VARIANTS WITH ALTERED PROPERTIES

Abstract: The present invention relates to variants (mutants) of polypeptides, in particular Termamyl-like alpha-amylases, which variant has alpha-amylase activity and exhibits an alteration in at least one of the following properties relative to said parent alpha-amylase: substrate specificity, substrate binding, substrate cleavage pattern, thermal stability, pH/activity profile, pH/stability profile, stability towards oxidation, Ca2+ dependency, specific activity, and solubility, in particular under production conditions.

Description: Variants with altered properties FIELD OF THE INVENTION The present invention relates to variants (mutants) of parent Termamyl-like alpha-amylases, which variant has alpha- amylase activity and exhibits an alteration in at least one of the following properties relative to said parent alpha-amylase: substrate specificity, substrate binding, substrate cleavage pattern, thermal stability pH, /activity profile, pH/stability profile, stability towards oxidation, Ca 2+ dependency, specific activity, and solubility in particular under production and application conditions. BACKGROUND OF THE INVENTION Alpha-Amylases (alpha-1, 4-glucan-4-glucanohydrolases, E.C. 3.2.1.1) constitute a group of enzymes, which catalyze hydrolysis of starch and other linear and branched 1, 4-glucosidic oligo- and polysaccharides . In modern and industrial biotechnology high protein concentrations are achieved during fermentation, purification, recovery and in product formulation. During the fermentation the protein concentration depend on the host cell used. In industrial processes the protein concentration typically lies from above 0. lg/liter fermentation broth. For high yield recombinant production of alpha-amylases in Bacillus sp. the protein concentration may be as high as 250g/liter fermentation broth. After purification the protein concentration may reach levels of about 1000 g/liter. Such high concentrations leads to an undesirable precipitation resulting in lose of active protein. The. tendency today is towards products of increasing strength, which make the ability to maintain the enzyme in solution of increasing importance. Often up-concentration of a protein solutions results in protein precipitates, which are difficult to dissolve into active protein. Thus, it is the object of this application to provide alpha- amylases with altered properties as defined below, in particular increased solubility. BRIEF DISCLOSURE OF THE INVENTION The object of the present invention is to provide Termamyl- like amylases which variants in comparison to the corresponding parent alpha-amylase, i.e., un-mutated alpha-amylase, has alpha- amylase activity and exhibits an alteration in at least one of the following properties relative to said parent alpha-amylase: substrate specificity, substrate binding, substrate cleavage pattern, thermal stability, pH/activity profile, pH/stability profile, stability towards oxidation, Ca 2+ dependency, specific activity, and solubility, in particular increased solubility under production conditions. Nomenc1ature In the present description and claims, the conventional one- letter and three-letter codes for amino acid residues are used. For ease of reference, alpha-amylase variants of the invention are described by use of the following nomenclature: Original amino acid(s): position(s): substituted amino acid(s) According to this nomenclature, for instance the substitution of alanine for asparagine in position 30 is shown as: Ala30Asn or A3ON a deletion of alanine in the same position is shown as: Ala30* or A30* and insertion of an additional amino acid residue, such as lysine, is shown as: Ala30AlaLys or A3OAK A deletion of a consecutive stretch of amino acid residues, such as amino acid residues 30-33, is indicated as (30-33)* or Λ(A30-N33) . Where a specific alpha-amylase contains a "deletion" in comparison with other alpha-amylases and an insertion is made in such a position this is indicated as: *36Asp or *36D for insertion of an aspartic acid in position 36. Multiple mutations are separated by plus signs, i.e.: Ala30Asp + Glu34Ser or A30N+E34S representing mutations in positions 30 and 34 substituting alanine and glutamic acid for asparagine and serine, respectively. When one or more alternative amino acid residues may be inserted in a given position it is indicated as A30N,E or A3ON or A30E Furthermore, when a position suitable for modification is identified herein without any specific modification being suggested, it is to be understood that any amino acid residue may be substituted for the amino acid residue present in the position. Thus, for instance, when a modification of an alanine in position 30 is mentioned, but not specified, it is to be understood that the alanine may be deleted or substituted for any other amino acid, i.e., any one of: R,N,D,A,C,Q,E,G,H,I,L,K,M,F,P,S,T,W,Y,V. Further, "A3 OX" means any one of the following substitutions: A30R, A30N, A30D, A30C, A30Q, A30E, A30G, A30H, A30I, A30L, A30K, A30M, A30F, A30P, A30S, A30T, A30W, A30Y, or A30 V; or in short: A30R,N,D,C,Q,E,G,H,I,L,K,M,F,P,S,T,W,Y,V. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is an alignment of the amino acid sequences of five parent Termamyl-like alpha-amylases. The numbers on the extreme left designate the respective amino acid sequences as follows: 1 SEQ ID NO 4 (SP722) 2 SEQ ID NO 2 (SP690) 3 SEQ ID NO 10 (BAN) 4 SEQ ID NO 8 (BLA) 5 SEQ ID NO 6 (BSG) . Figure 2 shows a site-view of the unit cell of 4 enzyme molecules. Each molecule has 8 interacting zones. Figure 3 shows a top-view of the unit cell of 4 enzyme molecules . DETAILED DISCLOSURE OF THE INVENTION The object of the present invention is to provide polypeptides, such as enzymes, in particular alpha-amylases, with an alteration in at least one of the following properties relative to said parent polypeptide: substrate specificity, substrate binding, substrate cleavage pattern, thermal stability, pH/activity profile, pH/stability profile, stability towards oxidation, Ca 2+ dependency, specific activity, and solubility, in particular under production conditions. The properties will be defined further below. Polypeptide Polypeptides according to the invention include proteins with biological activity, antimicrobial activity, and enzymatic activity. Contemplated enzyme activities include proteases, amylases, CGTases, mannanases, maltogenic amylases, glucoamylases, carbohydrases, transferases, lyases, oxidoreductases, lipases. In one prefered embodiment the enzyme is an alpha-amylase, in particular a Bacillus or Aspergillus alpha-amylase. In a preferred embodiment the Bacillus alpha-amylase is a Termamyl- like amylases. Polypeptides with biological activity include, EPO, TPO, growth hormones, regulatory peptides, blood coagulation factores, antibodies etc. Polypeptide with Altered Solubility A protein (polypeptide) crystal is built up of systematic ordered identical units closely packed together in 3 dimensions. The unit cells may contain one or more protein molecules and a significant amount of water. Also ions like Calcium, Sodium, Chloride, Sulphate and larger molecules such as surfactants and substrates - present during crystal growth - can be identified in the tertiary structure. Although the single molecules and the single atoms are very small, the repeating array of identical units facilitates X-ray scattering and thus provide structure information, which can be used for protein engineering purposes. Relative to crystals, precipitates and aggregates are smaller units and the single molecules are more disordered than in the crystals. Nevertheless some of the intermolecular interactions are the same as is found in a well ordered crystals and thus can the tertiary structure (3D structure) and intermolecular information be used for designing protein engineered alpha-amylase variants with altered properties, in particular with reduced tendency of precipitating, i.e., variant with increased solubility. Due to the spherical and often irregular surface structures of proteins, large holes in the unit cell exist, which are occupied by more disordered solvents like water. In fact, the large majority of the protein surface is covered with layers of water, which is one reason why structures of proteins solved by X-ray crystallography are the same as those for proteins in solution. Only at a few areas the protein molecules are in direct contact with each other, but also solvent mediated contacts function as the "glue" that binds the crystal together. In general the solubility of proteins is affected by organic solvents, salts like ammonium sulphate, NaCl and CaCl 2 , and by pH change altering the surface charge of the molecule. These factors are considered both for enzyme production to keep the enzyme in solution and for crystallography experiment to grow useful crystals. Large symmetric crystals are grown by slow increase in protein concentration or by altering the protein surface thereby enhancing the inter-molecular contacts. Not all proteins crystallise in a form usefull for X-ray crystallography determination methods, but based on existing tertiary structure accurate models can be build if the homology between the template molecule and the molecule of interest is high enough. When homologous polypeptides, such as enzymes, in particular Termamyl-like alpha-amylases (defined below) , are compared on a tertiary structural basis, the large majority of differences are found on the surface of the molecule . Despite that, the inventors found that surface residues identified to be involved - directly or indirectly through water molecules - in crystal formations for the Termamyl-like amylase (SP722 disclosed in SEQ ID NO: 4) is also playing a key role for crystallisation of other Termamyl-like amylases (defined below) . Below is described one example of modelling a tertialy structure of one Termamyl-like alpha-alpha from another Termamyl-like alpha-amlase straucture (SP722 strcutre disclosed in APPENDIX 1) . It is to be understood that the concept of the invention and the below described modelling method according to the invention can generally be extrapolated to all polypeptides, proteins, in particular enzymes, such as alpha-amylases. The Tertiary Structure of SP722 and Modelling The Tertiary Structures of Another Termamyl-like alpha-amylase. Mutants of alpha-amylases of the present invention have been found based on the tertiary structure shown in APPENDIX 1 of SP722 (SEQ ID NO: 4) . Mutants of other polypeptides may be found based on other tertiary structures. Crystals of the alkaline Termamyl-like alpha-amylase (SP722) (shown in SEQ ID NO: 4 and also disclosed in US patent no. 5,824,531) were obtained by the hanging drop method (well-known in the art) , and the tertiary structure (3D-structure) is disclosed in APPENDIX 1 herein. The unit cell was found to contain 4 enzyme molecules and each molecule has 8 interacting zones (see Fig. 2 and 3) . Two zones have been identified on the side of the enzyme surrounding the active site and one large area is found on the backside of the alpha-amylase relative to the active site. There are further two interaction zones on the sides and an interaction side at the bottom and one at the top of the molecule making top-to- bottom interactions. As can be seen from Fig. 2 the two interaction zones surrounding the active site is interacting with the same two areas on an anti-parallel neighbour molecule. Likewise the backside zone is in contact with the backside zone on a third anti-parallel amylase molecule although all contacts here water mediated. It can also be seen from the Fig. 2 and 3 that the interacting areas are spread all over the molecule. A model of another alkaline Termamyl-like amylase, AA560 has been build based on the SP722 tertiary structure disclosed in APPENDIX 1. The AA560 alpha-amylase is about 87% identical to the template amylase (SP722) and the alignment contains no insertion or deletions. Due to the high homology (identity), the same symmetry and the same crystal interactions, the same interaction zones on the protein surface are involved in crystallization and precipitation at the increasing protein concentrations, which are reached during production, i.e., starting from fermentation stage through the purification stage (see Background section) . Mutations in these interaction zones were constructed, the enzyme expressed and purified, and the protein solubility was measured under different conditions as described in Example 8 and 9 using the method described in the "Materials and Methods" section. The findings of the present invention may be applied on Termamyl-like amylases being at least 60% identical, preferably at least 70% identical, more preferably 80% identical, even more preferably 85% identical, even more preferably 90% identical, even more 95% identical, even more 97% identical, even more 99% identical to the Termamyl-like alpha-amylase shown in SEQ ID NO: 12. In a preferably the findings may be used on alkaline Termamyl-like alpha-amylases, especially alkaline alpha-amylases of the same length, without additional amino residues or gaps in an aligned primary structure in comparison to SP722 (SEQ ID NO: 4 shown as number 1 in the alignment in Fig. 1) . Especially, the finding may be used on the following alkaline Termamyl-like alpha-amylases: SP690 (SEQ ID NO: 2), SP722 (SEQ ID NO: 4), AA560 (SEQ ID NO: 12), #707 alpha-amylase (SEQ ID NO: 13), the KSM APE 1378 alpha-amylase disclosed in KSM AP1378 alpha- amylase is disclosed in WO 97/00324, or fragment or truncated forms thereof. The latter mentioned alkaline alpha-amylases have very similar tertiary cryltal structure around the above- mentioned interactions zones, and have the same primary structure length 485 amino acids. Contrary hereto, for instance, Termamyl (shown as sequence number 4 in the alignment in Fig. 1) lacks two amino acid residues (positions 1 and 2) ; has gaps in positions 174 and 181- 182; and has three additional amino acid residues in positions 378-381 when aligned with SP722. BAN (shown as sequence number 3 in the alignment in Fig. 1) lacks five amino acid residues (positions 1-4 and 488) ; has gaps in positions 174 and 181-182; and has three additional amino acid residues in positions 378-381 if aligned with SP722. BSG (shown as sequence number 5 in the alignment in Fig. 1) lacks one amino acid residues (position 1) ; and has 31 additional amino acid residues in positions 489-519 if aligned with SP722. KSM-K36 and KSM-K38 (EP 1,022, 334 -A) lack five amino acid residues (positions 1 and 2) and has gaps in positions 174 and 181-182 when aligned with SP722. AA180, AA20 and Amrk385 (Danish patent application no. PA 2000 00347 or PCT/DKOl/00133) have one additional amino acid in position 261 when aligned with SP722. Below it is described how to model a Termamyl-like alpha- amylase from another alpha-amylase. In Example 4 the modelling of AA560 from SP722 is described. This method can be exprepolated to other polypetides as for instance the above- mentioned. Modelling of Termamyl-like Alpha-amylases WO 96/23874 provides the tertiary structure (3D Structure) , X-ray crystal structural data for a Termamyl-like alpha-amylase, which consists of the 300 N-terminal amino acid residues of the B . amyloliquefaciens alpha-amylase (BAN™) and amino acids 301-483 of the C-terminal end of the B . licheniformis alpha- amylase (SEQ ID NO: 8) . WO 96/23874 further describes methodology for designing (modelling) , on the basis of an analysis of the structure of a parent Termamyl-like alpha- amylase, variants of the parent Termamyl-like alpha-amylase which exhibit altered properties relative to the parent. Other Termamyl-like structures may be modelled in accordance with WO 96/23874, which is hereby incorporated by reference. In connection with obtaining variant of the present invention the AA560 tertiary structure was