765 32 .923 1 .00 15 .31 8 *- 3974 CB PRO A 506 12 .227 66 .313 36 .887 1 .00 13 .30 6 4016 N ASN A 513 2 .994 64 .789 33 .454 1 .00 12 .18 7 s4 vo 3975 CG PRO A 506 11 .545 65 .090 36 .310 1 .00 15 .76 6 4017 CA ASN A 513 4 .306 64 .154 33 .561 1 .00 10 .79 6 3976 CD PRO A 506 11 .007 64 .329 37 .471 1 .00 14 .19 6 4018 C ASN A 513 4 .360 63 .144 34 .731 1 .00 15 .27 6 3977 N ASN A 507 12 .364 68 .381 39 .142 1. .00 10 .92 7 4019 O ASN A 513 3 .699 63 .392 35 .738 1 .00 13 .64 8 3978 CA ASN A 507 11 .835 69 .493 39 .909 1 .00 11 .12 6 4020 CB ASN A 513 5 .408 65 .230 33 .833 1 .00 11 .43 6 3979 C ASN A 507 10 .940 70 .447 39 .087 1 .00 10 .54 6 4021 CG ASN A 513 5 .762 66 .023 32 .583 1 .00 11 .94 6 3980 0 ASN A 507 10 .497 71 .416 39 .701 1 .00 12 .30 8 4022 ODl ASN A 513 6 .738 66 .874 32 .746 1 .00 16 .21 8 3981 CB ASN A 507 13 .043 70 .353 40 .401 1 .00 11 .79 6 4023 ND2 ASN A 513 5 .078 65 .931 31 .505 1 .00 8 .90 7 3982 CG ASN A 507 14 .033 69 .459 41 .196 1 .00 14 .07 6 4024 N VAL A 514 5 .280 62 .177 34 .576 1 .00 11 .74 7 3983 ODl ASN A 507 15 .192 69 .361 40 .778 1 .00 13 .37 8 4025 CA VAL A 514 5 .505 61 .269 35 .745 1 .00 11 .63 6 3984 ND2 ASN A 507 13 .592 68 .845 42 .261 1 .00 13 .47 7 4026 C VAL A 514 6 .594 61 .894 36 .612 1 .00 13 .73 6 3985 N MET A 508 10 .654 70 .046 37 .850 1 .00 10 .20 7 4027 O VAL A 514 7 .617 62 .379 36 .131 1 .00 15 .35 8 3986 CA MET A 508 9 .823 70 .957 37 .021 1 .00 11 .04 6 4028 CB VAL A 514 6 .072 59 .931 35 .221 1 .00 13 .67 6 3987 C MET A 508 9 .102 70 .087 36 .027 1 .00 11 .63 6 4029 CGI VAL A 514 6 .529 59 .036 36 .390 1 .00 14 .35 6 3988 0 MET A 508 9 .633 69 .029 35 .633 1 .00 12 .66 8 4030 CG2 VAL A 514 5 .042 59 .176 34 .393 1 .00 16 .73 6 3989 CB MET A 508 10 .929 71 .782 36 .219 1 .00 12 .80 6 4031 N VAL A 515 6 .335 61 .959 37 .923 1 .00 10 .41 7 3990 CG MET A 508 10 .270 72 .808 35. .305 1, .00 15. .57 6 4032 CA VAL A 515 7 .256 62 .496 38 .927 1. .00 12 .67 6 3991 SD MET A 508 11 .558 73 .692 34, .325 1, .00 12, .60 16 4033 C VAL A 515 7 .433 61 .442 40 .001 1, .00 13 .31 6 CD 3992 CE MET A 508 11 .921 72. .582 33. .003 1, .00 11, .82 6 4034 O VAL A 515 6 .495 60 .711 40 .306 1, .00 14 .78 8 3993 N GLY A 509 7 .935 70. .545 35. .550 1, .00 11, .36 7 4035 CB VAL A 515 6 .563 63 .772 39 .511 1, .00 14 .30 6 3994 CA GLY A 509 7, .253 69. .739 34. .528 1, .00 10, .02 6 4036 CGI VAL A 515 7, .228 64 .271 40 .775 1, .00 18 .11 6 3995 C GLY A 509 5, .851 70. .331 34. .276 1. .00 13. .18 6 4037 CG2 VAL A 515 6. .678 64. .883 38. .435 1. .00 16. .90 6 3996 0 GLY A 509 5. .506 71. .321 34. .889 1. .00 13. .82 8 4038 N THR A 516 8. .669 61. .321 40. .514 1. .00 11. .19 7 3997 N ILE A 510 5, .070 69. .599 33. .480 1. .00 11. .23 7 4039 CA THR A 516 8, .900 60. .252 41 .495 1. .00 11 .78 6 3998 CA ILE A 510 3. .674 70. .061 33. .192 1. .00 12. .19 6 4040 C THR A 516 9, .271 60, .860 42. .835 1. .00 11. .71 6 3999 C ILE A 510 2. .746 68. .964 33. .701 1. .00 11. .61 6 4041 O THR A 516 10. .092 61. .763 42. .959 1. .00 12. .89 8 4000 0 ILE A 510 .156 67. .806 33. .903 1. .00 13. .58 8 4042 CB THR A 516 10. .107 59. .384 41. .001 1. .00 14. ,88 6 4001 CB ILE A 510 .456 70. .272 31. .683 1. .00 12. .75 6 4043 OGl THR A 516 9. .696 58. .789 39. .742 1. 00 14. ,59 8 4002 CGI ILE A 510 3. .840 69. .011 30. .868 1. .00 11. .82 6 4044 CG2 THR A 516 10. 446 58. .275 42. .004 1. 00 14. .18 6 4003 CG2 ILE A 510 4. .241 71. .485 31. ,163 1. .00 14. .82 6 4045 N ILE A 517 8. 600 60. .281 43. .863 1. 00 9. ,66 7 *T3 4004 CD1 ILE A 510 3. .293 69. 108 29. 417 1. 00 18. 53 6 4046 CA ILE A 517 8. 878 60. 681 45. 251 1. 00 10. 17 6 O 4005 N PRO A 511 1. .462 69. 267 33. 824 1. 00 13. 51 7 4047 C ILE A 517 9. 670 59. 586 45. 920 1. 00 13. 57 6 4006 CA PRO A 511 0. ,442 68. .291 34. .164 1. 00 14. .15 6 4048 O ILE A 517 9. 172 58. 427 45. 949 1. 00 13. 82 8 4007 C PRO A 511 0. ,531 67. .082 33. .263 1. 00 13. .29 6 4049 CB ILE A 517 7. 493 60. 899 45. 948 1. 00 12. 16 6 o VO 4008 0 PRO A 511 0. .780 67. .180 32. .026 1. .00 13. .86 8 4050 CGI ILE A 517 6. 659 61. 984 45. 278 1. 00 15. 38 6 © 4009 CB PRO A 511 -0. .913 69. .037 33. 810 1. 00 13. 10 6 4051 CG2 ILE A 517 7. 745 61. 419 47. 392 1. 00 14. 69 6 © 00 4010 CG PRO A 511 -0. .528 70. .435 34. .265 1. 00 15. .94 6 4052 CD1 ILE A 517 5. 200 61. 951 45. 779 1. 00 22. 16 6 00 4011 CD PRO A 511 0. .925 70. .625 33. ,729 1. .00 16. .03 6 4053 N ASP A 518 10. 911 59. 861 46. 363 1. 00 13. 29 7 4054 CA ASP A 518 11 743 58 802 46 976 1 00 14 12 6 4096 O THR A 524 1 433 48 984 49 372 1 00 34 03 8 4055 C ASP A 518 11 868 59 161 48 435 1 00 13 11 6 4097 CB THR A 524 3 314 47 505 51 308 1 .00 36 .63 6 4056 0 ASP A 518 11 922 60 347 48 791 1 00 14 37 8 4098 OGl THR A 524 2 403 47 .020 52 .315 1 .00 34 .71 8 o O 4057 CB ASP A 518 13 159 58 791 46 351 1 00 14 49 6 4099 CG2 THR A 524 4 .711 47 .251 51 .862 1 .00 34 .40 6 4058 CG ASP A 518 13 .106 58 .207 44 .962 1 00 17 62 6 4100 N THR A 525 0 .748 49 .673 51 .432 1 .00 27 .38 7 OJ sj 4059 ODl ASP A 518 12 858 56 963 44 888 1 00 17 47 8 4101 CA THR A 525 0 646 49 948 51 .027 1 .00 29 .73 6 VO 4060 OD2 ASP A 518 13 289 58 874 43 931 1 00 16 96 8 4102 C THR A 525 0 .696 51 .367 50 .456 1 .00 29 .44 6 4061 N GLY A 519 11 769 58 138 49 315 1 00 13 39 7 4103 O THR A 525 0 .315 52 .313 51 .159 1 .00 28 .46 8 4062 CA GLY A 519 11 872 58 484 50 757 1 00 14 .21 6 4104 CB THR A 525 1 .558 49 .835 52 .265 1 .00 31 .59 6 4063 C GLY A 519 11 .716 57 152 51 549 1 00 13 .61 6 4105 OGl THR A 525 1 .416 48 .485 52 .779 1 .00 34 .50 8 4064 O GLY A 519 12 .278 56 130 51 .134 1 .00 15 .70 8 4106 CG2 THR A 525 3 .020 50 .076 51 .920 1 .00 33 .53 6 4065 N LYS A 520 11 059 57 319 52 696 1 00 17 22 7 4107 N GLN A 526 1 .341 51 .530 49 .304 1 .00 26 .38 7 4066 CA LYS A 520 10 867 56 091 53 545 1 00 15 85 6 4108 CA GLN A 526 1 .383 52 .864 48 .695 1 .00 27 .25 6 4067 C LYS A 520 9 539 56 230 54 256 1 00 16 54 6 4109 C GLN A 526 2 .090 53 .867 49 .574 1 .00 29 .32 6 4068 0 LYS A 520 9 004 57 334 54 385 1 00 17 43 8 4110 O GLN A 526 3 .264 53 .665 49 .960 1 .00 25 .61 8 4069 CB LYS A 520 11 866 56 344 54 747 1 00 17 75 6 4111 CB GLN A 526 2 .101 52 .757 47 .340 1 .00 28 .17 6 4070 CG LYS A 520 13 318 56 307 54 421 1 00 24 98 6 4112 CG GLN A 526 2 028 53 996 46 486 1 00 30 46 6 4071 CD LYS A 520 14 147 56 512 55 698 1 00 22 21 6 4113 CD GLN A 526 2 542 53 744 45 055 1 00 28 73 6 4072 CE LYS A 520 14 074 55 145 56 459 1 00 23 54 6 4114 OEl GLN A 526 3 419 54 518 44 679 1 00 33 21 8 4073 NZ LYS A 520 15 426 54 879 57 005 1 00 27 08 7 4115 NE2 GLN A 526 1 951 52 750 44 438 1 00 31 17 7 4074 N GLY A 521 9 021 55 065 54 728 1 00 16 42 7 4116 N GLY A 527 1 476 55 032 49 820 1 00 22 05 7 4075 CA GLY A 521 7 870 55 223 55 627 1 00 16 98 6 4117 CA GLY A 527 2 091 56 150 50 508 1 00 20 00 6 co 4076 C GLY A 521 6 540 55 347 54 874 1 00 19 49 6 4118 C GLY A 527 2 415 57 258 49 471 1 00 19 58 6 ιV> 4077 0 GLY A 521 5 533 55 716 55 525 1 00 18 22 8 4119 O GLY A 527 2 894 56 897 48 405 1 00 21 95 8 4078 N PHE A 522 6 569 55 053 53 560 1 00 19 15 7 4120 N THR A 528 2 136 58 506 49 804 1 00 21 30 7 4079 CA PHE A 522 5 299 55 230 52 839 1 00 17 53 6 4121 CA THR A 528 2 428 59 597 48 884 1 00 18 42 6 4080 C PHE A 522 4 344 54 037 53 029 1 00 20 57 6 4122 C THR A 528 1 268 60 584 48 808 1 00 21 48 6 4081 0 PHE A 522 3 173 54 222 52 638 1 00 20 45 8 4123 O THR A 528 0 375 60 642 49 647 1 00 20 31 8 4082 CB PHE A 522 5 587 55 448 51 342 1 00 17 55 6 4124 CB THR A 528 3 685 60 387 49 320 1 00 24 98 6 4083 CG PHE A 522 6 513 56 605 51 009 1 00 15 40 6 4125 OGl THR A 528 3 522 60 782 50 657 1 00 30 73 8 4084 CD1 PHE A 522 6 601 57 740 51 763 1 00 17 48 6 4126 CG2 THR A 528 4 933 59 511 49 240 1 00 26 25 6 4085 CD2 PHE A 522 7 262 56 452 49 824 1 00 17 80 6 4127 N VAL A 529 1 209 61 255 47 667 1 00 16 67 7 4086 CE1 PHE A 522 7 480 58 778 51 376 1 00 20 21 6 4128 CA VAL A 529 0 167 62 275 47 425 1 00 15 19 6 4087 CE2 PHE A 522 8 142 57 475 49 422 1 00 16 35 6 4129 C VAL A 529 0 924 63 532 46 987 1 00 16 18 6 *d 4088 CZ PHE A 522 8 257 58 607 50 214 1 00 14 66 6 4130 O VAL A 529 1 825 63 328 46 155 1 00 16 64 8 O 4089 N GLY A 523 4 826 52 902 53 488 1 00 23 38 7 4131 CB VAL A 529 0 700 61 851 46 216 1 00 14 16 6 H 4090 CA GLY A 523 3 947 51 721 53 586 1 00 26 21 6 4132 CGI VAL A 529 1 664 62 995 45. 841 1 00 17 46 6 4091 C GLY A 523 3 753 51 037 52 260 1 00 27 39 6 4133 CG2 VAL A 529 1 483 60 594 46 604 1 00 18. 23 6 O VO 4092 O GLY A 523 4 082 51 536 51 167 1 00 21 64 8 4134 N THR A 530 0 533 64 669 47. 531 1 00 14. 50 7 © © 4093 N THR A 524 3 204 49 785 52 316 1 00 26 00 7 4135 CA THR A 530 1 148 65 900 47. 016 1 00 14. 78 6 © 00 4094 CA THR A 524 3 043 49 010 51 103 1 00 24 30 6 4136 C THR A 530 0. 038 66. 814 46. 492 1. 00 17. 57 6 00 4095 C THR A 524 1 636 49 241 50 556 1 00 26 74 6 4137 O THR A 530 1 076 66 792 47. 027 1. 00 15. 22 8 4138 CB THR A 530 1..954 66..621 48,.090 1..00 15..93 6 4180 CA THR A 537 3,.151 60..043 40..489 1,.00 15.38 6 3 4139 OGl THR A 530 1. .209 66. .722 49, .308 1. .00 17. .69 8 4181 C THR A 537 1, .865 59. .242 40. .679 1, .00 19 .21 6 o 4140 CG2 THR A 530 3. .279 65. .858 48. .340 1. .00 17. .39 6 4182 O THR A 537 0, .823 59. .697 40. .166 1. .00 19. .02 8 VO VO 4141 N PHE A 531 0 .395 67 .691 45 .569 1, .00 14 .04 7 4183 CB THR A 537 3 .564 59. .955 38 .998 1 .00 18 .90 6 4-- J 4142 CA PHE A 531 0 .458 68 .822 45 .142 1, .00 13 .01 6 4184 OGl THR A 537 4 .828 60. .651 38 .950 1 .00 19 .30 8 VO 4143 C PHE A 531 0 .344 70 .073 45 .496 1. .00 15 .03 6 4185 CG2 THR A 537 3 .697 58. .508 38 .591 1 .00 18 .81 6 4-- 4144 O PHE A 531 1 .454 70 .292 44 .989 1, .00 16. .16 8 4186 N VAL A 538 1 .925 58, .176 41. .415 1 .00 16 .51 7 4145 CB PHE A 531 0 .659 68 .823 43 .604 1 .00 13 .87 6 4187 CA VAL A 538 0 .704 57 .394 41 .746 1 .00 16 .38 6 4146 CG PHE A 531 1. .611 67 .777 43 .040 1 .00 13 .21 6 4188 C VAL A 538 0 .516 56 .415 40 .613 1 .00 18 .34 6 4147 CD1 PHE A 531 1. .438 66 .431 43 .191 1 .00 14 .34 6 4189 O VAL A 538 .390 55 .599 40 .252 1 .00 20 .80 8 4148 CD2 PHE A 531 2 .662 68 .228 42 .240 1 .00 14 .96 6 4190 CB VAL A 538 .896 56 .665 43 .080 1 .00 17 .97 6 4149 CE1 PHE A 531 2 .288 65 .515 42 .629 1 .00 16 .70 6 4191 CGI VAL A 538 0 .219 55 .621 43 .337 1 .00 16 .03 6 4150 CE2 PHE A 531 3 .545 67 .306 41 .691 1 .00 13 .81 6 4192 CG2 VAL A 538 1 .016 57 .646 44 .226 1 .00 19 .59 6 4151 CZ PHE A 531 3 .385 65 .943 41 .836 1 .00 16 .70 6 4193 N LYS A 539 0 .696 56 .340 40 .055 1 .00 15 .64 7 4152 N GLY A 532 0 .118 70 .806 46 .490 1 .00 14 .18 7 4194 CA LYS A 539 1 .119 55 .341 39 .108 1 .00 14 .97 6 4153 CA GLY A 532 0 .569 72 .077 46 .884 1 .00 15 .57 6 4195 C LYS A 539 1 .626 54 .044 39 .732 1 .00 17 .57 6 4154 C GLY A 532 1 .992 71 .702 47 .378 1 .00 19 .88 6 4196 O LYS A 539 1 .313 52 .885 39 .375 1 .00 18 .05 8 4155 0 GLY A 532 2 .928 72 .482 47 .068 1 .00 18 .91 8 4197 CB LYS A 539 2 .264 55 .914 38 .209 1 .00 17 .15 6 4156 N GLY A 533 2. .193 70 .510 47 .921 1 .00 17 .41 7 4198 CG LYS A 539 2 .814 54 .859 37 .246 1. .00 20 .63 6 4157 CA GLY A 533 3 .524 70 .089 48 .400 1 .00 18 .31 6 4199 CD LYS A 539 3 .860 55 .636 36 .368 1 .00 25 .39 6 4158 C GLY A 533 4 .368 69. .372 47 .370 1, .00 20 .08 6 4200 CE LYS A 539 3 .601 55, .199 34 .949 1, .00 41 .98 6 4159 0 GLY A 533 5 .463 68 .817 47 .637 1 .00 19 .31 8 4201 NZ LYS A 539 4 .369 53 .976 34 .672 1 .00 30 .47 7 VD 4160 N VAL A 534 3, .923 69 .391 46 .097 1, .00 16 .06 7 4202 N SER A 540 2 .424 54, .212 40. .787 1. .00 15 .53 7CJ 4161 CA VAL A 534 4, .592 68. .721 44 .999 1, .00 15 .11 6 4203 CA SER A 540 2 .919 53, .073 41. .587 1. .00 16. .52 6 4162 C VAL A 534 4, .197 67. .275 44. .894 1, .00 15. .67 6 4204 C SER A 540 3 .231 53 , .502 42. .999 1. .00 17, .69 6 4163 O VAL A 534 3 .019 66 .888 44 .712 1 .00 17 .94 8 4205 O SER A 540 3 .482 54, .680 43. .306 1, .00 16, .82 8 4164 CB VAL A 534 4, .368 69. .480 43 .645 1. .00 13. .67 6 4206 CB SER A 540 4 .136 52, .424 40. .903 1. .00 20. .58 6 4165 CGI VAL A 534 5, .101 68. .739 42, .509 1, .00 15, .45 6 4207 OG SER A 540 5, .270 53. .317 41. .043 1. .00 19. .05 8 4166 CG2 VAL A 534 4, .807 70. .937 43, .768 1, .00 16, .93 6 4208 N TRP A 541 3, .206 52. .536 43. .953 1. .00 16. .64 7 4167 N THR A 535 5. .185 66. .334 44, .967 1. .00 13 , .93 7 4209 CA TRP A 541 3, .361 52. .905 45. .378 1. .00 15. .40 6 4168 CA THR A 535 4. .827 64. .927 44 .890 1, .00 16 .87 6 4210 C TRP A 541 4 .148 51. .785 46, .053 1, .00 20. .16 6 4169 C THR A 535 4. .271 64. .521 43, .536 1. .00 20, .28 6 4211 O TRP A 541 3 .682 50, .647 46. .008 1. .00 21. .11 8 4170 0 THR A 535 4. .796 64. .893 42. .462 1. .00 17, .64 8 4212 CB TRP A 541 2, .034 53. .084 46. .101 1. .00 17. .49 6 4171 CB THR A 535 6. .065 64. .042 45. .192 1. .00 20. .23 6 4213 CG TRP A 541 2. .124 53. .605 47. 502 1. .00 15. 27 6 4172 OGl THR A 535 6. .446 64. .284 46. .576 1. .00 20. .94 8 4214 CD1 TRP A 541 2, .645 52. .924 48. .584 1. .00 18. .64 6 o 4173 CG2 THR A 535 5. .787 62. .565 45. .026 1. .00 24. .73 6 4215 CD2 TRP A 541 1. .689 54. .854 48. 006 1. 00 15. 30 6 4174 N ALA A 536 3. .162 63. .773 43 , .562 1. .00 15. .87 7 4216 NE1 TRP A 541 2. .542 53. 673 49. 715 1. 00 19. 85 7 s VO 4175 CA ALA A 536 2. .521 63. .324 42. .337 1. .00 17, .27 6 4217 CE2 TRP A 541 1. .976 54. 894 49. 381 1. 00 17. 27 6 VO 4176 C ALA A 536 2. .808 61. .859 42. .042 1. .00 20. .29 6 4218 CE3 TRP A 541 © 1. 086 55. 984 47. 440 1. 00 15. 92 6 © © 4177 0 ALA A 536 2, .929 61. • 111 43. .030 1. .00 20, .32 8 4219 CZ2 TRP A 541 1. ,703 55. 983 50. 201 1. 00 18. 49 6 oe 00 4178 CB ALA A 536 0, .976 63, .441 42. .384 1. .00 17, .03 6 4220 CZ3 TRP A 541 0. .787 57. 054 48. 223 1. 00 19. 66 6 4179 N THR A 537 2, .937 61, .461 40. .791 1. .00 16. .03 7 4221 CH2 TRP A 541 1. .076 57. 063 49. 619 1. 00 21. 41 6 4222 N THR A 542 5.297 52.107 46.615 1.00 18.77 7 4260 CG2 ILE A 546 3.624 57.682 45.030 1.00 14.12 4223 CA THR A 542 6 .111 51 .224 47 .437 1 .00 20 .27 6 4261 CD1 ILE A 546 4.473 57.773 48.119 1.00 13.44 4224 C THR A 542 6 .477 51 .972 48 .690 1 .00 21 .74 6 4262 N GLU A 547 5.424 56.777 42.400 1.00 14.74 vo o 4225 0 THR A 542 6 .369 53 .228 48 .814 1 .00 17 .27 8 4263 CA GLU A 547 5.338 57.543 41.134 1.00 14.58 4-. 4226 CB THR A 542 7 .356 50 .641 46 .743 1 .00 24 .92 6 4264 C GLU A 547 3.943 58.116 40.945 1.00 15.30 OJ si 4227 OGl THR A 542 8 .305 51 .745 46 .576 1 .00 21 .04 8 4265 0 GLU A 547 2.977 57.405 41.270 1.00 15.50 4228 CG2 THR A 542 7 .091 49 .930 45 .442 1 .00 26 .69 6 4266 CB GLU A 547 5.537 56.644 39.913 1.00 14.75 4229 N SER A 543 7 .123 51 .252 49 .648 1 .00 18 .34 7 4267 CG GLU A 547 6.987 56.074 39.890 1.00 17.63 4230 CA SER A 543 7 .474 51 .808 50 .923 1 .00 18 .96 6 4268 CD GLU A 547 7.105 55.058 38.781 1.00 21.54 4231 C SER A 543 8 .463 52 .975 50 .734 1 .00 17 .37 6 4269 OEl GLU A 547 6.335 54.046 38.730 1.00 18.28 4232 0 SER A 543 8 .525 53 .808 51 .615 1 .00 19 .43 8 4270 OE2 GLU A 547 7.924 55.225 37.834 1.00 16.92 4233 CB SER A 543 8 .201 50 .711 51 .743 1. .00 24 .79 6 4271 N VAL A 548 3.865 59.377 40.603 1.00 12.67 7 4234 OG SER A 543 7 .254 49 .673 51 .954 1 .00 38 .42 8 4272 CA VAL A 548 2.565 60.033 40.428 1.00 13.16 6 4235 N ASN A 544 9 .313 52 .865 49 .721 1 .00 17 .78 7 4273 C VAL A 548 2.565 60.764 39.095 1.00 15.52 6 4236 CA ASN A 544 10 .349 53 .917 49 .575 1 .00 14 .67 6 4274 O VAL A 548 3.587 61.028 38.477 1.00 14.55 8 4237 C ASN A 544 10 .208 54 .723 48 .287 1 .00 15 .24 6 4275 CB VAL A 548 2.266 61.100 41.499 1.00 15.22 6 4238 0 ASN A 544 11 .018 55 .668 48 .072 1 .00 16 .63 8 4276 CGI VAL A 548 2.134 60.409 42.872 1.00 17.06 6 4239 CB AASN A 544 11 .734 53 .252 49 .583 0 .50 18 .64 6 4277 CG2 VAL A 548 3.376 62.179 41.584 1.00 16.26 6 4240 CG AASN A 544 12 .145 52. .868 51 .005 0. .50 24 .93 6 4278 N TYR A 549 .338 61.119 38.644 1.00 12.92 7 4241 OD1AASN A 544 11 .394 53 .024 51 .976 0. .50 27 .01 8 4279 CA TYR A 549 .226 61.997 37.481 1.00 14.43 6 4242 ND2AASN A 544 13 .359 52 .364 51 .118 0. .50 19 .54 7 4280 C TYR A 549 .902 63.397 37.975 1.00 13.16 6 4240 CB BASN A 544 11 .746 53 .263 49 .523 0. .50 15 .95 6 4281 O TYR A 549 .223 63.571 39.016 .00 14.84 8 vχ> 4241 CG BASN A 544 11. .998 52, .552 50. .860 0. .50 20. .57 6 4282 CB TYR A 549 0.000 61.611 36.605 .00 14.89 6 it-- 4242 OD1BASN A 544 12. .195 53, .205 51. .884 0. .50 23, .06 8 4283 CG TYR A 549 0.208 60.240 36.037 ,00 14.21 6 4243 ND2BASN A 544 11. .914 51. .250 50. .767 0. .50 19, .16 7 4284 CD1 TYR A 549 1.049 60.058 34.934 ,00 17.04 6 4243 N ARG A 545 9. .224 54. .409 47. .426 1. .00 14, .40 7 4285 CD2 TYR A 549 -0.398 59.160 36.628 ,00 14.96 6 4244 CA ARG A 545 9. .193 55. .190 46. .167 1. .00 16. .44 6 4286 CE1 TYR A 549 1.252 58.788 34.395 1.00 19.51 6 4245 C ARG A 545 7. ,727 55. .246 45. .682 1. .00 19. .39 6 4287 CE2 TYR A 549 -0.214 57.885 36.081 1.00 20.11 6 4246 0 ARG A 545 7. .083 54. .204 45. .539 1. .00 17. .25 8 4288 CZ TYR A 549 0.577 57.730 34.984 1.00 20.28 6 4247 CB ARG A 545 10. .085 54. .589 45. .084 1. .00 17. .96 6 4289 OH TYR A 549 0.789 56.436 34.508 1.00 21.51 4248 CG ARG A 545 9. .964 55. .404 43. .794 1. 00 17. .03 6 4290 N VAL A 550 1.626 64.446 37.496 1.00 12.41 4249 CD ARG A 545 10. .778 54. 728 42. .653 1. 00 15. .55 6 4291 CA VAL A 550 1.317 65.794 37.957 1.00 13.30 4250 NE ARG A 545 12. .186 54. .934 43 a .045 1. 00 17. .92 7 4292 C VAL A 550 -0.145 66.139 37.602 1.00 12.86 4251 CZ ARG A 545 13. .164 54. .094 42. .735 1. 00 27. .70 6 4293 O VAL A 550 -0.589 65.893 36.503 1.00 15.42 4252 NH1 ARG A 545 12. 923 53. 020 41. 999 1. 00 26. 35 7 4294 CB VAL A 550 2.195 66.791 37.131 1.00 12.38 o 4253 NH2 ARG A 545 14. 392 54. 343 43. 179 1. 00 26. 80 7 4295 CGI VAL A 550 1.968 68.236 37.581 1.00 13.91 H 4254 N ILE A 546 7. 282 56. 458 45. 332 1. 00 18. 00 7 4296 CG2 VAL A 550 3.657 66.404 37.542 1.00 16.31 α 4255 CA ILE A 546 5. 908 56. 613 44. .793 1. 00 14. 23 6 4297 N PRO A 551 -0.828 66.685 38.603 1.00 13.48 4256 C ILE A 546 6. 077 57. 267 43. 406 1. 00 17. 86 6 4298 CA PRO A 551 -2.272 66.942 38.387 1.00 16.42 © © 4257 0 ILE A 546 6. 771 58. 296 43. 389 1. 00 15. 62 8 4299 C PRO A 551 -2.447 68.081 37.424 1.00 16.09 © 00 4258 CB ILE A 546 5. 039 57. 498 45. 668 1. 00 13. 38 6 4300 O PRO A 551 -1.599 68.955 37.236 1.00 16.43 00 4259 CGI ILE A 546 4. .895 56. 781 47. 045 1. 00 15. .14 6 4301 CB PRO A 551 -2.869 67.337 39.755 1.00 20.53 95 cn N i vo -n ro vD θ D s co ιn ^ oα oo ^ r co r σ. o r o o r σ\ o -f -s H ^ o r- ro H ∞ - s ^ o i cN ^ N C s co in ^ c ^ cn in - ^ σ^ cN Ln 'f vo H O O O oc vo ro σs vo vo -s oo ^ m ro t s r ro -n -^ oo cN H ^ ι H vo ^ ιn ^ ι vo co c in r -s vo ^ ^ rs ^ O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H ^ - s ^ H CN C ro vo - s cn -XJ O -n vD O N H -n αD c c ^ VD CN O i cN H r t -n oo m ro ^ - s ro o o ro co s i -n H i c c ^ -^ co D in ^ H O ^ CN i c vo in r o o o r r o H D H r ^ ι ιn ^ -n ro vo r^ s c s ^ m σ\ o - r α-J cn o o ι σι o o σ\ H C ro r ^ H H cN m ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Ln ^ ^ ^ ^ ^ ^ ^ ^ L Ln τf in - - ι ιn -^ ^ N co π o. o. m N l/l ^ o. ^ ιΛ H ^ o w ω cΛ ιn ( o o M '4 | σ. α) ^ ψ ) α) vO ^D co N ^-) H cN θ - s u^ c^ -n o θ H N H vo cN θ θ θ [s ι rv H (^ ro ιn ιn c t s H H θ co o N i rs c -n o o ^ τ\ cs cs rs [s ι ts r ^ -s ts rs cs rs -s ι > o vo vo vo vo vo vo vo vo D V D vo vo v^ m o vD vo o o H aD m ^ oo oo vo H ro u^ ^ co vD o o r^ C O - s Ln H oo - s i H O i-n - r vo cN H vo co -n -n H VD CN σi r s vD t s o σ^ OT ^ ro oo ro oo N O VD ^ CN vo oΛ ^ cN in ^ m ^ i vo in co t s ( ) r ^ H c H ^ H H O H C s H H m ^ i <^ co o ^ H C^ in c s H C s ro t vo H C in in -n in -n in in -n i in -n in -n vo vo vo vD Vo vo vD VD VD vo vD vo vo vo vo s^ in in in Ln -n in uo in in in -n in in -n -n -n in -n in in -n in -n -n in -n -n in H H H H f <; ^ ri; rf i > > > > > > J ^ ^ H j J J J J > > > > > H EH -H E-t H CQ U O CQ O Q Q CQ U O CQ O Ω ω N <£ CQ O O < ffl CD U O U O U £ U U O U U O O £ U U O U U U £ U U O U O CJ U £ £ U U O U U U £ U C O U O ^ in vo i s oo σϊ O H N -^ ^ uo vo t ∞ c- o H CN r ^ in o t aD ^ H N r^ ^ ^ ^ ^ ^ L n ι ιn - ιn - ιn ιn ιn ιn vo vo vo vD VD D D VD o vo cs cs [ [^ [^ [ ^ ^ ro ro ro ro ro ro ro ro ro ro ro ro m m ro -^ ro ro ro ro ro -^ ro ro ro ro ro r^ H ιn o [ oo ^ ι-n o H s* u o o ^ H o N H m <-Λ o σ. ^ o -s r^ oo - vD N r^ Ln o s^ H vo o vo H vo ^ in in o ^ c^ t s u^ H H C s cN H - c i s oo c O H t s o - ) -n ^ -^ ^ H ro ro c^ o [s ιn ιn σι ^ ^ -^ CΛ m r H Ln t s D ^ [ o c s H - s r^ ^ ^ r r ^ vo ^ CN rH H H H H H CN CN CN H H H H H H H H H CN H H CN H H H H H H H H H H H H H H H H H H H o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o o H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H c ro H H co t s - - r ^ c D H H m r cΛ vo c o^ H H H O cn o s cN C Ln o O -s cN ^ ^ rH r N - ro o ^ o co o aD C s cN H oo cN ^ -s o ro o o ^ in ^ H ts s c ro co cN vo ^ O i^ [ c- ∞ cn t s σ^ o σN i-n c^ ^ o c oo co a-- -n ^ vo c .^ H ^ -n f VD c o n vo - vD VD -n ro ro r - S co t s D σ σ H CN Oo co co oΛ [ s c co -J VD O^ c o o H ^ ^ ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ^ ^ ro ro m ro ro ro ro ro ro ro ro ro ^ H σt o co -n ^ n o r H vo oo vD r^ - o f o ^ co cN C H Cs o -n o vo -n ^ i o vo σi σ^ ro o v^ ^- ^ ι . ^ - s ^ - o D CO 1^ o ιn N rη n D Ln ro ro a^ ^o -n σ vo -n o o vo c ^O H ^^ r^ σ. co H CN ^ [ -s -s ijι .^ H CN ^ ^ aD ^ m ^ ιn co -s o r ι ι ro (^ N <-^ v D D VvOo cv D o co o-s ots c D o σ VD i o-s ^vo Hcs ts rrso rts Hrs Hcs Ors crNs ^cs ic -r itns vrDs rD ^ -sD tt s , c^o -^s [^ o ^^ vo Ln cs D in v^ CN - oo r^ H θ ∞ c ro ι - s c o> ∞ vo ^ o oθ H σ H in t s t s < ) H i ^ CN CN ts ^ vo o ^ o H -n - o ^ - o ro ro ao o ^ C r H VD O i m u^ o ro co o r H C aD O H O ro ^ ^ -Λ -n ^ vD m ro ro c H H H ro C H O r o o H H H c ro ^ ^ in in ^ ^ -s oo a- H H C^ N CN CN CN N CN ro r ro ro r r ro ro ^ ^ ^ ^ ^ -n -n i -n -n vD O vo vo - s t^ -^ -n in in in in in in -n -n -n in in in i-n -n in in in in in -n -n in in -n -n -j^ -n -n -n -n -n u -n -n i^ -n -n -n -n i-n -n -n in in -n -n -n -^ . < ■< .< . ! . . . 0 0 £ £ £ £ -H -H H H H H H H H H H D C^ Cc: c t i c- Λ Λ tΛ CΛ ω tΛ w ci ω w ω ω ω rd ij-i ω j cu a* ∑ ∑ ∑ ∑ ∑ ∑ ∑ ϋ V ϋ ϋ A A Λ > -i Λ ι tri b O Q CQ O Ω Ω CQ CD Q W CQ CQ ffl O Q P U U £ U U O U U O £ £ U O U CJ C U £ U U O U £ U U O U £ U U O £ C U O U U U a £ U -^ ^ -n vD t aD m o H CN ro ^ in o r^ ∞ σ O H CN ro ^ uϊ vo -s ∞ ^ O H c^ O O O O O O O O H H H H H H H H H H CN CN CN CN C CN CN C CN CN ro ro ro ro ro ro ro ro ro ro -^ 'f 'sf ^f ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro m 4386 CG2 THR A 563 -2,.281 61.112 54.705 1..00 20..36 6 4428 CA LEU A 571 6.705 68..878 52.131 1.00 12.49 6 4387 N ALA A 564 0 .154 58 .701 54 .548 1. .00 21 .05 7 4429 C LEU A 571 7 .959 69 .019 51 .282 1 .00 15 .87 6 o 4388 CA ALA A 564 0 .245 57 .258 54 .649 1. .00 24 .26 6 4430 0 LEU A 571 9 .024 69, .355 51 .828 1 .00 16 .79 8 VO o 4389 C ALA A 564 -0 .234 56 .845 56 .060 1 .00 23 .28 6 4431 CB LEU A 571 6 .147 70 .286 52 .340 1 .00 15 .18 6 *- 4390 0 ALA A 564 0 .104 57 .536 57 .008 1 .00 21 .58 8 4432 CG LEU A 571 4 .911 70 .396 53 .250 1 .00 22 .77 6 OJ sj VO 4391 CB ALA A 564 1 .658 56 .711 54 .437 1 .00 25 .03 6 4433 CD1 LEU A 571 4 .368 71 .807 53 .300 1 .00 22 .26 6 4-. 4392 N GLY A 565 -1 .218 55 .968 56 .140 1 .00 30 .08 7 4434 CD2 LEU A 571 3 .834 69 .448 52 .757 1 .00 22 .04 6 4393 CA GLY A 565 -1 .857 55 .701 57 .443 1 .00 31 .09 6 4435 N TYR A 572 7 .747 68 .878 49 .946 1 .00 13 .65 7 4394 C GLY A 565 -2 .488 56 .887 58 .121 1, .00 35 .06 6 4436 CA TYR A 572 8 .930 69 .100 49 .067 1 .00 12 .87 6 4395 0 GLY A 565 -2 .493 56 .983 59 .363 1 .00 31 .36 8 4437 C TYR A 572 8 .322 69 .878 47 .880 1 .00 14 .52 6 4396 N GLY A 566 -3 .025 57 .873 57 .403 1 .00 32 .22 7 4438 0 TYR A 572 7 .347 69 .399 47 .262 1 .00 14 .71 8 4397 CA GLY A 566 -3 .549 59 .083 58 .011 1 .00 31 .70 6 4439 CB TYR A 572 9 .480 67 .704 48 .701 1 .00 12 .62 6 4398 C GLY A 566 -2 .523 60 .107 58 .438 1 .00 31 .07 6 4440 CG TYR A 572 10 .887 67 .679 48 .121 1 .00 13 .61 6 4399 0 GLY A 566 -2 .936 61 .213 58 .829 1 .00 32 .69 8 4441 CD1 TYR A 572 11 .079 68 .175 46 .835 1 .00 13 .57 6 4400 N VAL A 567 -1. .202 59 .887 58 .271 1, .00 26 .17 7 4442 CD2 TYR A 572 11 .946 67 .161 48 .845 1 .00 15 .40 6 4401 CA VAL A 567 -0. .186 60 .798 58 .776 1, .00 21 .45 6 4443 CE1 TYR A 572 12 .361 68 .168 46 .257 1 .00 13 .80 6 4402 C VAL A 567 0. .537 61 .488 57 .557 1, .00 17 .95 6 4444 CE2 TYR A 572 13 .221 67 .135 48 .283 1 .00 12 .70 6 4403 0 VAL A 567 0 .692 60 .707 56 .658 1, .00 18 .75 8 4445 CZ TYR A 572 13 .400 67 .629 47 .002 1 .00 14 .33 6 4404 CB VAL A 567 0. .945 60 .023 59 .500 1 .00 26 .89 6 4446 OH TYR A 572 14 .710 67 .607 46 .466 1 .00 13 .40 8 4405 CGI VAL A 567 1 .981 60 .946 60 .096 1, .00 30 .00 6 4447 N SER A 573 9 .060 70 .874 47 .387 1 .00 13 .37 7 4406 CG2 VAL A 567 0 .308 59 .088 60 .567 1, .00 33 .86 6 4448 CA SER A 573 8 .571 71 .734 46 .294 1 .00 12 .21 6 4407 N SER A 568 0 .687 62 .774 57 .699 1, .00 19 .77 7 4449 C SER A 573 8 .665 71. .055 44 .920 1 .00 12 .75 6 vr. 4408 CA SER A 568 1 .267 63 .410 56 .486 1. .00 19 .16 6 4450 O SER A 573 9 .520 70 .234 44 .703 1 .00 12 .64 8σ 4409 C SER A 568 2 .770 63 .585 56 .688 1, .00 19 .28 6 4451 CB a ASER A 573 9 .436 72 .999 46 .162 0 .60 17 .33 6 4410 0 SER A 568 3, .351 63 .752 57 .763 1, .00 21 .35 8 4452 OG a ASER A 573 9 .459 73. .767 47 .331 0 .60 22 .77 8 4411 CB SER A 568 0. .574 64 .705 56. .156 1, .00 29 .69 6 4452 CB : BSER A 573 9 .408 73, .025 46 .276 0 .40 15 .40 6 4412 OG SER A 568 0, .595 65 .549 57. .266 1, .00 41 .18 8 4453 OG : BSER A 573 10 .793 72, .728 46 .149 0. .40 16 .17 8 4413 N SER A 569 3 .399 63 .581 55 .503 1, .00 19 .22 7 4453 N TYR A 574 7. .838 71 .568 44 .000 1 .00 11 .56 7 4414 CA SER A 569 4, .867 63 .784 55. .480 1, .00 17 .43 6 4454 CA TYR A 574 7. .912 71 .077 42 .604 1, .00 10 .89 6 4415 C SER A 569 5. .229 65. .245 55. .568 1. .00 17, .17 6 4455 C TYR A 574 7. .374 72. .249 41. .771 1. .00 13. .28 6 4416 0 SER A 569 4. .519 66. .266 55. .502 1. .00 17. .53 8 4456 O TYR A 574 6, .344 72. .860 42. .138 1. .00 12. .17 8 4417 CB SER A 569 5. .381 63. .220 54. .137 1. .00 17. .58 6 4457 CB TYR A 574 7. .041 69. .857 42. .405 1. .00 11. .94 6 4418 OG SER A 569 5. .066 64. .083 53. .025 1. 00 15. .50 8 4458 CG TYR A 574 6. .917 69. .379 40, .971 1. ,00 11. ,37 6 4419 N ASN A 570 6. .572 65. .473 55. .538 1. 00 14. ,77 7 4459 CD1 TYR A 574 7. .921 68. .521 40. .467 1. .00 12. ,69 6 ■ o 4420 CA ASN A 570 7. 143 66. 776 55. .253 1. 00 13. ,84 6 4460 CD2 TYR A 574 5. 867 69. 781 40. .162 1. 00 11. 85 6 o 4421 C ASN A 570 6. .848 67. 107 53. 752 1. 00 13. ,33 6 4461 CE1 TYR A 574 7. 863 68. 052 39. 154 1. 00 13. 23 6 4422 0 ASN A 570 6. .527 66. .217 52. 996 1. 00 16. ,50 8 4462 CE2 TYR A 574 5. 792 69. 313 38. 834 1. 00 13. 93 6 4423 CB ASN A 570 8. .670 66. .723 55. .435 1. 00 17. .22 6 4463 CZ TYR A 574 6. 796 68. 466 38. 366 1. 00 11. 32 6 VO VO 4424 CG ASN A 570 9. .363 65. .581 54. .758 1. 00 16. ,95 6 4464 OH TYR A 574 6. 679 68. 006 37. 078 1. 00 12. 54 8 © © 4425 ODl ASN A 570 9. ,038 64. ,399 54. .745 1. 00 15. .12 8 4465 N ASN A 575 7. 992 72. 510 40. 627 1. 00 12. 18 7 0o0 4426 ND2 ASN A 570 10. .455 65. .853 54. .023 1. .00 16. .51 7 4466 CA ASN A 575 7. 578 73. 682 39. 820 1. 00 12. 18 6 00 4427 N LEU A 571 7, .108 68. .381 53. .486 1. .00 14. .82 7 4467 C ASN A 575 6. 738 73. 306 38. .608 1. 00 12. 59 6 4468 0 ASN A 575 7.171 72.699 37.598 1.00 12.20 8 4510 CB GLN A 581 8.751 75.601 27.465 1.00 11.27 6 ^ 4469 CB ASN A 575 8 .898 74 .351 39 .331 1 .00 12 .02 6 4511 CG GLN A 581 8 .407 75 .301 28 .975 1 .00 10 .49 6 o 4470 CG ASN A 575 8 .635 75 .707 38 .700 1 .00 17 .00 6 4512 CD GLN A 581 7 .920 76 .579 29 .654 1 .00 12 .45 6 o VO 4471 ODl ASN A 575 7 .562 76 .292 38 .872 1 .00 14 .54 8 4513 OEl GLN A 581 8 .545 77 .588 29 .921 1 .00 13 .44 8 * OJ- 4472 ND2 ASN A 575 9 .608 76 .223 37 .934 1 .00 13 .02 7 4514 NE2 GLN A 581 6 .582 76 .528 30 .002 1 .00 11 .11 7 sj VO 4473 N ILE A 576 5 .400 73 .515 38 .739 1 .00 10 .95 7 4515 N THR A 582 8 .202 77 .209 24 .953 1 .00 9 .52 7 4-. 4474 CA ILE A 576 4 .506 73 .221 37 .604 1 .00 10 .36 6 4516 CA THR A 582 8 .978 77 .646 23 .772 1 .00 10 .13 6 4475 C ILE A 576 4 .485 74 .374 36 .602 1 .00 12 .05 6 4517 C THR A 582 10 .049 78 .609 24 .293 1 .00 10 .70 6 4476 0 ILE A 576 4 .145 75 .497 36 .930 1 .00 13 .39 8 4518 0 THR A 582 9 .921 79 .235 25 .313 1 .00 12 .73 8 4477 CB ILE A 576 3 .036 73 .061 38 .127 1 .00 12 .95 6 4519 CB THR A 582 8 .018 78 .306 22 .763 1 .00 12 .88 6 4478 CGI ILE A 576 3 .082 71 .956 39 .190 1 .00 13 .10 6 4520 OGl THR A 582 8 .736 78 .798 21 .599 1 .00 12 .92 8 4479 CG2 ILE A 576 2 .079 72 .677 36 .966 1 .00 14 .18 6 4521 CG2 THR A 582 7 .265 79 .504 23 .359 1 .00 11 .55 6 4480 CD1 ILE A 576 1 .709 71 .488 39 .691 1 .00 15 .07 6 4522 N SER A 583 11 .166 78 .712 23 .507 1 .00 11 .67 7 4481 N LEU A 577 4 .883 74 .054 35 .368 1 .00 10 .51 7 4523 CA SER A 583 12 .321 79 .527 23 .931 1 .00 12 .58 6 4482 CA LEU A 577 4 .908 75 .052 34 .303 1 .00 12 .74 6 4524 C SER A 583 12 .300 80 .783 23 .061 1 .00 11 .58 6 4483 C LEU A 577 3 .480 75 .308 33 .772 1 .00 11 .80 6 4525 O SER A 583 12 .496 80 .687 21 .844 1 .00 12 .44 8 4484 0 LEU A 577 2 .572 74 .474 34 .021 1 .00 13 .37 8 4526 CB SER A 583 13 .612 78 .697 23 .747 1 .00 12 .53 6 4485 CB LEU A 577 5 .757 74 .463 33 .137 1 .00 11 .48 6 4527 OG SER A 583 14 .755 79 .449 24 .240 1 .00 14 .73 8 4486 CG LEU A 577 7 .226 74 .238 33 .569 1 .00 12 .21 6 4528 N VAL A 584 12 .118 81 .899 23 .781 1 .00 10 .19 7 4487 CD1 LEU A 577 7 .982 73 .601 32 .421 1 .00 13 .03 6 4529 CA VAL A 584 11 .741 83 .141 23 .016 1 .00 9 .76 6 4488 CD2 LEU A 577 7. .897 75. .576 33. .989 1. .00 13. .85 6 4530 C VAL A 584 12 .721 84 .268 23. .298 1 .00 11 .27 6 4489 N SER A 578 3, .398 76. .385 33, .006 1. .00 11. .76 7 4531 O VAL A 584 13. .066 84, .570 24, .440 1. .00 11. .87 8 v, 4490 CA SER A 578 2 .037 76. .726 32, .475 1, .00 15. .00 6 4532 CB VAL A 584 10. .358 83, .645 23. .506 1. .00 12. .33 6 -J 4491 C SER A 578 1, .681 75. .960 31. .215 1. .00 17. .37 6 4533 CGI VAL A 584 10. .041 84, .968 22. .757 1. .00 14. .53 6 4492 0 SER A 578 0, .553 76. .134 30, .685 1. .00 17. .93 8 4534 CG2 VAL A 584 9. .279 82, .604 23. .220 1. .00 12. .71 6 4493 CB SER A 578 2. .081 78. .230 32. .132 1. .00 13. .25 6 4535 N VAL A 585 13. .307 84. .868 22. .244 1. .00 10. ,77 7 4494 OG SER A 578 2, .321 78. .967 33. .305 1. .00 14. .45 8 4536 CA VAL A 585 14. .166 86. .030 22. .421 1. .00 9. .69 6 4495 N GLY A 579 2, .538 75. .095 30. .688 1. .00 15. .28 7 4537 C VAL A 585 13 , .244 87. .219 22. .693 1. .00 12. .06 6 4496 CA GLY A 579 2, .266 74. .270 29. .497 1. .00 14, .88 6 4538 O VAL A 585 12. .450 87. .576 21. .803 1. .00 14. .60 8 4497 C GLY A 579 3, .627 74. .010 28. .818 1. .00 13, .39 6 4539 CB VAL A 585 14. .882 86. .310 21. .064 1. .00 11. .53 6 4498 0 GLY A 579 4 , .670 74. .450 29. .318 1. .00 14. ,78 8 4540 CGI VAL A 585 15. .712 87. .605 21. .158 1. .00 15. .03 6 4499 N THR A 580 3 , .518 73. .227 27. .740 1. .00 11. .35 7 4541 CG2 VAL A 585 15. .750 85. .111 20. .717 1. .00 14. .67 6 4500 CA THR A 580 4. .803 72. .961 27. .005 1. .00 13. .16 6 4542 N PHE A 586 13. .361 87. .762 23. .908 1. ,00 12. .32 7 4501 C THR A 580 5, .419 74. .292 26. .647 1. .00 14. ,61 6 4543 CA PHE A 586 12. .622 88. .986 24. 243 1. .00 12. .19 6 Ό 4502 0 THR A 580 4. .747 75. 282 26. .349 1. .00 14. .26 8 4544 C PHE A 586 13. 584 90. 161 24. 063 1. 00 14. 77 6 o —j 4503 CB THR A 580 4. .517 72. .009 25. .835 1. .00 13. 57 6 4545 O PHE A 586 14. 668 90. 209 24. 709 1. 00 12. 38 8 4504 OGl THR A 580 5. .753 71. .676 25. .176 1. .00 16. 06 8 4546 CB PHE A 586 12. 174 88. 944 25. 704 1. 00 12. 57 6 a 7 VO1 4505 CG2 THR A 580 3. .688 72. .715 24. .732 1. .00 20. .75 6 4547 CG PHE A 586 10. 886 88. 184 25. 987 1. 00 11. 39 6 VO 4506 N GLN A 581 6. .787 74. .346 26. .706 1. .00 11. .89 7 4548 CD1 PHE A 586 10. 879 86. 809 26. 009 1. 00 13. 56 6 © © 4507 CA GLN A 581 7. .454 75. .658 26. .609 1. .00 10. 06 6 4549 CD2 PHE A 586 9. 694 88. 868 26. 231 1. 00 13. 70 6 © 00 4508 C GLN A 581 8. .012 75. ,905 25. .148 1. .00 10. .19 6 4550 CE1 PHE A 586 9. 758 00 86. 060 26. 284 1. 00 13. 86 6 4509 0 GLN A 581 8. .163 75. ,020 24. .338 1. .00 12. .94 8 4551 CE2 PHE A 586 8. 543 88. 102 26. 520 1. 00 12. 32 6 4552 CZ PHE A 586 8..577 86..707 26,.558 1..00 11..70 6 4594 N PRO A 593 18..778 105..367 29..550 1..00 21,.02 7 ^ 4553 N THR A 587 13. .189 91 .146 23 .239 1. .00 14. .16 7 4595 CA PRO A 593 20. .204 105. .252 29. .779 1. .00 20 .83 6 o 4554 CA THR A 587 14. .016 92 .324 23 .066 1 .00 12. .96 6 4596 C PRO A 593 20 .494 104. .537 31 .094 1. .00 20 .17 6 VO O 4555 C THR A 587 13. .247 93, .561 23. .468 1. .00 13. .58 6 4597 O PRO A 593 19, .811 104, .784 32. .102 1, .00 21, .50 8 OJ 4556 0 THR A 587 12. .072 93. .651 23, .058 1. .00 15. .22 8 4598 CB PRO A 593 20, .715 106, .727 29, .941 1, .00 22 .70 6 VO 4557 CB THR A 587 14, .421 92. .464 21, .555 1. .00 11. .66 6 4599 CG PRO A 593 19, .643 107, .491 29, .165 1, .00 24 .71 6 4-. 4558 OGl THR A 587 15, .145 91. .299 21, .141 1. .00 15, .06 8 4600 CD PRO A 593 18 .337 106. .774 29, .432 1, .00 23 .44 6 4559 CG2 THR A 587 15, .331 93. .708 21, .318 1. .00 13, .37 6 4601 N THR A 594 21 .530 103 .723 31 .165 1, .00 19 .91 7 4560 N VAL A 588 13. .829 94 .487 24 .195 1 .00 14, .03 7 4602 CA THR A 594 21 .909 103 .060 32 .402 1 .00 21 .78 6 4561 CA VAL A 588 13. .156 95 .779 24 .469 1 .00 14 .79 6 4603 C THR A 594 23 .380 103 .366 32 .686 1 .00 23 .13 6 4562 C VAL A 588 14 .079 96 .867 23 .912 1 .00 14 .40 6 4604 O THR A 594 24 .138 103 .737 31 .787 1 .00 23 .96 8 4563 0 VAL A 588 15. .258 97 .015 24 .225 1 .00 15 .56 8 4605 CB THR A 594 21 .729 101 .521 32 .292 1 .00 23 .27 6 4564 CB VAL A 588 12 .863 95 .933 25 .971 1 .00 14 .24 6 4606 OGl THR A 594 22 .466 101 .094 31 .140 1 .00 20 .06 8 4565 CGI VAL A 588 14 .111 95 .935 26 .870 1 .00 14 .60 6 4607 CG2 THR A 594 20 .245 101 .183 32 .157 1 .00 21 .33 6 4566 CG2 VAL A 588 12 .079 97 .255 26 .232 1 .00 13 .38 6 4608 N ASN A 595 23 .764 103 .210 33 .928 1 .00 23 .96 7 4567 N LYS A 589 13 .478 97 .570 22 .915 1 .00 15 .39 7 4609 CA ASN A 595 25 .142 103 .193 34 .370 1 .00 28 .93 6 4568 CA LYS A 589 14 .212 98 .670 22 .258 1 .00 16 .20 6 4610 C ASN A 595 25 .614 101 .791 34 .716 1 .00 31 .88 6 4569 C LYS A 589 14 .180 100 .009 22 .953 1 .00 18 .01 6 4611 O ASN A 595 24 .847 100 .849 34 .915 1 .00 22 .74 8 4570 0 LYS A 589 13 .230 100 .355 23 .652 1 .00 15 .39 8 4612 CB ASN A 595 25 .285 104 .099 35 .620 1 .00 34 .82 6 4571 CB LYS A 589 13 .597 98 .820 20 .860 1 .00 16 .23 6 4613 CG ASN A 595 24 .970 105 .532 35 .180 1 .00 36 .76 6 4572 CG LYS A 589 13 .908 97 .588 20 .008 1 .00 17 .01 6 4614 ODl ASN A 595 24 .047 106 .190 35 .647 1 .00 42 .57 8 4573 CD LYS A 589 13 .275 97 .825 18 .634 1 .00 24 .71 6 4615 ND2 ASN A 595 25 .738 106 .004 34 .208 1 .00 38 .16 4574 CE LYS A 589 13 .494 96 .582 17 .792 1 .00 37 .49 6 4616 N LEU A 596 26 .939 101 .654 34 .839 1 .00 34 .83 y 700 4575 NZ LYS A 589 13 .368 96 .852 16 .321 1 .00 51 .36 7 4617 CA LEU A 596 27 .559 100 .380 35 .212 1 .00 37 .55 6 4576 N SER A 590 15, .302 100 .747 22 .828 1 .00 16 .34 7 4618 C LEU A 596 26 .947 99 .803 36 .488 1 .00 31 .76 6 4577 CA SER A 590 15. .371 102. .116 23. .293 1. .00 19. .32 6 4619 O LEU A 596 26, .589 100, .502 37. .435 1. .00 35, .49 8 4578 C SER A 590 15. .006 102. .295 24. .746 1, .00 19. .68 6 4620 CB LEU A 596 29, .051 100, .642 35. .407 1. .00 48. .79 6 4579 0 SER A 590 14. .185 103. .146 25. .151 1. .00 17. .24 8 4621 CG LEU A 596 30, .042 99. .528 35. .681 1. .00 52. .60 6 4580 CB SER A 590 14. ,448 103. .009 22. .421 1. .00 20. .32 6 4622 CD1 LEU A 596 29, .894 98. .971 37. .092 1. .00 56, .16 6 4581 OG SER A 590 14. ,867 102. .933 21. .046 1. .00 22. .81 8 4623 CD2 LEU A 596 29, .934 98. .433 34. .628 1. .00 56. .63 6 4582 N ALA A 591 15. .698 101. .514 25. ,612 1. .00 17. .08 7 4624 N GLY A 597 26, .492 98, .556 36. .348 1. ,00 30. .34 7 4583 CA ALA A 591 15. .458 101. .617 27. ,048 1. .00 16. .02 6 4625 CA GLY A 597 25. .861 97. ,860 37. .473 1. ,00 30. .50 6 4584 C ALA A 591 16. .178 102. .871 27. .530 1. .00 18. .06 6 4626 C GLY A 597 24. .337 97. .822 37. .288 1. ,00 25. .20 6 4585 O ALA A 591 17. .152 103. .325 26. .878 1. .00 15. .85 8 4627 O GLY A 597 23. .705 96. .996 37. 949 1. 00 23. 57 8 *0 4586 CB ALA A 591 16. .045 100. .326 27. ,695 1. .00 15, .17 6 4628 N ASP A 598 23. .780 98. 803 36. 544 1. 00 21. 92 7 n 4587 N PRO A 592 15. .872 103. ,303 28. .730 1. .00 18. .28 7 4629 CA ASP A 598 22. .315 98. 799 36. 399 1. 00 18. 64 6 H 4588 CA PRO A 592 16. .493 104. .529 29. .298 1, .00 18. .18 6 4630 C ASP A 598 21. .982 97. 666 35. 429 1. 00 21. 53 6 4589 C PRO A 592 17. .967 104. .319 29. .512 1. .00 22. .69 6 4631 O ASP A 598 VO 22. .702 97. 563 34. 399 1. 00 20. 69 8 NO 4590 O PRO A 592 18. .463 103. .180 29. .693 1. .00 19, .12 8 4632 CB ASP A 598 21. .814 100. 096 35. 763 1. 00 17. 61 6 © © 4591 CB PRO A 592 15. .762 104. .797 30. .621 1. .00 19, .23 6 4633 CG ASP A 598 22. .046 101. 382 36. 536 1. 00 20. 17 6 o 00 4592 CG PRO A 592 14, .433 104. .085 30. .387 1, .00 23, .18 6 4634 ODl ASP A 598 22. .364 101. 347 37. 751 1. 00 19. 00 25 8 4593 CD PRO A 592 14 .795 102. .833 29. .585 1 .00 17, .71 6 4635 OD2 ASP A 598 21. .858 102. .432 35. .868 1. 00 22. 20 8 4636 N LYS A 599 20.861 96.919 35.612 1.00 18.66 7 4678 OGl THR A 603 7.971 90.241 36.987 1.00 14.53 8 4637 CA LYS A 599 20 .593 95 .891 34 .605 1 .00 15 .76 6 4679 CG2 THR A 603 8 .152 92 .414 35 .971 1 .00 15 .35 6 o 4638 C LYS A 599 19 .056 95 .824 34 .461 1 .00 11 .90 6 4680 N GLY A 604 6 .310 89 .331 34 .489 1 .00 11 .51 7 VO VO 4639 0 LYS A 599 18 .320 96 .237 35 .358 1 .00 19 .04 8 4681 CA GLY A 604 4 .995 89 .274 33 .787 1 .00 11 .82 6 ≥ OJ 4640 CB LYS A 599 21 .049 94 .484 35 .006 1 .00 23 .86 6 4682 C GLY A 604 4 .042 88 .348 34 .530 1 .00 12 .03 6 sj VO 4641 CG LYS A 599 22 .597 94 .419 35 .031 1 .00 25 .32 6 4683 0 GLY A 604 4 .358 87 .909 35 .636 1 .00 13 .68 8 4-. 4642 CD LYS A 599 23 .118 93 .007 35 .252 1 .00 26 .43 6 4684 N ASN A 605 2 .911 88 .082 33 .859 1 .00 12 .03 7 4643 CE LYS A 599 24 .656 93 .063 35 .120 1 .00 32 .43 6 4685 CA ASN A 605 1 .782 87 .516 34 .637 1 .00 11 .85 6 4644 NZ LYS A 599 25 .179 91 .656 35 .106 1 .00 35 .89 7 4686 C ASN A 605 1 .680 86 .017 34 .575 1 .00 12 .50 6 4645 N ILE A 600 18 .623 95 .442 33 .287 1 .00 13 .51 7 4687 O ASN A 605 0 .615 85 .441 34 .625 1 .00 14 .07 8 4646 CA ILE A 600 17 .178 95 .336 33 .021 1. .00 12 .20 6 4688 CB ASN A 605 0 .481 88 .161 34 .031 1 .00 13 .77 6 4647 C ILE A 600 16 .746 93 .886 33 .130 1 .00 13 .74 6 4689 CG ASN A 605 0 .265 87 .610 32 .629 1 .00 17 .19 6 4648 0 ILE A 600 17 .476 92 .927 32 .799 1 .00 14 .24 8 4690 ODl ASN A 605 1 .080 87 .101 31 .828 1 .00 13 .63 8 4649 CB ILE A 600 16 .938 95 .829 31 .554 1 .00 13 .87 6 4691 ND2 ASN A 605 .025 87 .681 32 .165 1 .00 16 .36 7 4650 CGI ILE A 600 17 .249 97 .335 31 .566 1 .00 21 .52 6 4692 N ILE A 606 2 .823 85 .308 34 .560 1 .00 13 .26 7 4651 CG2 ILE A 600 15 .499 95 .618 31 .051 1 .00 15 .85 6 4693 CA ILE A 606 2 .836 83 .860 34 .628 1 .00 11 .73 6 4652 CD1 ILE A 600 16 .798 98 .104 30 .313 1 .00 23 .52 6 4694 C ILE A 606 4 .099 83 .493 35 .448 1 .00 13 .02 6 4653 N TYR A 601 15. .545 93, .745 33 .676 1. .00 13 .09 7 4695 0 ILE A 606 5. .005 84 .349 35 .511 1 .00 13 .34 8 4654 CA TYR A 601 14. .926 92, .453 33 .883 1. .00 12 .76 6 4696 CB ILE A 606 2 .995 83 .184 33 .259 1 .00 11 .81 6 4655 C TYR A 601 13, .531 92. .475 33 .288 1 .00 13 .27 6 4697 CGI ILE A 606 4 .029 83 .874 32 .346 1 .00 12 .94 6 4656 0 TYR A 601 12, .914 93 .491 32 .986 1 .00 15 .09 8 4698 CG2 ILE A 606 1 .625 83 .138 32 .550 1 .00 15 .56 6 4657 CB TYR A 601 14, .751 92 .119 35 .387 1 .00 14 .11 6 4699 CD1 ILE A 606 4, .300 82 .981 31 .113 1, .00 15 .13 6 VD 4658 CG TYR A 601 16, .065 91 .805 36 .078 1 .00 11 .98 6 4700 N PRO A 607 4, .181 82 .331 36 .033 1 .00 13 .09 7 VD 4659 CD1 TYR A 601 16 .902 92 .834 36 .502 1 .00 12 .52 6 4701 CA PRO A 607 5 .294 81 .982 36 .937 1 .00 12, .68 6 4660 CD2 TYR A 601 16 .473 90 .490 36 .242 1 .00 12 .95 6 4702 C PRO A 607 6, .616 81 .880 36 .189 1 .00 10 .98 6 4661 CE1 TYR A 601 18. .138 92. .544 37. .097 1. .00 13. .54 6 4703 0 PRO A 607 7, .700 82. .258 36. .671 1, .00 14. .73 8 4662 CE2 TYR A 601 17. .673 90. .213 36. .888 1. .00 14. .26 6 4704 CB PRO A 607 4 , .895 80. .647 37. .607 1, .00 13. .69 6 4663 CZ TYR A 601 18. .499 91. .239 37. .276 1. .00 15. .84 6 4705 CG PRO A 607 3. .818 80. .118 36. .675 1, .00 16. .48 6 4664 OH TYR A 601 19. .691 90, .903 37. .935 1. .00 16, .92 8 4706 CD PRO A 607 3 , .081 81. .335 36. .098 1. .00 16. .43 6 4665 N LEU A 602 12. .986 91, .285 33. .068 1. .00 11, .99 7 4707 N GLU A 608 6, .531 81. .525 34. .880 1, .00 11. .74 7 4666 CA LEU A 602 11. .657 91, .057 32, .494 1. .00 13, .20 6 4708 CA GLU A 608 7. .747 81. .559 34. .031 1, .00 10. .58 6 4667 C LEU A 602 10. .762 90, .434 33, .580 1. .00 14, .26 6 4709 C GLU A 608 8. .382 82. .958 33. .994 1. .00 13. .60 6 4668 0 LEU A 602 11. .148 89. .522 34. .284 1. ,00 13. .06 8 4710 0 GLU A 608 9. .606 83. .060 33. .731 1. 