designed (modelled) based on the tertiary structure of SP722 (disclosed in APPENDIX 1) as described in Example 1. The structure of other Termamyl- like alpha-amylases ( e . g. , those disclosed herein) may be built analogously. Termamyl-like alpha-amylases A number of alpha-amylases produced by Bacillus spp . are highly homologous (identical) on the amino acid level. The identity of a number of Bacillus alpha-amylases can be found in the below Table 1 : Table 1 Percent identity 707 AP1378 BAN BSG SP690 SP722 AA560 Termamyl 707 100.0 86.4 66.9 66.5 87.6 86.2 95.5 68.1 AP1378 86.4 100.0 67.1 68.1 95.1 86.6 86.0 69.4 BAN 66.9 67.1 100.0 65.6 67.1 68.8 66.9 80.7 BSG 66.5 68.1 65.6 100.0 67.9 67.1 66.3 65.4 SP690 87.6 95.1 67.1 67.9 100.0 87.2 87.0 69.2 SP722 86.2 86.6 68.8 67.1 87.2 100.0 86.8 70.8 AA560 95.5 86.0 66.9 66.3 87.0 86.8 100.0 68.3 Termamyl 68.1 69.4 80.7 65.4 69.2 70.8 68.3 100.0 For instance, the B . licheniformis alpha-amylase comprising the amino acid sequence shown in SEQ ID NO : 8 (commercially available as TermamylTM) has been found to be about 81% homologous with the B . amyloliquefaciens alpha-amylase comprising the amino acid sequence shown in SEQ ID NO: 10 and about 65% homologous with the B . stearothermophilus alpha- amylase comprising the amino acid sequence shown in SEQ ID NO: 6. Further homologous alpha-amylases include SP690 and SP722 disclosed in WO 95/26397 and further depicted in SEQ ID NO : 2 and SEQ ID NO: 4, respectively, herein. Other amylases are the AA560 alpha-amylase derived from Bacillus sp. and shown in SEQ ID NO: 12, and the #707 alpha-amylase derived from Bacillus sp . , shown in SEQ ID NO: 13 and described by Tsukamoto et al . , Biochemical and Biophysical Research Communications, 151 (1988) , pp. 25-31. The KSM AP1378 alpha-amylase is disclosed in WO 97/00324 (from KAO Corporation) . Also the K38 and K38 alpha-amylases disclosed in EP 1,022,334 are contemplated according to the invention. Still further homologous alpha-amylases include the alpha- amylase produced by the B . licheniformis strain described in EP 0252666 (ATCC 27811) , and the alpha-amylases identified in WO 91/00353 and WO 94/18314. Other commercial Termamyl-like alpha-amylases are comprised in the products sold under the following tradenames : OptithermT and TakathermTM (available from Solvay) ; MaxamylTM (available from Gist-brocades/Genencor) , Spezym AATM and Spezyme Delta AA™ (available from Genencor) , and KeistaseTM (available from Daiwa) , Purastar™ ST 5000E, PURASTRA™ HPAM L (from Genencor Int.) . Because of the substantial homology found between these alpha-amylases, they are considered to belong to the same class of alpha-amylases, namely the class of "Termamyl-like alpha- amylases" . Accordingly, in the present context, the term "Termamyl-like alpha-amylase" is intended to indicate an alpha-amylase, which, at the amino acid level, exhibits a substantial identity to TermamylTM, i.e., the B . licheniformis alpha-amylase having the amino acid sequence shown in SEQ ID NO: 8 herein. In other words, all the following alpha-amylases, which has the amino acid sequences shown in SEQ ID NOS: 2, 4, 6, 8, 10, 12 and 13 herein are considered to be "Termamyl-like alpha- amylase". Other Termamyl-like alpha-amylases are alpha-amylases i) which displays at least 60%, such as at least 70%, e.g., at least 75%, or at least 80%, at least 85%, at least 90%, at least 95%, at least 97%, at least 99% homology with at least one of said amino acid sequences shown in SEQ ID NOS: 2, 4, 6, 8, 10, 12, and 13, and/or ii) is encoded by a DNA sequence which hybridizes to the DNA sequences encoding the above-specified alpha-amylases which are apparent from SEQ ID NOS: 1, 3, 5, 7, 9 and of the present specification (which encoding sequences encode the amino acid sequences shown in SEQ ID NOS: 2, 4, 6, 8, 10 and 12 herein, respectively) In connection with property i) , the homology may be determined as the degree of identity between the two sequences indicating a derivation of the first sequence from the second. The homology may suitably be determined by means of computer programs known in the art such as GAP provided in the GCG program package (described above) . Thus, Gap GCGvδ may be used with the following default parameters: GAP creation penalty of 5.0 and GAP extension penalty of 0.3, default scoring matrix, for nucleic sequences and 3.0 and 0.1, respectively, from protein sequences. GAP uses the method of Needleman/Wunsch/Sellers to make alignments. A structural alignment between Termamyl (SEQ ID NO: 8) and another Termamyl-like alpha-amylase may be used to identify equivalent/corresponding positions in other Termamyl-like alpha- amylases. One method of obtaining said structural alignment is to use the Pile Up programme from the GCG package using default values of gap penalties, i.e., a gap creation penalty of 3.0 and gap extension penalty of 0.1. Other structural alignment methods include the hydrophobic cluster analysis (Gaboriaud et al . , (1987) , FEBS LETTERS 224, pp. 149-155) and reverse threading (Huber, T; Torda, AE, PROTEIN SCIENCE Vol. 7, No. 1 pp. 142- 149 (1998) . Hybridisation The oligonucleotide probe used in the characterisation of the polypeptide, such as the Termamyl-like alpha-amylase in accordance with property ii) above may suitably be prepared on the basis of the full or partial nucleotide or amino acid sequence of the alpha-amylase in question. Suitable conditions for testing hybridisation involve pre- soaking in 5xSSC and prehybridizing for 1 hour at -40 °C in a solution of 20% formamide, 5xDenhardt ' s solution, 50mM sodium phosphate, pH 6.8, and 50mg of denatured sonicated calf thymus DNA, followed by hybridisation in the same solution supplemented with lOOmM ATP for 18 hours at ~40°C, followed by three times washing of the filter in 2xSSC, 0.2% SDS at 40°C for 30 minutes (low stringency) , preferred at 50°C (medium stringency) , more preferably at 65°C (high stringency) , even more preferably at ~75°C (very high stringency) . More details about the hybridisation method can be found in Sambrook et al . , Molecular Cloning: A Laboratory Manual, 2nd Ed., Cold Spring Harbor, 1989. In the present context, "derived from" is intended not only to indicate an alpha-amylase produced or producible by a strain of the organism in question, but also an alpha-amylase encoded by a DNA sequence isolated from such strain and produced in a host organism transformed with said DNA sequence. Finally, the term is intended to indicate an alpha-amylase, which is encoded, by a DNA sequence of synthetic and/or cDNA origin and which has the identifying characteristics of the alpha-amylase in question. The term is also intended to indicate that the parent alpha-amylase may be a variant of a naturally occurring alpha- amylase, i.e., a variant, which is the result of a modification (insertion, substitution, deletion) of one or more amino acid residues of the naturally occurring alpha-amylase. Parent Termamyl-like Alpha-amylases According to the invention all Termamy-like alpha-amylases, as defined above, may be used as the parent (i.e., backbone) alpha-amylase. In a preferred embodiment of the invention the parent alpha-amylase is derived from B. licheniformis, e . g . , one of those referred to above, such as the B . licheniformis alpha- amylase having the amino acid sequence shown in SEQ ID NO: 10. Especially preferred parent alpha-amylases are the SP722 alpha- amylase and the AA560 alpha-amylases. In one embodiment the parent alpha-amyase has one or more of the followimng mutations/substitutions: Delta (R81-G182) ; Delta (D183-G184); Delta (D183-G184)+N195F; RR181Q+N445Q+K446N; Delta (D183- G184)+R181Q. Parent hybrid Termamyl-like Alpha-amylases The parent alpha-amylase (i.e., backbone alpha-amylase) may also be a hybrid alpha-amylase, i.e., an alpha-amylase, which comprises a combination of partial amino acid sequences derived from at least two alpha-amylases. The parent hybrid alpha-amylase may be one, which on the basis of amino acid homology (identity) and/or DNA hybridization (as defined above) can be determined to belong to the Termamyl- like alpha-amylase family. In this case, the hybrid alpha- amylase is typically composed of at least one part of a Termamyl-like alpha-amylase and part (s) of one or more other alpha-amylases selected from Termamyl-like alpha-amylases or non-Termamyl-like alpha-amylases of microbial (bacterial or fungal) and/or mammalian origin. Thus, the parent hybrid alpha-amylase may comprise a combination of partial amino acid sequences deriving from at least two Termamyl-like alpha-amylases, or from at least one Termamyl-like and at least one non-Termamyl-like bacterial alpha-amylase, or from at least one Termamyl-like and at least one fungal alpha-amylase. The Termamyl-like alpha-amylase from which a partial amino acid sequence derives, may be any of those specific Termamyl-like alpha-amylase referred to herein. For instance, the parent alpha-amylase may comprise a C- terminal part of an alpha-amylase derived from a strain of B. licheniformis, and a N-terminal part of an alpha-amylase derived from a strain of B . amyloliquefaciens or from a strain of B. stearothermophilus. For instance, the parent _am yl ase may comprise at least 430 amino acid residues of the C-terminal part of the B . licheniformis alpha-amylase, and may, e . g. , comprise a) an amino acid segment corresponding to the 37 N-terminal amino acid residues of the B. amyloliquefaciens alpha-amylase having the amino acid sequence shown in SEQ ID NO: 10 and an amino acid segment corresponding to the 445 C-terminal amino acid residues of the B . licheniformis alpha-amylase having the amino acid sequence shown in SEQ ID NO: 8, or a hybrid Termamyl-like alpha-amylase being identical to the Termamyl sequence, i.e., the Bacillus licheniformis alpha-amylase shown in SEQ ID NO: 8, except that the N-terminal 35 amino acid residues (of the mature protein) has been replaced by the N- terminal 33 residues of BAN (mature protein), i.e., the Bacillus amyloliquefaciens alpha-amylase shown in SEQ ID NO: 10; or b) an amino acid segment corresponding to the 68 N-terminal amino acid residues of the B. stearothermophilus α- a ™ylase having the amino acid sequence shown in SEQ ID NO: 6 and an amino acid segment corresponding to the 415 C-terminal amino acid residues of the B . licheniformis alpha-amylase having the amino acid sequence shown in SEQ ID NO : 8. Another suitable parent hybrid alpha-amylase is the one previously described in WO 96/23874 (from Novo Nordisk) constituting the N-terminus of BAN, Bacillus amyloliquefaciens alpha-amylase (amino acids 1-300 of the mature protein) and the C-terminus from Termamyl (amino acids 301-483 of the mature protein) . Altered properties The following discusses the relationship between mutations, which are present in variants of the invention, and desirable alterations in properties (relative to those a parent Termamyl- like alpha-amylase) , which may result therefrom. As mentioned above the invention relates to Termamyl-like alpha-amylases with altered properties, in particular under production conditions. Parent Termamyl-like alpha-amylase specifically contemplated in connection with going through the specifically contemplated altered properties are the above mentioned parent Termamyl-like alpha-amylase and parent hydrid Termamyl-like alpha-amylases. The SP722 alpha-amylase is used as the starting point, but corresponding positions in, e.g., the Termamyl, BSG, BAN, AA560, SP690, AA180, KSM AP1378, and #707, K38, and K36 should be understood as disclosed too. In a preferred embodiment the variant of the invention has increased solubility, in particular under washing or cleaning conditions . In an aspect the invention relates to variant with altered properties as mentioned above. In the first aspect a variant of a parent Termamyl-like alpha-amylase, comprising an alteration at one or more positions (using SEQ ID NO: 12 for the amino acid numbering) selected from the group of : R28, R118, N174; R181, G182, D183, G184, G186, W189, N195, M202, Y298, N299, K302, S303, N306, R310, N314; R320, H324, E345, Y396, R400, W439, R444, N445, K446, Q449, R458, N471, N484, wherein (a) the alteration (s) are independently (i) an insertion of an amino acid downstream of the amino acid which occupies the position, (ii) a deletion of the amino acid which occupies the position, or (iii) a substitution of the amino. acid which occupies the position with a different amino acid, (b) the variant has alpha-amylase activity and (c) each position corresponds to a position of the amino acid sequence of the parent Termamyl-like alpha-amylase having the amino acid sequence of AA560 shown in SEQ ID NO: 12. In SP722 (SEQ ID NO: 4) such corresponding positions are: R28; N94; L118; N125; Q174; R181; G182 ; D183; G184; A186; W189; N195, M202, Y298; N299; N302; S303; N306; A310; N314; K320; H324; Q345; F396, T400, W439, Q444; N445, K446, Q449, K458; N471, K484. In a preferred embodiment the variant of the invention (using SEQ ID NO: 12 for the numbering) has one or more of the following mutations/substitutions : Delta G184; Delta (R181-G182) ; Delta (D183-G184); R28N,K; S94K; R118K; N125A,R,K; N174D; R181Q,E,K; G186R; W189R,K; N195F; M202L; Y298H,F; N299A; K302R, S303Q, N306G,D,R,K; R310A, K, Q, E, H, D, N; N314D; R320K; H324K; E345R,D,K,N; Y396F; R400T,K; W439R; R444K; N445K,Q; K446N; Q449E; R458K; N471E; N484Q. Preferred double, triple and multi-mutations - using SEQ ID NO: 12 as the basis for the numbering - include: Delta (D183-G184)+R181Q; Delta (D183-G184)+G186R; Delta (D183-G184)+N195Fj Delta (D183-G184)+M202L; Delta (D183-G184)+G186R+N195F; Delta (D183-G184)+N195F+R400Tj Delta (D183-G184) +N195F+W439R; Delta (D183-G184) +N195F+Q449E; Delta (D183-G184)+N195F+N484Q ; Delta (D183-G184)+N195F+K446N; Delta (D183-G184) +N195F+N445Q+K446N+N484E , ■ Delta (D183-G184) +N195F+N445Q+K446N+Q449E ; Delta (D183-G184)+N195F+N471E i Delta (D183-G184) +N195F+H324K; Delta (D183-G184) +N195F+Y396F, Delta (D183-G184) +N195F+K446D; Delta (D183-G184) +N195F+R181Q; Delta (D183-G184) +N195F+R181E; Delta (D183-G184) +N195F+N445Q+K446N; N445Q+K446N; N445Q+K446N+N484E; N445Q+K446N+Q449E; Delta (D183-G184) +N195F+R181Q+N445Q+K446N; Delta (D183-G184) +N195F+R181Q+K446N; Delta (D183-G184) +N195F+R181Q+N445Q+K446N+N484E; Delta (D183-G184)+N195F+R181E+N445Q+K446N; Delta (D183-G184) +N195F+R181E+K446N; Delta (D183-G184) +N195F+R181E+N445Q+K446N+N484E; Delta (D183-G184) +N195F+N445Q+K446N+Y243F; Delta (D183-G184) +N195F+N445Q+K446N+V209I ; Delta (D183-G184)+N195F+E212R; Delta (D183-G184)+N195F+M116R; Delta (D183-G184) +N195F+K142H+D144H+R158H; Delta (D183-G184) +N195F+K142H+D144H; Delta (D183-G184)+N195F+R158Hj Delta (D183-G184) +N195F+E345R; Delta (D183-G184) +N195F+W189R; Delta (D183-G184)+N195F+Y298H; Delta D183 -G184 : )) +N195F+N299A; Delta < D183- -G184 :)) +N195F+K302R+S303Q; Delta D183 -G184 : ))+N195F+N306G; Delta D183 -G184 :))+N195F+Y298H+N299A+K302R+S303Q+N306G; Delta D183 -G184 : ))+N195F+N125A; Delta D183 -G184 : ))+N195F+N125R; Delta D183 -G184 :))+N195F+R181Q+N445Q+K446N+R310A; Delta D183 -G184 : ))+N195F+R181Q+N445Q+K446N+R310A+Q311N; Delta D183 -G184 : ))+N195F+R181Q+N445Q+K446N+R320K; Delta D183 -G184)+N195F+R181Q+N445Q+K446N+Q319K+R320D; Delta D183- -G184)+N195F+R181Q+N445Q+K446N+N306A; Delta D183 -G184 : ))+N195F+R181Q+N445Q+K446N+K302N; Delta D183 -G184 : ))+N195F+R181Q+N445Q+K446N+E345N; Delta D183 -G184 : ))+N195F+R181Q+N445Q+K446N+Y298F; Delta 'D183 -G184 : ))+N195F+R181Q+N445Q+K446N+R28N; Delta D183 -G184 :))+N195F+R181Q+N445Q+K446N+R28N+R310A; Delta D183 -G184 : ))+N195F+R181Q+N445Q+K446N+N128D+N306D; Delta D183 -G184)+N195F+R181Q+N445Q+K446N+N128D; Delta D183 -G184 : ))+N195F+R181Q+N445Q+K446N+N306D; N174D+N314D; Delta (D183-G184) +N195F+N306D+R310H+E345D; Delta (D183-G184 +R181Q+N195F+W189R+S94K; Delta (D183-G184 +R181Q+W189R+S94K; Delta (D183-G184 +N195F+R181Q+S94K; Delta (D183-G184 +N195F+R181K+N125R; Delta (D183-G184 +N195F+R181K+N125K; Delta (D183-G184 +N195F+R118K+R320K+R458K; Delta (D183-G184 +R181Q+N195F+R118K+R320K+R458K; Delta (D183-G184 +N195F+R181Q+N306G; Delta (D183-G184 +N195F+R181Q+W189R; Delta (D183-G184 +R181Q+N195F+R118K+N125K+R444K+N445K Delta (D183-G184 +R181Q+N195F+R118K+N125K+R320K+R458K; Delta (D183-G184 +R181Q+N195F+R118K+N125R+R320K+R458K; Delta (D183-G184 +R181Q+N195F+S94K+R118K+R320K+R458K; Delta (D183-G184 +R181Q+N195F+R118K+N306R+R320K+R458K; Delta (D183-G184 +N195F+R118K+R320K+R458K+R444K+N445K; Delta (D183-G184 +N195F+S94K+R118K+N306R+R320K+R458K; Contemplated variants include the specific ones mentioned in the examples and the above mention mutations in further combination with one or more of the mutations/substitution: Delta (D183-G184) ; N195F; R181Q; G186R; M202L; V206F,L,M; N193S,T,P Increased solubility All the above-mentioned mutations result in Termamyl-like alpha-amylase variants with altered solubility when used in any alpha-amylase within the group of Termamyl-like alpha-amylase as defined above . Thus, in a preferred embodiment the variant of the invention is a variant of a parent Termamyl-like alpha-amylase, which has increased solubility (as defined) in comparison to the parent Termemyl-like alpha-amylase, comprising an alteration at one or more positions (using SEQ ID NO: 12 for the amino acid numbering) selected from the group of : R28, R118, N174; R181, G182, D183, G184, G186, W189, N195, M202, Y298, N299, K302, S303, N306, R310, N314; R320, H324, E345, Y396, R400, W439, R444, N445, K446, Q449, R458, N471, N484, wherein (a) the alteration (s) are independently (i) an insertion of an amino acid downstream of the amino acid which occupies the position, (ii) a deletion of the amino acid which occupies the position, or (iii) a substitution of the amino acid which occupies the position with a different amino acid, (b) the variant has alpha-amylase activity and (c) each position corresponds to a position of the amino acid sequence of the parent Termamyl-like alpha-amylase having the amino acid sequence of AA560 shown in SEQ ID NO: 12. In a preferred embodiment a variant of the invention with increased solubility in comparison to the parent alpha-amylase has one or more of the following substitutions: Delta G184; Delta (R181-G182) ; Delta (D183-G184) ; R28N,K; S94K; R118K; N125A,R,K; N174D; R181Q,E,K; G186R; W189R,K; N195F; M202L; Y298H,F; N299A; K302R, S303Q, N306G,D,R,K; R310A, K, Q, E, H, D,N; N314D; R320K; H324K; E345R,D,K,N; Y396F; R400T,K; W439R; R444K; N445K,Q; K446N; Q449E; R458K; N471E; N484Q. In a more preferred embodiment variant of the invention with increased solubility (determined using one of the methods described in the "Materials and Methods" section) - using SEQ ID NO: 12 as the basis for the numbering - include: Delta (D183-G184) +R181Q; Delta (D183-G184) +G186R; Delta (D183-G184)+N195F; Delta (D183-G184) +M202L; Delta (D183-G184)+G186R+N195F; Delta (D183-G184)+N195F+R400Tj Delta (D183-G184) +N195F+W439R; Delta (D183-G184) +N195F+Q449E; Delta (D183-G184)+N195F+N484Qj Delta (D183-G184) +N195F+K446N; Delta (D183-G184) +N195F+N445Q+K446N+N484E; Delta (D183-G184) +N195F+N445Q+K446N+Q449E; Delta (D183-G184) +N195F+N471E J Delta (D183-G184) +N195F+H324K; Delta (D183-G184) +N195F+Y396F; Delta (D183-G184) +N195F+K446D; Delta (D183-G184) +N195F+R181Q; Delta (D183-G184) +N195F+R181E; Delta (D183-G184)+N195F+N445Q+K446N; N445Q+K446N; N445Q+K446N+N484E; N445Q+K446N+Q449E; Delta (D183-G184) +N195F+R181Q+N445Q+K446N; Delta (D183-G184) +N195F+R181Q+K446N; Delta (D183-G184) +N195F+R181Q+N445Q+K446N+N484E; Delta (D183-G184) +N195F+R181E+N445Q+K446N; Delta (D183-G184)+N195F+R181E+K446N; Delta (D183-G184) +N195F+R181E+N445Q+K446N+N484E; Delta (D183-G184) +N195F+N445Q+K446N+Y243F; Delta (D183--G184) +N195F+N445Q+K446N+V209I ; Delta ( D183- -G184) +N195F+E212R; Delta ( D183- -G184) +N195F+M116R; Delta ( D183- -G184) +N195F+K142H+D144H+R158H; Delta ( D183- -G184) +N195F+K142H+D144H; Delta ( D183- -G184) +N195F+R158H; Delta D183- -G184) +N195F+E345R; Delta D183- -G184) +N195F+W189R; Delta D183- -G184) +N195F+Y298H; D Deellttaa (D D118833- -GG118844)) +N195F+N299A; Delta D183 -G184) +N195F+K302R+S303Q; Delta D183 -G184) +N195F+N306G; Delta ID183 -G184) +N195F+Y298H+N299A+K302R+S303Q+N306G; Delta D183 -G184) +N195F+N125A; D Deellttaa (D D118833- -GG118844)) +N195F+N125R; Delta D183 -G184) +N195F+R181Q+N445Q+K446N+R310A; Delta D183 -G184) +N195F+R181Q+N445Q+K446N+R310A+Q311N; Delta D183 -G184) +N195F+R181Q+N445Q+K446N+R320K; Delta D183 -G184) +N195F+R181Q+N445Q+K446N+Q319K+R320D; DDeellttaa (D D118833- -GG118844)) +N195F+R181Q+N445Q+K446N+N306A; Delta ;DI83 -G184) +N195F+R181Q+N445Q+K446N+K302N; Delta k D183 -G184) +N195F+R181Q+N445Q+K446N+E345N; Delta [D183 -G184) +N195F+R181Q+N445Q+K446N+Y298F, Delta (D183 -G184) +N195F+R181Q+N445Q+K446N+R28N; D Deellttaa ( (DD118833- -GG118844))+N195F+R181Q+N445Q+K446N+R28N+R310A; Delta (D183 -G184) +N195F+R181Q+N445Q+K446N+N128D+N306D; Delta (D183 -G184) +N195F+R181Q+N445Q+K446N+N128D; Delta D183 -G184) +N195F+R181Q+N445Q+K446N+N306D; N174D+N314D; Delta (D183-G184) +N195F+N306D+R310H+E345D; Delta (D183-G184)+R181Q+N195F+W189R+S94K; Delta (D183-G184) +R181Q+W189R+S94K; Delta (D183-G184)+N195F+R181Q+S94K; Delta (D183-G184) +N195F+R181K+N125R; Delta (D183-G184) +N195F+R181K+N125K; Delta (D183-G184) +N195F+R118K+R320K+R458K; Delta (D183-G184)+R181Q+N195F+R118K+R320K+R458K; Delta (D183-G184) +N195F+R181Q+N306G; Delta (D183-G184) +N195F+R181Q+W189R; Delta (D183-G184)+R181Q+N195F+R118K+N125K+R444K+N445K Delta (D183-G184) +R181Q+N195F+R118K+N125K+R320K+R458K; Delta (D183-G184) +R181Q+N195F+R118K+N125R+R320K+R458K; Delta (D183-G184) +R181Q+N195F+S94K+R118K+R320K+R458K; Delta (D183-G184) +R181Q+N195F+R118K+N306R+R320K+R458K; Delta (D183-G184) +N195F+R118K+R320K+R458K+R444K+N445K; Delta (D183-G184) +N195F+S94K+R118K+N306R+R320K+R458K; Other combinations according to the invention include the specific one mentioned in the examples and one or more of the following substitutions: N195F; R181Q; G186R; M202L; V206F,L,M, N193P. Stability In the context of the present invention, mutations (including amino acid substitutions and deletions) of importance with respect to achieving altered stability, in particular improved stability (i.e., higher or lower), at especially high pH (i.e., pH 8-10.5) include any of the mutations listed in the in "Altered properties" section. Ca 24" stability Altered Ca 2+ stability means the stability of the enzyme under Ca 2+ depletion has been improved, i.e., higher or lower stability. In the context of the present invention, mutations (including amino acid substitutions and deletions) of importance with respect to achieving altered Ca 2+ stability, in particular improved Ca 2+ stability, i.e., higher or lower stability, at especially high pH (i.e., pH 8-10.5) include any of the mutations listed in the in "Altered properties" section. Specific activity In a further aspect of the present invention, important mutations (including amino acid substitutions and deletions) with respect to obtaining variants exhibiting altered specific activity, in particular increased or decreased specific activity, especially at temperatures from 10-60°C, preferably 20-50°C, especially 30-40°C, include any of the mutations listed in the in "Altered properties" section. General mutations in variants of the invention The particularly interesting mutations (including amino acid substitutions and deletions) are those that increase the mobility around the active site of the enzyme. This is accomplished by changes that disrupt stabilizing interaction in the vicinity of the active site, i . e . , within preferably 10A or 8A or 6A or 4A from any of the residues constituting the active site. Examples are mutations that reduce the size of side chains, such as Ala to Gly, Val to Ala or Gly, lie or Leu to Val, Ala, or Gly Thr to Ser Such mutations are expected to cause increased flexibility in the active site region either by the introduction of cavities or by the structural rearrangements that fill the space left by the mutation. It may be preferred that a variant of the invention comprises one or more modifications in addition to those outlined above. Thus, it may be advantageous that one or more Proline residues present in the part of the alpha-amylase variant which is modified is/are replaced with a non-Proline residue which may be any of the possible, naturally occurring non-Proline residues, and which preferably is an Alanine, Glycine, Serine, Threonine, Valine or Leucine. Analogously, it may be preferred that one or more Cysteine residues present among the amino acid residues with which the parent alpha-amylase is modified is/are replaced with a non- Cysteine residue such as Serine, Alanine, Threonine, Glycine, Valine or Leucine. Furthermore, a variant of the invention may - either as the only modification or in combination with any of the above outlined modifications - be modified so that one or more Asp and/or Glu present in an amino acid fragment corresponding to the amino acid fragment 185-209 of SEQ ID NO: 10 is replaced by an Asn and/or Gin, respectively. Also of interest is the replacement, in the Termamyl-like alpha-amylase, of one or more of the Lys residues present in an amino acid fragment corresponding to the amino acid fragment 185-209 of SEQ ID NO: 10 by an Arg . It will be understood that the present invention encompasses variants incorporating two or more of the above outlined modifications . Furthermore, it may be advantageous to introduce mutations in one or more of the following positions (using SEQ ID NO: 10 (Termamyl™) for the numbering) : M15, V128, Alll, H133, W138, T149, M197, N188, A209, A210, H405, T412, in particular the following single, double or triple or multi mutations : M15X, in particular M15T,L; V128X, in particular V128E; H133X, in particular H133Y; N188X, in particular N188S,T,P; M197X, in particular M197T,L; A209X, in particular A209V; M197T/W138F; M197T/W138Y; M15T/H133Y/N188S ; M15/V128E/H133Y/N188S; E119C/S130C; D124C/R127C; H133Y/T149I; G475R, H133Y/S187D; H133Y/A209V; In AA560 this correspond to L17X, in particular L17T; E130X; Y135X; W140X, In particular W140F,Y; T193X; in particular S,P; M202X, in particular M202T,L; V214X; Contemplated combinations thereof, include M202T/W140F; M202T/W140Y; L17T/T193S; L17T/N193P; E121C/S132C; N126C/Q129C; T151I; G480R . Methods for preparing alpha-amylase variants of the invention Several methods for introducing mutations into genes are known in the art. After a brief discussion of the cloning of alpha-amylase-encoding DNA sequences, methods for generating mutations at specific sites within the alpha-amylase-encoding sequence will be discussed. Cloning a DNA sequence encoding an alpha-amylase The DNA sequence encoding a parent alpha-amylase may be isolated from any cell or microorganism producing the alpha- amylase in question, using various methods well known in the art. First, a genomic DNA and/or cDNA library should be constructed using chromosomal DNA or messenger RNA from the organism that produces the alpha-amylase to be studied. Then, if the amino acid sequence of the alpha-amylase is known, homologous, labeled oligonucleotide probes may be synthesized and used to identify alpha-amylase-encoding clones from a genomic library prepared from the organism in question. Alternatively, a labeled oligonucleotide probe containing sequences homologous to a known alpha-amylase gene could be used as a probe to identify alpha-amylase-encoding clones, using hybridization and washing conditions of lower stringency. Yet another method for identifying alpha-amylase-encoding clones would involve inserting fragments of genomic DNA into an expression vector, such as a plasmid, transforming alpha- amylase-negative bacteria with the resulting genomic DNA library, and then plating the transformed bacteria onto agar containing a substrate for alpha-amylase, thereby allowing clones expressing the alpha-amylase 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, Tetrahedron Letters 22, 1981, pp. 1859-1869 or the method described by Matthes et al . , The EMBO J. 3_, 1984, pp. 801-805. In the phosphoroamidite method, oligonucleotides are synthesized, e.g., in an automatic DNA synthesizer, purified, annealed, ligated and cloned in appropriate vectors. 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 (as appropriate, the fragments corresponding to various parts of the entire DNA sequence) , in accordance with standard techniques. 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., Science 239, 1988, pp. 487-491. Expression of alpha-amylase variants 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 enzyme form, 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 alpha-amylase variant of the invention may be any vector that 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 extrachromosomal 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 proteins either homologous or heterologous to the host cell . Examples of suitable promoters for directing the transcription of the DNA sequence encoding an 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 dagA promoters, the promoters of the Bacillus licheniformis alpha- amylase gene (amyL) , the promoters of the Bacillus stearothermophilus maltogenic amylase gene (amyM) , the promoters of the Bacillus amyloliquefaciens alpha-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 alpha- amylase, A . niger acid stable alpha-amylase, A . niger glu- coamylase, 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, poly- adenylation sequences operably connected to the DNA sequence encoding the alpha-amylase variant of the invention. Termination and polyadenylation sequences may suitably be derived from the same sources as the promoter. 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, pUBHO, pE194, pAMBl and pIJ702. 