00 11. 79 8 4669 CB LEU A 602 11. .794 90. ,060 31. .334 1. ,00 13. .29 6 4711 CB GLU A 608 7. 437 81. .056 32. 616 1. 00 11. 09 6 *α 4670 CG LEU A 602 10. .506 89. .432 30. ,800 1. ,00 10. ,59 6 4712 CG GLU A 608 7. 145 79. .550 32. .522 1. 00 10. 94 6 n 4671 CD1 LEU A 602 9. .579 90. .481 30. ,155 1. ,00 14. .08 6 4713 CD GLU A 608 5. 674 79. .163 32. 699 1. 00 14. 31 6 4672 CD2 LEU A 602 10. .864 88. .385 29. .704 1. ,00 11. ,83 6 4714 OEl GLU A 608 4. 875 79. 973 33. 221 1. 00 12. 87 8 * N 4673 N THR A 603 9. .482 90. ,861 33. ,649 1. .00 12. ,02 7 4715 OE2 GLU A 608 5. 344 78. 040 32. 280 1. 00 13. 22 8 VO 4674 CA THR A 603 8. .570 90. .233 34. ,635 1. .00 12. .81 6 4716 N LEU A 609 7. 571 83. 999 34. 112 1. 00 11. 31 7 ©o 4675 C THR A 603 7. .158 90. .267 34. .066 1. .00 12. .50 6 4717 CA LEU A 609 8. 093 85. 359 34. 095 1. 00 11. 00 6 © 00 4676 0 THR A 603 6. 876 91. .096 33. .183 1. .00 14. .59 8 4718 C LEU A 609 7. 944 86. 002 35. 453 1. 00 12. 01 6 00 4677 CB THR A 603 8. .711 90. .983 35. .969 1. .00 14. .38 6 4719 O LEU A 609 7. 959 87. 224 35. 602 1. 00 14. 24 8 4720 CB LEU A 609 7.,249 86..188 33.,078 1..00 14..30 6 4762 CG2 THR A 614 9..718 94..523 40..520 1..00 18..09 6 4721 CG LEU A 609 7. .424 85. .668 31. .627 1. .00 13. .57 6 4763 N ASP A 615 12. .033 90. .680 42. .425 1. .00 13. .65 7 o 4722 CD1 LEU A 609 6. .672 86. .643 30, .695 1. .00 18. .28 6 4764 CA ASP A 615 13. .138 90, .024 43, .143 1. .00 15. .24 6 VO VO 4723 CD2 LEU A 609 8. .912 85, .648 31. .238 1. .00 14. .71 6 4765 C ASP A 615 14. .084 89. .416 42, .093 1 .00 12 .74 6 4-- 4724 N GLY A 610 7. .854 85. .194 36. .525 1. .00 10, .78 7 4766 0 ASP A 615 13 .582 88 .794 41 .143 1 .00 13 .71 8 OJ VO 4725 CA GLY A 610 7 .950 85. .729 37, .864 1. .00 10 .94 6 4767 CB ASP A 615 12 .511 88 .981 44 .075 1 .00 14 .77 6 4-. 4726 C GLY A 610 6, .664 86 .230 38 .554 1 .00 13 .37 6 4768 CG ASP A 615 13 .634 88 .423 44 .970 1 .00 21 .15 6 4727 0 GLY A 610 6 .767 86 .832 39 .647 1 .00 13 .90 8 4769 ODl ASP A 615 13 .956 88 .932 46 .048 1 .00 23 .65 8 4728 N ASN A 611 5 .525 86 .174 37 .906 1 .00 13 .56 7 4770 OD2 ASP A 615 14 .204 87 .431 44 .586 1 .00 18 .42 8 4729 CA ASN A 611 4 .262 86 .696 38 .463 1 .00 14 .13 6 4771 N THR A 616 15 .390 89 .536 42 .350 1 .00 12 .77 7 4730 C ASN A 611 4 .462 88 .079 39 .072 1 .00 13 .68 6 4772 CA THR A 616 16 .387 89 .067 41 .365 1 .00 13 .57 6 4731 0 ASN A 611 4 .063 88 .427 40 .207 1 .00 14 .78 8 4773 C THR A 616 17 .391 88 .146 42 .072 1 .00 15 .88 6 4732 CB ASN A 611 3 .695 85 .782 39 .555 1 .00 13 .73 6 4774 0 THR A 616 18 .487 87 .902 41 .566 1 .00 14 .89 8 4733 CG ASN A 611 3 .110 84 .538 38 .890 1 .00 16 .98 6 4775 CB THR A 616 17 .144 90 .224 40 .674 1 .00 14 .32 6 4734 ODl ASN A 611 2 .353 84 .585 37 .897 1 .00 17 .26 8 4776 OGl THR A 616 17 .752 91 .045 41 .713 1 .00 15 .99 8 4735 ND2 ASN A 611 3 .501 83 .420 39 .478 1 .00 16 .08 7 4777 CG2 THR A 616 16 .189 91 .128 39 .884 1 .00 16 .33 6 4736 N TRP A 612 5 .010 88 .962 38 .242 1 .00 13 .00 7 4778 N SER A 617 16 .981 87 .590 43 .216 1 .00 13 .15 7 4737 CA TRP A 612 5 .298 90 .339 38 .534 1 .00 13 .35 6 4779 CA SER A 617 17 .813 86 .641 43 .956 1 .00 12 .49 6 4738 C TRP A 612 6 .284 90 .676 39 .608 1. .00 14 .25 6 4780 C SER A 617 17 .759 85 .265 43 .312 1 .00 13 .68 6 4739 0 TRP A 612 6 .420 91 .775 40 .107 1 .00 15 .26 8 4781 O SER A 617 17 .193 85 .034 42 .235 1 .00 12 .79 8 4740 CB TRP A 612 3 .915 91 .044 38, .832 1 .00 13 .65 6 4782 CB SER A 617 17 .271 86 .583 45 .396 1 .00 14 .38 6 4741 CG TRP A 612 2 .965 91. .036 37, .664 1 .00 13 .25 6 4783 OG SER A 617 16 .056 85 .882 45 .441 1 .00 15 .10 8 I- 1 4742 CD1 TRP A 612 1, .775 90. .359 37, .632 1, .00 13 .84 6 4784 N GLY A 618 18 .327 84 .268 44, .080 1 .00 15 .05 7°O 4743 CD2 TRP A 612 3, .138 91. .564 36, .359 1. .00 14 .07 6 4785 CA GLY A 618 18. .300 82 .869 43, .621 1. .00 13, .01 6 4744 NE1 TRP A 612 1. .160 90. .489 36, .402 1, .00 13, .90 7 4786 C GLY A 618 16, .967 82. .147 43, .811 1. .00 13, .49 6 4745 CE2 TRP A 612 1. .983 91. .288 35. .617 1, .00 16, .64 6 4787 O GLY A 618 16, .835 80. .938 43 , .552 1. .00 15. .47 8 4746 CE3 TRP A 612 4. .148 92. .402 35. .815 1, .00 15, .91 6 4788 N ALA A 619 15. .893 82, .847 44. .200 1. .00 13. .99 7 4747 CZ2 TRP A 612 1. .843 91, .676 34, .288 1. .00 14, .35 6 4789 CA ALA A 619 14. .592 82, .218 44. .333 1. .00 14. .93 6 4748 CZ3 TRP A 612 3. .980 92. .856 34, .506 1, .00 14, .55 6 4790 C ALA A 619 14. .033 81, .691 43. .015 1, .00 15. .28 6 4749 CH2 TRP A 612 2. .844 92. .490 33 , .747 1, .00 14. .05 6 4791 O ALA A 619 14. .489 82. .043 41. .907 1. .00 15. .28 8 4750 N SER A 613 7. .114 89. .674 40. .049 1, .00 14. .59 7 4792 CB ALA A 619 13. .582 83. .263 44. .854 1. .00 17. ,52 6 4751 CA SER A 613 8, .136 89. .943 41. .025 1. .00 16. .76 6 4793 N VAL A 620 13. .043 80. ,805 43. .172 1. .00 11. .74 7 4752 C SER A 613 9. .171 90. .916 40. .471 1. .00 15, .94 6 4794 CA VAL A 620 12. .419 80. .230 41. .967 1. .00 12. .25 6 4753 0 SER A 613 9. .510 90. .841 39. .281 1. .00 15, .44 8 4795 C VAL A 620 11. .259 81. .126 41. .502 1. .00 12. .14 6 -a 4754 CB SER A 613 8. .804 88. .572 41. .315 1. .00 14, .15 6 4796 O VAL A 620 10. .533 81. .679 42. 344 1. .00 14. .38 8 n 4755 OG SER A 613 9. .842 88. .719 42. .250 1. .00 15. .35 8 4797 CB VAL A 620 11. .796 78. .892 42. 436 1. .00 15. 46 6 4756 N THR A 614 9, .821 91. .648 41. .406 1. .00 13. .40 7 4798 CGI VAL A 620 11. .242 78. .231 41. 173 1. .00 13. 86 6 4757 CA THR A 614 11, .021 92. .394 41. .037 1. .00 13. .18 6 4799 CG2 VAL A 620 12. 924 77. .941 42. 923 1. .00 15. 04 6 VO VO 4758 C THR A 614 12, .238 91. .869 41. .796 1. .00 12, .85 6 4800 N ASN A 621 11. ,157 81. ,254 40. 168 1. 00 12. 23 7 © 4759 0 THR A 614 13, .311 92. .464 41, .777 1, .00 15, .88 8 4801 CA ASN A 621 10. ,066 82. .044 39. 571 1. 00 12. 45 6 © 00 4760 CB THR A 614 10 .895 93, .904 41, .297 1, .00 16 .41 6 4802 C ASN A 621 9. ,968 83. .484 40. .032 1. 00 12. 62 6 OS 4761 OGl THR A 614 10 .626 94, .073 42, .724 1, .00 18 .07 8 4803 O ASN A 621 8. .860 83. .896 40. .480 1. .00 12. 87 8 4804 CB ASN A 621 8.676 81.346 39.732 1,.00 10.99 6 4846 CG LEU A 627 16.549 91.433 28.919 1.00 13.68 6 4805 CG ASN A 621 8 .656 79 .972 39 .084 1 .00 11 .13 6 4847 CD1 LEU A 627 15.771 91.075 30.200 1.00 16.08 6 vO 4806 ODl ASN A 621 9 .398 79 .689 38 .141 1 .00 13 .90 8 4848 CD2 LEU A 627 15.630 92.370 28.084 1.00 16.33 6 s? 4807 ND2 ASN A 621 7 .742 79 .105 39 .596 1 .00 13 .32 7 4849 N LEU A 628 20.804 91.374 28.421 1.00 12.55 7 OJ si 4808 N ASN A 622 11 .106 84 .199 40 .048 1. .00 13 .97 7 4850 CA LEU A 628 22.139 91.805 27.919 1.00 12.76 6 vO 4809 CA ASN A 622 11 .116 85 .623 40 .322 1, .00 11 .35 6 4851 C LEU A 628 21.994 92.999 26.973 1.00 15.67 6 4810 C ASN A 622 11 .418 86 .389 39 .037 1, .00 12 .47 6 4852 O LEU A 628 20.910 93.197 26.394 1.00 14.76 8 4811 0 ASN A 622 11 .090 85 .862 37 .960 1 .00 12 .66 8 4853 CB LEU A 628 22.746 90.663 27.111 1.00 14.06 6 4812 CB ASN A 622 12 .073 85 .956 41 .471 1 .00 12 .54 6 4854 CG LEU A 628 22.848 89.332 27.886 1.00 14.72 6 4813 CG ASN A 622 13 .543 85 .545 41 .151 1 .00 12 .82 6 4855 CD1 LEU A 628 23.526 88.239 27.056 1.00 12.14 6 4814 ODl ASN A 622 13 .811 85 .093 40 .044 1 .00 12 .70 8 4856 CD2 LEU A 628 23.659 89.508 29.185 1.00 20.12 6 4815 ND2 ASN A 622 14 .377 85 .753 42 .196 1, .00 13 .72 7 4857 N ALA A 629 23.117 93.699 26.702 1.00 16.33 7 4816 N ALA A 623 11 .883 87 .626 39 .098 1, .00 11 .27 7 4858 CA ALA A 629 22.871 94.875 25.787 1.00 16.83 6 4817 CA ALA A 623 12 .088 88 .339 37 .812 1 .00 12 .38 6 4859 C ALA A 629 23.983 95.083 24.795 1.00 15.77 6 4818 C ALA A 623 13 .107 87 .592 36 .947 1 .00 13 .25 6 4860 O ALA A 629 24.610 96.177 24.707 1.00 15.92 8 4819 0 ALA A 623 14 .035 87 .018 37 .469 1 .00 13 .43 8 4861 CB ALA A 629 22.674 96.098 26.674 1.00 19.56 6 4820 CB ALA A 623 12 .586 89 .748 38 .120 1 .00 14 .46 6 4862 N PRO A 630 24.278 94.136 23.970 1.00 16.96 7 4821 N GLN A 624 12 .905 87 .740 35 .631 1, .00 12 .11 7 4863 CA PRO A 630 25.237 94.281 22.873 1.00 19.28 6 4822 CA GLN A 624 13 .742 87 .034 34 .660 1, .00 11 .87 6 4864 C PRO A 630 24.773 95.400 21.940 00 21.06 6 4823 C GLN A 624 14, .828 87 .912 34. .071 1, .00 12 .70 6 4865 O PRO A 630 25.633 96.015 21.314 00 23.58 8 4824 0 GLN A 624 14 .646 89 .092 33 .762 1 .00 13 .14 8 4866 CB PRO A 630 25.314 92.944 22.123 00 17.59 6 4825 CB GLN A 624 12 .880 86 .477 33 .521 1 .00 14 .55 6 4867 CG PRO A 630 23.928 92.367 22.442 00 18.42 6 I 4826 CG GLN A 624 11 .779 85 .492 34 .084 1, .00 13 .33 6 4868 CD PRO A 630 23.644 92.807 23.877 00 18.05 *! 4827 CD GLN A 624 12, .451 84 .323 34, .754 1, .00 14 .35 6 4869 N ASN A 631 23.464 95.562 21.768 00 17.93 7 4828 OEl GLN A 624 13, .213 83. .546 34. .096 1. .00 15 .81 8 4870 CA ASN A 631 22.935 96.635 20.926 1.00 17.58 6 4829 NE2 GLN A 624 12, .268 84, .078 36. .040 1. .00 14. .08 7 4871 C ASN A 631 22.382 97.779 21.748 1.00 17.45 6 4830 N GLY A 625 15, .989 87 .264 33. .941 1. .00 12 .93 7 4872 O ASN A 631 21.359 98.370 21.354 1.00 18.41 8 4831 CA GLY A 625 17, .183 87 .950 33. .418 1. .00 12 .61 6 4873 CB ASN A 631 21.902 96.082 19.950 1.00 18.61 6 4832 C GLY A 625 18, .392 87, .917 34 , .310 1. .00 12 .24 6 4874 CG ASN A 631 22.400 94.876 19.161 1.00 28.21 6 4833 0 GLY A 625 18, .497 86, .888 34. .934 1. .00 13 .82 8 4875 ODl ASN A 631 21.838 93.764 19.168 1.00 27.73 8 4834 N PRO A 626 19, .296 88, .815 34. .131 1. .00 12. .81 7 4876 ND2 ASN A 631 23.476 95.224 18.455 1.00 19.54 7 4835 CA PRO A 626 19. .237 90. .097 33. .510 1. 00 15. .64 6 4877 N TYR A 632 22.980 98.110 22.883 1.00 16.27 7 4836 C PRO A 626 19. .288 89. .998 32. .003 1. 00 15. .42 6 4878 CA TYR A 632 22.570 99.229 23.700 1.00 17.84 6 -} 4837 0 PRO A 626 19. .675 88. .992 31. .364 1. .00 15. .65 8 4879 C TYR A 632 22.255 100.496 22.909 1.00 19.89 6 π 4838 CB PRO A 626 20. .374 91. .012 34. .019 1. 00 15. .71 6 4880 O TYR A 632 23.030 100.672 21.982 H 1.00 19.89 4839 CG PRO A 626 21. .401 89. .927 34. 320 1. 00 14. .63 6 4881 CB TYR A 632 23.749 99.537 24.643 1.00 18.23 δ 4840 CD PRO A 626 20. .565 88. .780 34 a 858 1. 00 13. ,83 6 4882 CG TYR A 632 23.520 100.604 25.654 1.00 20.78 4841 N LEU A 627 18. .725 91. .061 31. 332 1. 00 13. .98 7 4883 CD1 TYR A 632 22.919 100.369 26.875 1.00 20.07 © © 4842 CA LEU A 627 18. .935 91. .116 29. 881 1. 00 13. .16 6 4884 CD2 TYR A 632 23.839 101.933 25.333 1.00 22.98 o 00 4843 C LEU A 627 20. .364 91. .609 29. .649 1. 00 14. .14 6 4885 CE1 TYR A 632 22.700 101.367 27.797 1.00 22.62 00 4844 0 LEU A 627 21. .024 92. .215 30. .527 1. 00 14. .86 8 4886 CE2 TYR A 632 23.578 102.953 26.223 1.00 23.64 4845 CB LEU A 627 17. .906 92. .080 29. 214 1. 00 13. .73 6 4887 CZ TYR A 632 23.051 102.671 27.457 1.00 27.32 4888 OH TYR A 632 22.814 103.670 28.369 1,.00 23.27 8 4930 CA TYR A 637 17.759 87.841 26.425 1.00 12.35 6 4889 N PRO A 633 21 .113 101 .067 23 .157 1 .00 19 .06 7 4931 C TYR A 637 16 .714 86 .848 25 .989 1 .00 12 .24 6 4890 CA PRO A 633 20 .194 101 .103 24 .225 1 .00 16 .58 6 4932 O TYR A 637 15 .911 87 .135 25 .088 1 .00 12 .49 8 4891 C PRO A 633 19 .087 100 .033 24 .123 1 .00 15 .76 6 4933 CB TYR A 637 18 .183 87 .770 27 .903 1 .00 12 .77 6 i-: 4892 0 PRO A 633 18 .188 100 .153 24 .954 1 .00 16 .24 8 4934 CG TYR A 637 19 .035 86 .513 28 .195 1 .00 13 .33 6 4893 CB PRO A 633 19 .474 102 .498 24 .311 1 .00 19 .94 6 4935 CD1 TYR A 637 20 .253 86 .244 27 .548 1 .00 12 .60 6 4894 CG PRO A 633 19 .449 102 .810 22 .846 1 .00 24 .00 6 4936 CD2 TYR A 637 18 .595 85 .573 29 .127 1 .00 10 .55 6 4895 CD PRO A 633 20 .772 102 .271 22 .369 1 .00 24 .76 6 4937 CE1 TYR A 637 21 .022 85 .134 27 .792 1 .00 11 .85 6 4896 N ASP A 634 19 .272 99 .094 23 .169 1 .00 16 .18 7 4938 CE2 TYR A 637 19 .321 84 .424 29 .387 1 .00 12 .60 6 4897 CA ASP A 634 18 .330 97 .978 23 .121 1 .00 16 .48 6 4939 CZ TYR A 637 20 .521 84 .221 28 .728 1 .00 11 .69 6 4898 C ASP A 634 18 .923 96 .792 23 .937 1 .00 15 .97 6 4940 OH TYR A 637 21 .255 83 .073 29 .016 1 .00 11 .85 8 4899 0 ASP A 634 20 .153 96 .671 24 .058 1 .00 16 .27 8 4941 N VAL A 638 16 .857 85 .565 26 .379 1 .00 12 .66 7 4900 CB ASP A 634 18 .133 97 .402 21 .731 1 .00 15 .05 6 4942 CA VAL A 638 16 .033 84 .508 25 .827 1 .00 10 .90 6 4901 CG ASP A 634 17 .626 98 .434 20 .695 1 .00 20 .07 6 4943 C VAL A 638 15 .492 83 .693 27 .023 1 .00 11 .04 6 4902 ODl ASP A 634 17 .138 99 .519 21 .100 1 .00 17 .34 8 4944 O VAL A 638 16 .202 83 .367 27 .980 1 .00 13 .35 8 4903 0D2 ASP A 634 17 .728 98 .097 19 .503 1 .00 19 .32 8 4945 CB VAL A 638 16 .830 83 .496 24 .987 1 .00 12 .00 6 4904 N TRP A 635 18 .009 96 .147 24 .656 1 .00 14 .45 7 4946 CGI VAL A 638 15 .922 82 .650 24 .118 1 .00 12 .74 6 4905 CA TRP A 635 18 .413 95 .017 25 .510 1. .00 16 .15 6 4947 CG2 VAL A 638 17 .799 84 .300 24 .074 1 .00 10 .59 6 4906 C TRP A 635 17, .708 93 .736 25 .082 1. .00 13 .84 6 4948 N PHE A 639 14 .137 83 .517 26 .957 1 .00 12 .77 7 4907 0 TRP A 635 16, .590 93 .820 24 .606 1, .00 13 .90 8 4949 CA PHE A 639 13 .441 82 .960 28 .082 1 .00 9 .34 6 4908 CB TRP A 635 18, .024 95 .299 26 .962 1. .00 15 .52 6 4950 C PHE A 639 12 .466 81 .877 27 .665 1 .00 11 .56 6 4909 CG TRP A 635 18, .818 96 .421 27 .587 1. .00 14 .07 6 4951 O PHE A 639 11 .814 81 .982 26 .632 1 .00 12 .26 8 4910 CD1 TRP A 635 18. .737 97, .739 27. .178 1. .00 14. .13 6 4952 CB PHE A 639 12. .612 84, .072 28. .807 1, .00 11, .50 6 4911 CD2 TRP A 635 19. ,713 96. .407 28, .694 1. .00 16. .17 6 4953 CG PHE A 639 13 , .498 85. .209 29. .322 1, .00 12. .29 6 4912 NE1 TRP A 635 19. .561 98. .533 27. .989 1. .00 15. .61 7 4954 CD1 PHE A 639 14. .294 85. .042 30, .446 1. .00 11. .38 6 4913 CE2 TRP A 635 20. .179 97. .706 28. .908 1. .00 17. .77 6 4955 CD2 PHE A 639 13. .567 86. .380 28. .563 1, .00 13. .67 6 4914 CE3 TRP A 635 20. .179 95. .350 29, .511 1. .00 18. .51 6 4956 CE1 PHE A 639 15, .176 86. .094 30. .829 1. .00 12. .05 6 4915 CZ2 TRP A 635 21. .071 98. .018 29, .935 1. .00 19. .26 6 4957 CE2 PHE A 639 14, .416 87. .425 28. .965 1, .00 13. .84 6 4916 CZ3 TRP A 635 21. 100 95. .671 30. .515 1. 00 23. .17 6 4958 CZ PHE A 639 15. .196 87. .301 30. .113 1. .00 13. .28 6 4917 CH2 TRP A 635 21. 514 96. .992 30. .735 1. 00 20. .92 6 4959 N SER A 640 12. .323 80. .913 28. .609 1. .00 10. ,61 7 4918 N PHE A 636 18. 294 92. .561 25. .372 1. 00 12. .41 7 4960 CA SER A 640 11. .376 79. .833 28. .360 1. .00 11. ,72 6 4919 CA PHE A 636 17. 562 91. .335 24. .947 1. 00 11. .57 6 4961 C SER A 640 10. .005 80. .223 28. .872 1. .00 11. .19 6 4920 C PHE A 636 18. .071 90. .194 25. ,855 1. 00 12. .41 6 4962 O SER A 640 9. .878 80. .649 30. ,026 1. .00 12. .90 8 4921 0 PHE A 636 19. ,204 90. .239 26. .345 1. 00 13. .24 8 4963 CB SER A 640 11. .915 78. .568 29. ,132 1. 00 12. .23 6 4922 CB PHE A 636 17. 761 90. 971 23. .435 1. 00 12. .03 6 4964 OG SER A 640 11. 028 77. 448 28. 846 1. 00 12. 04 8 O 4923 CG PHE A 636 19. 030 90. 118 23. ,261 1. 00 12. .15 6 4965 N VAL A 641 9. 007 80. 190 27. 975 1. 00 8. 82 H 7 4924 CD1 PHE A 636 20. 287 90. .667 23. .292 1. 00 17. .38 6 4966 CA VAL A 641 7. 635 80. 609 28. 374 1. 00 11. 37 6 8 4925 CD2 PHE A 636 18. 856 88. .751 23. .095 1. 00 11. .02 6 4967 C VAL A 641 6. 697 79. 601 27. 775 1. 00 11. 35 6 vo 4926 CE1 PHE A 636 21. 417 89. .860 23. .207 1. 00 19. .56 6 4968 O VAL A 641 7. 075 78. 840 26. 864 1. 00 10. 31 8 4927 CE2 PHE A 636 19. 996 87. 906 22. 997 1. 00 12. .49 6 4969 CB VAL A 641 7. 286 82. 019 27. 760 1. 00 11. 50 6 4928 CZ PHE A 636 21. 250 88. 466 23. .034 1. 00 17. .21 6 4970 CGI VAL A 641 8. 061 83. 038 28. 624 1. 00 13. 20 6 4929 N TYR A 637 17. ,229 89. .170 25. .966 1. 00 12. .09 7 4971 CG2 VAL A 641 7. 607 82. 115 26. 241 1. 00 10. 82 6 4972 N PRO A 642 5..470 79..384 28..254 1..00 10, .92 7 5014 C GLN A 648 2..687 90, .407 30.490 1, .00 15, .15 6 4973 CA PRO A 642 4 .582 78 .438 27. .626 1 .00 11 .56 6 5015 O GLN A 648 3 .041 89 .586 31 .338 1, .00 15 .89 8 o 4974 C PRO A 642 4 .256 78 .780 26 .166 1 .00 10 .87 6 5016 CB GLN A 648 0 .298 90 .835 30 .611 1 .00 13 .04 6 VO VO 4975 0 PRO A 642 4 .048 79 .994 25 .888 1 .00 12 .26 8 5017 CG GLN A 648 -1 .032 90 .704 29 .820 1 .00 20 .15 6 OJ 4976 CB PRO A 642 3. .295 78 .524 28, .529 1 .00 11 .37 6 5018 CD GLN A 648 -2 .040 91 .727 30 .260 1, .00 27 .13 6 si VO 4977 CG PRO A 642 3 .352 79 .948 29 .064 1 .00 11 .52 6 5019 OEl GLN A 648 -1 .797 92 .691 30 .982 1 .00 23 .22 8 4-. 4978 CD PRO A 642 4 .866 80 .234 29 .308 1 .00 14 .12 6 5020 NE2 GLN A 648 -3 .309 91 .503 29 .847 1 .00 28 .35 7 4979 N ALA A 643 4 .267 77 .800 25 .291 1 .00 11 .34 7 5021 N PHE A 649 3 .446 91 .461 30 .155 1 .00 13 .26 7 4980 CA ALA A 643 4 .033 77 .992 23 .839 1 .00 12 .12 6 5022 CA PHE A 649 4 .767 91 .622 30 .746 1 .00 12 .72 6 4981 C ALA A 643 2 .531 78 .215 23 .567 1 .00 13 .78 6 5023 C PHE A 649 5 .219 93 .094 30 .663 1 .00 14 .64 6 4982 0 ALA A 643 1 .681 77 .650 24 .236 1 .00 15 .31 8 5024 O PHE A 649 4 .697 93 .903 29 .862 1 .00 14 .50 8 4983 CB ALA A 643 4 .330 76 .657 23 .141 1 .00 13 .71 6 5025 CB PHE A 649 5 .812 90 .743 30 .051 1 .00 12 .47 6 4984 N GLY A 644 2 .317 79 .106 22 .623 1 .00 14 .27 7 5026 CG PHE A 649 5 .875 90 .962 28 .544 1 .00 13 .33 6 4985 CA GLY A 644 0 .952 79 .377 22 .150 1 .00 14 .42 6 5027 CD1 PHE A 649 4 .996 90 .400 27 .682 1 .00 14 .84 6 4986 C GLY A 644 0 .065 80 .108 23 .133 1 .00 15 .94 6 5028 CD2 PHE A 649 6 .861 91 .790 28 .013 1 .00 13 .41 6 4987 0 GLY A 644 1 .154 79 .765 23 .178 1 .00 19 .30 8 5029 CE1 PHE A 649 5 .031 90 .678 26 .303 1 .00 15 .17 6 4988 N LYS A 645 0 .597 80 .884 24 .030 1 .00 14 .60 7 5030 CE2 PHE A 649 6 .977 92 .043 26 .666 1 .00 16 .16 6 4989 CA LYS A 645 0 .171 81 .519 25 .092 1 .00 14 .20 6 5031 CZ PHE A 649 6 .057 91 .493 25 .807 1 .00 13 .88 6 4990 C LYS A 645 0 .060 83 .017 24 .926 1 .00 17 .57 6 5032 N LYS A 650 6 .135 93 .413 31 .538 1 .00 13 .99 7 4991 0 LYS A 645 1 .002 83 .579 24 .623 1 .00 17 .47 8 5033 CA LYS A 650 6 .876 94 .683 31 .405 1 .00 13 .18 6 4992 CB LYS A 645 0 .376 81 .126 26 .483 1 .00 14 .57 6 5034 C LYS A 650 8 .349 94 .411 31 .797 1 .00 15 .87 6 4993 CG LYS A 645 0 .313 79 .611 26 .725 1 .00 17 .45 6 5035 O LYS A 650 8 .696 93 .364 32 .375 1 .00 13 .96 8!-> 4994 CD LYS A 645 1 .136 79, .116 26 .699 1 .00 17 .54 6 5036 CB LYS A 650 6 .358 95 .735 32 .410 1 .00 14 .62 4995 CE LYS A 645 1. .184 77, .572 26, .837 1 .00 21, .69 6 5037 CG LYS A 650 5 .004 96 .385 31 .989 1, .00 15. .36 6 4996 NZ LYS A 645 0. .587 77, .121 28, .112 1. .00 31 .91 7 5038 CD LYS A 650 4 .922 97, .604 32 .979 1, .00 19. .44 6 4997 N THR A 646 1. .157 83. .717 25, .357 1 .00 14 .42 7 5039 CE LYS A 650 3 .841 98 .565 32 .553 1. .00 24. .45 6 4998 CA THR A 646 1. .090 85. .140 25, .434 1 .00 14 .66 6 5040 NZ LYS A 650 3 .898 99 .741 33 .515 1, .00 18. .41 7 4999 C THR A 646 0. .662 85. ,594 26. .824 1, .00 13 , .55 6 5041 N PHE A 651 9. .172 95. .398 31. .438 1. .00 13. .40 7 5000 0 THR A 646 1. .221 85. ,157 27. .850 1, .00 16, .55 8 5042 CA PHE A 651 10, .571 95, .420 31. .850 1. .00 14. .23 6 5001 CB THR A 646 2. ,510 85. .720 25. .098 1, .00 17, .00 6 5043 C PHE A 651 10, .800 96, .474 32. .926 1. .00 16. .48 6 5002 OGl THR A 646 2. .824 85. .361 23. .738 1. .00 16, .76 8 5044 O PHE A 651 9. .990 97. .396 33. .132 1. .00 17. .07 8 5003 CG2 THR A 646 2. .463 87. 240 25. .195 1. .00 18. .18 6 5045 CB PHE A 651 11. .465 95. .783 30. .638 1. 00 12. .48 6 5004 N ILE A 647 0. .360 86. .434 26. .913 1. .00 11. .81 7 5046 CG PHE A 651 11. ,280 94. ,796 29. .512 1. 00 15. .91 6 5005 CA ILE A 647 1. .001 86. .816 28. .152 1. .00 11. .47 6 5047 CD1 PHE A 651 10. ,277 94. .943 28. .564 1. 