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 i3. subtilis or B . licheniformis , or one which confers antibiotic resistance such as ampicillin, kanamycin, chloramphenicol or tetracyclin 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 -a yl a ses mentioned herein comprises a preregion permitting secretion of the expressed protease into the culture medium. If desirable, 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 an 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 . , Molecular Cloning: A Laboratory Manual, 2nd Ed., Cold Spring Harbor, 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 an 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 constructs 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 stearothermophilus , Bacillus alkalophilus, Bacillus amyloliquefaciens , Bacillus coagulans, Bacillus circulans, Bacillus lautus, Bacillus megaterium, Ba- cillus thuringiensis, or Strep tomyces lividans ox Streptomyces murinus, or gramnegative 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 per se . The yeast organism may favorably 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 Aspergil - lus 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 an 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 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 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 sulphate, followed by the use of chromatographic procedures such as ion exchange chromatography, affinity chromatography, or the like. Industrial Applications The alpha-amylase variants of this invention possess valuable properties allowing for a variety of industrial applications. In particular, enzyme variants of the invention are applicable as a component in washing, dishwashing and hard surface cleaning detergent compositions. Variant of the invention with altered properties may be used for starch processes, in particular starch conversion, especially liquefaction of starch (see, e . g. , US 3,912,590, EP patent publications Nos. 252 730 and 63 909, and WO 99/19467. Further, variants of the invention are also particularly useful in the production of sweeteners and ethanol from starch, and/or for textile desizing Composition In an aspect the invention relates to a composition comprising a variant of the invention. In an embodiment the composition of the invention comprises one or more other enzymes, including one or more selected from the group of such as a lipase, cutinase, protease, cellulase, mannanase, maltogenic amylase, CGTase, glucoamylase, peroxidase or laccase, and/or another alpha-amylase. Detergent compositions As mentioned above, variants of the invention may suitably be incorporated in detergent compositions. Reference is made, for example, to WO 96/23874 and WO 97/07202 for further details concerning relevant ingredients of detergent compositions (such as laundry or dishwashing detergents) , appropriate methods of formulating the variants in such detergent compositions, and for examples of relevant types of detergent compositions. Detergent compositions comprising a variant of the invention may additionally comprise one or more other enzymes, such as a lipase, cutinase, protease, cellulase, mannanase, maltogenic amylase, CGTase, glucoamylase, peroxidase or laccase, and/or another alpha-amylase. Alpha-amylase variants of the invention may be incorporated in detergents at conventionally employed concentrations. It is at present contemplated that a variant of the invention may be incorporated in an amount corresponding to 0.00001-10 mg (calculated as pure, active enzyme protein) of alpha-amylase per liter of wash/dishwash liquor using conventional dosing levels of detergent . The invention also relates to a method of providing alpha- amylases with altered properties relative to the parent alpha- amylase, in particular solubility, especially increased solubility, substrate specificity, substrate binding, substrate cleavage pattern, temperature stability, pH dependence of enzymatic activity, pH dependence of stability, stability towards oxidation, Ca 2+ -dependency and specific activity, comprising the following steps: (a) modelling the parent alpha-amylase on the three- dimensional structure of SEQ ID NO: 4 depicted in the Appendix 1 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. In an embodiment the method is a method of constructing a variant of a parent alpha-amylase having an altered property relative to the parent, wherein the parent alpha-amylase has the sequence of SEQ ID Nos: 2, 4, 6, 8, 10, 12 or 13 or has a sequence at least 60 % identity (determined as described above) to said sequence, said method comprising: (a) modelling the parent alpha-amylase on the three-dimensional structure of SEQ ID NO: 4 depicted in the Appendix 1 to produce a three-dimensional structure of the parent alpha-amylase; (b) comparing the three-dimensional structure obtained in step (a) with a three-dimensional structure of an unrelated alpha- amylase, wherein the unrelated alpha-amylase differs from the parent alpha-amylase in said property; (c) identifying a structural part of the three-dimensional structure obtained in step (a) which is different from the three-dimensional structure of the unrelated alpha-amylase and which is predicted to be relevant to said property, (d) 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 (e) expressing the modified nucleic acid in a host cell to produce the variant alpha-amylase, wherein the variant has alpha-amylase activity and has one or more altered properties as compared to the parent alpha-amylase. The Termamyl-like alpha-amylases contemplated are the ones described above . Method of increasing the solubility of polypeptides The present invention also relates to a method of increaning the solubility of polypeptides, such as enzymes, in particular Termamyl-like alpha-amylases. The method of this invention comprises substitutions, insertions and/or deletion of one or more amino acid residue (s), which residue (s) hold a position close to a neighbour polypeptide molecule located in the protein crystal . In the context of this invention, a polypeptide amino acid residue holding a position close to the neighbour molecule indicates an amino acid residue located within the polypeptide in a way that it is within a potential intermolecular interactive distance from an amino acid residue located at a neighbour enzyme molecule in the crystal or precipitate. Examples of potential intermolecular interactions include, but are not limited to hydrogen bonding, salt bridge formation, polar interactions, hydrophobic interactions and aromatic interactions. The term "neighbouring" means in the context of the present invention the shortest distance between two positions in a crystal structure being prepared, e.g., as described in "Protein Crystallization Techniques, Strategies, and Tips", A Laboratory Manual by Terese M. Bergfors) , or as describe on the Internet on the site: www . hamptonresearch . com . Thus, in this aspect the invention relates to a method of increasing the solubility of enzyme crystals, wherein one or more amino acid residue (s) , 1) located within a distance of 6.0 A of a neighbouring polyptide molecule in the tertiary crystal structure, and 2) interacting with said neighbouring polypeptide molecule, are mutated, e.g., by substitution or deletion. In a preferred embodiment the amino acid residues to be mutated are located with 3.5 A of a neighbouring polypeptide. Contemplated polypeptides include antimicrobial polypeptides, polypeptides with biological activity, such as insulin, growth hormone, EPO, TPO, factor VII, Factor VIII. Contemplated enzyme activities include protease, amylase, CGTase, carbohydrase, transferase, lyase, oxidoreductase, lipase, cellulase, cutinase, pectate lyase, mannanase, maltogenic amylase, glucoamylase, pectin lyase activity. In a preferred embodiment the enzyme is an amylase, preferably an alpha-amylase, especially a Termamyl-like alpha- amylase as will be described further below. An amino acid position "close" to the substrate indicates a distance less than 6 A (angstrom) corresponding to a protein- protein interaction mediated by a single water molecule. In a preferred embodiment an amino acid position close to the substrate indicates a distance less than 3.5 A (angstrom) corresponding to a direct protein-protein interaction. Method of increasing the solubility of Termamyl-like alpha- aylases In this aspect the invention relates to a method of increasing the solubility of Termamyl-like alpha-amylase crystals, wherein one or more amino acid residue (s), 1) located within a distance of 6.0 A of a neighbouring Termamyl-like alpha-amylase molecule in the tertiary crystal structure, and 2) interacting with said neighbouring Termamyl-like alpha- amylase molecule, are mutated, e.g., by substitution or deletion. In a preferred embodiment the amino acid residues to be mutated are located with 3.5 A of a neighbouring Termamyl-like alpha-amylase. The crystal structure of SP722 depicted in APPENDIX 1 may be used as the reference (fix-point) for determining the distance between neighbouring alpha-amylases. However, it is within the scope of the invention that the reference (fix-point) crystal structure is a structure modelled (as described above or in WO 96/23874) from SP722 depicted in APPENDIX 1. Preferred Termamyl-like alpha-amylases include Bacillus alpha-amylase selected from the group consisting of alpha- amylase derived from a strain of B . licheniformis, B . amyloli - quefaciens, B . stearothermophilus, Bacillus sp . NCIB 12289, NCIB 12512, NCIB 12513 or DSM 9375, or DSMZ no. 12649, KSM AP1378. Termamyl-like alpha-amylase may be any of the alpha-amylases selected from the group depicted in SEQ ID NOS: 2, 4, 6, 8, 10, 12, and 13, or Termamyl-like alpha-amylase having an amino acid sequence which has a degree of identity to SEQ ID NO : 4 of at least 60%, preferably 70%, more preferably at least 80%, even more preferably at least about 90%, even more preferably at least 95%, even more preferably at least 97%, and even more preferably at least 99%, or Termamyl-like alpha-amylase encoded by a nucleic acid sequence, which hydridizes under low, preferably medium, preferred high stringency conditions, with the nucleic acid sequence of SEQ ID NO: 11. The conditions are described in further details above. Termamyl-like alpha-amylase amino acid residues being less than 6.0 A from the nearest neighbour amylase molecule are the following (using the SP722 numbering) : 19, 20, 21, 22, 25, 28, 29, 53, 76, 84, 87, 90, 93, 94, 124, 125, 126, 128, 142, 144, 156, 157, 158, 159, 160, 161, 170, 171, 172, 173, 174, 175, 183, 184, 185, 186, 187, 188, 189, 190, 193, 195, 196, 197, 209, 212, 226, 229, 256, 257, 258, 259, 280, 281, 298, 299, 300, 302, 303, 304, 305, 306, 310, 311, 314, 319, 320, 321, 322, 341, 345, 405, 406, 408, 444, 447, 448, 449, 463, 464, 465, 466, 467. Termamyl-like alpha-amylase amino acid residues 'being less than 3.5 A from the nearest neighbour amylase molecule are the following (using the SP722 numbering) : 22, 25, 28, 76, 94, 125, 128, 158, 160, 171, 173, 174, 184, 189, 209, 226, 229, 298, 299, 302, 306, 310, 314, 320, 345, 405, 447, 466. The amino acid residues being less than 6.0 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the SP722 amylase : ASN 19, ASP 20, GLY 21, GLN 22, ASN 25, ARG 28, ASP 29, GLN 53, ARG 76, GLN 84, SER 87, HIS 90, LYS 93, ASN 94, ASN 125, ASN 126, ASN 128, LYS 142, ASP 144, LYS 156, TRP 157, ARG 158, TRP 159, TYR 160, HIS 161, PHE 173, GLN 174, ASN 175, ASP 183, GLY 184, LYS 185, ALA 186, TRP 187, ASP 188, TRP 189, GLU 190, SER 193, GLY 196, ASN 197, ASP 209, GLU 212, ASN 226, ASN 229, ALA 256, THR 257, GLY 258, LYS 259, ASN 280, LYS 281, TYR 298, ASN 299, ALA 300, ASN 302, SER 303, GLY 304, GLY 305, ASN 306, ALA 310, ASN 314, GLN 319, LYS 320, HIS 321, PRO 322, GLU 341, GLN 345, PHE 405, ASP 406, HIS 408, GLN 444, ALA 447, GLY 448, GLN 449, THR 463, ILE 464, ASN 465, ALA 466, ASP 467. The amino acid residues being less than 3.5 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the SP722 amylase : GLN 22, ASN 25, ARG 28, ARG 76, ASN 94, ASN 125, ASN 128, ARG 158, TYR 160, PHE 173, GLN 174, GLY 184, TRP 189, ASP 209, ASN 226, ASN 229, TYR 298, ASN 299, ASN 302, ASN 306, ASN 314, LYS 320, GLN 345, PHE 405, ALA 447, ALA 466. The amino acid residues being less than 6.0 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the AA560 amylase: ASN 19, ASP 20, ASN 22, ASN 25, ARG 28, SER 29, GLN 53, ARG 76, GLN 84, ALA 87, ASN 90, LYS 93, SER 94, PRO 124, ASN 125, ASN 126, ASN 128, LYS 142, ASP 144, LYS 156, TRP 157, ARG 158, TRP 159, TYR 160, HIS 161, SER 170, ARG 171, LYS 172, LEU 173, ASN 174, ASN 175, ASP 183, GLY 184, LYS 185, GLY 186, TRP 187, ASP 188, TRP 189, GLU 190, THR 193, ASN 195, GLY 196, ASN 197, ASP 209, GLU 212, ASN 226, GLY 229, ALA 256, THR 257, GLY 258, LYS 259, LYS 281, TYR 298, ASN 299, ALA 300, LYS 302, SER 303, GLY 304, ASN 306, ARG 310, GLN 311, ASN 314, GLN 319, ARG 320, HIS 321, PRO 322, GLU 341, GLU 345, LEU 405, HIS 408, ARG 444, ALA 447, GLY 448, GLN 449, THR 463, ILE 464, ASN 465, ALA 466, ASP 467. The amino acid residues being less than 3.5 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the AA560 amylase: ARG 28, ASN 125, ASN 128, ARG 158, TYR 160, ARG 171, LEU 173, ASN 174, GLY 184, TRP 189, GLY 196, ASP 209, ASN 226, TYR 298, ASN 299, LYS 302, ASN 306, ARG 310, ASN 314, ARG 320, GLU 345, ALA 447, ALA 466. Substitutions in alpha-amylases leading to higher solubility and thus to higher performance. In general, any substitutions disturbing or destroying a protein-protein interaction of any kind will lead to higher solubility and thus to higher performance in a particular application. An amino acid residue participating in protein- protein interaction may thus be changed to a larger, a smaller, more hydrophobic, more hydrophilic, to a charged or to an uncharged amino acid leading to higher solubility. A larger amino acid residue is capable of making a steric hindance for the interaction and a smaller amino acid residue makes the distance between the interacting residues to large, weaking the interaction. Polar interaction and in particular saltbridges are destroyed by changing at least one of the involved residues to a hydrophobic residues, by changing at least one of the involved residues to a smaller residue making the distance for a strong interaction to large, or by changing at least one of the involved residues to a larger residue which make sterical hindrance. Hydrophobic interactions are effectively disturbed by changing one of the interacting amino acids to hydrophilic amino acid residues but also smaller or larger hydrophobic residues can destroy this kind of interaction. Aromatic interactions can be prevented by changing to a hydrophilic residue or to a small hydrophobic residue . MATERIALS AND METHODS Enzymes : SP722 : SEQ ID NO: 4, available from Novozymes, and disclosed in AA560: SEQ ID NO: 12; disclosed in WO 00/60060 and available from Novozymes A/S; disclosed in Danish patent application no. PA 1999 00490; deposited on 25 th January 1999 at DSMZ and assigned the DSMZ no. 12649. AA560 were deposited by the inventors under the terms of the Budapest Treaty on the International Recognition of the Deposit of Microorganisms for the Purposes of Patent Procedure at Deutshe Sammmlung von Microorganismen und Zellkulturen GmbH (DSMZ) , Mascheroder Weg lb, D-38124 Braunschweig DE . Bacillus subtilis SHA273: see WO 95/10603 Plasmids pJEl contains the gene encoding a variant of SP722 alpha- amylase (SEQ ID NO: 4) : viz. deletion of 6 nucleotides corresponding to amino acids D183-G184 in the mature protein. Transcription of the JEl gene is directed from the amyL promoter. The plasmid further more contains the origin of replication and cat-gene conferring resistance towards kanamycin obtained from plasmid pUBllO (Gryczan, TJ et al . (1978), J. Bact. 134:318-329) . Methods : Modelbuilinq Protein structure databases, such as "The Protein Data Bank (PDB) (<http : //www . pdb . bnl . gov/> ) " or "The Brookhaven databank at Brookhaven National Laboratory, US" are search for proteins similar to the molecule in question that a model are to be build of. The amino acid sequences are aligned taking structurally conserved regions into consideration and the coordinates are copied from the reference protein to the subject protein. The coordinates for regions with insertions and deletions are assigned either from other proteins having similar amino acid sequence, or by using the random structure generator function found in most 3D software packages, eg. in Homology from Biosy , MSI . When coordinates have been assigned to all amino acids of the subjective protein and the fragments have been linked together, example by the cormands END REPAIR and SPLICE REPAIR, in the Discover program from from Biosym, MSI, the model are to be refined. The energy of the model is minimised first by relaxing the molecule (RELAX command in the Discover program) and second minimised by molecular dynamics . References can be found in and in the manuals of homology building software, eg. Homology from Biosym, MSI Construction of library vector pDorKlOl The E. coli/Bacillus shuttle vector pDorKlOl (described below) can be used to introduce mutations without expression of alpha-amylase in E. coli and then be modified in such way that the alpha-amylase is active in Bacillus. The vector was constructed as follows: The JEl encoding gene (SP722 with the deletion of D183-G184) was inactivated in pJEl by gene interruption in the Pstl site in the 5 'coding region of the SEQ ID NO: 4: SP722 by a 1.2 kb fragment containing an E. coli origin of replication. This fragment was PCR amplified from the pUC19 (GenBank Accession #:X02514) using the forward primer: 5'-gacctgcagtcaggcaacta-3 " and the reverse primer: 5'- tagagtcgacctgcaggcat-3 " . The PCR a plicon and the pJEl vector were digested with Pstl at 37°C for 2 hours. The pJEl