00 13. .76 6 15 5006 C ILE A 647 1. 047 88. 357 28. 250 1. 00 13. 84 6 5048 CD2 PHE A 651 12. 127 93. 681 29. 453 1. 00 14. 89 6 O H 5007 0 ILE A 647 0. 991 89. 054 27. 201 1. .00 14. .89 8 5049 CE1 PHE A 651 10. 114 94. 016 27. 568 1. 00 12. 48 6 5008 CB ILE A 647 2. ,476 86. .353 28. .278 1. .00 13. .09 6 5050 CE2 PHE A 651 11. 957 92. 759 28. 426 1. 00 13. 50 6 5009 CGI ILE A 647 3. .296 86. .770 27. .045 1. .00 12. .50 6 5051 CZ PHE A 651 10. 944 92. 884 27. VO 461 1. 00 16. 56 6 NO 5010 CG2 ILE A 647 2. 410 84. 817 28. 343 1. .00 14. .24 6 5052 N PHE A 652 11. 849 96. 240 33. 723 1. 00 15. 18 7 © © 5011 CD1 ILE A 647 4. ,813 86. .486 27. .247 1. .00 17. .78 6 5053 CA PHE A 652 12. 249 97. 256 34. 704 1. 00 14. 29 6 © 00 5012 N GLN A 648 1. .150 88. ,776 29. .495 1. .00 12. .61 7 5054 C PHE A 652 13. 756 97. .339 34. .785 1. 00 17. 92 00 6 5013 CA GLN A 648 1. .402 90. .212 29. .726 1. .00 11. .91 6 5055 O PHE A 652 14. ,452 96. .365 34. ,487 1. 00 15. 37 8 5056 CB PHE A 652 11.634 96.950 36.084 1.00 15.14 6 5098 C ASP A 657 20.617 99.783 44.694 1.00 33.22 6 ^ 5057 CG PHE A 652 12 .097 95 .688 36 .789 1 .00 16 .77 6 5099 O ASP A 657 20 .202 99 .906 45 .852 1 .00 30 .17 8 o 5058 CD1 PHE A 652 13 .251 95 .685 37 .565 1 .00 15 .74 6 5100 CB ASP A 657 21 .725 102 .050 44 .643 1 .00 27 .78 6 VO NO 5059 CD2 PHE A 652 11 .326 94 .553 36 .695 1 .00 15 .90 6 5101 CG ASP A 657 20 .499 102 .712 44 .087 1 .00 34 .66 6 4-- OJ 5060 CE1 PHE A 652 13 .633 94 .518 38 .231 1 .00 14 .76 6 5102 ODl ASP A 657 19 .665 102 .035 43 .431 1 .00 28 .22 8 sj VO 5061 CE2 PHE A 652 11 .695 93 .407 37 .380 1 .00 15 .19 6 5103 OD2 ASP A 657 20 .239 103 .920 44 .267 1 .00 33 .52 8 5062 CZ PHE A 652 12 .866 93 .343 38 .139 1 .00 14 .25 6 5104 N GLY A 658 20 .019 98 .958 43 .803 1 .00 29 .54 7 5063 N ILE A 653 14 .244 98 .512 35 .189 1 .00 14 .94 7 5105 CA GLY A 658 18 .874 98 .181 44 .227 1 .00 29 .70 6 5064 CA ILE A 653 15 .705 98 .598 35 .463 1 .00 14 .72 6 5106 C GLY A 658 17 .543 98 .837 43 .931 1 .00 26 .81 6 5065 C ILE A 653 15 .906 98 .394 36 .962 1 .00 18 .67 6 5107 O GLY A 658 16 .531 98 .126 43 .935 1 .00 30 .39 8 5066 O ILE A 653 15 .175 98 .971 37 .804 1 .00 19 .59 8 5108 N THR A 659 17 .502 100 .106 43 .566 1 .00 23 .52 7 5067 CB ILE A 653 16 .168 100 .071 35 .163 1 .00 14 .73 6 5109 CA THR A 659 16 .313 100 .826 43 .215 1 .00 25 .61 6 5068 CGI ILE A 653 16 .000 100 .337 33 .693 1 .00 18 .74 6 5110 C THR A 659 15 .641 100 .184 41 .985 1 .00 23 .40 6 5069 CG2 ILE A 653 17 .628 100 .201 35 .616 1 .00 18 .25 6 5111 O THR A 659 16 .419 99 .778 41 .118 1 .00 27 .85 8 5070 CD1 ILE A 653 16 .191 101 .838 33 .353 1 .00 20 .43 6 5112 CB THR A 659 16 .614 102 .279 42 .717 1 .00 19 .42 6 5071 N LYS A 654 16 .847 97 .524 37 .282 1 .00 17 .58 7 5113 OGl THR A 659 17 .524 102 .993 43 .510 1 .00 46 .62 8 5072 CA LYS A 654 17 .273 97 .382 38 .690 1 .00 18 .28 6 5114 CG2 THR A 659 15 .276 103 .016 42 .706 1 .00 37 .02 6 5073 C LYS A 654 18 .623 98 .139 38 .780 1 .00 15 .87 6 5115 N ILE A 660 14 .319 100 .215 41 .909 1 .00 20 .34 7 5074 0 LYS A 654 19 .571 97 .760 38 .135 1 .00 18 .77 8 5116 CA ILE A 660 13 .596 99 .691 40 .758 1 .00 25 .29 6 5075 CB LYS A 654 17, .469 95. .933 39, .131 1. .00 16, .77 6 5117 C ILE A 660 12 .933 100 .761 39 .919 1. .00 25, .57 6 5076 CG LYS A 654 17, .774 95. .976 40, .661 1. .00 20 .67 6 5118 O ILE A 660 12 .186 101 .612 40 .465 1. .00 27, .02 8 5077 CD LYS A 654 17 .709 94, .558 41, .225 1. .00 24, .12 6 5119 CB ILE A 660 12 .458 98 .722 41. .207 1. .00 26, .69 6l-> 5078 CE LYS A 654 18, .152 94, .544 42. .680 1. .00 30 .47 6 5120 CGI ILE A 660 13 .012 97 .534 41 .991 1. .00 27, .58 6 J^ 5079 NZ LYS A 654 17 .967 93, .152 43 .221 1 .00 39 .55 7 5121 CG2 ILE A 660 11 .704 98 .273 39 .972 1, .00 21 .18 6 5080 N ARG A 655 18, .538 99. .361 39. .337 1. .00 19, .37 7 5122 CD1 ILE A 660 14, .022 96 .722 41. .221 1, .00 24, .46 6 5081 CA ARG A 655 19. .776 100. .164 39. .391 1. .00 21, .00 6 5123 N GLN A 661 13, .169 100 .849 38. .624 1, .00 20, ,86 7 5082 C ARG A 655 20. .820 99. .478 40. .256 1. .00 24 .58 6 5124 CA GLN A 661 12, .479 101 .793 37. .743 1. .00 19, .49 6 5083 O ARG A 655 20. .486 98. .604 41. .057 1. .00 22 .97 8 5125 C GLN A 661 11 .720 101 .014 36. .669 1, .00 20, .02 6 5084 CB ARG A 655 19. .445 101. .531 40. .003 1. .00 18 .71 6 5126 O GLN A 661 12 .266 100 .405 35 .730 1, .00 19, .24 8 5085 CG ARG A 655 18. ,411 102. .323 39. ,192 1. ,00 19, .26 6 5127 CB GLN A 661 13. .410 102. .775 37, .023 1. ,00 20. .06 6 5086 CD ARG A 655 19. .036 102. .699 37. ,864 1. ,00 24, .72 6 5128 CG GLN A 661 12, .611 103. .688 36. .077 1. .00 21. ,00 6 5087 NE ARG A 655 18. .169 103. ,597 37. .102 1. ,00 23 , .26 7 5129 CD GLN A 661 13. .541 104, .665 35. .350 1. .00 21. ,47 6 5088 CZ ARG A 655 18. .428 104. ,073 35. ,883 1. ,00 23 , .74 6 5130 OEl GLN A 661 13. .279 104. .997 34. .195 1. .00 28. 51 8 5089 NH1 ARG A 655 19. .508 103. ,812 35. .193 1. ,00 20. .63 7 5131 NE2 GLN A 661 14. .578 105. .095 36. .040 1. .00 22. 67 7 "V 5090 NH2 ARG A 655 17. 509 104. 882 35. 343 1. 00 24. ,30 7 5132 N TRP A 662 10. 389 100. .926 36. 834 1. 00 20. 75 7 π 5091 N ALA A 656 22. 090 99. 900 40. 135 1. 00 24. ,51 7 5133 CA TRP A 662 9. 556 100. 227 35. 857 1. 00 18. 49 6 5092 CA ALA A 656 23. .170 99. 305 40. 898 1. 00 28. .24 6 5134 C TRP A 662 9. 441 100. 967 34. 536 1. 00 21. 67 6 71 5093 C ALA A 656 22. ,865 99. 430 42. 401 1. 00 27. .25 6 5135 O TRP A 662 9. 412 102. 230 34. 565 1. 00 19. 29 8 NO 5094 O ALA A 656 23. 305 98. 533 43. 117 1. 00 32. ,90 8 5136 CB TRP A 662 8. 152 100. 082 36. 437 1. 00 18. 81 6 ©o 5095 CB ALA A 656 24. 518 100. 009 40. 656 1. 00 29. 09 6 5137 CG TRP A 662 7. 960 99. 114 37. 551 1. 00 18. 39 6 © 00 5096 N ASP A 657 22. 145 100. 427 42. 856 1. 00 31. ,34 7 5138 CD1 TRP A 662 8. 083 99. 359 38. 889 1. 00 00 19. 35 6 5097 CA ASP A 657 21. 850 100. 561 44. 282 00 32. ,95 6 5139 CD2 TRP A 662 7. 543 97. 752 37. 419 1. 00 18. 13 6 5140 NE1 TRP A 662 7.781 98.218 39.608 1.00 21.46 7 5182 CA HIS A 668 2.882 94.747 26.930 1.00 15.66 6 5141 CE2 TRP A 662 7. .444 97. .223 38. .713 1 .00 18. .92 6 5183 C HIS A 668 2a .137 93 .408 26 .856 1. .00 16 .10 6 5142 CE3 TRP A 662 7. .213 96 .960 36 .295 1 .00 18. .78 6 5184 0 HIS A 668 2 .048 92 .666 27 .847 1 .00 16 .87 8 VO VO 5143 CZ2 TRP A 662 6 .994 95 .923 38 .966 1 .00 16, .39 6 5185 CB HIS A 668 4 .327 94 .431 26 .491 1 .00 15 .51 6 5144 CZ3 TRP A 662 6 .798 95 .661 36 .537 1 .00 18 .67 6 5186 CG HIS A 668 OJ 5 .208 95 .653 26 .519 1 .00 14 .13 6 VO 5145 CH2 TRP A 662 6. .725 95 .156 37. .854 1 .00 15, .44 6 5187 ND1 HIS A 668 5 .229 96 .451 25 .375 1 .00 15 .75 7 4-. 5146 N GLU A 663 9 .170 100 .250 33 .453 1 .00 18 .24 7 5188 CD2 HIS A 668 6 .066 96 .158 27 .410 1 .00 17 .00 6 5147 CA GLU A 663 8 .551 100 .857 32 .292 1 .00 17 .79 6 5189 CE1 HIS A 668 6 .108 97 .464 25 .592 1 .00 14 .21 6 5148 C GLU A 663 7 .240 101 .517 32 .740 1 .00 17 .95 6 5190 NE2 HIS A 668 6 .581 97 .305 26 .830 1 .00 15 .51 7 5149 0 GLU A 663 6 .519 100 .973 33 .574 1 .00 18 .49 8 5191 N VAL A 669 1 .434 93 .208 25 .734 1 .00 15 .02 7 5150 CB GLU A 663 8 .001 99 .880 31 .232 1 .00 22 .54 6 5192 CA VAL A 669 0 .684 91 .987 25 .490 1 .00 16 .94 6 5151 CG GLU A 663 9 .065 99 .526 30 .195 1 .00 23 .03 6 5193 C VAL A 669 1 .205 91 .294 24 .260 1 .00 14 .25 6 5152 CD GLU A 663 8 .380 98 .560 29 .223 1 .00 19 .52 6 5194 0 VAL A 669 1 .414 91 .936 23 .206 1 .00 17 .08 8 5153 OEl GLU A 663 8 .159 97 .397 29 .619 1 .00 17 .12 8 5195 CB VAL A 669 -0 .852 92 .295 25 .322 1 .00 17 .60 6 5154 OE2 GLU A 663 8 .063 98 .990 28 .102 1 .00 18 .01 8 5196 CGI VAL A 669 -1 .624 90 .970 25 .253 1 .00 20 .63 6 5155 N ASN A 664 6 .892 102 .576 32 .027 1 .00 18 .62 7 5197 CG2 VAL A 669 -1 .341 93 .078 26 .547 1 .00 17 .53 6 5156 CA ASN A 664 5 .604 103 .189 32 .365 1 .00 18 .27 6 5198 N ALA A 670 1 .450 89 .971 24 .287 1 .00 14 .50 7 5157 C ASN A 664 4 .522 102 .581 31 .484 1 .00 20 .85 6 5199 CA ALA A 670 1 .945 89 .249 23 .113 1 .00 14 .21 6 5158 0 ASN A 664 4 .782 101 .671 30 .702 1 .00 21 .34 8 5200 C ALA A 670 1 .437 87 .798 23 .234 1 .00 15 .38 6 5159 CB ASN A 664 5 .790 104 .696 32 .115 1 .00 22 .20 6 5201 O ALA A 670 1 .216 87 .262 24 .323 1 .00 15 .04 8 5160 CG ASN A 664 6 .447 105 .326 33 .350 1 .00 30 .00 6 5202 CB ALA A 670 3 .481 89 .251 23 .005 1 .00 14 .71 6 5161 ODl ASN A 664 6 .281 104 .932 34 .519 1 .00 35 .11 8 5203 N THR A 671 1 .412 87 .143 22 .093 1 .00 15 .66 7l-> 5162 ND2 ASN A 664 7. .238 106, .366 33, .127 1. .00 33. .46 7 5204 CA THR A 671 1 .145 85. .704 22 .056 1. .00 15, .06 6 6 °π 5163 N GLY A 665 3. .295 103, .085 31. .667 1 .00 22, .07 7 5205 C THR A 671 2 .463 85 .017 21 .737 1. .00 15, .13 6 5164 CA GLY A 665 2. .187 102, .708 30. .786 1. .00 23, .10 6 5206 O THR A 671 3 .141 85, .293 20 .734 1. .00 16, .78 8 5165 C GLY A 665 1. .557 101. .363 31. .102 1. .00 21, .34 6 5207 CB THR A 671 0. .004 85, .374 21 .082 1. .00 24, .32 6 5166 0 GLY A 665 1. .827 100. .710 32. .119 1. .00 22. .70 8 5208 OGl THR A 671 .181 86. .041 21. .584 1. .00 19. .33 8 5167 N SER A 666 0. .832 100. .839 30. .093 1. .00 18. .43 7 5209 CG2 THR A 671 0. .323 83. .900 21. .063 1. .00 22. .47 6 5168 CA SER A 666 0. .135 99. ,581 30. .305 1. .00 17. .79 6 5210 N THR A 672 2. .794 83 , .967 22. .533 1. .00 13. .36 7 5169 C SER A 666 1. .084 98. ,403 30. .046 1. .00 16. ,94 6 5211 CA THR A 672 4. .035 83, .264 22, .249 1. .00 14. .54 6 5170 0 SER A 666 2. 005 98. 503 29. .261 1. .00 16. ,68 8 5212 C THR A 672 ,911 82. .312 21. ,096 1. .00 14. .80 6 5171 CB SER A 666 1. 037 99. 440 29. 297 1. .00 24. ,19 6 5213 O THR A 672 2. ,831 81. .798 20. .772 1. 00 13. .92 8 5172 OG SER A 666 1. .959 100. ,498 29. .645 1. .00 24. 86 8 5214 CB THR A 672 4. ,475 82. .464 23. .491 1. 00 15. .06 6 5173 N ASN A 667 0. 642 97. ,227 30. ,470 1. .00 14. ,27 7 5215 OGl THR A 672 3. .485 81. .497 23. .805 1. 00 13. .92 8 5174 CA ASN A 667 1. 491 96. 058 30. 168 1. 00 16. 75 6 5216 CG2 THR A 672 4. 612 83. 376 24. 726 1. 00 15. 62 6 n 5175 C ASN A 667 1. 575 95. 824 28. 678 1. .00 17. 00 6 5217 N PRO A 673 5. 068 81. 983 20. 499 1. 00 16. 20 7 5176 0 ASN A 667 0. ,616 96. 050 27. .899 1. .00 15. 91 8 5218 CA PRO A 673 5. 116 81. 063 19. 381 1. 00 21. 02 6 5177 CB ASN A 667 0. ,795 94. ,804 30. ,736 1. .00 16. .66 6 5219 C PRO A 673 4. 615 79. 690 19. 691 1. 00 17. 09 6 VO VO 5178 CG ASN A 667 0. 703 94. .817 32. 248 1. .00 19. 33 6 5220 O PRO A 673 4. 691 79. 290 20. 893 1. 00 16. 99 8 © © 5179 ODl ASN A 667 0. ,178 94. ,105 32. .855 1. .00 20. .96 8 5221 CB PRO A 673 6. 606 80. 975 18. 937 1. 00 22. 47 6 o 00 5180 ND2 ASN A 667 1. ,594 95. .513 32. .887 1. .00 16. .21 7 5222 CG PRO A 673 7. 309 81. 859 19. 872 1. 00 22. 50 6 00 5181 N HIS A 668 2. .720 95. .243 28. .272 1. .00 13. .63 7 5223 CD PRO A 673 6. 355 82. 558 20. 857 1. 00 20. 76 6 5224 N THR A 674 4.164 78.885 18.724 1.00 16.36 7 5266 CD1 ILE A 680 6.611 86.867 23.218 1.00 15.15 5225 CA THR A 674 3 .803 77 .518 19 .033 1 .00 16 .04 6 5267 N THR A 681 9.363 91.378 20.334 1.00 13.57 5226 C THR A 674 4 .915 76 .516 18 .803 1 .00 19 .50 6 5268 CA THR A 681 10.236 92.583 20.392 1.00 12.91 VO NO 5227 0 THR A 674 4 .834 75 .399 19 .293 1 .00 25 .45 8 5269 C THR A 681 9.280 93.751 20.616 1.00 13.01 4-- OJ 5228 CB THR A 674 2 .613 77 .053 18 .117 1 .00 26 .38 6 5270 0 THR A 681 8.253 93.845 19.929 1.00 18.59 sj VO 5229 OGl THR A 674 2 .997 77 .353 16 .786 1 .00 31 .27 8 5271 CB THR A 681 10.904 92.718 18.990 1.00 16.97 4-. 5230 CG2 THR A 674 1 .409 77 .936 18 .521 1 .00 27 .63 6 5272 OGl THR A 681 11.807 91.633 18.765 1.00 17.30 5231 N GLY A 675 5 .953 76 .981 18 .114 1 .00 19 .68 7 5273 CG2 THR A 681 11.642 94.052 18.964 1.00 19.53 6 5232 CA GLY A 675 7 .035 76 .041 17 .829 1 .00 18 .98 6 5274 N VAL A 682 9.639 94.595 21.608 1.00 15.51 7 5233 C GLY A 675 8 .164 76 .145 18 .885 1 .00 21 .20 6 5275 CA VAL A 682 8.758 95.732 21.946 1.00 15.78 6 5234 0 GLY A 675 7 .915 76 .654 19 .953 1 .00 18 .10 8 5276 C VAL A 682 9.635 96.952 22.186 1.00 17.87 6 5235 N ALA A 676 9 .349 75 .612 18 .560 1 .00 14 .92 7 5277 0 VAL A 682 10.838 96.797 22.256 1.00 15.49 8 5236 CA ALA A 676 10 .419 75 .562 19 .578 1 .00 12 .67 6 5278 CB VAL A 682 7.874 95.472 23.195 1.00 16.15 6 5237 C ALA A 676 10 .845 76 .968 19 .974 1 .00 13 .87 6 5279 CGI VAL A 682 6.968 94.243 23.002 1.00 16.76 6 5238 0 ALA A 676 11 .505 77 .096 21 .031 1 .00 12 .93 8 5280 CG2 VAL A 682 8.730 95.365 24.469 1.00 16.17 6 5239 CB ALA A 676 11 .611 74 .771 19 .006 1 .00 12 .85 6 5281 N THR A 683 9.082 98.162 22.306 1.00 15.89 7 5240 N THR A 677 10 .860 77 .884 19 .014 1 .00 13, .69 7 5282 CA THR A 683 9.863 99.346 22.623 1.00 15.51 6 5241 CA THR A 677 11 .444 79 .189 19 .324 1 .00 11 .81 6 5283 C THR A 683 9.529 99.798 24.046 1.00 16.36 6 5242 C THR A 677 10 .615 80 .296 18 .686 1 .00 13 .20 6 5284 0 THR A 683 8.371 99.703 24.462 1.00 17.59 8 5243 0 THR A 677 9 .743 80 .066 17 .834 1 .00 14 .64 8 5285 CB THR A 683 9.481 100.473 21.614 1.00 22.31 6 5244 CB THR A 677 12 .847 79. .366 18 .681 1 .00 14, .32 6 5286 OGl THR A 683 9.916 100.019 20.328 00 21.22 8 5245 OGl THR A 677 12 .712 79. .294 17 .249 1, .00 16, .35 8 5287 CG2 THR A 683 10.245 101.759 21.921 00 19.31 6l- > 5246 CG2 THR A 677 13 .851 78. .287 19 .079 1 .00 14 .03 6 5288 N TRP A 684 10.586 100.168 24.759 00 14.24 - o σs 5247 N GLY A 678 10 .949 81 .490 19 .141 1 .00 14 .25 7 5289 CA TRP A 684 10.411 100.587 26.154 00 14.76 6 5248 CA GLY A 678 10 .413 82 .685 18 .437 1 .00 13 .38 6 5290 C TRP A 684 9.369 101.706 26.222 00 17.75 6 5249 C GLY A 678 10. .969 83. .958 19. .066 1, .00 13, .68 6 5291 O TRP A 684 9.556 102.695 25.469 00 18.74 8 5250 0 GLY A 678 11. .857 83. .956 19. .907 1, .00 13, .62 8 5292 CB TRP A 684 11.745 101.086 26.705 00 14.95 6 5251 N ASN A 679 10. .374 85. .094 18. .654 1. .00 13, .18 7 5293 CG TRP A 684 11.696 101.465 28.146 1.00 14.49 6 5252 CA ASN A 679 10, .858 86. .398 19, .082 1. .00 11. .86 6 5294 CD1 TRP A 684 11.284 102.666 28.672 1.00 15.39 6 5253 C ASN A 679 9. .685 87. .318 19. .466 1. .00 14. .28 6 5295 CD2 TRP A 684 12.163 100.683 29.271 1.00 17.84 6 5254 0 ASN A 679 8. .718 87. .315 18. .699 1. .00 15. .54 8 5296 NE1 TRP A 684 11.376 102.649 30.052 1.00 16.11 7 5255 CB ASN A 679 11. .485 87. .180 17. .892 1. .00 16. .45 6 5297 CE2 TRP A 684 11.921 101.440 30.423 1.00 20.66 6 5256 CG ASN A 679 12. .952 86. .818 17. .758 1. .00 25. ,76 6 5298 CE3 TRP A 684 12.764 99.422 29.399* 1.00 18.28 6 5257 ODl ASN A 679 13. .201 85. .708 17. .294 1. .00 24. .19 8 5299 CZ2 TRP A 684 12.245 101.024 31.726 1.00 22.23 6 5258 ND2 ASN A 679 13. .881 87. 684 18. 146 1. 00 26. 44 7 5300 CZ3 TRP A 684 13.074 98.959 30.709 1.00 17.05 6 n H 5259 N ILE A 680 9. .882 88. 063 20. 521 1. 00 13. 28 7 5301 CH2 TRP A 684 12.791 99.766 31.796 1.00 17.97 6 5260 CA ILE A 680 8. .909 89. 088 20. 948 1. 00 14. 10 6 5302 N GLN A 685 8.396 101.650 27.102 1.00 17.70 7 NO 5261 C ILE A 680 9. .758 90. 331 21. .083 1. 00 16. 54 6 5303 CA GLN A 685 7.399 102.716 27.315 1.00 18.97 6 VO 5262 0 ILE A 680 10. 673 90. 366 21. 944 1. 00 14. 10 8 5304 C GLN A 685 7.850 103.719 28.333 1.00 19.08 6 © 5263 CB ILE A 680 8. .224 88. 676 22. 277 1. 00 13. 96 6 5305 O GLN A 685 8.067 103.430 29.512 1.00 19.01 8 © 00 5264 CGI ILE A 680 7. ,245 87. 519 21. ,978 1. 00 16. 92 6 5306 CB GLN A 685 6.071 102.025 27.745 1.00 15.69 00 6 5265 CG2 ILE A 680 7. .442 89. 919 22. ,790 1. .00 17. .42 6 5307 CG GLN A 685 5.536 101.157 26.596 1.00 17.89 6 5308 CD GLN A 685 4.352 100.283 26.995 1.00 18.78 6 5350 C36 HEX A 690 37,.084 73.167 28.829 1.00 13.71 6 $ 5309 OEl GLN A 685 3 .797 99 .604 26 .110 1 .00 20 .58 8 5351 C41 HEX A 690 33 .322 71 .601 28 .292 1 .00 9 .18 6 o 5310 NE2 GLN A 685 3 .960 100 .246 28 .267 1 .00 17 .75 7 5352 N41 HEX A 690 34 .214 72 .300 29 .267 1 .00 10 .73 7 O VO 5311 N ASN A 686 8 .037 105 .011 27 .906 1 .00 21 .27 7 5353 C42 HEX A 690 33 .682 70 .074 28 .156 1 .00 11 .48 6 * O-J 5312 CA ASN A 686 8 .547 106 .008 28 .836 1 .00 20 .38 6 5354 042 HEX A 690 33 .732 69 .433 29 .448 1 .00 10 .30 8 sj VO 5313 C ASN A 686 7 .489 106 .854 29 .654 1 .00 22 .87 6 5355 C43 HEX A 690 35 .023 69 .963 27 .455 1 .00 10 .39 6 4-. 5314 0 ASN A 686 6 .387 106 .692 29 .016 1 .00 22 .87 8 5356 043 HEX A 690 35 .686 68 .699 27 .591 1 .00 11 .44 8 5315 CB ASN A 686 9 .300 107 .060 27 .975 1 .00 24 .12 6 5357 C44 HEX A 690 34 .791 70 .257 25 .986 1 .00 11 .02 6 5316 CG ASN A 686 10 .434 106 .404 27 .176 1 .00 23 .38 6 5358 C45 HEX A 690 33 .925 71 .520 25 .899 1 .00 10 .58 6 5317 ODl ASN A 686 11 .360 105 .896 27 .821 1 .00 22 .76 8 5359 C40 HEX A 690 33 .262 72 .097 26 .944 1 .00 9 .08 6 5318 ND2 ASN A 686 10 .376 106 .412 25 .832 1 .00 25 .47 7 5360 C46 HEX A 690 33 .519 71 .887 24 .466 1 .00 12 .28 6 5319 Cll HEX A 690 38 .644 78 .012 38 .228 1 .00 27 .46 6 5361 046 HEX A 690 32 .492 71 .022 24 .020 1 .00 12 .58 8 5320 Oil HEX A 690 39 .147 78 .243 39 .503 1 .00 37 .24 8 5362 C51 HEX A 690 36 .288 69 .864 24 .116 1 .00 10 .88 6 5321 C12 HEX A 690 37 .596 79 .172 38 .058 1 .00 23 .95 6 5363 051 HEX A 690 36 .061 70 .541 25 .327 1 .00 12 .10 8 5322 012 HEX A 690 36 .681 78 .887 39 .109 1 .00 20 .96 8 5364 C52 HEX A 690 37 .495 68 .906 24 .274 1 .00 11 .69 6 5323 C13 HEX A 690 36 .915 78 .887 36 .685 1 .00 17 .64 6 5365 052 HEX A 690 37 .227 67 .917 25 .285 1 .00 12 .57 8 5324 013 HEX A 690 35 .915 79 .908 36 .442 1 .00 18 .04 8 5366 C53 HEX A 690 38 .717 69 .698 24 .774 1 .00 10 .51 6 5325 C14 HEX A 690 38 .048 79 .023 35 .670 1 .00 17 .74 6 5367 053 HEX A 690 39 .832 68 .756 24 .609 1 .00 11 .97 8 5326 C15 HEX A 690 39 .141 77 .967 35 .956 1 .00 19 .52 6 5368 C54 HEX A 690 39 .025 70 .807 23 .714 1 .00 12 .82 6 5327 015 HEX A 690 39 .679 78 .312 37 .276 1 .00 26 .20 8 5369 C55 HEX A 690 37 .748 71 .660 23 .566 1 .00 12 .56 6 5328 C16 HEX A 690 40 .338 77. .919 35 .016 1. .00 23. .71 6 5370 055 HEX A 690 36, .680 70 .820 23 .133 1 .00 11. .57 8 5329 016 HEX A 690 40 .867 79 .240 34, .817 1. .00 28. .38 8 5371 C56 HEX A 690 37, .890 72 .687 22 .436 1 .00 12, .61 6l-> 5330 C21 HEX A 690 37 .609 79. .324 33 .250 1. .00 19. .03 6 5372 056 HEX A 690 38, .082 72 .074 21, .134 1 .00 19, .74 5331 021 HEX A 690 37 .414 78 .562 34 .414 1. .00 18, .39 8 5373 C61 HEX A 690 40, .720 72 .590 24 .188 8 3 1 .00 22, .95 6 5332 C22 HEX A 690 36, .237 79. .756 32. .692 1. .00 18. .97 6 5374 061 HEX A 690 39. .890 71, .572 24, .637 1, .00 20. .26 8 5333 022 HEX A 690 35. .419 80. .404 33. .669 1. .00 17. .96 8 5375 C62 HEX A 690 42. .050 72, .500 24, .991 1. .00 23. .13 6 5334 C23 HEX A 690 35. .514 78. .516 32. .153 1. .00 16. .72 6 5376 062 HEX A 690 42. .582 71, .189 24. .918 1, .00 23. .06 8 5335 023 HEX A 690 34. .355 79. .014 31. ,406 1. 00 16. ,31 8 5377 C63 HEX A 690 41. .937 73. .006 26. .411 1. .00 24. .03 6 5336 C24 HEX A 690 36. .415 77. ,760 31. .174 1. .00 12. .77 6 5378 063 HEX A 690 43. ,280 72, .994 26. .932 1. .00 28. .78 8 5337 C25 HEX A 690 37. .690 77. ,301 31. .955 1. .00 17. .32 6 5379 C64 HEX A 690 41. .310 74, .405 26. .428 1. .00 25. .79 6 5338 025 HEX A 690 38. .321 78. .596 32. .286 1. .00 20, .72 8 5380 064 HEX A 690 41. .035 74, .789 27. .809 1. .00 29. .96 8 5339 C26 HEX A 690 38. .704 76. .681 30. .979 1. .00 18. .94 6 5381 C65 HEX A 690 39. 918 74. .255 25. .759 1. .00 22. 19 6 5340 026 HEX A 690 39. .852 76. .182 31. .780 1. .00 21. .07 8 5382 065 HEX A 690 40. .146 73. .866 24. .404 1. .00 22. 47 8 5341 C31 HEX A 690 35. .507 76. ,403 29. .409 1. .00 11. .28 6 5383 C66 HEX A 690 39. 177 75. ,555 25. .611 1. .00 26. 12 6 "β 5342 031 HEX A 690 35. .723 76. 501 30. 811 1. 00 12. .85 8 5384 066 HEX A 690 39. 936 76. 644 25. 149 1. 00 24. 41 8 OH 5343 C32 HEX A 690 34. ,026 76. 118 29. .118 1. 00 13. .04 6 5385 Cll MAL A 691 38. 534 71. 299 69. 464 1. 00 19. 75 6 5344 032 HEX A 690 33. .259 77. .030 29. .933 1. 00 14. .06 8 5386 Oil MAL A 691 38. 776 72. 8 581 69. 883 1. 00 20. 21 8 *vo 5345 C33 HEX A 690 33. .654 74 a .698 29. .626 1. .00 13. .59 6 5387 C12 MAL A 691 37. 973 71. 384 68. 024 1. 00 17. 66 6 NO 5346 033 HEX A 690 32. .285 74. 486 29. 158 1. 00 12. .48 8 5388 012 MAL A 691 38. 798 72. 262 67. 225 1. 00 18. 71 8 © © 5347 C34 HEX A 690 34. .578 73. .670 28. .936 1. 00 11. .83 6 5389 C13 MAL A 691 36. 555 71. 949 68. 006 1. 00 © 16. 