vector fragment and the PCR fragment were ligated at room temperature . for 1 hour and transformed in E. coli by electrotransforma ion. The resulting vector is designated pDorKlOl. Filter screening assays The assay can be used to screening of Termamyl-like α~ amylase variants having an improved stability at high pH compared to the parent enzyme and Termamyl-like ~amylase variants having an improved stability at high pH and medium temperatures compared to the parent enzyme depending of the screening temperature setting High pH filter assay Bacillus libraries are plated on a sandwich of cellulose acetate (OE 67, Schleicher & Schuell, Dassel, Germany) - and nitrocellulose filters (Protran-Ba 85, Schleicher & Schuell, Dassel, Germany) on TY agar plates with 10 μg/ml kanamycin at 37°C for at least 21 hours. The cellulose acetate layer is located on the TY agar plate. Each filter sandwich is specifically marked with a needle after plating, but before incubation in order to be able to localize positive variants on the filter and the nitrocellulose filter with bound variants is transferred to a container with glycin-NaOH buffer, pH 8.6-10.6 and incubated at room temperature (can be altered from 10°-60°C) for 15 min. The cellulose acetate filters with colonies are stored on the TY-plates at room temperature until use. After incubation, residual activity is detected on plates containing 1% agarose, 0.2% starch in glycin-NaOH buffer, pH 8.6-10.6. The assay plates with nitrocellulose filters are marked the same way as the filter sandwich and incubated for 2 hours. at room temperature. After removal of the filters the assay plates are stained with 10% Lugol solution. Starch degrading variants are detected as white spots on dark blue background and then identified on the storage plates. Positive variants are rescreened twice under the same conditions as the first screen. Low calcium filter assay The Bacillus library are plated on a sandwich of cellulose acetate (OE 67, Schleicher & Schuell, Dassel, Germany) - and nitrocellulose filters (Protran-Ba 85, Schleicher & Schuell, Dassel, Germany) on TY agar plates with a relevant antibiotic, e . g. , kanamycin or chloramphenicol , at 37°C for at least 21 hours. The cellulose acetate layer is located on the TY agar plate. Each filter sandwich is specifically marked with a needle after plating, but before incubation in order to be able to localize positive variants on the filter and the nitrocellulose filter with bound variants is transferred to a container with carbonate/bicarbonate buffer pH 8.5-10 and with different EDTA concentrations (0.001 mM - 100 mM) . The filters are incubated at room temperature for 1 hour. The cellulose acetate filters with colonies are stored on the TY-plates at room temperature until use. After incubation, residual activity is detected on plates containing 1% agarose, 0.2% starch in carbonate/bicarbonate buffer pH 8.5-10. The assay plates with nitrocellulose filters are marked the same way as the filter sandwich and incubated for 2 hours. at room temperature. After removal of the filters the assay plates are stained with 10% Lugol solution. Starch degrading variants are detected as white spots on dark blue background and then identified on the storage plates. Positive variants are rescreened twice under the same conditions as the first screen. Method for obtaining the regions of interest : There are three known 3D structures of bacterial ~ amylases. Two of B . licheniformis α-amylase, Brookhaven database 1BPL (Machius et al . (1995), J. Mol. Biol. 246, p. 545-559) and 1VJS (Song et al . (1996), Enzymes for Carbohydrate 163 Engineering (Prog. Biotechnol . V 12). These two structures are lacking an important piece of the structure from the so-called B-domain, in the area around the two Calcium ions and one Sodium ion binding sites. We have therefore used a 3D structure of an alpha-amylase BA2 (WO 96/23874 which is a hybrid between BAN™ (SEQ ID NO. 5) and B . licheniformis alpha-amylase (SEQ ID NO. 4) . On basis of the structure a model of B . licheniformis alpha amylase and the SP722 o t -amylase has been build. Fermentation and purification of g-amylase variants Fermentation and purification may be performed by methods well known in the art. Stability determination All stability trials are made using the same set up. The method is as follows: The enzyme is incubated under the relevant conditions (1-4) . Samples are taken at various time points, e.g., after 0, 5, 10, 15 and 30 minutes and diluted 25 times (same dilution for all taken samples) in assay buffer (0.1M 50mM Britton buffer pH 7.3) and the activity is measured using the Phadebas assay (Pharmacia) under standard conditions pH 7.3, 37°C. The activity measured before incubation (0 minutes) is used as reference (100%) . The decline in percent is calculated as a function of the incubation time. The table shows the residual activity after, e.g., 30 minutes of incubation. Specific activity determination The specific activity is determined using the Phadebas assay (Pharmacia) as activity/mg enzyme. The manufactures instructions are followed (see also below under "Assay for ~ amylase activity) . Solubility Determination I Purified enzyme is dialyzed against a selected buffer overnight. Standard conditions are 0.02 M Tris-HCl, 0.15 M NaCl, pH 7.5, room temperature. A preparation, containing approximately 40 mg enzyme is concentrated on an amicon cell using Millepore ultrafiltration membranes, YM10, NMWL: 10,000. Measuring A 2 so before and during the process followed concentration of the enzyme. The concentration step is stopped when precipitation started to occur. Measurement of activity in the supernatant is made to ensure that the precipitate actually is amylase. The precipitate is then dissolved again by adding buffer at room temperature and the protein concentration is measured. Solubility Determination II Purified enzyme is dialyzed against a selected buffer overnight. Standard conditions are 0.01 M Boric acid, 0.01 M KCl, 0.002 M CaCl 2 , 0.15M NaCl pH 7.5. A preparation, containing approximately 40 mg enzyme is concentrated on an amicon cell using Millepore ultrafiltration membranes, YM10, NMWL: 10,000. Measuring A 28 o before and during the process followed concentration of the enzyme. The concentration step is stopped when precipitation started to occur. Measurement of activity in the supernatant is made to ensure that the precipitate actually is amylase. The precipitate is then dissolved again by adding buffer at room temperature and the protein concentration is measured. Assays for Alpha-Amylase Activity 1. Phadebas assay Alpha-amylase activity is determined by a method employing Phadebas ® tablets as substrate. Phadebas tablets (Phadebas ® Amylase Test, supplied by Pharmacia Diagnostic) contain a cross- linked insoluble blue-colored starch polymer, which has been mixed with bovine serum albumin and a buffer substance and tabletted. For every single measurement one tablet is suspended in a tube containing 5 ml 50 mM Britton-Robinson buffer (50 mM acetic acid, 50 mM phosphoric acid, 50 mM boric acid, 0.1 mM CaCl 2 , pH adjusted to the value of interest with NaOH) . The test is performed in a water bath at the temperature of interest . The alpha-amylase to be tested is diluted in x ml of 50 mM Britton- Robinson buffer. 1 ml of this alpha-amylase solution is added to the 5 ml 50 mM Britton-Robinson buffer. The starch is hydrolyzed by the alpha-amylase giving soluble blue fragments. The absorbance of the resulting blue solution, measured spectrophotometrically at 620 nm, is a function of the alpha- amylase activity. It is important that the measured 620 nm absorbance after 10 or 15 minutes of incubation (testing time) is in the range of 0.2 to 2.0 absorbance units at 620 nm. In this absorbance range there is linearity between activity and absorbance (Lambert-Beer law) . The dilution of the enzyme must therefore be adjusted to fit this criterion. Under a specified set of conditions (temp., pH, reaction time, buffer conditions) 1 mg of a given alpha- amylase will hydrolyze a certain amount of substrate and a blue colour will be produced. The colour intensity is measured at 620 nm. The measured absorbance is directly proportional to the specific activity (activity/mg of pure alpha-amylase protein) of the alpha-amylase in question under the given set of conditions. 2. Alternative method Alpha-amylase activity is determined by a method employing the PNP-G7 substrate. PNP-G7 which is a abbreviation for p- nitrophenyl-alpha,D-maltoheptaoside is a blocked oligosaccharide which can be cleaved by an endo-amylase. Following the cleavage, the alpha-Glucosidase included in the kit digest the substrate to liberate a free PNP molecule which has a yellow colour and thus can be measured by visible spectophometry at λ=405nm. (400- 420 nm.). Kits containing PNP-G7 substrate and alpha-Glucosidase is manufactured by Boehringer-Mannheim (cat. No. 1054635). To prepare the substrate one bottle of substrate (BM 1442309) is added to 5 ml buffer (BM1442309) . To prepare the α - Glucosidase one bottle of alpha-Glucosidase (BM 1462309) is added to 45 ml buffer (BM1442309) . The working solution is made by mixing 5 ml alpha-Glucosidase solution with 0.5 ml substrate. The assay is performed by transforming 20μl enzyme solution to a 96 well microtitre plate and incubating at 25°C. 200 μl working solution, 25°C is added. The solution is mixed and preincubated 1 minute and absorption is measured every 15 sec. over 3 minutes at OD 405 nm. The slope of the time dependent absorption-curve is directly proportional to the specific activity (activity per mg enzyme) of the alpha-amylase in question under the given set of conditions . General method for random mutagenesis by use of the DOPE program The random mutagenesis may be carried out as follows: 1. Select regions of interest for modification in the parent enzyme 2. Decide on mutation sites and non-mutated 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. 5. Adjust the residues selected by step 3 with regard to step 4. 6. Analyze 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) 8. Make primers 9. Perform random mutagenesis by use of the primers 10. Select resulting α~ a myl a se variants by screening for the desired improved properties. Suitable dope algorithms for use in step 6 are well known in the art. One algorithm is described by Tomandl, D. et al . , Journal of Computer-Aided Molecular Design, 11 (1997) , pp. 29- 38) . Another algorithm, DOPE, is described in the following: The dope program The "DOPE" program is a computer algorithm useful to optimize the nucleotide composition of a codon triplet in such a way that it encodes an amino acid distribution which resembles most the wanted amino acid distribution. In order to assess which of the possible distributions is the most similar to the wanted amino acid distribution, a scoring function is needed. In the "Dope" program the following function was found to be suited: where the x,- ' s are the. obtained amounts of amino acids and groups of amino acids as calculated by the program, y t ' s are the wanted amounts of amino acids and groups of amino acids as defined by the user of the program (e.g. specify which of the 20 amino acids or stop codons are wanted to be introduced, e.g. with a certain percentage (e.g. 90% Ala, 3% lie, 7% Val), and tλ ' s are assigned weight factors as defined by the user of the program (e.g., depending on the importance of having a specific amino acid residue inserted into the position in question) . N is 21 plus the number of amino acid groups as defined by the user of the program. For purposes of this function 0 is defined as being 1. A Monte-Carlo algorithm (one example being the one described by Valleau, J.P. & Whittington, S.G. (1977) A guide to Mont Carlo for statistical mechanics: 1 Highways. In "Stastistical Mechanics, Part A" Equlibrium Techniqeues ed. B.J. Berne, New York: Plenum) is used for finding the maximum value of this function. In each iteration the following steps are performed: l.A new random nucleotide composition is chosen for each base, where the absolute difference between the current and the new composition is smaller than or equal to d for each of the four nucleotides G,A,T,C in all three positions of the codon (see below for definition of d) . 2. The scores of the new composition and the current composition are compared by the use of the function s as described above. If the new score is higher or equal to the score of the current composition, the new composition is kept and the current composition is changed to the new one. If the new score is smaller, the probability of keeping the new composition is exp\l000 ιιew_score - current _scoreJJ . A cycle normally consists of 1000 iterations as described above in which d is decreasing linearly from 1 to 0. One hundred or more cycles are performed in an optimization process. The nucleotide composition resulting in the highest score is finally presented. EXAMPLES EXAMPLE 1 Method of extracting important regions and amino acid residues for identifying SP722 alpha-amylase variants with altered properties . The tertiary structure of the SP722 alpha-amylase was displayed on a UNIX computer station running Insight and all hydrogens and water molecules were deleted. For this minimized amylase structure, all the symetri related amylase molecules were displayed, according to the crystal parameters and the spacegroup determined in the pdb-structure file (Appendix 1) . A small computer program was made to calculate the distance from each atom in the mother alpha-amylase to any atom in the symetri related amylase structures. Setting the distance cut-off to 3.5 A and 6.0 A, respectively resulted in the lists below: The amino acid residues being less than 6.0 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the SP722 amylase: ASN 19, ASP 20, GLY 21, GLN 22, ASN 25, ARG 28, ASP 29, GLN 53, ARG 76, GLN 84, SER 87, HIS 90, LYS 93, ASN 94, ASN 125, ASN 126, ASN 128, LYS 142, ASP 144 LYS 156, TRP 157, ARG 158, TRP 159, TYR 160, HIS 161, PHE 173 GLN 174, ASN 175, ASP 183, GLY 184, LYS 185, ALA 186, TRP 187 ASP 188, TRP 189, GLU 190, SER 193, GLY 196, ASN 197, ASP 209 GLU 212, ASN 226, ASN 229, ALA 256, THR 257, GLY 258, LYS 259 ASN 280, LYS 281, TYR 298, ASN 299, ALA 300, ASN 302, SER 303 GLY 304, GLY 305, ASN 306, ALA 310, ASN 314, GLN 319, LYS 320 HIS 321, PRO 322, GLU 341, GLN 345, PHE 405, ASP 406, HIS 408 GLN 444, ALA 447, GLY 448, GLN 449, THR 463, ILE 464, ASN 465 ALA 466, ASP 467. The amino acid residues being less than 3.5 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the SP722 amylase : GLN 22, ASN 25, ARG 28, ARG 76, ASN 94, ASN 125, ASN 128, ARG 158, TYR 160, PHE 173, GLN 174, GLY 184, TRP 189, ASP 209, ASN 226, ASN 229, TYR 298, ASN 299, ASN 302, ASN 306, ASN 314, LYS 320, GLN 345, PHE 405, ALA 447, ALA 466. EXAMPLE 2 Alternative method of extracting important regions and amino acid residues for identifying SP722 alpha-amylase variants with altered properties. The tertiary structure of the SP722 alpha-amylase was displayed on a UNIX computer station running Insight and all hydrogen and water molecules were deleted. This minimized amylase structure was imported ("getmol") into the WHAT IF software (G.Vriend, J. Mol. Graph. , (1990) 8, 52-56) and all the symmetry related amylase molecules within 6 angstrom were added to the soup ("symtry, symspg, sympar 6, soushl, soup) . A new coordinate file for SP722 including the symmetry molecules was written (makmol, tot 0) . The center SP722 amylase was then deleted from the structure file, and a new file including the surrounding molecules was written. A small computer program was made to calculate the distance from each atom in the mother alpha-amylase (original SP72 structure file without water molecules and Hydrogen atoms) to any atom in the symmetry related amylase file. Setting the distance cut-off to 3.5 A and 