03 6 00 00 5348 C35 HEX A 690 36. .004 74. .036 29. .487 1. .00 14. ,01 6 5390 013 MAL A 691 35. 969 71. 754 66. 689 1. 00 17. 47 8 5349 035 HEX A 690 36. .301 75. .341 28. 930 1. 00 12. ,70 8 5391 C14 MAL A 691 35. 642 71. 104 68. 925 1. 00 15. 64 6 5392 C15 MAL A 691 36..269 71..291 70,.364 1..00 14..01 6 5472 OWO WAT V 19 26.088 62.658 22..854 1.00 11.54 5393 015 MAL A 691 37 .561 70. .667 70 .312 1. .00 16. .48 8 5473 OWO WAT V 20 37 .981 63 .919 14, .127 1 .00 11 .77 5394 C16 MAL A 691 35 .519 70 .221 71 .238 1 .00 19 .77 6 5474 OWO WAT V 21 34 .932 60 .656 13 .769 1 .00 11 .70 5395 016 MAL A 691 36 .004 70, .431 72 .581 1. .00 18. .54 8 5475 OWO WAT V 22 41 .499 60 .656 38 .722 1 .00 11 .54 OJ 5396 C21 MAL A 691 33 .285 70. .813 68 .523 1. .00 18. .83 6 5476 OWO WAT V 23 40 .945 66 .711 20 .205 1 .00 11 .65 > 5397 021 MAL A 691 34 .336 71 .683 68 .968 1, .00 17 .92 8 5477 OWO WAT V 24 8 .905 64 .107 34 .370 1 .00 11 .68 5398 C22 MAL A 691 32 .403 71 .638 67 .561 1 .00 17 .24 6 5478 OWO WAT V 25 19 .426 72 .356 40 .893 1 .00 11 .74 5399 022 MAL A 691 33 .177 72 .083 66 .433 1 .00 17. .89 8 5479 OWO WAT V 26 20 .321 82 .331 35 .376 1. .00 11 .77 5400 C23 MAL A 691 31 .765 72 .820 68 .304 1 .00 18 .41 6 5480 OWO WAT V 27 14 .993 64 .250 37 .502 1 .00 11 .91 5401 023 MAL A 691 30 .812 73 .419 67 .431 1 .00 18 .30 8 5481 OWO WAT V 28 31 .504 68 .673 10 .842 1 .00 12 .08 5402 C24 MAL A 691 30 .951 72 .194 69 .478 1, .00 18 .57 6 5482 OWO WAT V 29 37 .606 61 .402 40 .167 1 .00 11 .91 5403 024 MAL A 691 30 .444 73 .291 70 .263 1 .00 19 .15 8 5483 OWO WAT V 30 16 .372 70 .863 38 .933 1 .00 11 .99 5404 C25 MAL A 691 31 .923 71 .424 70 .383 1 .00 19 .32 6 5484 OWO WAT V 31 7 .950 69 .079 31 .258 1 .00 12 .08 5405 025 MAL A 691 32 .521 70 .374 69 .608 1 .00 18 .98 8 5485 OWO WAT V 32 19 .528 73 .999 43 .164 1 .00 12 .10 5406 C26 MAL A 691 31 .067 70 .708 71 .468 1 .00 15 .38 6 5486 OWO WAT V 33 16 .210 66 .954 39 .606 1 .00 12 .02 5407 026 MAL A 691 31 .944 70 .075 72 .412 1 .00 18 .74 8 5487 OWO WAT V 34 32 .679 63 .267 29 .330 1 .00 12 .26 5411 S SUL A 695 11 .120 52 .018 55 .465 1 .00 30 .54 16 5488 OWO WAT V 35 13 .649 74 .479 39 .683 1 .00 12 .21 5412 01 SUL A 695 11 .470 52 .936 56 .533 1 .00 30 .07 8 5489 OWO WAT V 36 16 .357 79 .631 22 .013 1 .00 12 .26 5413 02 SUL A 695 10 .034 52 .528 54 .544 1 .00 27 .19 8 5490 OWO WAT V 37 21 .471 63 .888 43 .225 1 .00 12 .25 5414 03 SUL A 695 12 .310 51 .631 54 .662 1 .00 34 .25 8 5491 OWO WAT V 38 42 .464 66 .587 23 .881 1 .00 12 .49 5415 04 SUL A 695 10 .566 50 .749 56 .089 1. .00 33 .96 8 5492 OWO WAT V 39 31 .355 60 .893 19 .838 1 .00 12 .31 5451 CA WAT A 692 32 .693 60 .307 13 .017 1. .00 11 .99 20 5493 OWO WAT V 40 16 .930 64 .546 40 .981 1 .00 12 .36 5452 CA WAT A 693 26 .975 79 .502 21 .970 1. .00 10 .73 20 5494 OWO WAT V 41 10 .918 81 .011 32 .425 1 .00 12 .42 , o 5453 CA WAT A 694 37 .244 49 .841 19 .039 1. .00 13 .50 20 5495 OWO WAT V 42 8 .358 78 .559 35 .685 1 .00 12 .49 5454 OWO WAT V 1 24 .447 79. .971 21 .858 1. .00 9, .43 8 5496 OWO WAT V 43 22 .052 71 .621 41 .190 1. .00 12 .24 5455 OWO WAT V 2 35 .686 59. .385 24, .028 1. .00 10 .45 8 5497 OWO WAT V 44 8 .226 66 .640 35 .276 1, .00 12 .62 5456 OWO WAT V 3 33 .934 60. .773 18. .648 1. .00 10 .63 8 5498 OWO WAT V 45 6 .031 77 .562 36 .868 1, .00 12 .35 5457 OWO WAT V 4 35. .622 62. .751 41. .495 1. .00 10, .88 8 5499 OWO WAT V 46 43. .919 60. .734 40. .175 1. .00 12. .51 5458 OWO WAT V 5 25. .780 77. .914 20. .486 1. .00 10, .75 8 5500 OWO WAT V 48 11. .578 73, .478 41. .191 1, .00 12. .62 5459 OWO WAT V 6 21. .776 77. .285 28. .879 1. .00 10, .81 8 5501 OWO WAT V 49 35. .256 52 .308 26. .203 1, .00 12, .50 5460 OWO WAT V 7 29. .415 69. .145 19, .400 1. .00 10, .86 8 5502 OWO WAT V 50 22. .628 81. .739 22. .782 1, .00 12, .52 5461 OWO WAT V 8 29. .138 80. .312 22. .631 1. .00 10. .86 8 5503 OWO WAT V 51 41. .171 68. .357 22. .292 1. .00 12. .78 5462 OWO WAT V 9 27. .613 72. .037 24. .448 1. .00 10. .77 8 5504 OWO WAT V 52 34. .554 71. .110 10. .783 1. ,00 12. .58 5463 OWO WAT V 10 31. .164 77. .784 19. ,615 1. .00 10. .85 8 5505 OWO WAT V 53 39. .554 70. .543 28. .407 1. 00 12. .73 "0 5464 OWO WAT V 11 32. .790 66. 917 36. 378 1. 00 10. .94 8 5506 OWO WAT V 54 14. 970 66. 671 43. 779 1. 00 12. 94 O 07 H 5465 OWO WAT V 12 34. ,127 70. .240 32. ,929 1. 00 11. .18 8 55 OWO WAT V 55 14. 792 81. 581 20. 763 1. 00 12. 92 5466 OWO WAT V 13 33. .080 60. .581 23. ,767 1. .00 11. .11 8 5508 OWO WAT V 56 30. 205 75. 643 31. 109 1. 00 12. 90 e 5467 OWO WAT V 14 37. .235 54. ,601 19. .600 1. .00 11. .38 8 5509 OWO WAT V 57 16. 697 82. 536 30. 534 1. 00 13. 09 vo s? 5468 OWO WAT V 15 26. ,119 65. ,542 21. .574 1. 00 11. .07 8 5510 OWO WAT V 58 38. 776 53. 289 57. 732 1. 00 13. 10 © o 5469 OWO WAT V 16 28. .484 64. .486 20. .522 1. .00 11. .49 8 5511 OWO WAT V 59 31. 565 49. 273 20. 064 1. 00 13. 22 © 00 5470 OWO WAT V 17 28. .194 73. .536 36. .853 1. ,00 11. .53 8 5512 OWO WAT V 60 20. 200 85. 147 36. 037 1. 00 13. 29 00 5471 OWO WAT V 18 16. .618 66. ,275 36. .806 1. 00 11. .68 8 5513 OWO WAT V 61 25. 657 54. 513 45. 949 1. 00 13. 32 5514 OWO WAT V 62 37.048 52.273 18.284 1.00 13.46 8 5556 OWO WAT V 104 14.144 58.009 41.510 1.00 15.84 5515 OWO WAT V 63 30 .032 67 .305 53 .938 1 .00 13 .27 8 5557 OWO WAT V 105 44 .010 71 .623 35 .990 1 .00 15 .89 5516 OWO WAT V 64 32 .331 68 .357 33 .829 1 .00 13 .58 8 5558 OWO WAT V 106 21 .168 82 .474 32 .738 1 .00 16 .12 5517 OWO WAT V 65 23 .329 85 .511 30 .252 1 .00 13 .33 8 5559 OWO WAT V 107 28 .667 48 .688 46 .155 1 .00 16 .35 4^ J 5518 OWO WAT V 66 20 .246 61 .387 18 .981 1 .00 13 .61 8 5560 OWO WAT V 108 25 .610 86 .818 38 .209 1 .00 16 .18 -si 5519 OWO WAT V 67 28 .775 74 .856 40 .336 1 .00 13 .65 8 5561 OWO WAT V 109 29 .070 89 .992 31 .492 1 .00 16 .47 5520 OWO WAT V 68 32 .567 68 .924 43 .607 1 .00 13 .35 8 5562 OWO WAT V 110 1 .291 75 .000 41 .091 1 .00 16 .32 5521 OWO WAT V 69 10 .838 68 .713 42 .880 1 .00 13 .33 8 5563 OWO WAT V 111 34 .624 56 .600 71 .328 1 .00 16 .34 5522 OWO WAT V 70 12 .859 61 .518 43 .606 1 .00 13 .90 8 5564 OWO WAT V 112 28 .281 69 .481 68 .152 1 .00 16 .52 5523 OWO WAT V 71 45 .207 60 .214 32 .334 1 .00 13 .77 8 5565 OWO WAT V 113 26 .135 87 .038 35 .304 1 .00 16 .58 5524 OWO WAT V 72 27 .427 66 .987 53 .108 1 .00 13 .75 8 5566 OWO WAT V 114 35 .168 78 .123 51 .153 1 .00 16 .64 5525 OWO WAT V 73 19 .074 63 .276 42 .264 1 .00 13 .66 8 5567 OWO WAT V 115 19 .827 81 .281 46 .203 1 .00 16 .48 5526 OWO WAT V 74 36 .934 75 .592 8 .270 1 .00 13 .53 8 5568 OWO WAT V 116 30 .082 84 .087 8 .323 1 .00 16 .75 5527 OWO WAT V 75 27 .574 81 .410 6 .013 1 .00 14 .19 8 5569 OWO WAT V 117 45 .164 71 .238 15 .992 1 .00 16 .58 5528 OWO WAT V 76 30 .621 83 .670 31 .215 1. .00 14 .28 8 5570 OWO WAT V 118 -2 .555 86 .829 29 .585 1 .00 16 .73 5529 OWO WAT V 77 42 .514 70 .356 20 .822 1 .00 14 .45 8 5571 OWO WAT V 119 1 .879 75 .860 26 .297 1 .00 16 .96 5530 OWO WAT V 78 12 .529 75 .168 22 .815 1 .00 14 .52 8 5572 OWO WAT V 120 20 .960 94 .415 22 .713 1 .00 16 .87 5531 OWO WAT V 79 39 .891 56 .461 11 .992 1. .00 14 .18 8 5573 OWO WAT V 121 12 .300 72 .626 21 .951 1 .00 16 .94 5532 OWO WAT V 80 30 .677 68 .114 68 .620 1 .00 14 .47 8 5574 OWO WAT V 122 21 .720 86 .954 37 .648 1 .00 17 .08 5533 OWO WAT V 81 33. .218 64, .224 36. .711 1, .00 14. .46 8 5575 OWO WAT V 123 17 .342 46, .052 29 .967 1 .00 16. .89 5534 OWO WAT V 82 12. .035 74, .811 37. .533 1. .00 14. .63 8 5576 OWO WAT V 124 15 .847 84 .337 34. .562 1 .00 16, .74 5535 OWO WAT V 83 15. .981 73, .538 38. .669 1. .00 14. .16 8 5577 OWO WAT V 125 -3 .241 60, .294 45. .682 1 .00 16, .67 5536 OWO WAT V 84 10, .686 81, .113 35, .947 1. .00 14. .90 8 5578 OWO WAT V 126 11 .587 104, .148 24. .323 1, .00 17, .24 1 ° vo 5537 OWO WAT V 85 25, .562 71 .871 51, .287 1. .00 14. .81 8 5579 OWO WAT V 127 28 .501 56 .852 51. .441 1 .00 17, .40 5538 OWO WAT V 86 29. .447 83. .564 16. .644 1. .00 14. .86 8 5580 OWO WAT V 128 14, .206 82. .937 18. .392 1, .00 17. .21 5539 OWO WAT V 87 13. .480 81. .300 31. .112 1. .00 14. .85 8 5581 OWO WAT V 129 41. .516 56. .407 63. .525 1, .00 17. .22 5540 OWO WAT V 88 5. .774 80. .076 41. ,775 1. .00 14. .92 8 5582 OWO WAT V 130 36. .936 73. .986 40. .016 1, .00 17. .65 5541 OWO WAT V 89 47. .914 63. .828 68. .644 1. .00 14, .87 8 5583 OWO WAT V 131 20. .790 40. .115 27. .752 1, .00 17, .53 5542 OWO WAT V 90 34. .743 77. .662 45. .101 1. .00 15, .02 8 5584 OWO WAT V 132 45. .240 52, .146 20, .212 1, .00 17, .55 5543 OWO WAT V 91 24. 427 76. ,387 7. ,359 1. .00 15. .03 8 5585 OWO WAT V 133 41. .799 49. .726 28. .892 1. .00 17. ,29 5544 OWO WAT V 92 -2. 703 63 a ,471 38. ,845 1. .00 15. .46 8 5586 OWO WAT V 134 23. .108 66. .755 60. .083 1. .00 17. ,41 5545 OWO WAT V 93 14. 681 69. ,092 37. ,625 1. .00 15. ,14 8 5587 OWO WAT V 135 26. .863 48. ,805 41. .435 1. .00 17. ,67 5546 OWO WAT V 94 28. 123 74. ,474 42. ,954 1. .00 15. ,12 8 5588 OWO WAT V 136 27. .488 90. ,699 28. .339 1. .00 17. ,76 5547 OWO WAT V 95 23. 589 80. .407 29. ,737 1. .00 15. ,19 8 5589 OWO WAT V 137 0. .191 69. .111 49. .096 1. .00 17. ,78 -) 5548 OWO WAT V 96 28. 941 64. 658 47. 281 1. 00 15. 32 8 5590 OWO WAT V 138 34. 447 43. 232 33. 946 1. 00 17. 85 n H 5549 OWO WAT V 97 33. 848 82. 923 7. 441 1. 00 15. 09 8 5591 OWO WAT V 139 22. 589 64. 044 49. 415 1. 00 18. 18 5550 OWO WAT V 98 50. 687 59. 709 65. 034 1. 00 15. 32 8 5592 OWO WAT V 140 17. 697 81. 339 35. 462 1. 00 17. 98 5551 OWO WAT V 99 29. 977 80. 264 14. 804 1. 00 15. 36 8 5593 OWO WAT V 141 2. 444 96. vo 838 37. 934 1. 00 18. 09 vo 5552 OWO WAT V 100 25. 916 52. 607 44. Oil 1. 00 15. 58 8 5594 OWO WAT V 142 35. 347 81. 251 39. 545 1. 00 17. 94 © © 5553 OWO WAT V 101 6. 765 62. 176 32. 083 1. 00 15. 56 8 5595 OWO WAT V 143 14. 511 56. 297 49. 652 1. 00 18. 35 © 00 5554 OWO WAT V 102 13. 107 89. 810 20. 076 1. 00 15. 94 8 5596 OWO WAT V 144 10. 014 71. 654 20. 618 1. 00 00 18. 11 5555 OWO WAT V 103 11. 601 78. 292 36. 745 1. 00 15. 75 8 5597 OWO WAT V 145 47. 629 63. 815 18. 991 1. 00 18. 25 5598 OWO WAT V 146 15.832 79.962 31.635 1.00 18, .52 8 5640 OWO WAT V 195 43.898 69.204 9.296 1.00 20.35 5599 OWO WAT V 147 35 .482 76 .428 39 .594 1 .00 18 .64 8 5641 OWO WAT V 196 17.503 91.553 19.944 1.00 20.36 5600 OWO WAT V 149 16 .532 67 .334 48 .159 1 .00 18 .61 8 5642 OWO WAT V 197 22.079 71.014 56.203 1.00 20.50 o 5601 OWO WAT V 150 32 .280 83 .173 33 .550 1 .00 18 .44 8 5643 OWO WAT V 198 24.611 90.278 32.659 1.00 20.71 >o *-. 5602 OWO WAT V 151 35 .037 62 .885 71 .628 1 .00 18 .62 8 5644 OWO WAT V 199 15.822 79.667 34.285 1.00 20.71 OJ si 5603 OWO WAT V 152 14 a .756 56 .448 28 .743 1 .00 18, .87 8 5645 OWO WAT V 200 41.507 64.519 35.769 1.00 20.47 5604 OWO WAT V 153 51 .007 64 .138 32 .515 1 .00 18 .45 8 5646 OWO WAT V 201 50.582 63.510 21.444 1.00 20.44 5605 OWO WAT V 154 44 .683 55 .406 52 .749 1 .00 18 .86 8 5647 OWO WAT V 202 -4.254 88.781 28.481 1.00 20.69 5606 OWO WAT V 155 30 .803 47 .286 18 .413 1 .00 19 .00 8 5648 OWO WAT V 203 41.289 48.120 25.349 1.00 20.50 5607 OWO WAT V 156 21 .419 87 .008 31 .586 1 .00 18 .86 8 5649 OWO WAT V 204 33.838 47.522 55.491 00 20.42 5608 OWO WAT V 157 27 .471 54 .562 13 .822 1 .00 18 .93 8 5650 OWO WAT V 205 28.696 42.611 30.481 00 21.10 5609 OWO WAT V 158 19 .938 85 .031 32 .888 1 .00 18 .77 8 5651 OWO WAT V 206 29.680 89.479 34.207 00 20.71 5610 OWO WAT V 160 23 .159 58 .927 72 .012 1 .00 19 .01 8 5652 OWO WAT V 207 13.375 82.989 38.528 00 20.79 5611 OWO WAT V 161 20 .470 84 .773 18 .243 1 .00 19 .09 8 5653 OWO WAT V 208 -0.381 94.652 35.925 00 20.71 5612 OWO WAT V 162 15 .077 66 .831 13 .792 1 .00 18 .88 8 5654 OWO WAT V 209 32.894 53.249 7.401 00 20.79 5613 OWO WAT V 164 34 .016 76 .548 58 .886 1 .00 19 .18 8 5655 OWO WAT V 210 47.202 71.009 63.961 00 20.83 5614 OWO WAT V 165 1 .791 96 .077 35 .490 1 .00 19 .39 8 5656 OWO WAT V 211 16.432 73.589 49.935 1.00 20.64 5615 OWO WAT V 168 16 .921 65 .681 50 .173 1 .00 19 .74 8 5657 OWO WAT V 212 36.761 42.123 23.718 1.00 20.49 5616 OWO WAT V 169 36 .015 49 .508 63 .823 1 .00 19 .75 8 5658 OWO WAT V 213 1.326 98.176 25.977 1.00 21.14 5617 OWO WAT V 170 19 .146 93 .639 20 .716 1 .00 19 .72 8 5659 OWO WAT V 215 32.369 84.143 13.694 1.00 21.27 5618 OWO WAT V 171 41 .081 74 .262 43 .114 1 .00 19 .99 8 5660 OWO WAT V 216 1.000 72.006 27.168 1.00 21.23 5619 OWO WAT V 172 27 .356 86 .834 41 .150 1 .00 19 .86 8 5661 OWO WAT V 217 21.907 50.669 62.000 1.00 21.19 5620 OWO WAT V 173 32 .541 61 .241 6. .239 1 .00 19, .49 8 5662 OWO WAT V 218 30.956 41.738 21.314 1.00 21.03 5621 OWO WAT V 174 51. .971 65. .011 17, .317 1. .00 20. .07 8 5663 OWO WAT V 219 36.121 71.463 4.684 1.00 21.46 5622 OWO WAT V 175 36. .754 79. .161 49. .332 1. .00 19. .96 8 5664 OWO WAT V 220 13.404 81.016 34.970 1.00 21.65 5623 OWO WAT V 176 21, .529 68. .516 52. .600 1. .00 19. .88 8 5665 OWO WAT V 221 22.957 65.844 62.604 1.00 21.35 5624 OWO WAT V 177 52. .175 64. .476 48. .627 1. .00 19. .48 8 5666 OWO WAT V 222 4.260 99.337 39.649 1.00 21.63 5625 OWO WAT V 178 47. .687 55. .894 28. .556 1. .00 19. .85 8 5667 OWO WAT V 223 17.535 84.263 32.555 1.00 20.98 5626 OWO WAT V 180 28. .309 57. .733 12. .302 1. .00 19. .86 8 5668 OWO WAT V 224 16.496 59.065 45.746 1.00 21.66 5627 OWO WAT V 181 19. .852 88. .585 39. .017 1. .00 20. .03 8 5669 OWO WAT V 225 16.576 52.574 34.164 1.00 21.65 5628 OWO WAT V 182 48. ,116 65. .053 11. .253 1. .00 19. .75 8 5670 OWO WAT V 226 30.825 51.406 13.432 1.00 21.28 5629 OWO WAT V 183 45. ,728 49. .401 46. .755 1. .00 20. .07 8 5671 OWO WAT V 227 39.177 82.848 23.121 1.00 21.63 5630 OWO WAT V 184 23. ,090 51. 403 56. 173 1. .00 19. 76 8 5672 OWO WAT V 229 19.108 58.790 36.143 1.00 21.40 5631 OWO WAT V 185 23. 972 69. 604 53. 226 1. .00 20. 10 8 5673 OWO WAT V 230 19.087 75.378 50.063 1.00 21.22 5632 OWO WAT V 186 49. ,679 65. 500 55. 245 1. .00 19. 98 8 5674 OWO WAT V 231 47.413 69.881 16.583 1.00 21.29 O 5633 OWO WAT V 187 50. 720 57. 388 48. 688 1. .00 20. 39 8 5675 OWO WAT V 232 26.686 91.040 31.058 1.00 21.61 H 5634 OWO WAT V 188 34. ,857 63. 152 38. .228 1. .00 20. .23 8 5676 OWO WAT V 233 29.036 52.089 61.852 1.00 21.25 5635 OWO WAT V 189 37. ,511 43. .029 19. 233 1. .00 20. ,32 8 5677 OWO WAT V 234 36.187 79.293 46.671 1.00 21.45 5636 OWO WAT V 190 50. ,567 67. .974 10. .449 1. .00 20. ,64 8 5678 OWO WAT V 235 37.289 74.835 65.582 1.00 21.65 © © 5637 OWO WAT V 191 29. .875 92. .014 24. ,922 1. .00 20. ,34 8 5679 OWO WAT V 236 -0.428 68.770 30.109 1.00 21.94 © 00 5638 OWO WAT V 192 4. .055 100. .811 36. .567 1. .00 20. ,35 8 5680 OWO WAT V 237 50.762 57.829 44.061 1.00 22.15 00 5639 OWO WAT V 194 23. .592 87. .859 32. .780 1. ,00 20. ,02 8 5681 OWO WAT V 238 45.167 70.565 24.893 1.00 22.00 5682 OWO WAT V 239 28.609 48.609 51.930 1.00 22.03 5724 OWO WAT V 282 13.480 62.142 18.325 1.00 23.48 8 ^ 5683 OWO WAT V 241 2.366 94.552 38.603 1.00 21.97 5725 OWO WAT V 283 19 .332 56 .925 43 .429 1 .00 23 .84 8 o 5684 OWO WAT V 242 9.365 68.970 20.742 1.00 22.04 5726 OWO WAT V 284 7 .117 53 .127 42 .902 1 .00 23 .57 8 VO VO 5685 OWO WAT V 243 38.583 85.642 29.447 00 21.90 5727 OWO WAT V 285 27 .829 78 .220 46 .852 1 .00 24 .20 8 * O-J 5686 OWO WAT V 244 24.639 49.542 55.081 00 22.42 5728 OWO WAT V 286 49 .295 57 .105 51 .124 1 .00 23 .77 8 s4 5687 OWO WAT V 245 18.177 95.474 18.838 00 22.69 5729 OWO WAT V 287 13 .680 105 .356 27 .022 1 .00 24 .03 8 4-- 5688 OWO WAT V 246 37.307 43.276 33.862 00 22.90 5730 OWO WAT V 288 17 .824 106 .639 32 .939 1 .00 24 .44 8 5689 OWO WAT V 247 23.478 86.290 16.425 00 21.85 5731 OWO WAT V 289 15 .542 66 .715 53 .507 1 .00 24 .42 8 5690 OWO WAT V 248 43.569 60.466 72.156 00 23.10 5732 OWO WAT V 290 27 .050 47 .324 23 .573 1 .00 24 .19 8 5691 OWO WAT V 249 23.281 40.658 26.691 00 22.77 5733 OWO WAT V 291 39 .482 73 .577 31 .816 1 .00 24 .19 8 5692 OWO WAT V 250 8.761 65.837 24.376 1.00 23.00 5734 OWO WAT V 292 10 .356 77 .638 16 .052 1 .00 23 .96 8 5693 OWO WAT V 251 27.215 72.803 60.509 1.00 22.60 5735 OWO WAT V 293 24 .405 50 .730 63 .252 1 .00 24 .31 8 5694 OWO WAT V 252 16.174 91.014 44.772 . 00 22 . 53 5736 OWO WAT V 294 15 .639 54 .776 31 .091 1 .00 24 .31 8 5695 OWO WAT V 253 3.297 98.395 35.969 . 00 23 . 15 5737 OWO WAT V 295 -5 .196 74 .449 41 .013 1 .00 24 .22 8 5696 OWO WAT V 254 10.918 68.974 53.447 . 00 23 . 22 5738 OWO WAT V 296 40 .985 72 .335 29 .872 1 .00 24 .55 8 5697 OWO WAT V 255 -5.802 66.167 37.375 . 00 23 . 15 5739 OWO WAT V 297 48 .449 77 .051 18 .858 1 .00 24 .18 8 5698 OWO WAT V 256 8.490 91.603 44.099 1 . 00 22 . 65 5740 OWO WAT V 298 25 .992 92 .521 26 .784 1 .00 24 .84 8 5699 OWO WAT V 257 9.234 73.507 16.552 1 . 00 22 . 92 5741 OWO WAT V 299 45 .814 49 .306 39 .112 1 .00 24 .65 8 5700 OWO WAT V 258 15.730 56.257 16.556 1 . 00 23 . 08 5742 OWO WAT V 300 44 .725 55 .968 11 .440 1 .00 24 .94 8 5701 OWO WAT V 259 19.989 82.268 13.713 1 . 00 22 . 90 5743 OWO WAT V 301 20 .058 84 .809 46 .357 1 .00 24 .73 8 5702 OWO WAT V 260 27.613 49.792 60.562 1 . 00 23 . 09 5744 OWO WAT V 302 18 .079 50 .984 17 .334 1 .00 24 .58 8 5703 OWO WAT V 261 26.408 61.061 10.006 1 . 00 23 . 11 5745 OWO WAT V 303 17 .020 65 .666 56 .879 1 .00 24 .81 8|-π 5704 OWO WAT V 262 14.277 70.834 12.781 00 23.32 5746 OWO WAT V 304 44 .682 72 .661 22. .319 1, .00 24, .66 8 5705 OWO WAT V 263 -3.969 72.948 34.601 00 22.98 5747 OWO WAT V 305 0. .091 75 .457 45. .401 1. .00 24 .37 8 5706 OWO WAT V 264 -1.028 93.829 38.475 00 23.17 5748 OWO WAT V 306 50 .222 58 .393 53. .380 1. .00 24 .90 8 5707 OWO WAT V 265 19.230 101.476 27.805 00 22.95 5749 OWO WAT V 307 44 .639 52 .674 53. .486 1 . .00 25, .29 8 5708 OWO WAT V 266 17.914 54.281 55.523 00 23.31 5750 OWO WAT V 308 49 .725 64 .827 52, .493 1. .00 24, .60 8 5709 OWO WAT V 267 -1.163 64.024 50.895 00 23.41 5751 OWO WAT V 309 39 .542 61 .118 7, .698 1. .00 24 .82 8 5710 OWO WAT V 268 16.209 48.607 29.481 1.00 23.45 5752 OWO WAT V 310 41. .190 79. .148 23. .073 1. .00 25, .15 8 5711 OWO WAT V 269 35.070 63.595 75.008 1.00 23.90 5753 OWO WAT V 311 1. .598 80. .899 39. .623 1. .00 24, .95 8 5712 OWO WAT V 270 38.343 43.626 21.918 1.00 23.33 5754 OWO WAT V 312 25. .053 45. .139 19. .817 1. .00 24. .92 8 5713 OWO WAT V 271 32.197 85.153 37.181 1.00 23.49 5755 OWO WAT V 313 16. .135 84, .191 47. .663 1 . .00 25. ,20 8 5714 OWO WAT V 272 28.789 71.419 66.331 00 22.79 5756 OWO WAT V 314 11. ,381 71. .857 49. 110 1 . .00 25. ,29 8 5715 OWO WAT V 273 41.806 79.697 18.591 00 23.39 5757 OWO WAT V 315 -4 a 512 57. 278 42. 326 1 . 00 25. 43 8 •0 5716 OWO WAT V 274 38.127 43.105 36.443 00 23.39 5758 OWO WAT V 316 3. 805 93. 061 22. 790 1 . 00 25. 09 8 n 5717 OWO WAT V 275 16.104 65.021 59.364 00 23.44 5759 OWO WAT V 317 34. 832 82. 782 37. 221 1. 00 25. 16 8 8 5718 OWO WAT V 276 -6.314 69.710 39.367 00 24.17 5760 OWO WAT V 318 3. 711 95. 706 23. 179 1. 00 25. 31 8 7 VO1 5719 OWO WAT V 277 25.476 86.458 13.742 00 23.04 5761 OWO WAT V 319 20. 209 70. 499 54. 469 1 . 00 25. 69 8 VO 5720 OWO WAT V 278 0.680 86.883 37.755 00 23.27 5762 OWO WAT V 320 11. 697 68. 339 56. 789 1 . 00 25. 01 8 © © 5721 OWO WAT V 279 33.015 81.157 29.976 00 23.30 5763 OWO WAT V 321 7. 254 91. 019 18. 448 1 . 00 25. 40 © 8 00 00 5722 OWO WAT V 280 1.763 88.744 19.524 00 23.68 5764 OWO WAT V 322 42. 661 49. 979 21. 111 1 . 00 25. 81 8 5723 OWO WAT V 281 13.574 55.293 46.773 00 23.63 5765 OWO WAT V 323 17. 078 70. 892 50. 293 1 . 00 25. 51 8 5766 OWO WAT V 324 49.200 60.915 31.600 1.00 25.53 8 5808 OWO WAT V 366 30.943 49.068 15.778 1.00 26.98 8 5767 OWO WAT V 325 31 .661 71 .214 4 .552 1 .00 25 .64 8 5809 OWO WAT V 367 43 .193 44 .166 34 .878 1 .00 26 .97 8 o 5768 OWO WAT V 326 -2 .062 96 .310 27 .990 1 .00 25 .87 8 5810 OWO WAT V 368 6 .994 74 .430 21 .876 1 .00 27 .26 8 O VO 5769 OWO WAT V 327 39 .125 80 .230 56 .164 1 .00 26 .25 8 5811 OWO WAT V 369 34 .427 88 .111 38 .939 1 .00 27 .30 8 4≥ 5770 OWO WAT V 328 48 .433 70 .294 57 .525 1 .00 25 .87 8 5812 OWO WAT V 370 1 .636 93 .582 J 40 .791 1 .00 27 .54 8 sj 5771 OWO WAT V 329 -2 .772 64 .990 34 .941 1 .00 25 .71 8 5813 OWO WAT V 371 VO 5 .971 98 .241 21 .504 1 .00 27 .42 8 4-. 