6.0 A, respectively resulted in identification of the position referred to in the description. What If commands : >>Whatif << Starts WHAT IF >>Getmol sp722_HOH.pdb<< import the water and H-depleted SP722 structure file into the WHAT IF sotware >>symtry<< Go to symmetry menu >>symspg<< Reads symmetry related information in structure file >>sympar 6<< Makes symmetry related residues within 6 A distance >>soushl<< Adds the symmetry molecules to the soup >>soup<< Go to soup menu >>makmol , "sp722_wi6 . pdb" , tot 0<< writes the "sp722_wi6" pdb file including all atoms in the soup (SP722 and the symmetry molecules within 6 A) EXAMPLE 3 Homology building of AA560 from SP722 tertiary structure The overall homology of the AA560 alpha-amylase (SEQ ID NO: 12) to SP722 (SEQ ID NO: 4) is about 87% as described above. Sequence alignment of AA560 and SP722 shows there to be no insertion or deletions, which can also be seen in Fig. 1. The tertiary structure of the AA560 alpha-amylase was model build on the structure disclosed in Appendix 1 using the method "Modelbuiling" described in the "Materials & Methods" - section. The structure of SP722 was displayed on a UNIX work staion running Insight and Homology software from BIOSYM, MSI. The amino acid sequences were aligned and the Sp722 coordinated assigned to the AA560 amino acids. The coordinates of the first four amino acids in AA560, which are missing in the SP722 structure, were assigned by the "END REPAIR" function. The AA560 model was refined by first relaxing the amino acid side changes, using the "RELAX" command and then running molecular dynamics to minimise the energy of the 3D model. Default parameters from Insight 95, MSI were chosen for both relaxation molecular dynamics. Finally the spacegroup and the unit cell dimentions are copied from the SP722 pdb file to the AA560 model file. EXAMPLE 4 Method of extracting important regions for identifying AA560 alpha-amylase variants with altered altered properties The model build structure of AA560 was subjected to the same calculations as was SP722 in Example 1. Because the homology of the two alpha-amylases is as high as about 87% identity, the crystal interactions of AA560 are expected to similar to those of SP722, i.e., AA560 crystalize in the same spacegroup as SP722 and with the similar unity cell parameter. The tertiary structure of the AA560 alpha-amylase was displayed on a UNIX computer station running Insight and all hydrogens and water molecules were deleted. For this minimized amylase structure, all the symetri related amylase molecules were displayed, according to the crystal parameters and the spacegroup for SP722 (Appendix 1) . A small computer program was made to calculate the distance from each atom in the "mother" alpha-amylase to any atom in the symetri related amylase structures. Setting the distance cut-off to 3.5 A and 6.0 A, respectively resulted in the lists below: The amino acid residues being less than 6.0 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the AA560 amylase: ASN 19, ASP 20, ASN 22, ASN 25, ARG 28, SER 29, GLN 53, ARG 76, GLN 84, ALA 87, ASN 90, LYS 93, SER 94, PRO 124, ASN 125, ASN 126, ASN 128, LYS 142, ASP 144, LYS 156, TRP 157, ARG 158, TRP 159, TYR 160, HIS 161, SER 170, ARG 171, LYS 172, LEU 173, ASN 174, ASN 175, ASP 183, GLY 184, LYS 185, GLY 186, TRP 187, ASP 188, TRP 189, GLU 190, THR 193, ASN 195, GLY 196, ASN 197, ASP 209, GLU 212, ASN 226, GLY 229, ALA 256, THR 257, GLY 258, LYS 259, LYS 281, TYR 298, ASN 299, ALA 300, LYS 302, SER 303, GLY 304, ASN 306, ARG 310, GLN 311, ASN 314, GLN 319, ARG 320, HIS 321, PRO 322, GLU 341, GLU 345, LEU 405, HIS 408, ARG 444, ALA 447, GLY 448, GLN 449, THR 463, ILE 464, ASN 465, ALA 466, ASP 467. The amino acid residues being less than 3.5 A from the nearest neighboring amylase molecule are the following positions identified in the model structure of the AA560 amylase: ARG 28, ASN 125, ASN 128, ARG 158, TYR 160, ARG 171, LEU 173, ASN 174, GLY 184, TRP 189, GLY 196, ASP 209, ASN 226, TYR 298, ASN 299, LYS 302, ASN 306, ARG 310, ASN 314, ARG 320, GLU 345, ALA 447, ALA 466. EXAMPLE 5 Construction, by localized random, doped mutagenesis, of AA560 alpha-amylase variants having increased solubility in comparison to the parent enzyme To increase the solubility of the AA560 alpha-amylase random mutagenesis in pre-selected region was performed as described in the following. Region: Residue: SAI: R181-W189 The DOPE software (see "Materials and Methods") was used to determine spiked codons for each suggested change in the SAI region minimizing the amount of stop codons (see table 1) . The exact distribution of nucleotides was calculated in the three positions of the codon to give the suggested population of amino acid changes. The doped regions were doped specifically in the indicated positions to have a high chance of getting the desired residues, but still allow other possibilities. Table 1 : Distribut ;ion of amino acid residues for each position R181 72% R, 2% N, 7% Q, 4% H, 4%K, 11%S GG118822: 7733%% G, 13% A, 12% S, 2% T K185 95% K, 5% R G186 50% A, 4% N, 6% D, 1%E, 1% G, 1% K, 5% S, 31% T W187 100 'i W D188 1001% D WW118899: 9922%% W, 8% S The resulting doped oligonucleotide strand is shown in table 2 as sense strand: with the wild type nucleotide and amino acid sequences and the distribution of nucleotides for each doped position. Table 2 : Position 181 182 185 186 187 188 189 Amino acid seq. Arg Gly Lys Gly Trp Asp Trp Wt nuc. seq. aga ggt aaa ggg tgg gat tgg Forward primer (SEQ ID NO : 14) : FSA: 5"-caa aat cgt ate tac aaa ttc 123 456 a7g 8910 tgg gat tllg gaa gta gat teg gaa aat-3' Distribution of nucleotides for each doped Position 1 35% A, 65% C 2 83% G, 17% A 3 63% G, 37% T 4 86% G, 14% A 5 85% G, 15% C 6 50% T, 50% C 7 95% A, 5%G 8 58% G, 37% A, 5% T 9 86% C, 13% A, 1% G 1( ): 83- T , 17% G ι: L: 92- \ G , 8% C Reverse primer (SEQ ID NO: 15) : RSA: 5 '-gaa ttt gta gat acg att ttg-3' Random mutagenesis The spiked oligonucleotides apparent from Table 2 (which by a common term is designated FSA) and reverse primers RSA for the SAI region and specific SEQ ID NO: 12: AA560 primers covering the SacII and the Drain sites are used to generate PCR-library-fragments by the overlap extension method (Horton et al . , Gene, 77 (1989), pp. 61-68) with an overlap of 21 base pairs . Plasmid pJEl is template for the Polymerase Chain Reaction. The PCR fragments are cloned in the E. coli/ Bacillus shuttle vector pDorklOl (see "Materials and Methods" section) enabling mutagenesis in E. coli and immediate expression in Bacillus subtilis preventing lethal accumulation of amylases in E. coli . After establishing the cloned PCR fragments in E. coli , a modified pUC19 fragment is digested out of the plasmid and the promoter and the mutated Termamyl gene is physically connected and expression can take place in Bacillus . Screening The library may be screened in the low calcium filter assays described in the "Material and Methods" section above. EXAMPLE 6 Construction of variants of AA560 SEQ ID NO: 12 The gene encoding the AA560 alpha-amylase shown in SEQ ID NO: 12 is located in a plasmid pTVB223. The amylase is expressed from the amyL promoter in this construct in Bacillus subtilis . A variant of the invention with delta (D183-G184) mutations was constructed by the mega-primer method as described by Sarkar and Sommer, (1990), BioTechniques 8: 404-407. Gene specific primer Bl (SEQ ID NO: 16) and mutagenic primer 101458 (SEQ ID NO: 18) were used to amplify by PCR an approximately 645 bp DNA fragment from a pTVB223 plasmid encoding AA560 shown in SEQ ID NO : 12) . The 645 bp fragment was purified from an agarose gel and used as a mega-primer together with primer Y2 (SEQ ID NO: 17) in a second PCR carried out on the same template. The resulting approximately 1080 bp fragment was digested with restriction enzymes BstEII and Afllll and the resulting approximately 510 bp DNA fragment was purified and ligated with the pTVB223 plasmid digested with the same enzymes. Competent Bacillus subtilis SHA273 (amylase and protease low) cells were transformed with the ligation and Chlorampenicol resistant transformants and was checked by DNA sequencing to verify the presence of the correct mutations on the plasmid. primer Bl: (SEQ ID NO: 16) 5' CGA TTG CTG ACG CTG TTA TTT GCG 3' primer Y2 : (SEQ ID NO: 17) 5' CTT GTT CCC TTG TCA GAA CCA ATG 3' primer 101458 (SEQ ID NO: 18) : 5' GT CAT AGT TGC CGA AAT CTG TAT CGA CTT C 3' The resulting plasmid encoding the AA560 amylase with delta (D183-G184)+N195F was named pTVB232. The construction of the other variants of the invention was carried out in a similar manner. Example 7 Determination of solubility of AA560 and SP722 variants AA560 variant was constructed as described above. The solubility was determined as descred in the "Material and Methods" section as Solubility Determination I 0.02 M Tris-HCl, 0.15 M NaCl, pH 7.5, room temperature The concentration step was started with a protein amount of 40 mg and in general, 50% of the amylases were lost during the process. This loss of protein occurred for all enzymes in the initial phase of the process and full recovery of the enzymes were obtained in the terminating phase where the volumes are become very limited. Loss of enzymes was due to adsorption to the membrane . Example 8 : Determination of solubility of AA560 variants AA560 variants were constructed as described above, using the wild-type AA560 as template. The solubility was determined as described in the "Material and Methods" section under Solubility Determination II APPENDIX 1 CRYST1 48 .180 75.847 155.: 230 90, .00 90.00 90.00 P 21 21 21 SCALE1 0. 02076 0.00000 0 .00000 0 .00000 SCA E2 0. 00000 0.01318 0 .00000 0. .00000 SCALE3 0. 00000 0.00000 0 .00644 0. .00000 ATOM 1 N THR A 5 7, .992 45, .862 57. .008 1. .00 44, .97 7 ATOM 2 CA THR A 5 9, .424 45, .847 57. .375 1. .00 44, .28 6 ATOM 3 C THR A 5 9, .791 44 .763 58. .368 1, .00 4 .47 6 ATOM 4 O THR A 5 9. .118 44 .516 59, .385 1. .00 44 .78 8 ATOM 5 CB THR A 5 9. .859 47, .256 57. ,794 1. .00 53, .11 6 ATOM 6 OG1 THR A 5 8. .936 48, .132 57. .101 1. ,00 57, .19 8 ATOM 7 CG2 THR A 5 11 .285 47 .524 57, .327 1, .00 53 .46 6 ATOM 8 N ASN A 6 10 .798 43 .965 58, .016 1, .00 37 .90 7 ATOM 9 CA ASN A 6 11 .182 42 .796 58, .794 1, .00 32 .63 6 ATOM 10 C ASN A 6 11. .930 43 .205 60. .065 1, .00 30, .68 6 ATOM 11 O ASN A 6 12. .814 44 .059 60, .030 1, .00 29 .58 8 ATOM 12 CB ASN A 6 12. .053 41 .919 57, .914 1, .00 30 .63 6 ATOM 13 CG ASN A 6 11, .382 41 .198 56, .759 1, .00 17 .30 6 ATOM 14 OD1 ASN A 6 10 .296 40 .687 56, .891 1, .00 20 .22 8 ATOM 15 ND2 ASN A 6 12. .101 41, .145 55. .643 1. .00 32, .47 7 ATOM 16 N GLY A 7 11, .603 42, .548 61. .186 1. .00 28 .09 7 ATOM 17 CA GLY A 7 12, .292 42 .881 62, .451 1. .00 22 .75 6 ATOM 18 C GLY A 7 13 .597 42 .146 62, .640 1, .00 19 .14 6 ATOM 19 O GLY A 7 13 .695 40 .965 62, .333 1, .00 16 .06 8 ATOM 20 N THR A 8 14, .624 42, .823 63. .147 1, .00 18 .17 7 ATOM 21 CA THR A 8 15, .896 42 .176 63. .458 1, .00 19 .10 6 ATOM 22 C THR A 8 16 .482 42 .662 64, .779 1, .00 17 .43 6 ATOM 23 O THR A 8 16 .638 43 .853 64, .952 1, .00 15 .95 8 ATOM 24 CB THR A 8 16 .979 42 .465 62, .372 1, .00 26 .45 6 ATOM 25 OG1 THR A 8 16, .351 42 .055 61. .153 1, .00 24 .27 8 ATOM 26 CG2 THR A 8 18, .194 41 .568 62, .558 1, .00 15 .46 6 ATOM 27 N MET A 9 16 .841 41 .711 65, .650 1, .00 16 .99 7 ATOM 28 CA MET A 9 17 .410 42 .149 66, .957 1, .00 16 .54 6 ATOM 29 C MET A 9 18 .908 42 .032 66, .891 1, .00 14 .09 6 ATOM 30 O MET A 9 19, .450 41, .117 66. .285 1. .00 16, .28 8 ATOM 31 CB MET A 9 16, .903 41 .092 67. .986 1, .00 20 .39 6 ATOM 32 CG MET A 9 17, .005 41 .347 69. .462 1, .00 34 .30 6 ATOM 33 SD MET A 9 16 .749 39 .831 70. .439 1. .00 29 .87 16 ATOM 34 CE MET A 9 15 .299 39 .172 69, .801 1, .00 10 .47 6 ATOM 35 N MET A 10 19, .658 42, .840 67. .617 1. .00 12, .91 7 ATOM 36 CA MET A 10 21. .063 42, .531 67. .806 1. .00 15. .03 6 ATOM 37 C MET A 10 21. .371 42, .281 69. .316 1. .00 15, .55 6 ATOM 38 o MET A 10 20, .968 43 .127 70. .123 1. .00 16 .31 8 ATOM 39 CB MET A 10 21, .918 43 .731 67. .392 1, .00 8 .10 6 ATOM 40 CG MET A 10 23 , .386 43, .336 67. .340 1. .00 18, .96 6 ATOM 41 SD MET A 10 24, .227 44, .719 66. ,507 1. .00 26, .55 16 ATOM 42 CE MET A 10 25, .899 44, .253 66. .714 1. .00 22, .28 6 ATOM 43 N GLN A 11 22, .169 41, .302 69, .642 1. .00 15 .64 7 ATOM 44 CA GLN A 11 22 .676 41 .141 70, .997 1, .00 16 .62 6 ATOM 45 C GLN A 11 23, .900 42, .031 71. .121 1. .00 14, .80 6 ATOM 46 O GLN A 11 24, .973 41, .754 70. .591 1. .00 15, .68 8 ATOM 47 CB GLN A 11 23, .021 39, .672 71. .257 1. .00 21 .35 6 ATOM 48 CG GLN A 11 23, .790 39 .566 72. .563 1. .00 9 .63 6 ATOM 49 CD GLN A 11 24 .190 38 .189 72. .982 1, .00 16 .22 6 ATOM 50 OE1 GLN A 11 24, .002 37, .196 72. .298 1. .00 19, .21 8 ATOM 51 NE GLN A 11 24, .789 38, .087 74. .175 1. .00 11, .66 7 ATOM 52 N TYR A 12 23 .760 43 .191 71. .741 1. .00 14 .58 7 ATOM 53 CA TYR A 12 24 .863 44 .157 71, .774 1, .00 14 .52 6 ATOM 54 C TYR A 12 25 .913 43 .966 72, .861 1, .00 16 .45 6 ATOM 55 O TYR A 12 26, .204 44 .903 73 , .648 1, .00 18 .06 8 ATOM 56 CB TYR A 12 24, .206 45 .550 71, .733 1, .00 13 .22 6 ATOM 57 CG TYR A 12 25 .138 46 .568 71, .112 1, .00 19 .25 6 ATOM 58 CD1 TYR A 12 25 .099 46 .777 69. .714 1, .00 21 .72 6 ATOM 59 CD2 TYR A 12 26 .042 47 .309 71, .833 1 .00 21 .37 6 ATOM 60 CE1 TYR A 12 25 .939 47 .688 69 . .119 1 . 00 23 .24 6 ATOM 61 CE2 TYR A 12 26 .857 48 .237 71 .237 1, .00 25 .94 6 ATOM 62 CZ TYR A 12 26 .807 48 .431 69 .845 1 .00 25 .18 6 ATOM 63 OH TYR A 12 27 .689 49 .335 69 .287 1 .00 25 .31 8 ATOM 64 N PHE A 13 26 .564 42 .818 72 .979 1 .00 13 .34 7 ATOM 65 CA PHE A 13 27 .685 42 .656 73, .887 1 .00 16 .82 6 ATOM 66 C PHE A 13 28 .274 41 .290 73, .605 1 .00 14 .75 6 ATOM 67 O PHE A 13 27 .546 40 .479 73 .068 1 .00 14 .38 8 ATOM 68 CB PHE A 13 27..294 42..776 75..388 1..00 15..66 6 ATOM 69 CG PHE A 13 26. .320 41, .755 75. .919 1. ,00 12, .49 6 ATOM 70 CD1 PHE A 13 24, .961 41, .920 75. .789 1. ,00 13, .73 6 ATOM 71 CD2 PHE A 13 26, .743 40, .643 76. .601 1. .00 14 .47 6 ATOM 72 CE1 PHE A 13 24, .033 41, .007 76. .282 1. .00 1 .15 6 ATOM 73 CE2 PHE A 13 25, .835 39, .720 77, .121 1. .00 19 .40 6 ATOM 74 CZ PHE A 13 24. .466 39, .875 76. .958 1. ,00 11, .64 6 ATOM 75 N GLU A 14 29. .485 41, .003 74. .010 1. .00 14, .36 7 ATOM 76 CA GLU A 14 30, .034 39, .676 74. .020 1. .00 16 .15 6 ATOM 77 C GLU A 14 30, .746 39, .519 75, .403 1, .00 17 .45 6 ATOM 78 O GLU A 14 30 .913 40 .533 76, .085 1, .00 17 .41 8 ATOM 79 CB GLU A 14 31, .054 39, .352 72, .923 1. .00 16 .10 6 ATOM 80 CG GLU A 14 32, .102 40, .433 72, .801 1. .00 14 .02 6 ATOM 81 CD GLU A 14 33, .463 39 .876 73, .166 1, .00 19 .45 6 ATOM 82 OE1 GLU A 14 33 .542 38 .730 73, .659 1. .00 17 .76 8 ATOM 83 OE2 GLU A 14 34 .460 40 .577 72 .944 1, .00 24 .92 8 ATOM 84 N TRP A 15 31, .209 38, .352 75, .765 1. .00 16 .89 7 ATOM 85 CA TRP A 15 31, .732 38, .068 77, .068 1. .00 19 .25 6 ATOM 86 C TRP A 15 32, .947 38, .939 77, .396 1, .00 20 .43 6 ATOM 87 O TRP A 15 33 .110 39 .478 78, .488 1. .00 19 .09 8 ATOM 88 CB TRP A 15 32 .101 36 .576 77, .206 1. .00 20 .93 6 ATOM 89 CG TRP A 15 32. .291 36, .259 78, .669 1. .00 23, .04 6 ATOM 90 CD1 TRP A 15 33 , .453 36, .102 79, .356 1. .00 31 .96 6 ATOM 91 CD2 TRP A 15 31, .235 36, .075 79, .620 1. .00 19 .31 6 ATOM 92 NE1 TRP A 15 33, .198 35, .828 80, .689 1. .00 25 .07 7 ATOM 93 CE2 TRP A 15 31 .847 35 .794 80, .866 1. .00 26 .64 6 ATOM 94 CE3 TRP A 15 29, .844 36, .098 79. .535 1. ,00 18, .13 6 ATOM 95 CZ2 TRP A 15 31, .099 35, .552 82, .018 1. .00 2 .00 6 ATOM 96 CZ3 TRP A 15 29, .110 35, .874 80, .702 1. .00 29 .43 6 ATOM 97 CH2 TRP A 15 29. .738 35, .616 81, .937 1. .00 13 .19 6 ATOM 98 N HIS A 16 33, .835 39, .011 76, .425 1. .00 18 .44 7 ATOM 99 CA HIS A 16 35. .061 39. .722 76. .562 1. ,00 17, .90 6 ATOM 100 C HIS A 16 35. .149 41, .187 76. .257 1. ,00 17, .37 6 ATOM 101 O HIS A 16 36. .293 41, .637 76. .074 1. .00 19 .01 8 ATOM 102 CB HIS A 16 36, .185 38, .908 75. .918 1. .00 25 .12 6 ATOM 103 CG HIS A 16 36, .354 37, .568 76, .564 1. .00 22 .79 6 ATOM 104 ND1 HIS A 16 36. .995 37, .436 77. .791 1. .00 31, .80 7 ATOM 105 CD2 HIS A 16 35. .974 36, .324 76. .195 1. .00 30, .13 6 ATOM 106 CE1 HIS A 16 37, .007 36, .145 78. .108 1. .00 36 .35 6 ATOM 107 NE2 HIS A 16 36, .391 35 .434 77, .169 1. .00 28 .59 7 ATOM 108 N LEU A 17 34 .102 41 .977 76, .290 1. .00 16 .37 7 ATOM 109 CA LEU A 17 34, .310 43 , .400 76, .062 1. .00 17, .67 6 ATOM 110 C LEU A 17 35, .251 43, .901 77, .175 1. .00 23 ,03 6 ATOM 111 O LEU A 17 35 .367 43 .325 78, .258 1. .00 20 .48 8 ATOM 112 CB LEU A 17 32 .998 44 .133 76, .231 1. .00 19 .00 6 ATOM 113 CG LEU A 17 31 .936 43 .825 75, .166 1. .00 23 .04 6 ATOM 114 CD1 LEU A 17 30, .602 44, .392 75, .618 1. .00 15, .57 6 ATOM 115 CD2 LEU A 17 32, .423 44, .488 73, .857 1. .00 16, .06 6 ATOM 116 N PRO A 18 36 .031 44, .902 76, .847 1, .00 23 .78 7 ATOM 117 CA PRO A 18 36 .979 45 .490 77, .777 1. .00 24 .94 6 ATOM 118 C PRO A 18 36 .187 46 .159 78 .903 1, .00 24 .27 6 ATOM 119 O PRO A 18 35, .132 46, .765 78, .711 1. .00 23, .28 8 ATOM 120 CB PRO A 18 37, .748 46, .610 77, .012 1, .00 24 .47 6 ATOM 121 CG PRO A 18 36 .813 46, .841 75, .862 1. .00 25 .71 6 ATOM 122 CD PRO A 18 35 .984 45 .606 75, .564 1. .00 2 .09 6 ATOM 123 N ASN A 19 36 .761 46 .106 80, .092 1. .00 26 .70 7 ATOM 124 CA ASN A 19 36, .172 46, .812 81, .251 1. . 