5772 OWO WAT V 330 35 .352 40 .001 22 .353 1 .00 25 .96 8 5814 OWO WAT V 372 29 .223 75 .038 60 .445 1 .00 26 .93 8 5773 OWO WAT V 331 34 .557 81 .627 46 .792 1 .00 26 .23 8 5815 OWO WAT V 373 31 .316 53 .650 9 .481 1 .00 27 .85 8 5774 OWO WAT V 332 23 .250 92 .581 31 .676 1 .00 26 .20 8 5816 OWO WAT V 374 43 .939 56 .548 55 .050 1 .00 27 .63 8 5775 OWO WAT V 333 23 .167 53 .251 13 .715 1 .00 25 .74 8 5817 OWO WAT V 375 46 .559 74 .427 54 .610 1 .00 27 .46 8 5776 OWO WAT V 334 20 .707 52 .356 39 .202 1 .00 25 .65 8 5818 OWO WAT V 376 26 .961 70 .400 70 .205 1 .00 28 .10 8 S ill OWO WAT V 335 4 .870 93 .727 41 .264 1 .00 26 .54 8 5819 OWO WAT V 377 48 .989 57 .080 35 .445 1 .00 28 .37 8 5778 OWO WAT V 336 0 .053 71 .401 29 .885 1 .00 25 .67 8 5820 OWO WAT V 378 14 .950 47 .050 27 .899 1 .00 27 .90 8 5779 OWO WAT V 337 20 .015 56 .517 72 .324 1 .00 25 .86 8 5821 OWO WAT V 379 46 .760 46 .713 39 .616 1 .00 27 .67 8 5780 OWO WAT V 338 13 .826 74 .132 49 .507 1 .00 26 .36 8 5822 OWO WAT V 380 -1 .380 79 .896 38 .771 1 .00 28 .02 8 5781 OWO WAT V 339 44 .958 71 .632 28 .685 1 .00 26 .80 8 5823 OWO WAT V 381 12 .690 81 .625 15 .826 1 .00 28 .03 8 5782 OWO WAT V 340 -0 .093 73 .784 33 .119 1 .00 26 .07 8 5824 OWO WAT V 382 10 .617 104 .039 32 .646 1 .00 28 .19 8 5783 OWO WAT V 341 49 .630 56 .579 40 .106 1 .00 26 .64 8 5825 OWO WAT V 383 13 .859 80 .594 13 .625 1 .00 27 .99 8 5784 OWO WAT V 342 15 .628 79 .186 45 .524 1 .00 26 .42 8 5826 OWO WAT V 384 7 .322 72 .231 20 .822 1 .00 28 .35 8 5785 OWO WAT V 343 31 .176 91 .867 30 .769 1 .00 26 .10 8 5827 OWO WAT V 385 29 .284 46 .632 44 .658 1 .00 28 .26 8 5786 OWO WAT V 344 15 .626 67. .643 55 .543 1. .00 26 .46 8 5828 OWO WAT V 386 18 .064 50 .559 24 .862 1 .00 28 .35 8 5787 OWO WAT V 345 21. .398 95. .678 38 .839 1. .00 26, .79 8 5829 OWO WAT V 387 35 .054 45, .412 46 .835 1 .00 28. .58 8 l-> 5788 OWO WAT V 346 41. .099 41. .982 39 .915 1. .00 26, .66 8 5830 OWO WAT V 388 22 .478 83, .558 13 .277 1 .00 28 .32 5789 OWO WAT V 347 22. .442 79. .888 2, .661 1. .00 26, .18 8 5831 OWO WAT V 389 10, .928 67, .510 14 .236 1, .00 28, .65 8 * £ 5790 OWO WAT V 348 44. .448 72, .532 39, .099 1. .00 27, .08 8 5832 OWO WAT V 390 33 .397 82. .246 49. .220 1, .00 27. .37 8 5791 OWO WAT V 349 40. .265 82. .719 10 .175 1. .00 26, .27 8 5833 OWO WAT V 391 23, .434 88. .556 18. .508 1, .00 28. .95 8 5792 OWO WAT V 350 40. .934 43. .657 30 .662 1. .00 27, .04 8 5834 OWO WAT V 392 29, .832 42. .212 39 .251 1 .00 28, .21 8 5793 OWO WAT V 351 -1. .666 97. .213 32, .163 1. .00 27. .31 8 5835 OWO WAT V 393 15, .076 70. .102 51, .758 1, .00 27. .91 8 5794 OWO WAT V 352 -8. .111 67. .221 45, .293 1. .00 27. .12 8 5836 OWO WAT V 394 35. .566 48. .453 66, .263 1, .00 28. .16 8 5795 OWO WAT V 353 16. .355 56. ,614 42, .471 1. .00 27. .10 8 5837 OWO WAT V 395 34, .691 46, .594 49, .301 1, .00 28. .85 8 5796 OWO WAT V 354 11. .346 65. .531 19, .934 1. .00 27. .40 8 5838 OWO WAT V 396 39, .702 74 , .440 36, .238 1, .00 28. .77 8 5797 OWO WAT V 355 11. .189 105. .275 21. .949 1. .00 27. .29 8 5839 OWO WAT V 397 50. .176 56, .086 14. .851 1, .00 28. .75 8 5798 OWO WAT V 356 23. .545 83. .502 8. .615 1. .00 27. .06 8 5840 OWO WAT V 398 14. .115 57, .834 59, .211 1. .00 27. .83 8 5799 OWO WAT V 357 22. .122 49. 913 14. .384 1. 00 27. .06 8 5841 OWO WAT V 399 38. 189 49. 702 11. .383 1. 00 29. 29 8 *o 5800 OWO WAT V 358 6. .833 52. 668 34. .000 00 27. .79 8 5842 OWO WAT V 400 241 100. 941 39. 033 1. 00 28. 47 8 n 5801 OWO WAT V 359 30. .479 47. 598 56. .666 1. 00 27. .66 8 5843 OWO WAT V 401 44 a 298 73. 510 63. 099 1. 00 28. 91 8 H 5802 OWO WAT V 360 33. .166 42. .826 19. .802 1. 00 27 a .33 8 5844 OWO WAT V 402 7. 061 75. 135 47. 544 1. 00 28. 59 8 7t 5803 OWO WAT V 361 24. .029 55. .851 13. .947 1. 00 28. .08 8 5845 OWO WAT V 403 5. 477 86. 910 42. 452 1. 00 29. 56 8 o VO 5804 OWO WAT V 362 39. ,488 85. ,709 20. .632 1. .00 27. ,01 8 5846 OWO WAT V 404 25. 564 72. 515 56. 246 1. 00 29. 09 8 © 5805 OWO WAT V 363 2. .130 49. .916 43. .049 1. .00 27. .26 8 5847 OWO WAT V 405 25. 075 41. 160 32. 189 1. 00 29. 20 8 © 00 5806 OWO WAT V 364 35. .616 41. ,373 27. .626 1. 00 27. ,13 8 5848 OWO WAT V 406 2. 074 56. 387 58. 854 1. 00 28. 86 8 00 5807 OWO WAT V 365 50. .664 58. .560 41. .450 1. .00 26. ,59 8 5849 OWO WAT V 407 47. 163 58. 038 33. 355 1. 00 28. 76 8 5850 OWO WAT V 408 27.438 44, .407 21, .116 1, .00 28, .21 8 5892 OWO WAT V 450 8.486 84.645 16.251 1.00 30.46 5851 OWO WAT V 409 32 .690 89 .765 34 .445 1 .00 29 .13 8 5893 OWO WAT V 451 17 .712 70 .200 52 .856 1 .00 31 .30 5852 OWO WAT V 410 8 .726 56 .984 33 .875 1 .00 28 .81 8 5894 OWO WAT V 452 45 .187 54 .640 9 .218 1 .00 30 .47 VO VO 5853 OWO WAT V 411 -2 .765 74 .847 45 .763 1 .00 28 .58 8 5895 OWO WAT V 453 23 .220 65 .098 2 .001 1 .00 30 .15 4-- 5854 OJ OWO WAT V 412 9 .880 76 .028 48 .593 1 .00 29 .43 8 5896 OWO WAT V 454 43 .353 48 .993 23 .792 1 .00 30 .21 i VO 5855 OWO WAT V 413 18 .587 55 .405 41 .191 1 .00 28, .66 8 5897 OWO WAT V 455 0 .241 76 .716 42 .809 1 .00 30 .43 4-. 5856 OWO WAT V 414 0 .831 95 .595 23 .928 1. .00 28 .90 8 5898 OWO WAT V 456 38 .954 90 .362 25 .885 1 .00 31 .19 5857 OWO WAT V 415 18 .167 58 .042 65 .360 1 .00 28 .57 8 5899 OWO WAT V 457 8 .998 51 .618 42 .193 1 .00 30 .65 5858 OWO WAT V 416 42 .814 47 .661 27 .620 1 .00 29 .34 8 5900 OWO WAT V 458 47 .484 70 .509 20 .484 1 .00 30 .75 5859 OWO WAT V 417 19 .226 89 .316 19 .020 1 .00 29 .13 8 5901 OWO WAT V 459 26 .632 83 .732 7 .006 1 .00 30 .86 5860 OWO WAT V 418 17 .933 82 .283 11 .952 1 .00 28 .48 8 5902 OWO WAT V 460 27 .887 84 .031 46 .702 1 .00 31 .16 5861 OWO WAT V 419 44 .723 79 .313 13 .493 1 .00 30 .12 8 5903 OWO WAT V 461 10 .456 52 .659 39 .931 1 .00 31 .37 5862 OWO WAT V 420 34 .399 78 .316 0 .819 1 .00 29 .81 8 5904 OWO WAT V 462 25 .474 53 .247 11 .551 1 .00 31 .54 5863 OWO WAT V 421 28 .282 72 .460 57 .888 1 .00 29 .12 8 5905 OWO WAT V 463 21 .666 48 .674 41 .178 1 .00 31 .71 5864 OWO WAT V 422 50 .448 63 .547 18 .793 1 .00 29 .31 8 5906 OWO WAT V 464 51 .799 63 .643 37 .234 1 .00 30 .69 5865 OWO WAT V 423 43 .033 55 .323 65 .913 1 .00 29 .32 8 5907 OWO WAT V 465 17 .686 48 .668 36 .134 1 .00 31 .38 5866 OWO WAT V 424 45 .865 51 .168 51 .498 1 .00 29 .29 8 5908 OWO WAT V 466 47 .081 52 .951 49 .717 1 .00 30 .51 5867 OWO WAT V 425 12 .844 59 .751 19 .386 1 .00 29 .45 8 5909 OWO WAT V 467 15 .593 93 .203 42 .768 1 .00 30 .90 5868 OWO WAT V 426 -3. .707 82 .697 22 .959 1 .00 29 .58 8 5910 OWO WAT V 468 36 .480 80 .071 53 .771 1 .00 30 .56 5869 OWO WAT V 427 28 .989 45 .171 18 .941 1. .00 29 .97 8 5911 OWO WAT V 469 42 .137 47 .781 14 .882 1 .00 31 .85 5870 OWO WAT V 428 14 .689 65 .149 11 .472 1. .00 29 .76 8 5912 OWO WAT V 470 22 .333 61 .351 70 .096 1 .00 31 .36 5871 OWO WAT V 429 49 .962 74 .061 53 .225 1 .00 29 .59 8 5913 OWO WAT V 471 40 .228 72 .527 72 .095 1 .00 31 .17 5872 OWO WAT V 430 26. .674 46, .428 17, .647 1, .00 29, .59 8 5914 OWO WAT V 472 1, .666 74 .527 48 .132 1 .00 31. .28 cυ 5873 OWO WAT V 431 32. .017 64, .281 73, .846 1. .00 29, .67 8 5915 OWO WAT V 473 14, .531 66, .936 59 .718 1 .00 31. .26 5874 OWO WAT V 432 -1. .685 89, .735 36, .396 1. .00 29. .42 8 5916 OWO WAT V 474 21, .000 68, .421 1. .879 1, .00 31. .59 5875 OWO WAT V 433 35. .326 90, .671 32. .858 1. .00 30. .08 8 5917 OWO WAT V 475 37, .163 82, .170 41. .385 1, .00 31. .32 5876 OWO WAT V 434 -5, .217 86, .519 22, .737 1. .00 30. .64 8 5918 OWO WAT V 476 26, .307 62, .094 4. .445 1, .00 31. .75 5877 OWO WAT V 435 22. .655 40, .619 31. .468 1. .00 30. .18 8 5919 OWO WAT V 477 51, .579 61, .409 40. .641 1, .00 31. .25 5878 OWO WAT V 436 9. .970 66. .686 21. .940 1. .00 30. .16 8 5920 OWO WAT V 478 41. ,761 64. .533 7. .578 1. .00 31. .59 5879 OWO WAT V 437 22. ,156 103. .267 41. .579 1. .00 28. .97 8 5921 OWO WAT V 479 -7. .353 65. .632 35. .219 1. .00 31. ,13 5880 OWO WAT V 438 40. .919 45. .553 23. .996 1. .00 30. .13 8 5922 OWO WAT V 480 16. .514 82. .720 36. ,237 1. .00 31. .25 5881 OWO WAT V 439 24. .378 42. .994 18. .498 1. .00 30. .29 8 5923 OWO WAT V 481 23. .770 75. .891 54. .586 1. .00 31. .53 5882 OWO WAT V 440 27. ,456 90. .485 38. .760 1. .00 29. ,87 8 5924 OWO WAT V 482 50. ,377 68. .458 56. .245 1. .00 31. .72 5883 OWO WAT V 441 41. .628 78. .372 57. .406 1. .00 30. ,24 8 5925 OWO WAT V 483 15. ,979 105. .053 38. .501 1. .00 30. .98 5884 OWO WAT V 442 10. 162 67. 365 58. 879 1. 00 30. 51 8 5926 OWO WAT V 484 27. 194 93. 867 31. 829 1. 00 31. 85 π 5885 OWO WAT V 443 7. 899 70. 258 55. 642 1. 00 29. 98 8 5927 OWO WAT V 485 39. 487 68. 664 5. 438 1. 00 31. 02 5886 OWO WAT V 444 7. 439 62. 721 58. 664 1. 00 30. 04 8 5928 OWO WAT V 486 30. 446 58. 438 75. 573 1. 00 31. 49 5887 OWO WAT V 445 30. .182 60. 296 5. 170 1. 00 30. ,62 8 5929 OWO WAT V 487 -2. 258 85. 349 34. 418 1. 00 31. 74 VO s? 5888 OWO WAT V 446 36. .835 87. .065 16. .010 1. .00 30. ,22 8 5930 OWO WAT V 488 46. 873 56. 769 65. 770 1. 00 31. 57 © © 5889 OWO WAT V 447 48. 154 58. 076 55. 789 1. 00 30. 39 8 5931 OWO WAT V 489 18. 407 47. 617 19. 229 1. 00 31. 61 s 00 5890 OWO WAT V 448 9. .079 102. .838 38. 708 1. .00 30. 45 8 5932 OWO WAT V 490 2. 500 78. 686 43. 392 1. 00 31. 62 00 5891 OWO WAT V 449 31. ,488 67. ,009 5. .903 1. ,00 30. .35 8 5933 OWO WAT V 491 7. 727 97. 913 42. 497 1. 00 32. 36 5934 OWO WAT V 492 -5.430 71.658 30.991 1.00 32.45 8 5976 OWO WAT V 534 35.615 48.266 53.410 1.00 33.74 8 5935 OWO WAT V 493 47 .547 72 .958 21 .222 1 .00 31 .57 8 5977 OWO WAT V 535 50 .581 54 .379 41 .752 1 .00 32 .75 8 o 5936 OWO WAT V 494 9 .955 91 .961 24 .393 1 .00 32 .43 8 5978 OWO WAT V 536 34 .738 50 .213 7 .372 1 .00 33 .68 8 O VO 5937 OWO WAT V 495 12 .996 52 .420 46 .232 1 .00 31 .76 8 5979 OWO WAT V 537 42 .324 79 .266 54 .340 1 .00 32 .72 8 *- OJ 5938 OWO WAT V 496 7 .952 65 .594 58 .841 1 .00 32 .02 8 5980 OWO WAT V 538 16 .132 78 .441 8 .864 1 .00 33 .64 8 i VO 5939 OWO WAT V 497 37 .204 88 .789 33 .415 1 .00 31 .57 8 5981 OWO WAT V 539 20 .256 45 .911 20 .702 1 .00 33 .89 8 4-. 5940 OWO WAT V 498 36 .857 41 .938 29 .865 1 .00 32 .38 8 5982 OWO WAT V 540 37 .253 43 .882 46 .170 1 .00 33 .73 8 5941 OWO WAT V 499 7 .220 51 .844 54 .727 1 .00 32 .32 8 5983 OWO WAT V 541 31 .158 88 .960 12 .651 1 .00 34 .15 8 5942 OWO WAT V 500 16 .110 76 .377 49 .777 1 .00 32 .31 8 5984 OWO WAT V 542 2 .885 65 .252 30 .182 1 .00 33 .66 8 5943 OWO WAT V 501 24 .511 47 .736 42 .135 1 .00 32 .37 8 5985 OWO WAT V 543 24 .093 72 .008 54 .068 1 .00 33 .53 8 5944 OWO WAT V 502 22 .783 46 .357 48 .051 1 .00 32 .64 8 5986 OWO WAT V 544 -4 .660 58 .902 52 .534 1 .00 34 .13 8 5945 OWO WAT V 503 27 .138 60 .897 7 .569 1 .00 32 .20 8 5987 OWO WAT V 545 20 .523 52 .571 71 .335 1 .00 34 .29 8 5946 OWO WAT V 504 47 .227 50 .290 36 .850 1 .00 32 .13 8 5988 OWO WAT V 546 50 .389 70 .373 43 .120 1 .00 34 .05 8 5947 OWO WAT V 505 6 .733 67 .493 23 .991 1 .00 32 .68 8 5989 OWO WAT V 547 -1 .784 74 .917 34 .717 1 .00 34 .27 8 5948 OWO WAT V 506 16 .514 70 .176 56 .941 1 .00 32 .03 8 5990 OWO WAT V 548 25 .051 100 .468 31 .517 1 .00 33 .73 8 5949 OWO WAT V 507 43 .175 79 .662 8 .514 1 .00 31 .76 8 5991 OWO WAT V 549 21 .989 83 .148 46 .194 1 .00 34 .71 8 5950 OWO WAT V 508 -3 .757 80 .394 22 .899 1 .00 32 .62 8 5992 OWO WAT V 550 47 .521 62 .364 11 .718 1 .00 34 .05 8 5951 OWO WAT V 509 10 .932 85 .936 45 .262 1 .00 32 .65 8 5993 OWO WAT V 551 52 .236 59 .305 62 .786 1 .00 33 .21 8 5952 OWO WAT V 510 3 .455 97 .650 41 .755 1. .00 32, .31 8 5994 OWO WAT V 552 40 .232 80 .510 16 .448 1 .00 34 .62 8 5953 OWO WAT V 511 33 .419 50 .551 69 .455 1 .00 32 .14 8 5995 OWO WAT V 553 46 .253 56 .949 70 .930 1 .00 33 .53 8 5954 OWO WAT V 512 4 .069 99 .962 23 .550 1 .00 33 .21 8 5996 OWO WAT V 554 47 .895 53 .053 37 .454 1 .00 33 .41 8 5955 OWO WAT V 513 -7 .206 65 .717 41 .690 1, .00 33, .20 8 5997 OWO WAT V 555 13 .358 71 .030 49 .662 1 .00 34 .43 81- H 5956 OWO WAT V 514 53. .785 60. .262 61. .406 1. .00 33, .37 8 5998 OWO WAT V 556 -0, .137 73, .990 26. .087 1, .00 34. .05 8 Λ 5957 OWO WAT V 515 16 .599 87. .045 17. .346 1. .00 32, .99 8 5999 OWO WAT V 557 43, .973 74, .382 6. .399 1, .00 34. .44 8 5958 OWO WAT V 516 47 .349 54. .074 30. .752 1, .00 32, .14 8 6000 OWO WAT V 558 35, .593 60, .367 77. .022 1. .00 33. .63 8 5959 OWO WAT V 517 7. .038 85. .163 42, .409 1. .00 32, .78 8 6001 OWO WAT V 559 6, .112 83, .592 41. .192 1. .00 34. .97 8 5960 OWO WAT V 518 16. .879 50. .503 27, .538 1. .00 32. .69 8 6002 OWO WAT V 560 38, .614 41. .425 25. .492 1. .00 34. .42 8 5961 OWO WAT V 519 30. .838 91. .776 22. .385 1. .00 33. .06 8 6003 OWO WAT V 561 34, .074 88. .144 12. .960 1. ,00 34. .41 8 5962 OWO WAT V 520 33. .882 41. .296 32. .218 1. .00 34. .59 8 6004 OWO WAT V 562 40, .114 63. .213 5. .786 1. ,00 34. .56 8 5963 OWO WAT V 521 53 , .502 60, .512 23. .358 1. .00 32. .27 8 6005 OWO WAT V 563 -0, .202 64. .215 60. .019 1. .00 34. .60 8 5964 OWO WAT V 522 41. .841 73 a .003 34. .316 1. .00 33. .63 8 6006 OWO WAT V 564 4. .614 92. .264 20. .329 1. .00 33. .82 8 5965 OWO WAT V 523 18. .807 69. .394 5. .371 1. 00 32. .65 8 6007 OWO WAT V 565 15. .212 50. .738 32. .687 1. ,00 34. .54 8 5966 OWO WAT V 524 0. .567 102. .365 27. ,670 1. ,00 32. .87 8 6008 OWO WAT V 566 13. .018 70. 753 53. 378 1. 00 35. 00 8 5967 OWO WAT V 525 28. .899 48. .822 64. ,451 1. ,00 32. .62 8 6009 OWO WAT V 567 37. .836 57. 700 75. 968 1. 00 33. 91 8 "ϋ 5968 OWO WAT V 526 42. .766 46. 627 21. 339 1. 00 33. .04 8 6010 OWO WAT V 568 18. 054 71. 354 7. 047 1. 00 34. 28 8 π H 5969 OWO WAT V 527 18. .159 66. 472 60. 034 1. 00 33. 02 8 6011 OWO WAT V 569 20. 435 57. 091 12. 782 1. 00 34. 06 8 5970 OWO WAT V 528 22. .385 49. .518 59. ,427 1. 00 33. .48 8 6012 OWO WAT V 570 -1. 113 72. 836 30. 802 1. 00 34. 18 8 8 1 5971 OWO WAT V 529 14. .542 53 a .899 35. .438 1. 00 32. .40 8 6013 OWO WAT V 571 45. 394 47. 985 15. 576 1. 00 VO 34. 25 8 vo 5972 OWO WAT V 530 0. 923 81. 260 18. 821 1. 00 33. 19 8 6014 OWO WAT V 572 18. 083 105. 524 25. 739 1. 00 35. 26 8 © © 5973 OWO WAT V 531 35. .980 91. .602 25. 073 1. 00 32. 89 8 6015 OWO WAT V 573 42. 363 51. 035 61. 868 1. 00 34. 64 8 © OO 5974 OWO WAT V 532 40. .667 67. .024 71. .313 1. 00 32. 79 8 6016 OWO WAT V 574 3. 332 65. 717 27. 045 1. 00 35. 54 8 OO 5975 OWO WAT V 533 8. .626 61. .294 60. .713 1. 00 32. .69 8 6017 OWO WAT V 575 0. 099 70. 672 51. 291 1. 00 34. 72 8 6018 OWO WAT V 576 0.045 61..496 31..457 1..00 35..51 8 6060 OWO WAT V 618 40.907 80.214 52.034 1.00 37.09 6019 OWO WAT V 577 46 .395 53, .881 61. .040 1. .00 34 .53 8 6061 OWO WAT V 619 47.006 72.793 58.223 1.00 36.47 6020 OWO WAT V 578 52 .136 68 .150 59. .956 1. .00 35 .10 8 6062 OWO WAT V 620 20.221 90.473 42.499 1.00 36.27 vo 6021 OWO WAT V 579 19 .009 41 .546 26 .130 1, .00 33 .65 8 6063 OWO WAT V 621 4.100 73.674 21.447 1.00 36.94 6022 OWO WAT V 580 34 .720 74 .712 71 .942 1, .00 34 .54 8 6064 OWO WAT V 622 8.503 104.300 35.973 1.00 36.81 si 6023 OWO WAT V 581 37 .259 73 .783 73 .743 1 .00 35 .82 8 6065 OWO WAT V 623 30.691 78.729 57.692 1.00 35.94 6024 OWO WAT V 582 27 .833 55 .518 10 .945 1. .00 34 .54 8 6066 OWO WAT V 624 -3.070 94.866 30.332 1.00 36.58 6025 OWO WAT V 583 46 .309 60 .566 10 .060 1 .00 35 .04 8 6067 OWO WAT V 625 46.455 79.736 18.637 1.00 35.97 6026 OWO WAT V 584 10 .952 63 .329 18, .773 1, .00 34 .23 8 6068 OWO WAT V 626 46.537 55.701 59.420 1.00 37.10 6027 OWO WAT V 585 -1 .056 54 .481 35 .620 1, .00 34 .65 8 6069 OWO WAT V 627 43.765 47.227 50.091 00 37.02 6028 OWO WAT V 586 -4 .178 63 .600 36 .602 1 .00 35 .48 8 6070 OWO WAT V 628 -0.451 52.302 37.499 00 36.00 6029 OWO WAT V 587 4 .690 96 .750 20 .660 1 .00 34 .69 8 6071 OWO WAT V 629 47.301 50.088 41.392 00 37.12 6030 OWO WAT V 588 8 .484 73 .376 50 .572 1 .00 35 .07 8 6072 OWO WAT V 630 37.956 80.815 13.060 00 37.94 6031 OWO WAT V 589 44 .017 50 .506 11 .023 1 .00 35 .68 8 6073 OWO WAT V 631 17.138 62.973 7.515 00 37.42 6032 OWO WAT V 590 3 .744 50 .549 36 .911 1 .00 35 .69 8 6074 OWO WAT V 632 13.837 57.372 18.395 00 36.82 6033 OWO WAT V 591 49 .672 55 .539 26 .394 1 .00 35 .74 8 6075 OWO WAT V 633 41.756 55.821 70.896 1.00 36.92 6034 OWO WAT V 592 27 .932 93 .666 25 .261 1 .00 35 .64 8 6076 OWO WAT V 634 25.077 93.998 28.706 00 36.97 6035 OWO WAT V 593 22 .451 73 .996 54 .266 1 .00 35 .51 8 6077 OWO WAT V 635 47.608 54.704 64.130 00 37.13 6036 OWO WAT V 594 33 .048 48 .697 67 .743 1 .00 35 .66 8 6078 OWO WAT V 636 6.911 105.878 25.141 00 36.23 6037 OWO WAT V 595 12 .820 101, .046 44, .339 1, .00 36 .16 8 6079 OWO WAT V 637 42.682 67.557 69.041 00 36.92 6038 OWO WAT V 596 51 .198 69. .586 53, .643 1, .00 35 .14 8 6080 OWO WAT V 638 15.363 88.594 48.034 00 37.42 6039 OWO WAT V 597 29, .662 79. .574 54, .942 1, .00 35 .66 8 6081 OWO WAT V 639 33.890 42.321 17.015 00 37.23 6040 OWO WAT V 598 32, .247 80. .128 52, .116 1, .00 36 .54 8 6082 OWO WAT V 640 9.736 84.033 43.853 00 36.17 J cn 6041 OWO WAT V 599 6 .142 51. .551 37, .685 1. .00 35 .34 8 6083 OWO WAT V 641 10.886 51.035 46.103 00 37.66 6042 OWO WAT V 600 5 .622 70. .631 22, .637 1, .00 35 .66 8 6084 OWO WAT V 642 27.929 72.978 70.610 00 37.35 6043 OWO WAT V 601 22, .365 48. .081 48, .242 1, .00 36 .08 8 6085 OWO WAT V 643 1.233 69.664 25.786 00 37.56 6044 OWO WAT V 602 8, .288 81. .332 15, .641 1, .00 35 .59 8 6086 OWO WAT V 644 15.151 107.231 33.216 00 36.50 6045 OWO WAT V 603 10, .941 74. .805 15. .117 1, .00 35 .60 8 6087 OWO WAT V 645 25.823 98.361 30.305 00 36.65 6046 OWO WAT V 604 35, .796 73. .953 1. .142 1, .00 35 .09 8 6088 OWO WAT V 646 34.857 84.394 12.899 00 36.71 6047 OWO WAT V 605 38, .777 85. .286 9. .309 1, .00 36 .46 8 6089 OWO WAT V 647 20.425 52.936 41.877 00 36.99 6048 OWO WAT V 606 20, .560 52. .963 75. .539 1, .00 37 .03 8 6090 OWO WAT V 648 26.575 49.377 65.800 00 37.37 6049 OWO WAT V 607 -3. .377 66. .230 32. ,749 1. .00 35. .54 8 6091 OWO WAT V 649 31.193 44.914 15.071 1.00 36.96 6050 OWO WAT V 608 40, .087 44. ,107 14. .031 1. .00 36, .33 8 6092 OWO WAT V 650 10.578 49.772 48.688 1.00 36.01 6051 OWO WAT V 609 -1, .635 86. ,958 36. .864 1. .00 35, .23 8 6093 OWO WAT V 651 18.128 51.717 38.409 1.00 37.57 6052 OWO WAT V 610 48, .364 69. ,799 29. .088 1. .00 35. .08 8 6094 OWO WAT V 652 45.424 54.692 56.844 1.00 37.37 π 6053 OWO WAT V 611 18, .383 50. .939 35. .706 1. .00 36, .23 8 6095 OWO WAT V 653 28.011 90.646 18.192 1.00 37.91 6054 OWO WAT V 612 18, .334 58. ,135 13. .735 1. .00 37, .22 8 6096 OWO WAT V 654 47.536 55.043 51.941 1.00 36.73 vo 6055 OWO WAT V 613 16. .341 55. ,369 50. .997 1. .00 35, .78 8 6097 OWO WAT V 655 24.853 98.451 32.915 1.00 37.70 6056 OWO WAT V 614 28. .580 52. .384 12. .139 1. .00 36, .07 8 6098 OWO WAT V 656 27.088 98.198 26.870 1.00 38.56 6057 OWO WAT V 615 23 .108 103. .615 38, .927 1, .00 36 .81 8 6099 OWO WAT V 657 33.663 49.796 11.597 1.00 37.19 oo 6058 OWO WAT V 616 12 .325 79. .803 46, .301 1 .00 35 .61 8 6100 OWO WAT V 658 16.309 55.242 45.035 1.00 37.83 6059 OWO WAT V 617 21 .280 67. .375 64. .153 1 .00 36 .55 8 6101 OWO WAT V 659 20.804 43.210 25.195 1.00 37.72 6102 OWO WAT V 660 23.932 65.246 70.893 1.00 37.09 8 6144 OWO WAT V 702 36.514 82.654 34.129 1.00 38.10 6103 OWO WAT V 661 0.664 53.286 53.271 1.00 38.36 8 6145 OWO WAT V 703 43 .559 50 .161 59 .718 1 .00 39 .15 6104 OWO WAT V 662 40.187 84.151 18.538 1.00 38.05 8 6146 OWO WAT V 704 41 .881 70 .064 7 .497 1 .00 39 .49 VO VO 6105 OWO WAT V 663 44.129 77.826 7.095 1.00 38.36 8 6147 OWO WAT V 705 12 .039 106 .892 30 .442 1 .00 39 .69 * 6106 OWO WAT V 664 5.654 103.176 36.651 1.00 38.12 8 6148 OWO WAT V 706 25 .673 81 .581 52 .252 1 .00 39 .17 O-J i VO 6107 OWO WAT V 665 -2.551 55.092 37.581 1.00 39.63 8 6149 OWO WAT V 707 46 .855 74 .915 26 .181 1 .00 40 .35 6108 OWO WAT V 666 48.102 56.702 13.267 1.00 37.64 8 6150 OWO WAT V 708 21 .077 93 .052 39 .231 1 .00 39 .44 6109 OWO WAT V 667 27.824 90.475 15.555 1.00 36.41 8 6151 OWO WAT V 709 28 .621 62 .328 5 .470 1 .00 38 .56 6110 OWO WAT V 668 38.699 49.812 63.112 1.00 37.80 8 6152 OWO WAT V 710 -3 .607 57 .742 54 .506 1 .00 38 .82 6111 OWO WAT V 669 -2.199 54.401 53.588 1.00 39.21 8 6153 OWO WAT V 711 25 .913 41 .714 29 .843 1 .00 38 .94 6112 OWO WAT V 670 19.006 53.240 47.228 1.00 38.93 8 6154 OWO WAT V 712 21 .385 95 .763 42 .160 1 .00 39 .85 6113 OWO WAT V 671 46.897 48.817 19.829 1.00 39.11 8 6155 OWO WAT V 713 39 .666 46 .565 56 .093 1 .00 40 .16 6114 OWO WAT V 672 42.301 48.935 12.664 1.00 37.43 8 6156 OWO WAT V 714 33 .043 47 .398 12 .747 1 .00 38 .56 6115 OWO WAT V 673 16.098 53.972 53.322 1.00 38.55 8 6157 OWO WAT V 715 3 .335 48 .480 47 .523 1 .00 40 .24 6116 OWO WAT V 674 16.992 66.360 61.965 1.00 40.47 8 6158 OWO WAT V 716 -5 .954 59 .355 43 .289 1 .00 39 .30 6117 OWO WAT V 675 17.396 84.259 14.592 1.00 37.45 8 6159 OWO WAT V 717 -2 .633 70 .380 52 .100 1 .00 39 .49 6118 OWO WAT V 676 48.023 70.300 38.414 1.00 38.28 8 6160 OWO WAT V 718 14 .943 51 .881 28 .927 1 .00 41 .17 6119 OWO WAT V 677 21.061 60.355 72.008 1.00 38.68 8 6161 OWO WAT V 719 30 .665 55 .789 76 .270 1 .00 36 .29 6120 OWO WAT V 678 25.412 45.777 15.102 1.00 40.05 8 6162 OWO WAT V 720 38 .153 41 .243 44 .336 1 .00 39 .61 6121 OWO WAT V 679 43.705 73.272 1.624 1.00 38.78 8 6163 OWO WAT V 721 42 .857 72 .924 4 .760 1 .00 39 .33 6122 OWO WAT V 680 17.379 67.334 7.173 1.00 38.88 8 6164 OWO WAT V 722 42 .983 45 .506 30 .086 1 .00 39 .35 6123 OWO WAT V 681 19.500 72.583 5.113 1.00 41.12 8 6165 OWO WAT V 723 8 .541 68, .671 15 .477 1 .00 40, .10 6124 OWO WAT V 682 27.135 53.269 75.096 1.00 38.74 8 6166 OWO WAT V 724 3 .357 68 .745 24 .682 1 .00 39, .21 σ- 6125 OWO WAT V 683 43.871 76.670 2.397 1.00 38.42 8 6167 OWO WAT V 725 32 .096 74, .899 2 .155 1. .00 38, .68 6126 OWO WAT V 684 32.690 47.277 60.342 1.00 38.23 8 6168 OWO WAT V 726 -3, .316 99. .677 31. .930 1, .00 40. ,29 6127 OWO WAT V 685 38.889 50.643 67.387 1.00 38.05 8 6169 OWO WAT V 727 33, .290 44. .355 45. .552 1. .00 39. .94 6128 OWO WAT V 686 15.848 75.816 7.403 1.00 37.86 8 6170 OWO WAT V 728 50, .677 69. .314 25. .213 1, .00 38. .89 6129 OWO WAT V 687 25.036 96.149 30.003 1.00 38.02 8 6171 OWO WAT V 729 35 .441 42. .395 37. .048 1, .00 39. ,29 6130 OWO WAT V 688 44.120 49.147 54.661 1.00 39.21 8 6172 OWO WAT V 730 8 .363 53 , .922 35 .516 1, .00 38. .32 6131 OWO WAT V 689 31.793 51.208 10.937 1.00 39.53 8 6173 OWO WAT V 731 -1. .713 91. .588 39. .071 1. .00 40. .09 6132 OWO WAT V 690 9.476 96.492 43.783 1.00 37.31 8 6174 OWO WAT V 732 22. .068 82. .950 49, .452 1. ,00 38. 86 6133 OWO WAT V 691 8.821 88.129 44.638 1.00 39.95 8 6175 OWO WAT V 733 -1. .449 89. ,011 21. .652 1. ,00 39. 99 6134 OWO WAT V 692 8.003 80.636 43.644 1.00 37.70 8 6176 OWO WAT V 734 37. ,354 59. ,035 5. .289 1. ,00 40. 90 6135 OWO WAT V 693 14.834 83.314 13.883 1.00 39.80 8 6177 OWO WAT V 735 20. ,992 87. 687 45. .698 1. 00 40. 19 "0 6136 OWO WAT V 694 21.370 44.389 41.265 1.00 39.75 8 6178 OWO WAT V 736 46. 650 76. 726 54. 492 1. 00 40. 47 n 6137 OWO WAT V 695 25.208 85.122 7.995 1.00 38.90 8 6179 OWO WAT V 737 7. 370 47. 777 49. H 173 1. 00 41. 37 6138 OWO WAT V 696 34.431 64.498 5.882 1.00 37.43 8 6180 OWO WAT V 738 14. 279 71. 404 55. 742 1. 00 39. 06 6139 OWO WAT V 697 46.857 48.623 44.260 1.00 38.67 8 6181 OWO WAT V 739 13. 276 62. 067 63. 468 1. 00 38. 95 VO 6140 OWO WAT V 698 48.394 49.074 31.806 1.00 38.40 8 6182 OWO WAT V 740 47. 469 55. 262 33. 788 1. 00 41. 14 © © 6141 OWO WAT V 699 6.330 71.875 18.323 1.00 39.24 8 6183 OWO WAT V 741 35. 182 72. 963 73. 409 1. 00 38. 69 © 00 6142 OWO WAT V 700 3.567 68.493 56.513 1.00 39.03 8 6184 OWO WAT V 742 28. 993 42. 749 41. 796 1. 00 40. 22 00 6143 OWO WAT V 701 19.531 67.580 61.273 1.00 38.68 8 6185 OWO WAT V 743 12. 430 51. 804 37. 400 1. 00 39. 68 6186 OWO WAT V 744 5.325 85.408 18.950 1.00 41.26 8 6228 OWO WAT V 786 19.476 44.845 23.558 1.00 42.02 8 6187 OWO WAT V 745 41 .721 66 .169 73 .677 1 .00 39 .43 8 6229 OWO WAT V 787 21 .294 88 .109 18 .755 1 .00 42 .02 8 o 6188 OWO WAT V 746 16 .983 83 .519 10 .040 1 .00 40 .83 8 6230 OWO WAT V 788 46 .461 57 .071 56 .124 1 .00 41 .88 8 vo VO 6189 OWO WAT V 747 -3 .245 67 .552 51 .568 1 .00 41 .14 8 6231 OWO WAT V 789 52 .975 62 .124 50 .393 1 .00 41 .59 8 *-J 6190 OWO WAT V 748 18 .547 72 .699 54 .390 1 .00 40 .80 8 6232 OWO WAT V 790 8 .480 108 .235 24 .221 1 .00 42 .16 8 VO 6191 OWO WAT V 749 50 .952 65 .503 10 .665 1 .00 39 .71 8 6233 OWO WAT V 791 18 .517 78 .200 51 .474 1 .00 42 .31 8 4-. 6192 OWO WAT V 750 6 .873 59 .618 31 .097 1 .00 40 .61 8 6234 OWO WAT V 792 -5 .150 51 .726 49 .471 1 .00 40 .85 8 6193 OWO WAT V 751 44 .643 72 .249 41 .540 1 .00 40 .21 8 6235 OWO WAT V 793 36 .849 55 .447 72 .633 1 .00 42 .13 8 6194 OWO WAT V 752 10 .333 59 .620 21 .158 1 .00 40 .03 8 6236 OWO WAT V 794 37 .563 79 .694 42 .494 1 .00 41 .67 8 6195 OWO WAT V 753 25 .342 99 .843 20 .985 1 .00 40 .88 8 6237 OWO WAT V 795 18 .818 84 .285 16 .222 1 .00 43 .03 8 6196 OWO WAT V 754 13 .886 67 .341 51 .913 1 .00 41 .40 8 6238 OWO WAT V 796 36 .451 82 .759 13 .933 1 .00 41 .71 8 6197 OWO WAT V 755 20 .669 50 .466 56 .076 1 .00 40 .93 8 6239 OWO WAT V 797 22 .906 51 .457 67 .808 1 .00 41 .33 8 6198 OWO WAT V 756 16 .062 51 .352 42 .439 0 .00 41 .08 8 6240 OWO WAT V 798 1 .528 102 .171 36 .053 1 .00 41 .41 8 6199 OWO WAT V 757 -2. .323 91 .095 34 .519 1 .00 40 .69 8 6241 OWO WAT V 799 36 .684 45 .294 51 .188 1 .00 42 .88 8 6200 OWO WAT V 758 3 .987 63 .229 29 .353 1 .00 41 .53 8 6242 OWO WAT V 800 14 .017 67 .414 9 .706 1 .00 41 .87 8 6201 OWO WAT V 759 20 .694 99 .900 18 .786 1. .00 39 .84 8 6243 OWO WAT V 801 47 .832 66 .788 18 .650 1. .00 43 .94 8 6202 OWO WAT V 7S0 21 .098 72 .115 58 .710 1 .00 40 .04 8 6244 OWO WAT V 802 34 .436 88 .324 36 .102 1 .00 43 .03 8 6203 OWO WAT V 761 39 .451 41 .349 13 .513 1 .00 40 .57 8 6245 OWO WAT V 803 24 .260 67 .815 69 .741 1 .00 42 .57 8 6204 OWO WAT V 762 3 .185 80 .792 42 .000 1 .00 41 .27 8 6246 OWO WAT V 804 13 .129 74 .685 52 .293 1 .00 42 .14 8 6205 OWO WAT V 763 15 .866 68 .494 52 .407 1 .00 40 .90 8 6247 OWO WAT V 805 16 .572 61 .433 12 .722 1. .00 41 .61 8 6206 OWO WAT V 764 42. .027 79 .686 47, .257 1. .00 40, .14 8 6248 OWO WAT V 806 46 .827 51, .429 47 .524 1. .00 42 .73 8 6207 OWO WAT V 765 41. .063 55 .022 68, .081 1. .00 42, .98 8 6249 OWO WAT V 807 26 .546 48, .730 71 .404 1. .00 42 .47 81-" 6208 OWO WAT V 766 15, .728 85 .261 16, .175 1. .00 42, .08 8 6250 OWO WAT V 808 33 .308 76, .572 61 .813 1. .00 42 .82 6209 OWO WAT V 767 -8, .665 63 .541 41, .234 1, .00 40. .98 8 6251 OWO WAT V 809 16 .314 98, .564 17 .363 1. .00 42 .43 * 8£ 6210 OWO WAT V 768 28. .828 85, .580 44. .440 1, .00 40 .75 8 6252 OWO WAT V 810 47 .038 73, .620 61 .642 1. .00 43 .62 8 6211 OWO WAT V 769 46. .504 46, .346 43. .773 1. .00 40 .98 8 6253 OWO WAT V 811 23 .301 74 .541 1 .386 1. .00 44 .52 8 6212 OWO WAT V 770 52. .964 61. .429 54. .373 1. .00 41. .49 8 6254 OWO WAT V 812 23. .719 88. .481 37. .683 1. .00 40. .46 8 6213 OWO WAT V 771 25. .001 95. .005 39. .507 1. .00 41. .35 8 6255 OWO WAT V 813 31. .440 60. .185 76. .751 1. ,00 43. .11 8 6214 OWO WAT V 772 4. .818 62. .633 59. .449 1. .00 41. .54 8 6256 OWO WAT V 814 16. .573 101. .550 19. .316 1. ,00 43. .14 8 6215 OWO WAT V 773 18. .916 60. .160 66. .080 1. .00 41. .09 8 6257 OWO WAT V 815 4. .201 55. .069 57. .571 1. .00 42. .80 8 6216 OWO WAT V 774 27. .033 88. .841 12. .019 1. .00 41, .39 8 6258 OWO WAT V 816 -5, .755 72. .609 47. .268 1. .00 41. .92 8 6217 OWO WAT V 775 13. ,803 67. .385 57. ,044 1. .00 41, .01 8 6259 OWO WAT V 817 23 a .802 106. .033 28. .040 1. ,00 42. .13 8 6218 OWO WAT V 776 11. ,356 101. .651 18. ,715 1. .00 42, .40 8 6260 OWO WAT V 818 28. .580 91. .427 35. .569 1. ,00 44. ,77 8 6219 OWO WAT V 777 50. 379 57. .839 57. 286 1. .00 38. .80 8 6261 OWO WAT V 819 -6. .927 74. 495 44. 783 1. 00 42. 39 8 *ϋ 6220 OWO WAT V 778 9. 739 81. .288 44. 991 1. .00 38. .14 8 6262 OWO WAT V 820 42. 898 80. 745 21. 282 1. 00 42. 72 8 O H 6221 OWO WAT V 779 26. 770 45. .470 44. 155 1. .00 39. .31 8 6263 OWO WAT V 821 44. 594 48. 996 19. 414 1. 00 42. 65 8 6222 OWO WAT V 780 51. 219 61. .900 12. ,424 1. .00 42. .17 8 6264 OWO WAT V 822 22. 357 66. 608 68. 417 1. 00 43. 63 8 o 6223 OWO WAT V 781 44. 665 53. .194 62. ,632 1. .00 40. ,09 8 6265 OWO WAT V 823 25. 576 50. 604 10. 991 1. 00 43. 85 8 V —O 6224 OWO WAT V 782 332 57. .891 45. .992 1. .00 43. .38 8 6266 OWO WAT V 824 47. 220 77. 741 25. 726 1. 00 44. 91 8 © © 6267 © 6225 OWO WAT V 783 54. 313 63. .995 27. 513 1. .00 40. .34 8 OWO WAT V 825 16. 600 55. 517 47. 156 1. 00 44. 33 8 oo oo 6226 OWO WAT V 784 26. 835 56. ,319 8. .446 1. .00 41. .42 8 6268 OWO WAT V 826 1. 892 50. 074 39. 116 1. 00 42. 83 8 6227 OWO WAT V 785 53. 198 59. ,584 25. .852 1. .00 42. .12 8 6269 OWO WAT V 827 24. 440 89. 039 35. 388 1. 00 43. 51 8 6270 OWO WAT V 828 21.480 53.418 43.918 1..00 43.38 8 6312 OWO WAT V 870 46.779 45.863 33.183 1.00 38.06 8 6271 OWO WAT V 829 14 .604 82. .502 11 .170 1, .00 41. .84 8 6313 OWO WAT V 871 28. .449 47, .238 49. .410 1 .00 44 .98 8 6272 OWO WAT V 830 14 .875 62 .765 14 .779 1. .00 42 .12 8 6314 OWO WAT V 872 31 .691 90 .618 16 .034 1 .00 45 .59 8 o vo O 6273 OWO WAT V 831 3 .701 80 .451 16 .127 1. .00 43 .54 8 6315 OWO WAT V 873 45 .269 73 .271 25 .041 1 .00 46 .87 8 6274 OWO WAT V 832 48 .724 69 .957 34 .245 1 .00 43 .72 8 6316 OWO WAT V 874 18 .096 50 .245 53 .261 1 .00 45 .09 8 OJ si 6275 OWO WAT V 833 33 .297 59 .385 78 .143 1 .00 45 .08 8 6317 OWO WAT V 875 -5 .062 64 .679 39 .520 1 .00 44 .00 8 VO ^. 6276 OWO WAT V 834 17 .544 53 .593 51 .513 1 .00 46 .32 8 6318 OWO WAT V 876 17 .006 54 .092 49 .423 1 .00 46 .50 8 6277 OWO WAT V 835 12 .009 85 .638 47 .505 1 .00 44 .72 8 6319 OWO WAT V 877 39 .580 64 .107 77 .580 1 .00 45 .16 8 6278 OWO WAT V 836 12 .936 54 .854 19 .146 1 .00 42 .89 8 6320 OWO WAT V 878 16 .405 56 .330 66 .595 1 .00 44 .67 8 6279 OWO WAT V 837 24 .005 43 .446 16 .058 1 .00 42 .88 8 6321 OWO WAT V 879 28 .253 74 .829 0 .308 1 .00 44 .14 8 6280 OWO WAT V 838 2 .563 57 .015 61 .406 1 .00 42 .80 8 6322 OWO WAT V 880 26 .165 96 .027 33 .730 1 .00 45 .73 8 6281 OWO WAT V 839 17 .292 81 .361 47 .327 1 .00 43 .05 8 6323 OWO WAT V 881 25 .024 94 .673 31 .684 1 .00 45 .30 8 6282 OWO WAT V 840 26 .973 97 .353 24 .292 1 .00 42 .44 8 6324 OWO WAT V 882 6 .382 101 .590 23 .078 1 .00 45 .88 8 6283 OWO WAT V 841 24 .520 83 .741 45 .252 1 .00 44 .48 8 6325 OWO WAT V 883 20 .784 106 .032 25 .469 1 .00 44 .92 8 6284 OWO WAT V 842 40 .943 89 .452 22 .148 1 .00 43 .11 8 6326 OWO WAT V 884 15 .678 70 .001 59 .741 1 .00 47 .72 8 6285 OWO WAT V 843 17 .748 68 .046 54 .218 1. .00 43 .50 8 6327 OWO WAT V 885 43 .426 78 .175 61 .043 1 .00 46 .23 8 6286 OWO WAT V 844 53 .072 63 .513 23 .413 1. .00 44 .03 8 6328 OWO WAT V 886 10 .651 50 .358 43 .666 1 .00 45 .79 8 6287 OWO WAT V 845 -1 .018 97 .468 34 .805 1, .00 44 .47 8 6329 OWO WAT V 887 0 .918 4 .811 54 .685 1 .00 45 .38 8 6288 OWO WAT V 846 14 .885 69 .989 10 .290 1, .00 44 .92 8 6330 OWO WAT V 888 24 .371 106 .460 30 .607 1 .00 46 .20 8 6289 OWO WAT V 847 15 .800 50 .802 20 .677 1, 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.51 8 6339 OWO WAT V 897 30. .394 49. .733 9. ,142 1. .00 48. .10 8 6298 OWO WAT V 856 35. .277 49. .445 9. .697 1. .00 45. .37 8 6340 OWO WAT V 898 27. .101 98. .920 22. ,257 1. .00 46. .90 8 6299 OWO WAT V 857 51. .902 64. .035 51. .472 1. .00 44, .46 8 6341 OWO WAT V 899 14. .712 51. .617 24. .308 1. .00 47. .17 8 6300 OWO WAT V 858 5. .381 94. .650 19. .292 1. .00 45, .20 8 6342 OWO WAT V 900 46. .781 50. .533 27. .214 1. .00 47. .00 8 6301 OWO WAT V 859 14 , .161 52. .807 19. .941 1. ,00 44, .99 8 6343 OWO WAT W 1 -6. .114 65. .250 32. .669 1. ,00 47. ,96 8 6302 OWO WAT V 860 0. .976 49. .582 46. .683 1. ,00 45. .54 8 6344 OWO WAT W 2 47. .645 71. .480 60. ,598 1. ,00 45. ,49 8 6303 OWO WAT V 861 11. .378 56. .649 26. .955 1. 00 46. .98 8 6345 OWO WAT W 3 48. 802 54. 151 54. 398 1. 00 46. 37 8 Α 6304 OWO WAT V 862 23. .725 48. .499 52. .657 1. 00 43. .58 8 6346 OWO WAT W 4 4. 605 105. 268 26. 990 1. 00 46. 92 8 O 6305 OWO WAT V 863 31. ,619 53. .767 4. .982 1. 00 44. .03 8 6347 OWO WAT W 5 42. 143 73. 136 41. 061 1. 00 45. 02 8 6306 OWO WAT V 864 21. .564 85. .158 16. .121 1. ,00 46. .34 8 6348 OWO WAT W 6 26. 105 89. 154 41. 563 1. 00 47. 90 8 6307 OWO WAT V 865 48, .454 57. .833 31. .207 1. ,00 45. .05 8 6349 OWO WAT W 7 3. 202 48. 853 55. 140 1. 00 47. 23 8 VO NO 6308 OWO WAT V 866 13, .820 78. .070 11. .134 1. ,00 47, .52 8 6350 OWO WAT W 8 -2. 318 61. 724 33. 458 1. 00 48. 00 8 © © 6309 OWO WAT V 867 53, .268 61. .611 27, .715 1. .00 45, .47 8 6351 OWO WAT W 9 38. 569 50. 803 7. 204 1. 00 46. 95 8 © OO 6310 OWO WAT V 868 40, .661 42. .455 21, .732 1. .00 43. ,57 8 6352 OWO WAT W 10 2. 160 103. 336 25. 390 1. 00 47. 08 8 oo 6311 OWO WAT V 869 24, .881 97. .609 17, .754 1. .00 41. .56 8 6353 OWO WAT W 11 27. 464 41. 903 36. 189 1. 00 42. 96 8 6354 OWO WAT W 12 49.209 50.152 22.583 1.00 48.25 8 6396 OWO WAT W 54 49.464 48.219 14.354 1.00 55.58 8 6355 OWO WAT W 13 10 .266 57 .487 62 .131 1 .00 43 .39 8 6397 OWO WAT W 55 -2 .823 49 .394 48 .028 1 .00 50 .11 8 OWO WAT W 14 54 .127 66 .185 63 .244 1 .00 49 .78 8 6398 OWO WAT W 56 22 .263 105 .611 23 .242 1 .00 o 6356 50 .89 8 vo 6357 OWO WAT W 15 19 .083 49 .330 63 .179 1 .00 49 .30 8 6399 OWO WAT W 57 16 .395 51 .479 56 .998 1 .00 54 .48 8 OJ 6358 OWO WAT W 16 39 .385 74 .287 38 .793 1 .00 46 .50 8 6400 OWO WAT W 58 46 .461 51 .028 12 .082 1 .00 51 .52 8 6359 OWO WAT W 17 -1 .255 52 .062 41 .948 1 .00 49 .09 8 6401 OWO WAT W 59 35 .996 61 .651 5 .602 1 .00 53 .96 8 4-. 6360 OWO WAT W 18 16 .630 69 .708 8 .569 1 .00 48 .63 8 6402 OWO WAT W 60 25 .277 46 .888 50 .958 1 .00 53 .30 8 6361 OWO WAT W 19 29 .289 54 .314 9 .208 1 .00 49 .09 8 6403 OWO WAT W 61 15 .763 94 .604 17 .487 1 .00 49 .77 8 6362 OWO WAT W 20 38 .590 83 .950 31 .916 1 .00 48 .14 8 6404 OWO WAT W 62 42 .937 61 .534 7 .934 1 .00 47 .74 8 6363 OWO WAT W 21 47 .212 44 .923 37 .558 1 .00 49 .07 8 6405 OWO WAT W 63 24 .840 46 .516 44 .072 1 .00 51 .69 8 6364 OWO WAT W 22 2 .016 104 .557 33 .998 1 .00 50 .31 8 6406 OWO WAT W 64 29 .111 92 .028 40 .197 1 .00 48 .35 8 6365 OWO WAT W 23 5 .910 79 .410 15 .810 1 .00 46 .74 8 6407 OWO WAT W 65 4 .689 89 .221 19 .393 1 .00 50 .44 8 6366 OWO WAT W 24 18 .824 46 .920 16 .693 1 .00 44 .54 8 6408 OWO WAT W 66 11 .456 93 .383 15 .046 1 .00 58 .07 8 6367 OWO WAT W 25 21 .253 90 .457 18 .335 1 .00 47 .12 8 6409 OWO WAT W 67 15 .227 108 .500 35 .816 1 .00 52 .43 8 6368 OWO WAT W 26 46 .674 72 .576 34 .746 1 .00 48 .69 8 6410 OWO WAT W 68 42 .860 74 .904 32 .815 1 .00 52 .70 8 6369 OWO WAT W 27 17 .804 54 .470 14 .884 1 .00 50 .05 8 6411 OWO WAT W 69 48 .829 69 .006 23 .605 1 .00 55 .19 8 6370 OWO WAT W 28 -3 .319 64 .779 54 .655 1 .00 49 .95 8 6412 OWO WAT w 70 15 .485 68 .666 11 .962 1 .00 52 .48 8 6371 OWO WAT w 29 20 .035 59 .810 69 .328 1 .00 47 .36 8 6413 OWO WAT w 71 -5 .047 98 .836 30 .411 1 .00 52 .33 8 6372 OWO WAT w 30 6 .598 98 .214 19 .529 1 .00 50 .29 8 6414 OWO WAT w 72 38 .899 69 .928 3 .024 1 .00 53 .43 8 6373 OWO WAT w 31 29 .388 57 .634 5 .275 1 .00 49 .23 8 6415 OWO WAT w 73 47 .563 47 .253 16 .948 1 .00 53 .16 8 6374 OWO WAT w 32 25 .881 83 .371 49 .453 1 .00 49 .89 8 6416 OWO WAT w 74 8 .621 51 .721 57 .810 1 .00 51 .63 8 6375 OWO WAT w 33 46 .828 48 .534 13 .616 1 .00 48 .17 8 6417 OWO WAT w 75 52 .887 59 .020 49 .147 1 .00 50. .28 8 6376 OWO WAT w 34 52 .912 62. .999 14. .852 1. .00 46. .56 8 6418 OWO WAT w 76 4. .037 61. .529 30, .846 1. .00 54. .62 8 U5 6377 OWO WAT w 35 2 .107 83. .103 18, .070 1. .00 48, .10 8 6419 OWO WAT w 77 4. .332 83. .232 16, .091 1 .00 55, .82 8 6378 OWO WAT w 36 41. .486 67, .797 7, .736 1. .00 50, .23 8 6420 OWO WAT w 78 36, .037 53. .977 74, .978 1. .00 55, .15 8 6379 OWO WAT w 37 9. .492 94, .962 15 .817 1, .00 48. .00 8 6421 OWO WAT w 79 51, .512 53. .978 47. .701 0. .00 54, .18 8 6380 OWO WAT w 38 28. .348 95, .134 21. .001 1. .00 48. .19 8 6422 OWO WAT w 80 14, .797 91. .920 17. ,273 1. .00 51. .87 8 6381 OWO WAT w 39 32, .401 92, .434 25. .439 1. .00 50. .58 8 6423 OWO WAT w 81 19. .801 84, .369 8. .356 1, .00 55. .63 8 6382 OWO WAT w 40 46, .035 46, .956 48. .050 1. .00 50. .92 8 6424 OWO WAT w 82 31. .496 46, .252 52. .107 1. .00 55. .15 8 6383 OWO WAT w 41 34, .909 51, .572 71. .159 1. .00 49. .38 8 6425 OWO WAT w 83 -1, .823 79. .829 19, .762 1. .00 53. .76 8 6384 OWO WAT w 42 29. .114 76. .486 61. .672 1. .00 49. .83 8 6426 OWO WAT w 84 29. .256 92. .834 20. .731 1. .00 53. .49 8 6385 OWO WAT w 43 -3. .044 91. .942 40. .975 1. .00 51. .92 8 6427 OWO WAT w 85 -1. .824 76. ,279 32. .563 1. .00 55. 76 8 6386 OWO WAT w 44 -3. .395 74. .451 28. .328 1. .00 46. .84 8 6428 OWO WAT w 86 32. .061 46. ,088 49. 588 1. .00 55. 95 8 6387 OWO WAT w 45 20. .187 89. .421 44. .602 1. .00 49. .88 8 6429 OWO WAT w 87 41. .327 42. 439 33. 669 1. 00 55. 86 8 -0 6388 OWO WAT w 46 -4. .080 54. ,699 41. .545 1. .00 50. .13 8 6430 OWO WAT w 88 43. 153 80. 324 3. 532 1. 00 52. 67 8 π H 6389 OWO WAT w 47 38. .425 87. .733 31. ,621 1. .00 49. ,47 8 6431 OWO WAT w 89 47. 799 76. 801 61. 841 1. 00 55. 93 8 6390 OWO WAT w 48 4. .305 62. .413 62. .323 1. .00 49. .60 8 6432 OWO WAT w 90 35. 708 85. 333 37. 348 1. 00 54. 64 8 71 6391 OWO WAT w 49 6. .229 89. .367 44. .095 1. .00 53. .06 8 6433 OWO WAT w 91 52. 110 65. 452 56. 038 1. 00 53. 77 8 © 6392 OWO WAT w 50 49. .747 66. .902 23. ,155 0. .00 51. .47 8 6434 OWO WAT w 92 16. 996 79. 167 47. 458 1. 00 56. 65 8 © © 6393 OWO WAT w 51 40. .855 78. .417 26. .292 1. ,00 48. ,79 8 6435 OWO WAT w 93 27. 626 49. 502 11. 515 1. 00 60. 46 8 00 00 6394 OWO WAT w 52 17. .489 50. .714 66. .895 1. .00 52. .19 8 6436 OWO WAT w 94 29. 317 47. 547 14. 906 1. 00 61. 23 8 6395 OWO WAT w 53 34, .327 92. .622 27. .782 1. .00 49. .40 8 6437 OWO WAT w 95 51. 306 65. 455 30. 794 0. 00 67. 31 8 6438 OWO WAT W 96 21.,436 52..799 12,.475 1..00 60..39 8 6480 OWO WAT W 138 38..033 48..935 8..928 1..00 56..21 8 6439 OWO WAT W 97 24. .857 50, .122 68. .228 1. .00 61. .97 8 6481 OWO WAT W 139 22. .720 48. .167 43, .406 1. .00 43. .05 8 6440 OWO WAT W 98 53. .436 60, .942 47. .809 1, .00 59. .88 8 6482 OWO WAT W 140 16. .160 51. .440 42. .398 1. o .00 42 .33 8 O vo 6441 OWO WAT W 99 26. .545 99 .863 28 .613 1. .00 66. .13 8 6483 OWO WAT W 141 51 .286 65. .520 30. .747 0. .00 58 .93 8 4-- OJ 6442 OWO WAT W 100 28. .187 94 .100 34 .809 1 .00 47, .55 8 6484 OWO WAT W 142 22 .870 83 .783 -0 .279 1 .00 39 .91 8 si 6443 OWO WAT W 101 46. .501 68. .477 9 .327 1. .00 62, .49 8 6485 OWO WAT W 143 23 .492 85 .411 VO 14 .742 1. .00 45 .55 8 4-. 6444 OWO WAT W 102 41. .335 80, .622 32. .546 1. .00 56. .46 8 6486 OWO WAT W 144 30, .609 38. .135 34. .869 1. .00 53. .23 8 6445 OWO WAT W 103 49. .090 47, .019 29, .937 1. .00 51, .60 8 6487 OWO WAT W 145 51 .546 53 .971 47 .725 0. .00 54 .90 8 6446 OWO WAT W 104 29. .677 70 .505 75 .480 1 .00 55, .52 8 6488 OWO WAT W 146 37 .344 40 .493 33 .234 1 .00 46 .02 8 6447 OWO WAT W 105 10, .580 70 .552 56 .020 1 .00 45 .60 8 6489 OWO WAT W 147 35 .805 47 .572 62 .190 1 .00 53 .24 8 6448 OWO WAT W 106 -5 .437 61 .460 36 .195 1 .00 49 .58 8 6490 OWO WAT W 148 32 .439 62 .293 76 .111 1 .00 52 .51 8 6449 OWO WAT W 107 41, .636 42 .378 28 .372 1. .00 47, .73 8 6491 OWO WAT W 149 24 .077 90 .751 37 .673 1 .00 48 .00 8 6450 OWO WAT W 108 48, .134 51 .375 29 .584 1 .00 53 .67 8 6492 OWO WAT W 150 20 .655 50 .869 68 .464 1 .00 51 .34 8 6451 OWO WAT W 109 20, .029 46 .534 41 .141 1 .00 45 .69 8 6493 OWO WAT W 151 42 .359 76 .800 31 .368 1 .00 54 .68 8 6452 OWO WAT W 110 39 .076 61 .857 77 .827 1 .00 61 .24 8 6494 OWO WAT W 152 40 .991 84 .869 28 .522 1 .00 51 .94 8 6453 OWO WAT W 111 40 .140 79 .602 28 .296 1 .00 58 .08 8 6495 OWO WAT W 153 -3 .448 59 .486 34 .298 1 .00 60 .14 8 6454 OWO WAT W 112 24 .479 41 .686 38 .003 1 .00 48 .71 8 6496 OWO WAT w 154 24 .275 50 .044 65 .629 1 .00 48 .99 8 6455 OWO WAT W 113 18 .748 86 .522 18 .736 1 .00 54, .95 8 6497 OWO WAT w 155 24 .898 47 .635 57 .042 1 .00 50 .00 8 6456 OWO WAT W 114 26 .670 86 .155 43 .878 1 .00 45, .83 8 6498 OWO WAT w 156 46 .911 73 .376 32 .086 1 .00 65 .97 8 6457 OWO WAT W 115 34 .014 44 .101 58 .947 1 .00 55 .80 8 6499 OWO WAT w 157 12 .448 63 .643 14 .806 1 .00 50 .68 8 6458 OWO WAT W 116 44 .085 44 .358 32 .579 1 .00 66 .42 8 6500 OWO WAT w 158 17 .367 83 .516 7 .750 1 .00 59 .03 8 6459 OWO WAT W 117 2 .549 102 .526 41 .260 1 .00 56 .37 8 6501 OWO WAT w 159 38 .537 87 .429 19 .244 1 .00 48 .05 8 I- 1 6460 OWO WAT W 118 10, .042 59, .115 64, .251 1, .00 53, .53 8 6502 OWO WAT w 160 49 .397 68. .482 30. .753 0. .00 47, .12 R B O M 6461 OWO WAT W 119 52, .498 59, .271 37, .676 1, .00 46, .44 8 6503 OWO WAT w 161 52, .562 62. .737 30, .460 0. .00 55. .04 8 6462 OWO WAT W 120 49, .412 68. .479 30, .738 0, .00 48, .32 8 6504 OWO WAT w 162 17, .100 92. .730 17, .506 1. .00 48, .89 8 6463 OWO WAT W 121 39, .604 81, .174 29 .899 1, .00 40, .72 8 6505 OWO WAT w 163 54 .143 65. .666 53, .272 1. .00 49. .78 8 6464 OWO WAT W 122 52, .578 62, .726 30 .463 0 .00 55, .27 8 6506 OWO WAT w 164 35 .140 89, .217 21, .335 0. .00 49. .55 8 6465 OWO WAT W 123 32. .284 38 .992 32 .423 1 .00 44 .19 8 6507 OWO WAT w 165 40 .864 85 .144 25, .201 1. .00 51. .96 8 6466 OWO WAT W 124 54. .342 58, .298 13, .900 1. .00 48. .84 8 6508 OWO WAT w 166 0, .129 71, .062 53. .859 1. ,00 50. .46 8 6467 OWO WAT W 125 53. .831 60, .018 17, .609 1. .00 53. .12 8 6509 OWO WAT w 167 19, .749 95, .732 16. .395 1. .00 54. .02 8 6468 OWO WAT W 126 37, .548 48, .910 67, .790 1, .00 63. .29 8 6510 OWO WAT w 168 45, .089 55, .696 66. .763 1. .00 48. .69 8 6469 OWO WAT W 127 16, .364 67, .201 64, .210 1, .00 54. .77 8 6511 OWO WAT w 169 29, .920 93, .952 27, .969 1. .00 57. .82 8 6470 OWO WAT W 128 35, .507 88, .726 18, .930 1, .00 44. .18 8 6512 OWO WAT w 170 -1, .140 103, .281 29. .038 1. .00 59. .68 8 6471 OWO WAT W 129 49, .585 56, .011 59, .240 1, .00 44. .54 8 6513 OWO WAT w 171 0. .493 67. .332 27. .261 1. .00 46. .75 8 -a 6472 OWO WAT W 130 13. .470 54. .095 28. .765 1. .00 39. .17 8 6514 OWO WAT w 172 11. .663 49. .273 52. 