00 27, .71 6 ATOM 125 C ASN A 19 36, .645 48, .255 81, .184 1. .00 28 .45 6 ATOM 126 O ASN A 19 37, .608 48, .592 81, .900 1. .00 28 .72 8 ATOM 127 CB ASN A 19 36 .642 46, .133 82, .547 1. .00 27 .29 6 ATOM 128 CG ASN A 19 36 .225 46 .903 83 .794 1, .00 29 .44 6 ATOM 129 OD1 ASN A 19 35, .232 47, .640 83, .776 1. .00 22 .52 8 ATOM 130 ND2 ASN A 19 37, .044 46, .750 84, .839 1. .00 25 .06 7 ATOM 131 N ASP A 20 35 .986 49 .096 80, .377 1. .00 28 .38 7 ATOM 132 CA ASP A 20 36 .539 50 .454 80 .270 1, .00 27 .78 6 ATOM 133 C ASP A 20 35 .449 51 .479 80 .504 1, .00 28 .07 6 ATOM 134 O ASP A 20 35, .640 52, .659 80, .210 1, .00 28 .77 8 ATOM 135 CB ASP A 20 37 .177 50 .655 78 .893 1, .00 26 .77 6 ATOM 136 CG ASP A 20 36 .200 50 .561 77 .731 1, .00 33 .87 6 ATOM 137 OD1 ASP A 20 34 .974 50 .296 77 .873 1 .00 24 .14 8 ATOM 138 OD2 ASP A 20 36 .728 50 .764 76 .603 1 .00 37 .81 8 ATOM 139 N GLY A 21 34 .244 51 .012 80 .822 1, .00 26 .21 7 ATOM 140 CA GLY A 21 33 .162 51 .940 81 .081 1, .00 27 .22 6 ATOM 141 C GLY A 21 32 .691 52 .722 79 .860 1 .00 26 .93 6 ATOM 142 O GLY A 21 31..815 53,.590 80..016 1..00 25..54 8 ATOM 143 N GLN A 22 33. .064 52. .279 78, .654 1. .00 27. .07 7 ATOM 144 CA GLN A 22 32. .703 53 , .030 77, .462 1. .00 27. .36 6 ATOM 145 C GLN A 22 31. .641 52. .404 76. .590 1. ,00 27. .67 6 ATOM 146 O GLN A 22 31. .360 52. .911 75. .502 1. ,00 28. .65 8 ATOM 147 CB GLN A 22 33. .992 53. .128 76. .602 1. ,00 34. ,67 6 ATOM 148 CG GLN A 22 34. ,972 54. .171 77. .137 1. ,00 48. ,07 6 ATOM 149 CD GLN A 22 34. .124 55. .372 77. .568 1. ,00 58. .84 6 ATOM 150 OE1 GLN A 22 33. .337 55. .865 76. .748 1. .00 55. .38 8 ATOM 151 NE2 GLN A 22 34. .273 55. .691 78. .848 1. .00 68, .48 7 ATOM 152 N HIS A 23 31, .171 51. .248 77, .026 1. .00 25. .72 7 ATOM 153 CA HIS A 23 30, .218 50, .491 76, .306 1. .00 24. .66 6 ATOM 154 C HIS A 23 28, .930 51, .227 76, .079 1. .00 26. .24 6 ATOM 155 O HIS A 23 28. ,425 51. .142 74. .940 1. . 00 26. .09 8 ATOM 156 CB HIS A 23 29. .944 49, .132 76, .924 1. .00 27. .50 6 ATOM 157 CG HIS A 23 29. .459 48, .262 75, .783 1. .00 30. .42 6 ATOM 158 ND1 HIS A 23 28. .124 47, .891 75. .695 1. .00 26. .32 7 ATOM 159 CD2 HIS A 23 30, .139 47, .735 74, .731 1. .00 18. .69 6 ATOM 160 CE1 HIS A 23 28, .009 47, .109 74, .625 1, .00 24, .30 6 ATOM 161 NE2 HIS A 23 29, .197 46 .996 74 .051 1. .00 25, .74 7 ATOM 162 N TRP A 24 28 .389 51 .936 77 .058 1. .00 24, .06 7 ATOM 163 CA TRP A 24 27 .164 52 .668 76 .740 1. .00 24, .62 6 ATOM 164 C TRP A 24 27 .436 53 .777 75 .708 1 .00 26 .89 6 ATOM 165 O TRP A 24 26, .551 54, . 069 74, .901 1, . 00 27, .55 8 ATOM 166 CB TRP A 24 26, .500 53 .227 77 .983 1, .00 23 , .57 6 ATOM 167 CG TRP A 24 26 .098 52 .223 79 .031 1. .00 29, .81 6 ATOM 168 CD1 TRP A 24 26, .275 52, .395 80, .378 1. .00 33. .41 6 ATOM 169 CD2 TRP A 24 25, .403 50, .979 78, .874 1. .00 26. .85 6 ATOM 170 NE1 TRP A 24 25, .740 51, .334 81, .064 1. .00 25. .62 7 ATOM 171 CE2 TRP A 24 25, .192 50, .446 80, .180 1. .00 33. .54 6 ATOM 172 CE3 TRP A 24 24, .920 50 .239 77, .790 1. .00 19. .92 6 ATOM 173 CZ2 TRP A 24 24, .573 49 .204 80, .388 1, .00 20, .29 6 ATOM 174 CZ3 TRP A 24 24, .285 49, .021 77, .982 1. .00 18, .51 6 ATOM 175 CH2 TRP A 24 24. .113 48, .505 79. .295 1. .00 28. ,71 6 ATOM 176 N ASN A 25 28. .591 54, .418 75. .710 1. .00 •26. .59 7 ATOM 177 CA ASN A 25 28, .968 55, .488 74. .809 1. .00 26. .82 6 ATOM 178 C ASN A 25 29, .058 54, .937 73. .374 1. .00 26. ,47 6 ATOM 179 O ASN A 25 28. .457 55, .583 72, .526 1. .00 27. .54 8 ATOM 180 CB ASN A 25 30. .302 56. .133 75, .214 1. .00 26. .92 6 ATOM 181 ARG A 26 29, .669 53, .786 73, .166 1. .00 25. .06 7 ATOM 185 CA ARG A 26 29, .742 53 .064 71. .909 1. .00 24, .34 6 ATOM 186 C ARG A 26 28, .350 52 .795 71. .364 1, .00 26, .26 6 ATOM 187 O ARG A 26 27 .987 53 .129 70 .211 1, .00 28, .46 8 ATOM 188 CB ARG A 26 30 .437 51 .710 71 .988 1, .00 18, .01 6 ATOM 189 CG ARG A 26 31. .918 51. .719 72. .254 1. .00 30. .32 6 ATOM 190 CD ARG A 26 34, .441 50, .556 74. .746 1, .00 30. .68 7 ATOM 194 NH2 ARG A 26 33. .265 48, .804 75. .596 1. .00 35. .01 7 ATOM 195 N LEU A 27 27, .459 52 .258 72. .208 1. .00 25. .01 7 ATOM 196 CA LEU A 27 25.274 51.387 72.868 1 .00 15.58 6 ATOM 200 CG LEU A 27 23 .794 51 .142 72 .617 1 .00 21, .63 6 ATOM 201 CD1 LEU A 27 23 .655 50 .255 71 .361 1 .00 22 .69 6 ATOM 202 CD2 ARG A 28 25.475 56.144 70.282 1 .00 29.78 6 ATOM 206 O ARG A 28 24 .697 56 .631 69 .479 1. .00 28 .83 8 ATOM 207 CB ARG A 28 25 .466 56 .807 72 .651 1, .00 31, .86 6 ATOM 208 CG ARG A 28 24. .876 58, .145 72, .269 1, .00 37. .49 6 ATOM 209 CD ARG A 28 25, .164 59 .255 73, .228 1. .00 44. .67 6 ATOM 210 NE ARG A 28 26, .521 59 .652 73 .443 1. .00 61, .34 7 ATOM 211 CZ ARG A 28 27 .711 59 .325 73 .002 1. .00 66, .92 6 ATOM 212 NH1 ARG A 28 27 .919 58 .379 72 .101 1, .00 72, .14 7 ATOM 213 NH2 ARG A 28 28 .775 59 .959 73 .482 1. .00 73. .55 7 ATOM 214 N ASP A 29 26 .776 56 .044 70 .052 1 .00 30. .37 7 ATOM 215 CA ASP A 29 27 .415 56 .397 68 .797 1 .00 31, .81 6 ATOM 216 C ASP A 29 26 .957 55 .556 67 .596 1 .00 31 .24 6 ATOM 217 o ASP A 29 26 .834 56 .080 66 .507 1. .00 32 .51 8 ATOM 218 CB ASP A 29 28 .924 56 .146 68 .920 1, .00 37, .35 6 ATOM 219 CG ASP A 29 29, .654 57 .288 69 .578 1, .00 59, .15 6 ATOM 220 OD1 ASP A 29 29 .044 58 .378 69 .658 1. .00 70, .33 8 ATOM 221 OD2 ASP A 29 30 .815 57 .073 70 .001 1, .00 68, .87 8 ATOM 222 N ASP A 30 26 .669 54 .287 67 .733 1 .00 29, .14 7 ATOM 223 CA ASP A 30 26 .201 53 .368 66 .728 1 .00 28 .11 6 ATOM 224 C ASP A 30 24 .732 53 .414 66 .407 1 .00 26 .63 6 ATOM 225 O ASP A 30 24 .254 52 .741 65 .481 1 .00 25 .59 8 ATOM 226 CB ASP A 30 26 .522 51 .957 67 .270 1 .00 28 .11 6 ATOM 227 CG ASP A 30 27 .095 51 .000 66 .268 1 .00 40 .59 6 ATOM 228 OD1 ASP A 30 27..215 51,.364 65..080 1..00 36..45 8 ATOM 229 OD2 ASP A 30 27 .418 49, .858 66 .666 1, .00 33. .26 8 ATOM 230 N ALA A 31 23 .951 54, .167 67 .177 1. .00 26. .99 7 ATOM 231 CA ALA A 31 22 .500 54 .152 67 .001 1 .00 29, .43 6 ATOM 232 C ALA A 31 22, .008 54, .304 65, .557 1. .00 31, .37 6 ATOM 233 O ALA A 31 21, .093 53, .581 65, .107 1, .00 29. .31 8 ATOM 234 CB ALA A 31 21 .876 55, .193 67, .930 1, .00 24. .51 6 ATOM 235 N SER A 32 22 .536 55, .287 64 .829 1, .00 30. .92 7 ATOM 236 CA SER A 32 22 .120 55, .571 63 .454 1, .00 31, .74 6 ATOM 237 C SER A 32 22 .581 54, .499 62 .471 1, .00 30, .97 6 ATOM 238 O SER A 32 21 .755 54, .063 61 .679 1, .00 31, .18 8 ATOM 239 CB SER A 32 22 .718 56 .917 63 .029 1, .00 39 .56 6 ATOM 240 OG SER A 32 22, .235 57, .819 64, .035 1, . 00 51, .56 8 ATOM 241 N ASN A 33 23, .815 54, .048 62, .624 1, .00 29, .10 7 ATOM 242 CA ASN A 33 24, .326 52, .942 61, .839 1, .00 31, .79 6 ATOM 243 C ASN A 33 23 .438 51, .724 61 .953 1, .00 31, .25 6 ATOM 244 O ASN A 33 22 .833 51, .264 60 .966 1, .00 33 , .18 8 ATOM 245 CB ASN A 33 25 .756 52, .589 62 .274 1, .00 48, .26 6 ATOM 246 CG ASN A 33 26 .695 53, .755 62 .031 1 .00 68, .29 6 ATOM 247 OD1 ASN A 33 27. .868 53. .733 62, .424 1. .00 77. .59 8 ATOM 248 ND2 ASN A 33 26, .213 54. .813 61, .370 1, .00 73. .87 7 ATOM 249 N LEU A 34 23, .210 51. .247 63, .171 1. .00 30. .16 7 ATOM 250 CA LEU A 34 22, .367 50. .067 63, .396 1, .00 29. .45 6 ATOM 251 C LEU A 34 21, .034 50. .177 62, .686 1. .00 28, .51 6 ATOM 252 O LEU A 34 20 .556 49, .220 62 .044 1, .00 29, .66 8 ATOM 253 CB LEU A 34 22 .161 49, .834 64 .927 1. .00 27, .74 6 ATOM 254 CG LEU A 34 23 .413 49 .499 65 .719 1 .00 20 .61 6 ATOM 255 CD1 LEU A 34 23, .209 49, .686 67, .215 1, .00 29, .04 6 ATOM 256 CD2 LEU A 34 23 .890 48, .078 65, .465 1, .00 32, .64 6 ATOM 257 N ARG A 35 20 .364 51, .311 62 .823 1, .00 27, .32 7 ATOM 258 CA ARG A 35 19 .081 51, .557 62 .189 1, .00 29, .35 6 ATOM 259 C ARG A 35 19 .214 51, .455 60 .657 1, .00 30, .45 6 ATOM 260 O ARG A 35 18 .392 50, .762 60 .059 1, .00 29, .83 8 ATOM 261 CB ARG A 35 18, .524 52, .918 62, .569 1, ,00 44. .28 6 ATOM 262 CG ARG A 35 17, .495 53, .521 61, .643 1, .00 57, .02 6 ATOM 263 CD ARG A 35 16, .073 53 , .106 61, .959 1, .00 66, .44 6 ATOM 264 NE ARG A 35 15 .900 51, .741 62, .407 1, .00 70. .16 7 ATOM 265 CZ ARG A 35 15 .357 50, .735 61 .742 1, .00 79, .55 6 ATOM 266 NH1 ARG A 35 14 .861 50, .835 60 .517 1, .00 84. .75 7 ATOM 267 NH2 ARG A 35 15 .301 49, .545 62 .326 1, .00 84, .97 7 ATOM 268 N ASN A 36 20, .248 52, .071 60. .108 1, .00 30. .64 7 ATOM 269 CA ASN A 36 20, .499 52, .050 58, .674 1. .00 33. .50 6 ATOM 270 C ASN A 36 20, .753 50, .627 58, .180 1, .00 33. .11 6 ATOM 271 O ASN A 36 20, .206 50, .308 57, .119 1. .00 34. .43 8 ATOM 272 CB ASN A 36 21 .733 52, .898 58 .251 1. .00 33. .25 6 ATOM 273 CG ASN A 36 21, .318 54, .360 58, .192 1, .00 47, .82 6 ATOM 274 OD1 ASN A 36 20 .207 54, .652 57 .727 1, .00 57, .93 8 ATOM 275 ND2 ASN A 36 2 .159 55, .275 58 .664 1. .00 49, .08 7 ATOM 276 N ARG A 37 21, .473 49, .799 58, .953 1. .00 30. .82 7 ATOM 277 CA ARG A 37 21, .675 48, .412 58, .544 1. .00 28. .45 6 ATOM 278 C ARG A 37 20, .462 47, .517 58, .755 1. .00 27. .29 6 ATOM 279 O ARG A 37 20 .537 46, .312 58, .476 1. .00 28. .02 8 ATOM 280 CB ARG A 37 22 .878 47, .755 59 .170 1, .00 33. .91 6 ATOM 281 CG ARG A 37 24 .277 48, .255 58 .983 1, .00 48, .35 6 ATOM 282 CD ARG A 37 24, .485 49. .333 57, .956 1. .00 64. .54 6 ATOM 283 NE ARG A 37 25, .152 48. .953 56, .738 1, .00 78. .70 7 ATOM 284 CZ ARG A 37 24 .836 48. .073 55 .801 1, .00 90, .48 6 ATOM 285 NH1 ARG A 37 23 .749 47, .306 55 .840 1, .00 91, .76 7 ATOM 286 NH2 ARG A 37 25 .672 47, .941 54 .763 1, .00 96, .24 7 ATOM 287 N GLY A 38 19 .312 47 .981 59 .205 1 .00 26, .89 7 ATOM 288 CA GLY A 38 18 .148 47 .144 59 .413 1 .00 27 .35 6 ATOM 289 C GLY A 38 17 .900 46, .658 60 .843 1, .00 27. .95 6 ATOM 290 O GLY A 38 16 .882 45, .992 61 .080 1, .00 28, .18 8 ATOM 291 N ILE A 39 18 .763 46, .951 61 .810 1, .00 27, .05 7 ATOM 292 CA ILE A 39 18 .517 46 .493 63 .191 1, .00 24, .22 6 ATOM 293 C ILE A 39 17 .353 47 .254 63 .782 1 .00 22, .57 6 ATOM 294 O ILE A 39 17 .452 48 .494 63 .788 1. .00 22 .56 8 ATOM 295 CB ILE A 39 19 .756 46 .783 64 .052 1 .00 26 .96 6 ATOM 296 CGI ILE A 39 21 .004 46 .133 63 .441 1 .00 16 .93 6 ATOM 297 CG2 ILE A 39 19 .574 46, .307 65 .506 1, .00 15, . 96 6 ATOM 298 CD1 ILE A 39 20 .880 44 .660 63 .164 1 .00 17, .43 6 ATOM 299 N THR A 40 16 .295 46 .579 64 .216 1 .00 21, .17 7 ATOM 300 CA THR A 40 15 .193 47 .336 64 .794 1 .00 21, .79 6 ATOM 301 C THR A 40 15 .082 47 .205 66 .334 1 .00 22 .68 6 ATOM 302 O THR A 40 14.185 47,.800 66..940 1..00 21,.81 8 ATOM 303 CB THR A 40 13 .886 46, .822 64. .184 1, .00 21, .04 6 ATOM 304 OG1 THR A 40 13 .789 45, .438 64, .408 1, .00 24, .12 8 ATOM 305 CG2 THR A 40 13 .830 47, .029 62, .667 1. .00 30, .33 6 ATOM 306 N PRO A 45 23.742 43.432 78.684 1 .00 16.53 6 ATOM 343 C PRO A 45 23 .197 43 .957 80, .047 1, .00 15 .40 6 ATOM 344 O PRO A 45 22. .620 45, .055 80, .187 1. .00 11, .51 8 ATOM 345 CB PRO A 45 25, .283 43 , .566 78, .614 1. .00 15, .61 6 ATOM 346 CG PRO A 45 25, .399 44, .987 78, .130 1. .00 16. .58 6 ATOM 347 CD PRO A 45 24 .258 45, .220 77, .138 1. .00 17, .71 6 ATOM 348 N PRO A 46 23 .250 43, .079 81, .026 1, .00 15, .72 7 ATOM 349 CA PRO A 46 22 .868 43, .394 82, .434 1. .00 15, .02 6 ATOM 350 C PRO A 46 23 .310 44 .804 82 .792 1, .00 10 .92 6 ATOM 351 O PRO A 46 24 .505 45 .066 82 .711 1, .00 1 .77 8 ATOM 352 CB PRO A 46 23 .553 42 .319 83 .299 1 .00 15 .77 6 ATOM 353 CG PRO A 46 23 .615 41 .142 82 .332 1 .00 18 .86 6 ATOM 354 CD PRO A 46 23 .898 41 .758 80 .967 1, .00 15 .86 6 ATOM 355 N ALA A 47 22 .400 45 .735 83 .008 1 .00 8 .30 7 ATOM 356 CA ALA A 47 22 .727 47 .108 83 .291 1 .00 14 .65 6 ATOM 357 C ALA A 47 22 .986 47 .460 84 .787 1, .00 16 .30 6 ATOM 358 O ALA A 47 23 .364 48 .599 85 .045 1 .00 14 .79 8 ATOM 359 CB ALA A 47 21 .507 47, .957 82, .916 1, .00 11, .00 6 ATOM 360 N TRP A 48 22 .763 46, .486 85, .681 1, .00 18, .56 7 ATOM 361 CA TRP A 48 22 .899 46, .723 87, .124 1, .00 18, .89 6 ATOM 362 C TRP A 48 24 .242 46, .318 87, .678 1, .00 19, .80 6 ATOM 363 O TRP A 48 21 .772 45, .983 87, .890 1, .00 11, .27 6 ATOM 365 CG TRP A 48 21 .837 44, .535 87, .479 1, .00 14 ,85 6 ATOM 366 CD1 TRP A 48 22 .781 43 .612 87 .768 1, .00 15 .96 6 ATOM 367 CD2 TRP A 48 20 .934 43 .899 86 .561 1, .00 12 .45 6 ATOM 368 NE1 TRP A 48 22, .512 42, .415 87, .101 1. .00 17, .91 7 ATOM 369 CE2 TRP A 48 21, .398 42. .608 86. .343 1. .00 19, .48 6 ATOM 370 CE3 TRP A 48 19. .826 44, .347 85. .840 1. .00 20, .02 6 ATOM 371 CZ2 TRP A 48 20. .751 41, .717 85. .465 1. .00 20, .86 6 ATOM 372 CZ3 TRP A 48 19, .175 43 , .484 84. .997 1. .00 16, .49 6 ATOM 373 CH2 TRP A 48 19 .632 42, .176 84. .845 1. .00 16, .15 6 ATOM 374 N LYS A 49 24 .416 46, .571 88. .985 1. .00 19, .67 7 ATOM 375 CA LYS A 49 25, .705 46. .328 89. ,627 1. ,00 14. .91 6 ATOM 376 C LYS A 49 25, .911 44. .879 89. .895 1. ,00 14. ,00 6 ATOM 377 O LYS A 49 24, .988 44. .180 90. .365 1. ,00 16. .96 8 ATOM 378 CB LYS A 49 25, .709 47. .263 90. ,876 1. ,00 18. .57 6 ATOM 379 CG LYS A 49 27, .023 47. .112 91. .599 1. ,00 6. .84 6 ATOM 380 CD LYS A 49 28, .243 47. .753 91. .027 1. .00 18. .29 6 ATOM 381 CE LYS A 49 28, .021 49. .124 90. .447 1. .00 25. .50 6 ATOM 382 NZ LYS A 49 27 .754 50. .191 91. .434 1. .00 23. .70 7 ATOM 383 N GLY A 50 27 .064 44. .320 89, .567 1. .00 13, .43 7 ATOM 384 CA GLY A 50 27 .330 42, .896 89, .765 1. .00 15, .74 6 ATOM 385 C GLY A 50 28, .336 42. .721 90. ,912 1. ,00 19. .14 6 ATOM 386 O GLY A 50 28, .528 43. .669 91. .705 1. ,00 21. .31 8 ATOM 387 N THR A 51 28, .984 41. .580 91, .058 1. ,00 20. .32 7 ATOM 388 CA THR A 51 29, .835 41. .344 92. .215 1. .00 23. .25 6 ATOM 389 C THR A 51 31 .107 42. .157 92. .218 1. .00 25. .68 6 ATOM 390 O THR A 51 31 .775 42, .183 93. .232 1. .00 24. .47 8 ATOM 391 CB THR A 51 30 .127 39, .852 92. .399 1. .00 30. .68 6 ATOM 392 OG1 THR A 51 30, .831 39. .427 91. .237 1. . 00 28. ,77 8 ATOM 393 CG2 THR A 51 28. .838 39. .038 92. .528 1. .00 23. ,54 6 ATOM 394 N SER A 52 31. .491 42. .737 91. .084 1. .00 24. ,37 7 TOM 395 CA SER A 52 32. .625 43. .577 90. .915 1. ,00 24. ,00 6 ATOM 396 C SER A 52 32. .414 44. .439 89. .656 1. ,00 25. .53 6 ATOM 397 O SER A 52 31, .411 44. .331 88. .931 1. ,00 24. .62 8 ATOM 398 CB SER A 52 33, .937 42. .839 90. .870 1. .00 25. .10 6 ATOM 399 OG SER A 52 34, .166 42, .313 89. .577 1. .00 36. .64 8 ATOM 400 N GLN A 53 33, .327 45. .385 89. ,473 1. ,00 25. .22 7 ATOM 401 CA GLN A 53 33, .288 46. .289 88. ,328 1. ,00 26. ,12 6 ATOM 402 C GLN A 53 33 , .403 45. .510 87. .001 1. ,00 24. .89 6 ATOM 403 O GLN A 53 32, .765 45. .831 86. .004 1. ,00 26. .00 8 ATOM 404 CB GLN A 53 34, .544 47. .217 88. .329 1. ,00 20. .73 6 ATOM 405 CG GLN A 53 34 .286 48 .373 87. .337 1. .00 21. .42 6 ATOM 406 CD GLN A 53 35 .441 49 .355 87 .321 1, .00 19 .77 6 ATOM 407 OE1 GLN A 53 35 .253 50, .545 87. .603 1. . 