961 1. 00 47. 65 8 o 6473 OWO WAT W 131 11. .141 90. .680 16. .198 1. .00 49. ,46 8 6515 OWO WAT w 173 19. ,395 43. .670 27. 526 0. 00 52. 64 8 6474 OWO WAT W 132 -9. .184 65. .150 46. .616 1, .00 52. .99 8 6516 OWO WAT w 174 12. ,558 73. .429 10. 221 1. 00 52. 09 8 7t 6475 OWO WAT W 133 44. .910 67, .182 7, .757 1, .00 52. .67 8 6517 OWO WAT w 175 47. ,725 72. .168 25. 475 1. 00 55. 03 8 VO VO 6476 OWO WAT W 134 38, .968 68, .370 71. .252 1, .00 37, .18 8 6518 OWO WAT w 176 37. ,354 46. ,525 53. 992 1. 00 62. 86 8 © 6477 OWO WAT W 135 9. .962 106. .661 35. .598 1. .00 48. .81 8 6519 OWO WAT w 177 6. 566 77. 689 48. 060 1. 00 54. 04 8 © oo 6478 OWO WAT W 136 -0, .018 83, .329 37. .562 1, .00 49. .93 8 6520 OWO WAT w 178 27. 239 80. 756 54. 362 1. 00 54. 49 8 oo 6479 OWO WAT W 137 6. .077 95, .625 42, .890 1, .00 41. .31 8 6521 OWO WAT w 179 29. ,136 79. .115 59. 854 1. 00 51. 47 8 6522 OWO WAT W 180 51.301 65.512 30.778 1.00 58.87 8 6523 OWO WAT W 181 49 .729 67 .077 23 .232 1 .00 50 .64 8 6524 OWO WAT W 182 15 .428 63 .127 65 .725 1 .00 53 .21 8 6525 OWO WAT W 183 28 .316 47 .473 59 .001 1 .00 52 .58 8 6526 OWO WAT w 184 11 .167 50 .777 21 .789 1 .00 55 .21 8 6527 OWO WAT w 185 39 .667 45 .779 11 .484 1 .00 50 .46 8 4-. 6528 OWO WAT w 186 9 .302 78 .481 48 .408 1 .00 50 .14 8 6529 OWO WAT w 187 -2 .511 95 .777 25 .082 1 .00 50 .26 8 6530 OWO WAT w 188 49 .525 52 .221 41 .616 1 .00 53 .78 8 6531 OWO WAT w 189 33 .219 90 .787 32 .195 1 .00 53 .22 8 6532 OWO WAT w 190 18 .629 63 .971 67 .355 1 .00 54 .97 8 6533 OWO WAT w 191 6 .996 55 .402 34 .790 1 .00 49 .49 8 6534 OWO WAT w 192 50 .269 70 .807 60 .070 1 .00 54 .80 8 6535 OWO WAT w 193 -3 .948 89 .479 31 .518 0 .00 54 .80 8 6536 OWO WAT w 194 4 .036 51 .795 57 .529 1 .00 56 .49 8 6537 OWO WAT w 195 15 .790 48 .084 23 .036 1 .00 52 .39 8 6538 OWO WAT w 196 22 .577 105 .708 45 .361 1 .00 51 .14 8 6539 OWO WAT w 197 7 .453 103 .921 23 .508 1 .00 50 .15 8 6540 OWO WAT w 198 37, .899 80 .588 45 .384 1. .00 52 .20 8 6541 OWO WAT w 199 19, .774 74 .879 53 .890 1. .00 55 .07 8 6542 OWO WAT w 200 50 .055 68 .873 30 .956 1. .00 30 .00 8 6543 OWO WAT w 201 53 .330 63 .201 30 .956 1, .00 37 .00 8 P 6544 OWO WAT w 202 35. .086 89. .130 21. .284 1. .00 49. .00 8 6545 OWO WAT w 203 2, .339 51. .858 35. .796 1. .00 50 .00 8 6546 OWO WAT w 204 19. .180 43. .755 27, .572 1. .00 50, .00 8 6547 OWO WAT w 205 51. ,693 55. .504 46. .921 1. .00 51, .00 8 6548 OWO WAT w 206 31. ,811 80. .217 54. .661 1. .00 51, .00 8 6549 OWO WAT w 207 11. ,695 77. .786 12. .093 1. .00 51, .00 8 6550 OWO WAT w 208 29. ,940 46. .996 53. .693 1. 00 52. .00 8 6551 OWO WAT w 209 7. ,251 102. .500 40. .633 1. 00 52. .00 8 6552 OWO WAT w 210 23. ,858 91. .561 17. .414 1. 00 52. .00 8 6553 OWO WAT w 211 6. 783 49. .832 40. .633 1. 00 52. .00 8 6554 OWO WAT w 212 44. ,910 47. .806 22. ,735 1. 00 52. .00 8 6555 OWO WAT w 213 36. 255 46. .591 10. ,158 1. 00 52. ,00 8 "0 6556 OWO WAT w 214 27. .601 61. .581 77. ,880 1. 00 52. .00 8 o 6557 OWO WAT w 215 27. 133 98. 043 33. 861 1. 00 53 a .00 8 6558 OWO WAT w 216 18. 479 55. .504 45. .470 1. 00 53. .00 8 6559 OWO WAT w 217 9. 122 47. .401 46. 438 1. 00 53. .00 8 6560 OWO WAT w 218 9. 590 66. 037 16. 447 1. 00 53. 00 8 © w © 6561 OWO WAT 219 13. 333 91. .966 46. .438 1. 00 53. 00 8 © oo oo

Claims: 122 CLAIMS: 1. A method of producing a variant of a parent maltogenic alpha-amylase, said method comprising a) modeling the parent alpha-amylase on the three-dimensional structure of SEQ ID NO: 1 depicted in the Appendix to produce a three-dimensional structure of the parent alpha-amylase; b) identifying in the three-dimensional structure obtained in step (a) at least one structural part of the parent wherein an alteration in said structural part is predicted to result in said altered property; c) modifying the sequence of a nucleic acid encoding the parent alpha- amylase to produce a nucleic acid encoding a deletion, insertion, or substitution of one or more amino acids at a position corresponding to said structural part; and d) expressing the modified nucleic acid in a host cell to produce the variant alpha-amylase, wherein the variant has alpha-amylase enzymatic activity and has at least one altered property relative to the parent. 2. The method of claim 1 , wherein the altered property is pH dependent activity, thermostability, substrate cleavage pattern, specific activity of cleavage, transglyco- sylation, ability to reduce retrogradation of starch, ability to reduce staling of bread, substrate specificity, substrate binding or calcium binding. 3. A method of constructing a variant of a parent maltogenic alpha-amylase, which method comprises: a) identifying an amino acid residue which is within 15 A (in particular 10 A) from an active site residue of the parent amylase in the three-dimensional structure of said parent, and which is involved in electrostatic or hydrophobic interactions with an active site residue; b) substituting said amino acid residue with another amino acid residue which changes the electrostatic and/or hydrophobic surroundings of an active site residue, and which can be accommodated in the structure; c) optionally repeating steps a) and b) recursively; d) optionally, making alterations each of which is an insertion, a deletion or a substitution of an amino acid residue at one or more positions other than b), 123 e) preparing the variant resulting from steps a) - d); f) testing the pH dependent activity of said variant; and g) optionally repeating steps a) - f) recursively; and h) selecting a variant having an altered pH dependent activity as compared to the parent amylase. 4. A method of constructing a variant of a parent maltogenic alpha-amylase, which method comprises: a) identifying an internal cavity or crevice in the three-dimensional structure of said parent; b) substituting an amino acid residue in the neighborhood of the cavity or crevice with another amino acid residue which increases the hydrophobic interaction and/or fills out or reduces the size of the cavity or crevice; c) optionally repeating steps a) and b) recursively; d) optionally, making alterations each of which is an insertion, a deletion or a substitution of an amino acid residue at one or more positions other than b), e) preparing the variant resulting from steps a) - d); f) testing the thermostability of said variant; and g) optionally repeating steps a) - f) recursively; and h) selecting a variant having increased thermostability as compared to the parent amylase. 5. The method of claim 4, wherein the substitution of the amino acid residue results in increasing the hydrophobic interaction, substitution with proline, substitution of histidine with another amino acid, stabilization of calcium binding, introduction of an interdomain disulfide bond, removal of a deamidation site, altering a hydrogen bond contact, filling in an internal structural cavity with an amino acid with a bulkier side group, introduction of interdomain interactions, altering charge distribution, helix capping, or introduction of a salt bridge. 6. A method of constructing a variant of a parent maltogenic alpha-amylase, which method comprises: a) identifying an amino acid residue within 10 A from a calcium binding site in the three dimensional structure of the amylase; b) substituting the amino acid residue with another amino acid residue so as to improve the interaction with the calcium ion; c) optionally repeating steps a) and b) recursively; 124 d) optionally, making alterations each of which is an insertion, a deletion or a substitution of an amino acid residue at one or more positions other than b), e) preparing the variant resulting from steps a) - d); f) testing the thermostability of said variant; and g) optionally repeating steps a) - f) recursively; and h) selecting a variant having increased thermostability as compared to the parent amylase. 7. A method of constructing a variant of a parent maltogenic alpha-amylase, which method comprises: a) identifying the substrate binding area in a model of the three-dimensional structure of the parent amylase; b) modifying the substrate binding area by an amino acid substitution, deletion or insertion; c) optionally repeating step b) recursively; d) optionally, making alterations each of which is an insertion, a deletion or a substitution of an amino acid residue at one or more positions other than b), e) preparing the variant resulting from steps a) - d); f) testing the substrate-cleavage pattern of the variant. g) optionally repeating steps a) - f) recursively; and h) selecting a variant having an altered substrate-cleavage pattern as compared to the parent amylase. 8. A method for producing a maltogenic alpha-amylase variant, comprising: a) constructing the variant by the method of any of claims 2-7; b) transforming a microorganism with a DNA sequence encoding the variant; c) cultivating the transformed microorganism under conditions which are conducive for producing the variant, and d) optionally, recovering the variant from the resulting culture broth. 9. A polypeptide which: a) has maltogenic alpha-amylase activity; b) has at least 70 % identity to SEQ ID NO: 1 ; c) comprises an amino acid modification compared to SEQ ID NO: 1 at a position corresponding to D127, V129, F188, A229, Y258, V281 , F284, T288, N327, M330, G370, N371 , and/or D372; and d) has altered pH dependent activity as compared to the polypeptide of SEQ ID NO: 1. 125 10. The polypeptide of claim 9, wherein the modification comprises a substitution corresponding to D127N/L, V129S/T/G/V, F188E/K/H, A229S/T/G/V, Y258E/D/K/R/F/N, V281L/T, F284K/H/D/E/Y, T288E/K/R, N327D, M330L/F/I/D/E/K, G370N, N371 D/E/G/K, and/or D372N/V. 5 11. A polypeptide which: a) has maltogenic alpha-amylase activity; b) has at least 70 % identity to SEQ ID NO: 1 ; and c) comprises an amino acid modification compared to SEQ ID NO: 1 at a position corresponding to Q13, 116, D17, N26, N28, P29, A30, S32, Y33, G34, 10 L35, K40, M45, P73, V74, D76, N77, D79, N86, R95, N99, 1100, H103, Q119, N120, N131 , S141 , T142, A148, N152, A163, H169, N171 , G172, 1174, N176, N187, F188, A192, Q201 , N203, H220, N234, G236, Q247, K249, D261 , N266, L268, R272, N275, N276, V279, N280, V281 , D285, N287, F297, Q299, N305, K316, N320, L321 , N327, A341 , N342, A348, Q365, N371 , N375, M378, G397, 15 A381 , F389, N401 , A403, K425, N436, S442, N454, N468, N474, S479, A483, A486, V487, S493, T494, S495, A496, S497, A498, Q500, N507, 1510, N513, K520, Q526, A555, A564, S573, N575, Q581 , S583, F586, K589, N595, G618, N621 , Q624, A629, F636, K645, N664 and/or T681 ; and d) has improved stability compared to the polypeptide of SEQ ID NO: 1. 20 12. The polypeptide of claim 11 , wherein the modification comprises at a position corresponding to K40, V74, H103, S141 , T142, F188, H220, N234, K249, D261 , L268, V279, N342, H344, G397, A403, K425, S442, S479, S493, T494, S495, A496, S497, A498, Q500, K520, A555 and/or N595; preferably a substitution corresponding to K40R, V74P, H103Y/V/I/L/F/Y, S141 P, T142A, F188I/L, H220Y/L/M, N234P, 25 K249P, D261G, L268P, V279P, N342P, H344E/Q/N/D/Y, G397P, A403P, K425E, S442P, S479P, S493P, T494P, S495P, A496P, S497P, A498P, Q500P, K520R, A555P and/or N595I. 13. The polypeptide of claim 11 or 12, wherein the modification comprises at a position corresponding to D17, N28, P29, A30, S32, Y33, G34, R95, H103, N131 , 30 H169, 1174 and/or Q201 such as to improve calcium coordination, preferably a substitution corresponding to D17Q/E, A30D/M/L/AΛ /I/E/Q, S32D/E/N/Q, R95M/L/AA//I/E/Q, H103Y/N/Q/D/E, N131D, H169N/D/E/Q, I174E/Q, Q201E. 14. The polypeptide of any of claims 11-13, wherein the modification comprises a substitution at a position corresponding to Q13, N26, N77, N86, N99, Q119, N120, 126 N131 , N152, N171 , N176, N187, Q201 , N203, N234, Q247, N266, N275, N276, N280, N287, Q299, N320, N327, N342, Q365, N371 , N375, N401 , N436, N454, N468, N474, Q500, N507, N513, Q526, N575, Q581 , N621 , Q624 and/or N664 such as to remove a deamidation site, preferably a substitution corresponding to 5 Q13S/T/AΛ /L/I/F/M, N26S/T/A/V/L/I, N77S/T/AΛ /L/I, N86S/T/AΛ//L/I, N99T/S/V/L, Q119T/S, N120S/T/AΛ//L/I, N131S/T/AΛ//L/I, N152T/SΛ//L, N171Y/D/S/T, N176S/T/AΛ /L/I, N187S/T/AΛ /L/I, Q201S/T/AΛ /L/I/F/M, N203D/S/T/AΛ//L/I, N234S/T/A/V/L/I, Q247S T/AΛ /L/I/F/M, N266S/T/AΛ /L/I, N275S/T/AΛ /L/I, N276S/T/AΛ//L/I, N280S/T/AΛ//L/I, N287S/T/A/V/L/I, Q299L/T/S, N320S/T/AΛ /L/I, 10 N327S/T/AΛ /L/I, N342S/T/AΛ /L/I, Q365S/T/AΛ//L/I, N371S/T/A/V/L/I, N375S/T/A/V/L/I, N401 S/T/AΛ//L/I, N436S T/A/V/L/l, N454D/S/T/AΛ /L/I, N468D/S/T/AΛ /L/I, N474D/S/T/A/V/L/I, Q500S/T/AΛ//L/I/F/M, N507S/T/AΛ//L/I, N513S/T/A/V/L/I, Q526 D/S/T/AΛ /L/I, N575S/T/AΛ//L/I, Q581S/T/AΛ//L/I/F/M, N621S/T/A/V/L/I Q624S/T/A/V/L/I/F/M and/or N664D/S/T/AΛ//L/I. 15 15. The polypeptide of any of claims 11-14, wherein the modification comprises a substitution at a position corresponding to 116, L35, M45, P73, D76, D79, A192, 1100, A148, A163+G172, L268, V281 , D285, L321 , F297, N305, K316, S573, A341 , M378, A381 , F389, A483, A486, 1510, A564, F586, K589, F636, K645, A629, and/or T681 such as to improve hydrogen bond contact, preferably a substitution corresponding to 20 I16T/D/N, L35Q, M45K, P73Q, D76E, D79E/Y, A192S/D/N, I100T/S/D/N/E/Q, A148D/N/E/Q/S/T/R/K, A163Y+G172S/D/N, L268R/K, V281/Q, D285R/K, L321Q, F297N/D/Q/E, N305K/R, K316N/D, S573N/D, A341 R/K, M378R/K, A381 S/D/N, F389Y, A483S/D/N, A486Q/E, I510R/K, A564S/D/N, F586S/D/N, ' K589S/D/Q/N, F636Y, K645T, A629N/D/E/Q, and/or T681 D/N/E/Q/S. 25 16. The polypeptide of any of claims 11-15, wherein the modification comprises substitutions such as to introduce one or more interdomain disulfide bonds, preferably corresponding to G236C + S583C, G618C + R272C, and/or A348C + V487C. 17. The polypeptide of any of claims 11-16, wherein the substitution at a position corresponding to L51 , L75, L78, G88, G91 , T94, V114, 1125, V126, T134, G157, 30 L217, S235, G236, V254, V279, V281 , L286, V289, I290, V308, L321 , I325, D326, L343, F349, S353, I359, I405, L448, Q449, L452, I470, G509, V515, S583, G625, L627, L628 and/or A670 so as to fill an internal cavity or crevice, preferably a substitution corresponding to L51W, L75F/Y, L78I, G88AΛ//T, G91T/SΛ//N, T94V/I/L, V114V/I/L, I125 /M/F/Y/W, V126I/L, T134V/I/L/M/FΛ7W, G157AΛ//I/L, 35 L217V/I/M/FΛ7W, S235I/L/M/F/Y/W, G236AΛ /I/L/ /F Y/W, V254I/L/M/F/Y W, 127 V279M/I/L/F, V281 I/L/M/FΛ W, L286F, V289I/L/R, I290M/L/F, V308I/L/M/F/Υ/W, L321 I/M/FΛ7W, I325L/M/F/Y/W, D326E/Q, L343M/F/Y/W, F349W/Y, S353V/I/L, I359L/M/F/Y/W, I405M/L Y/F/W, L448Y, Q449Y, L452MΛ7F/W, I470M/L/F, G509AΛ//I/L/M/S/T/D/N, V515I/L, S583V/I/LΛ/, G625A/V/I/L/M/FΛ7W, L627M/F/Υ, 5 L628M/I/FΛ7W, A670V/I/L/M/FΛ7W and/or L217 in combination with L75 (e.g. L217F/Y in combination with L75F/Y). 18. The polypeptide of any of claims 11-17, wherein the modification comprises a substitution at a position corresponding to N106, N320 and Q624 so as to create a salt bridge, preferably a substitution corresponding to N106R, N320E/D and/or 10 Q624E. 19. The polypeptide of any of claims 1 1-18, wherein the modification comprises a substitution at a position corresponding to K244 and/or K316 such as to alter the charge distribution, preferably a substitution corresponding to K244S and/or K316G/N/D. 15 20. The polypeptide of any of claims 1 1-19, wherein the modification comprises a substitution at a position corresponding to V281 and/or A629 such as to alter the binding site, preferably a substitution corresponding to V281 Q and/or A629N/D/E/Q. 21. The polypeptide of any of claims 1 1-20, wherein the modification comprises substitutions such as to alter the interdomain interaction at a position corresponding 20 to F143+F194+L78, A341 +A348+L398+I415+T439+L464+L465, L557, S240+L268, Q208+L628, F427+Q500+N507+M508+S573 and/or I510+V620, preferably substitutions corresponding to F143Y+F194Y+L78Y/F/W/E/Q, A341 S/D/N+A348V/I/L+L398E/Q/N/D+I415E/Q+T439D/E/Q/N+L464D/E+L465D/E/N/ Q/R/K, L557Q/E/N/D, S240D/E/N/Q+L268D/E/N/Q/R/K, Q208D/E/Q+L628E/Q/N/D, 25 F427E/Q/R/K/Y+Q500Y+N507Q/E/D+M508K/R/E/Q+S573D/E/N/Q; and/or 1510D/E/N/Q/S+V620D/E/N/Q. 22. A polypeptide which: a) has maltogenic alpha-amylase activity; b) has at least 70 % identity to SEQ ID NO: 1 ; 30 c) comprises an amino acid modification compared to SEQ ID NO: 1 at a position corresponding to P191 , A192, G193, F194 and/or S195; and d) has higher specific amylase activity than the polypeptide of SEQ ID NO: 1. 128 23. The polypeptide of claim 22, wherein the modification comprises a deletion, preferably the deletion Δ (191-195). 24. The polypeptide of claim 22, wherein the modification comprises insertion, preferably 192-A-193. 25. A polypeptide which: a) has maltogenic alpha-amylase activity; b) has at least 70 % identity to SEQ ID NO: 1 ; c) comprises an amino acid modification compared to SEQ ID NO: 1 at a position corresponding to A30, K40, N115, T142, F188, T189, P191 , A192, G193, F194, S195, D261 , T288, N327, K425, K520 and/or N595; and d) has a higher ability than the polypeptide of SEQ ID NO: 1 to reduce retrogradation of starch and/or staling of bread. 26. The polypeptide of claim 26, wherein the modification comprises A30D, K40R, N115D, T142A F188L, T189Y, Δ (191-195), D261G, T288P, N327S, K425E, K520R and/or N595I. 27. A nucleic acid sequence encoding the polypeptide of any of claims 9-26, preferably operably linked to one or more control sequences which direct the expression of the variant in a suitable expression host. 28. A recombinant expression vector comprising the nucleic acid sequence of claim 27, a promoter, and transcriptional and translational stop signals, and preferably further comprising a selectable marker. 29. A transformed host cell comprising the nucleic acid sequence of claim 27 or the vector of claim 28. 30. A method for producing the polypeptide of any of claims 9-26, comprising: a) cultivating the transformed host cell of claim 29 under conditions conducive to expression of the variant; and b) recovering the variant. 31. A process for preparing a dough or a baked product prepared from the dough which comprises adding the polypeptide of any of claims 9-26, or a variant produced 129 by the method of any of claims 1-8 to the dough in an amount which is effective to retard the staling of the bread. 32. The process of claim 31 , wherein the variant is added in an amount of OJ-5 mg per kg of flour, preferably 0.5-2 mg/kg.

Inventors: ANDERSEN CARSTEN, BEIER LARS, CHERRY JOEL ROBERT, FRANDSEN TORBEN PETER, SVENDSEN ALLAN, ANDERSEN, CARSTEN, BEIER, LARS, CHERRY, JOEL, ROBERT, FRANDSEN, TORBEN, PETER, SVENDSEN, ALLAN
Applicants: ANDERSEN CARSTEN, BEIER LARS, CHERRY JOEL ROBERT, FRANDSEN TORBEN PETER, NOVONORDISK AS, SVENDSEN ALLAN, ANDERSEN, CARSTEN, BEIER, LARS, CHERRY, JOEL, ROBERT, FRANDSEN, TORBEN, PETER, NOVO NORDISK A/S, SVENDSEN, ALLAN
Application year: 1999
Main classification: C12N9
IPC codes: A21D8, C12N1, C12N9, C12N15, C12R1