00 32. . 66 8 ATOM 408 NE2 GLN A 53 36 .620 48, .900 86, .998 1. .00 18. .17 7 ATOM 409 N ASN A 54 34 .237 44, .495 86, .953 1. .00 23, .60 7 ATOM 410 CA ASN A 54 34 .407 43, .693 85, .769 1. .00 24, .91 6 ATOM 411 C ASN A 54 33 .449 42 .530 85 .686 1, .00 25, .10 6 ATOM 412 O ASN A 54 33 .632 41 .635 84 .847 1. .00 27, .57 8 o ui ui ui ui if. if. it. it. it. it. tt. it. it. it. it. it. it. it. it. ip' it ' it. it. it' it. it. co uι tθ H o ιo co -j cn ιt> uι tθ H θ io co cn ui ιP' ω M H θ io co M H θ io co -o cn-ui ιt. ω oonnoπnsonnnonnnoon α o tn K N H s α α o ω —o-ϋ ngo M DoOoBoonsooosπQπQnUoonsoono≥idππ H 1 union loμ aioμu NooHoHUπn ( H IO H to I- 1 α M Hαowα upαoa f ι-3 P d >' > >>ι β ^ H H H β βH H ββt 1 t ( t , t , t < t l t , t l > ι ' ' H H H H ι3 H ?) M ιni))(nBioιoικ!κij<|j<κi^κ;Hjι ^κ|j<BHHMHHtslH!n[nιa[ntD[Dθ)[oκ;κ;j<;κ|κ;t . , , ,.,.,.,., ., , , , . , _ _ C , d> , ϋ , ti , ι3 , d^^!tf!tf^?d^w^:tf:s^αcc!αcαc;αrø , ϋ'd , d'tiww , d^ „ ^ ^ ^ _ „ „ „ „ „ _ _ . Ei t 1 t< > τi is d - d > S! S a cn o o cn o o cn o t n cn o o o o o o o cn o cn cn cn o o o o n o -o cn cn cn o o cn cn n H n n o o a> m o u> o σ o o Ul W σi NJ J LJ oo θ3 θ3 σ> ATOM 509 CB LEU A 66 21..209 51.501 86..536 1,.00 18..64 6 ATOM 510 CG LEU A 66 19. .816 50 .978 86 .851 1. .00 22. .36 6 ATOM 511 CD1 LEU A 66 18. .686 51. .757 86. .184 1. .00 20. .71 6 ATOM 512 CD2 LEU A 66 19, .690 49 .492 86. .541 1. .00 20. .39 6 ATOM 513 N GLY A 67 24. .664 51 .443 87, .921 1. .00 27. .26 7 ATOM 514 CA GLY A 67 25, .895 5 .188 87, .804 1. .00 29. .41 6 ATOM 515 C GLY A 67 25, .649 53 .599 88, .380 1, .00 33. .01 6 ATOM 516 O GLY A 67 26. .134 54. .570 87, .772 1. .00 31. .97 8 ATOM 517 N GLU A 68 24. .883 53, .754 89, .476 1. .00 33. .21 7 ATOM 518 CA GLU A 68 24. .760 55 .102 90, .026 1. .00 35. .92 6 ATOM 519 C GLU A 68 25, .245 55 .205 91, .479 1. .00 37. .18 6 ATOM 520 O GLU A 68 25, .462 56 .313 91. .959 1. .00 37. .26 8 ATOM 521 CB GLU A 68 23, .441 55 .828 89. .892 1. .00 38, .75 6 ATOM 522 CG GLU A 68 22. .257 55, .179 90. .540 1. .00 34. .11 6 ATOM 523 CD GLU A 68 21. .000 56. .008 90. .475 1. .00 35. .08 6 ATOM 524 OE1 GLU A 68 20. .977 57, .163 90. .944 1. .00 42. .85 8 ATOM 525 OE2 GLU A 68 19. .983 55, .486 89. .965 1. .00 42. .28 8 ATOM 526 N PHE A 69 25, .414 54, .063 92, .156 1. .00 36. .70 7 ATOM 527 CA PHE A 69 25, .849 54 .029 93, .531 1. .00 34. .43 6 ATOM 528 C PHE A 69 27. .229 53, .434 93. .693 1. ,00 33. .96 6 ATOM 529 O PHE A 69 21. .909 55, .783 94. .626 1. ,00 21. .63 6 ATOM 535 CE2 PHE A 69 21, .194 53, .860 93. .385 1. ,00 26. .02 6 ATOM 536 CZ PHE A 69 20. .928 55, .108 93. .931 1. .00 26. .60 6 ATOM 537 N ASN A 70 27. .922 53, .932 94, .703 1. .00 32. .25 7 ATOM 538 CA ASN A 70 29. .264 53, .496 95, .050 1. .00 30. .57 6 ATOM 539 C ASN A 70 29. ,149 52, .217 95. .870 1. ,00 31. ,62 6 ATOM 540 O ASN A 70 28, .903 52 .244 97. .086 1. .00 31, .24 8 ATOM 541 CB ASN A 70 29, .904 54 .618 95 .879 1, .00 35, .22 6 ATOM 542 CG ASN A 70 31, .400 54 .385 95 ,919 1. .00 45, .98 6 ATOM 543 OD1 ASN A 70 31 .868 53 .260 95 .704 1. .00 48, .37 8 ATOM 544 ND2 ASN A 70 32 .112 55 .478 96 .171 1 .00 59 .74 7 ATOM 545 N GLN A 71 29. .137 51 .063 95, .221 1. .00 29, .14 7 ATOM 546 CA GLN A 71 28. .967 49 .769 95, .816 1. .00 27, .72 6 ATOM 547 C GLN A 71 29, .890 48 .785 95, .102 1. .00 27, .35 6 ATOM 548 O GLN A 71 30, .129 48 .954 93 .897 1, .00 28. .50 8 ATOM 549 CB GLN A 71 27, .552 49 .224 95 .684 1. .00 25. .56 6 ATOM 550 CG GLN A 71 26, .447 50, .165 95, .980 1. .00 28. .71 6 ATOM 551 CD GLN A 71 25, .072 49, .652 96, .237 1. .00 30. .86 6 ATOM 552 OE1 GLN A 71 24, .663 49, .585 97, .406 1. .00 36. .88 8 ATOM 553 NE2 GLN A 71 24, .309 49 .337 95, .203 1, .00 21. .46 7 ATOM 554 N LYS A 72 30, .339 47 .777 95, .805 1. .00 24. .50 7 ATOM 555 CA LYS A 72 31, .272 46 .797 95, .290 1. .00 27. .35 6 ATOM 556 C LYS A 72 32. .568 47, .381 94, .790 1. .00 28. .76 6 ATOM 557 O LYS A 72 33. .281 46, .720 94, .029 1. .00 32. ,25 8 ATOM 558 CB LYS A 72 30, .608 45, .899 94, .225 1. .00 23. .29 6 ATOM 559 CG LYS A 72 29, .407 45, .149 94, .803 1. .00 28. .84 6 ATOM 560 CD LYS A 72 29, .943 44 .159 95, .845 1. .00 36. .48 6 ATOM 561 CE LYS A 72 28, .888 43 .822 96, .892 1. .00 35. .12 6 ATOM 562 NZ LYS A 72 29. .356 42, .633 97, .676 1. .00 38. .56 7 ATOM 563 N GLY A 73 33. .040 48, .526 95. .263 1. .00 28. .49 7 ATOM 564 CA GLY A 73 34. .313 49, .069 94. .825 1. .00 27. .50 6 ATOM 565 C GLY A 73 34, .177 49, .967 93 , ,592 1. .00 28. .94 6 ATOM 566 O GLY A 73 35, .241 50 .214 93, .014 1. .00 30, .09 8 ATOM 567 N THR A 74 32 .977 50 .387 93 .152 1 .00 27 .05 7 ATOM 568 CA THR A 74 32, .928 51 .157 91, .915 1. .00 26, .78 6 ATOM 569 C THR A 74 31 .596 51 .859 91 .799 1, .00 25, .34 6 ATOM 570 O THR A 74 30 .631 51 .367 92 .386 1, .00 24, .37 8 ATOM 571 CB THR A 74 33 .103 50 .222 90 .664 1 .00 31 .26 6 ATOM 572 OG1 THR A 74 32 .822 50 .956 89 .454 1 .00 25 .82 8 ATOM 573 CG2 THR A 74 32 .107 49 .060 90 .679 1. .00 26 .69 6 ATOM 574 N VAL A 75 31 .535 52 .982 91 .075 1. .00 24, .66 7 ATOM 575 CA VAL A 75 30 .194 53 .577 90 .919 1 .00 25 .58 6 ATOM 576 C VAL A 75 29 .585 52 .986 89 .631 1 .00 26 .93 6 ATOM 577 O VAL A 75 28 .472 52 .460 89 .626 1. .00 24 .90 8 ATOM 578 CB ARG A 76 30.395 53.124 8 8.553 1 .00 25.83 7 ATOM 582 CA ARG A 76 29 .896 52 .613 87 .259 1 .00 23, .66 6 ATOM 583 C ARG A 76 29 .898 51 .082 87 .285 1 .00 21, .40 6 ATOM 584 O ARG A 76 30 .739 50 .419 87 .909 1 .00 19 .38 8 ATOM 585 CB ARG A 76 30 .853 53 .148 86 .159 1 .00 13 .83 6 ATOM 586 CG ARG A 76 32 .237 52 .526 86 .080 1 .00 19 .96 6 ATOM 587 CD ARG A 76 36 .104 50 .868 84 .274 1 .00 16 .75 7 ATOM 592 N THR A 77 29 .024 50 .487 86 .445 1, .00 21, .32 7 ATOM 593 CA THR A 77 29 .166 49 .057 86 .135 1 .00 20, .79 6 ATOM 594 C THR A 77 30 .312 48 .886 85 .128 1 .00 21 .29 6 ATOM 595 O THR A 77 31..057 49,.798 84..761 1..00 19.53 8 ATOM 596 CB THR A 77 27. ,910 48, .519 85. .446 1. . 00 22. .75 6 ATOM 597 OG1 THR A 77 27. ,781 49. .215 84. .171 1. ,00 22. .39 8 ATOM 598 CG2 THR A 77 26. ,698 48, .832 86. .297 1. ,00 14, .11 6 ATOM 599 N LYS A 78 30. ,454 47, .669 84, .584 1. .00 22, .44 7 ATOM 600 CA LYS A 78 31. .439 47, .367 83, .545 1. .00 21, .30 6 ATOM 601 C LYS A 78 31. ,304 48. .242 82. .284 1. . 00 19. .80 6 ATOM 602 O LYS A 78 32. ,280 48. .724 81. .730 1. ,00 17. .17 8 ATOM 603 CB LYS A 78 31. ,239 45. .902 83. .056 1. ,00 21, .38 6 ATOM 604 CG LYS A 78 32. .369 45, .516 82, .104 1. ,00 30, .30 6 ATOM 605 CD LYS A 78 32. .199 44, .122 81, .514 1. .00 24 .76 6 ATOM 606 CE LYS A 78 33. .277 43, .942 80, .452 1. ,00 18, .99 6 ATOM 607 NZ LYS A 78 33. .410 42, .535 80, .068 1. ,00 18, .31 7 ATOM 608 N TYR A 79 30. .097 48, .505 81, .886 1. .00 20 .90 7 ATOM 609 CA TYR A 79 29. .630 49, .216 80, .722 1. .00 23 .91 6 ATOM 610 C TYR A 79 29. .582 50 .734 80 .798 1. .00 26 .85 6 ATOM 611 O TYR A 79 29, .739 51 .412 79 .750 1. .00 25 .30 8 ATOM 612 CB TYR A 79 28. .191 48, .658 80, .425 1. .00 22, .18 6 ATOM 613 CG TYR A 79 28. .300 47, .138 80, .353 1. .00 20, .86 6 ATOM 614 CD1 TYR A 79 29. .177 46, .490 79, .495 1. .00 20 .37 6 ATOM 615 CD2 TYR A 79 27. .550 46, .371 81 .219 1. .00 21 .76 6 ATOM 616 CE1 TYR A 79 29, .277 45 .109 79 .469 1, .00 19 .56 6 ATOM 617 CE2 TYR A 79 27. .623 44, .977 81, .218 1. .00 19, .94 6 ATOM 618 CZ TYR A 79 28. .487 44, .359 80, .347 1. .00 18, .41 6 ATOM 619 OH TYR A 79 28. .545 42, .993 80, .361 1. .00 14, .29 8 ATOM 620 N GLY A 80 29. .444 51, .307 82, .010 1. .00 25 .28 7 ATOM 621 CA GLY A 80 29. .431 52 .757 82 .150 1. .00 25 .76 6 ATOM 622 C GLY A 80 28, .537 53 .169 83 .321 1, .00 26 .75 6 ATOM 623 O GLY A 80 28. .220 52, .288 84, .134 1. ,00 24, .74 8 ATOM 624 N THR A 81 28. .055 54. .412 83, .325 1. .00 25, .03 7 ATOM 625 CA THR A 81 27. .175 54, .853 84, .404 1. .00 26, .29 6 ATOM 626 C THR A 81 25. .734 54, .946 83 .930 1. .00 27, .39 6 ATOM 627 O THR A 81 25, .500 55, .049 82 .731 1. .00 26 .45 8 ATOM 628 CB THR A 81 27. ,482 56, .330 84, .815 1. .00 29, .85 6 ATOM 629 OG1 THR A 81 27. .111 57, .124 83, .658 1. ,00 32, .48 8 ATOM 630 CG2 THR A 81 28. .951 56, .536 85, .109 1. .00 28, .09 6 ATOM 631 N ARG A 82 24, .808 55, .096 84, .880 1. .00 26 .31 7 ATOM 632 CA ARG A 82 23, .417 55, .253 84 .557 1, .00 27 .17 6 ATOM 633 C ARG A 82 23. .177 56, .431 83, .615 1. ,00 28, .32 6 ATOM 634 O ARG A 82 22. .235 56, .296 82, .817 1. .00 30, .27 8 ATOM 635 CB ARG A 82 22. .522 55, .403 85, .777 1. .00 18 .09 6 ATOM 636 CG ARG A 82 21. .204 56 .100 85 .672 1. .00 17 .36 6 ATOM 637 CD ARG A 82 20, .177 55 .821 86 .717 1. .00 24 .02 6 ATOM 638 NE ARG A 82 18, .880 56 .374 86 .434 1, .00 32 .87 7 ATOM 639 CZ ARG A 82 17 .812 56 .490 87 .206 1. .00 37 .23 6 ATOM 640 NH1 ARG A 82 17, .809 56 .078 88 .472 1. .00 40 .74 7 ATOM 641 NH2 ARG A 82 16, .728 57 .037 86 .705 1. .00 29 .88 7 ATOM 642 N SER A 83 23, .782 57 .600 83 .794 1, .00 27 .60 7 ATOM 643 CA SER A 83 23 .411 58 .673 82 .846 1. .00 29 .66 6 ATOM 644 C SER A 83 23, .908 58, .301 81, .423 1. .00 27 .02 6 ATOM 645 O SER A 83 23, .185 58 .587 80 .470 1. .00 27 .16 8 ATOM 646 CB SER A 83 23, .920 60 .039 83 .273 1. .00 24 .26 6 ATOM 647 OG SER A 83 25, .337 59 .906 83 .317 1, .00 35 .47 8 ATOM 648 N GLN A 84 25 .089 57 .704 81 .332 1. .00 25 .08 7 ATOM 649 CA GLN A 84 25 .598 57 .208 80 .066 1. .00 27 .26 6 ATOM 650 C GLN A 84 24 .624 56 .198 79 .473 1. .00 28 .38 6 ATOM 651 O GLN A 84 24, .219 56, .365 78 .308 1. .00 28 .32 8 ATOM 652 CB GLN A 84 27, .002 56 .619 80 .219 1. .00 22 .80 6 ATOM 653 CG GLN A 84 28 .049 57 .672 80 .542 1, .00 24 .28 6 ATOM 654 CD GLN A 84 29 .378 57 .005 80 .812 1. .00 30 .46 6 ATOM 655 OE1 GLN A 84 30 .478 57 .520 80 .610 1, .00 40 .53 8 ATOM 656 NE2 GLN A 84 29, .368 55 .759 81 .267 1, .00 25 .18 7 ATOM 657 N LEU A 85 24, .097 55 .230 80 .250 1, .00 27 .63 7 ATOM 658 CA LEU A 85 23 .109 54 .315 79 .712 1, .00 26 .47 6 ATOM 659 C LEU A 85 21 .867 55 .033 79 .204 1, .00 28 .93 6 ATOM 660 O LEU A 85 21, .284 54, .664 78 .164 1, .00 29 .54 8 ATOM 661 CB LEU A 85 22, .654 53 .270 80 .708 1, .00 22 .28 6 ATOM 662 CG LEU A 85 21 .488 52 .356 80 .351 1, .00 23 .99 6 ATOM 663 CD1 LEU A 85 21 .726 51 .532 79 .093 1, .00 20 .87 6 ATOM 664 CD2 LEU A 85 21 .261 51 .347 81 .489 1 .00 28 .27 6 ATOM 665 N GLU A 86 21 .329 55 .957 79 .988 1 .00 27 .07 7 ATOM 666 CA GLU A 86 20 .123 56 .671 79 .575 1 .00 27 .80 6 ATOM 667 C GLU A 86 20 .374 57 .493 78 .302 1 .00 27 .01 6 ATOM 668 O GLU A 86 19 .458 57 .657 77 .464 1 .00 26 .06 8 ATOM 669 CB GLU A 86 19.696 57.582 80..748 1..00 40,.30 6 ATOM 670 CG GLU A 86 19, .235 56, .861 81. .995 1. .00 48, .52 6 ATOM 671 CD GLU A 86 18 .760 57 .679 83, .176 1. .00 52, .20 6 ATOM 672 OE1 GLU A 86 19 .624 58 .224 83, .903 1. .00 61, .23 8 ATOM 673 OE2 GLU A 86 17 .545 57 .797 83, .458 1, .00 49 .66 8 ATOM 674 N SER A 87 21 .530 58 .085 78. .056 1, .00 26 .53 7 ATOM 675 CA SER A 87 21, .645 58, .870 76. .809 1. .00 29, .75 6 ATOM 676 C SER A 87 21. .731 57, .901 75. .618 1. .00 30, .32 6 ATOM 677 O SER A 87 21. .116 58, .150 74. .583 1. .00 30, .73 8 ATOM 678 CB SER A 87 22. .681 59, .961 76. .772 1. .00 32, .20 6 ATOM 679 OG SER A 87 23. .973 59, .484 77, .049 1. .00 42, .05 8 ATOM 680 N ALA A 88 22, .378 56, .752 75, .818 1. .00 29, .76 7 ATOM 681 CA ALA A 88 22 .413 55, .724 74. .788 1, .00 27 .74 6 ATOM 682 C ALA A 88 20 .985 55 .297 74, .496 1. .00 26 .48 6 ATOM 683 O ALA A 88 20, .561 55, .293 73. .334 1. .00 26, .88 8 ATOM 684 CB ALA A 88 23 , .281 54, .524 75. .077 1. .00 25, .94 6 ATOM 685 N ILE A 89 20, .148 55, .072 75. .490 1. .00 24, .88 7 ATOM 686 CA ILE A 89 18, .768 54, .692 75. .217 1, .00 23. .52 6 ATOM 687 C ILE A 89 18, .053 55, .828 74, .481 1. .00 25. .44 6 ATOM 688 O ILE A 89 17 .120 55, .529 73, .701 1. .00 24. .83 8 ATOM 689 CB ILE A 89 18 .002 54, .210 76, .457 1, .00 21, .65 6 ATOM 690 CGI ILE A 89 18, .574 52, .875 77. .001 1. .00 28, .88 6 ATOM 691 CG2 ILE A 89 16. .526 54, .039 76. .223 1. .00 13, .66 6 ATOM 692 CD1 ILE A 89 17. .955 52, .441 78. .324 1. .00 30, .45 6 ATOM 693 N HIS A 90 18 .392 57, .088 74, .779 1. .00 24, .28 7 ATOM 694 CA HIS A 90 17 .727 58 .199 74, .112 1, .00 28 .25 6 ATOM 695 C HIS A 90 18 .037 58 .199 72, .591 1, .00 26 .88 6 ATOM 696 O HIS A 90 17 .173 58 .406 71 .747 1. .00 25 .73 8 ATOM 697 CB HIS A 90 18 .236 59 .573 74 .618 1, .00 41 .06 6 ATOM 698 CG HIS A 90 17 .378 60, .661 74, .031 1. .00 59, .86 6 ATOM 699 ND1 HIS A 90 16 .033 60, .458 73, .761 1, .00 65, .74 7 ATOM 700 CD2 HIS A 90 17 .648 61, .935 73, .657 1, .00 65, .92 6 ATOM 701 CE1 HIS A 90 15 .520 61, .574 73 , .267 1, .00 67, .17 6 ATOM 702 NE2 HIS A 90 16 .477 62 .487 73, .190 1. .00 67, .40 7 ATOM 703 N ALA A 91 19 .333 58 .038 72, .335 1, .00 27, .28 7 ATOM 704 CA ALA A 91 19 .768 57 .944 70, .934 1, .00 30 .32 6 ATOM 705 C ALA A 91 19. .032 56, .824 70. .210 1. .00 31, .56 6 ATOM 706 O ALA A 91 18, .437 57. .058 69. .144 1, .00 32, .93 8 ATOM 707 CB ALA A 91 21, .267 57, .723 70. .921 1. .00 33 , .17 6 ATOM 708 N LEU A 92 18, .930 55, .617 70. .792 1, .00 30, .95 7 ATOM 709 CA LEU A 92 18 .225 54, .502 70. .166 1, .00 28, .50 6 ATOM 710 C LEU A 92 16 .790 54, .823 69. .856 1, .00 26, .16 6 ATOM 711 O LEU A 92 16 .249 54, .541 68, .798 1, .00 26, .07 8 ATOM 712 CB LEU A 92 18 .264 53 .207 71, .008 1, .00 26 .14 6 ATOM 713 CG LEU A 92 19 .652 52 .613 71, .189 1, .00 27 .87 6 ATOM 714 CD1 LEU A 92 19 .575 51 .308 71 .985 1, .00 30 .16 6 ATOM 715 CD2 LEU A 92 20, .401 52, .325 69, .902 1. .00 19, .42 6 ATOM 716 N LYS A 93 16 .120 55, .418 70, .826 1. .00 26, .45 7 ATOM 717 CA LYS A 93 14 .704 55 .754 70, .718 1. .00 26, .60 6 ATOM 718 C LYS A 93 14 .539 56 .842 69, .633 1. .00 27, .98 6 ATOM 719 O LYS A 93 13 .541 56 .873 68 .916 1, .00 25 .59 8 ATOM 720 CB LYS A 93 14 .224 56 .224 72 .079 1, .00 37 .62 6 ATOM 721 CG LYS A 93 13 .149 55 .529 72 .860 1 .00 39 .22 6 ATOM 722 CD LYS A 93 13 .436 5 .121 73, .320 1, . 00 34, .53 6 ATOM 723 CE LYS A 93 12 .624 53 .763 74, .546 1, .00 36 .60 6 ATOM 724 NZ LYS A 93 11 .468 52 .873 74 .376 1, .00 34 .30 7 ATOM 725 N ASN A 94 15 .511 57 .730 69 .524 1, .00 30 .08 7 ATOM 726 CA ASN A 94 15 .447 58 .800 68 .525 1 .00 35 .42 6 ATOM 727 C ASN A 94 15 .613 58 .239 67 .124 1 .00 37 .33 6 ATOM 728 o ASN A 94 14 .991 58 .775 66 .201 1 .00 39 .60 8 ATOM 729 CB ASN A 94 16 .419 59 .943 68 .838 1 .00 44 .84 6 ATOM 730 CG ASN A 94 15 .585 61 .034 69 .505 1, .00 55 .65 6 ATOM 731 OD1 ASN A 94 15 .624 62 .186 69 .098 1, .00 73 .22 8 ATOM 732 ND2 ASN A 94 14 .764 60 .682 70 .487 1, .00 56 .79 7 ATOM 733 N ASN A 95 16 .314 57 .113 66 .981 1 .00 35 .93 7 ATOM 734 CA ASN A 95 16 .458 56 .453 65 .701 1 .00 33 .37 6 ATOM 735 C ASN A 95 15 .482 55 .332 65 .486 1 .00 32 .25 6 ATOM 736 O ASN A 95 15 .761 54 .421 64 .693 1, .00 34 .32 8 ATOM 737 CB ASN A 95 17 .887 55 .932 65 .573 1 .00 34 .99 6 ATOM 738 CG ASN A 95 18 .799 57 .098 65 .245 1, .00 45 .21 6 ATOM 739 OD1 ASN A 95 19 .110 57 .368 64 .085 1, .00 46 .20 8 ATOM 740 ND2 ASN A 95 19 .235 57 .795 66 .278 1, .00 40 .71 7 ATOM 741 N GLY A 96 14 .357 55 .277 66 .188 1. .00 31 .16 7 ATOM 742 CA GLY A 96 13 .369 54 .240 66 .044 1 .00 28 .59 6 ATOM 743 C GLY A 96 13..766 52.828 66..455 1..00 28.70 6 ATOM 744 O GLY A 96 13. .023 51 .874 66. .136 1. .00 29 .32 8 ATOM 745 N VAL A 97 14, .880 52 .615 67 .134 1. .00 26 .43 7 ATOM 746 CA VAL A 97 15, .260 51 .274 67 .575 1. .00 26 .61 6 ATOM 747 C VAL A 97 14, .691 50. .959 68, .959 1. .00 27. .97 6 ATOM 748 O VAL A 97 14. .850 51. .807 69, .853 1. ,00 27 .20 8 ATOM 749 CB VAL A 97 16, .792 51. .169 67, .662 1. ,00 26 .27 6 ATOM 750 CGI VAL A 97 17, .244 49 .754 67, .987 1. .00 1 .11 6 ATOM 751 CG2 VAL A 97 17, .425 51 .629 66, .342 1. .00 31 .58 6 ATOM 752 N GLN A 98 14, .104 49 .795 69, .159 1. .00 27 .95 7 ATOM 753 CA GLN A 98 13, .575 49 .334 70 .448 1. .00 25 .14 6 ATOM 754 C GLN A 98 14, .625 48, .760 71, .397 1. ,00 25, .16 6 ATOM 755 O GLN A 98 15, .696 48, .353 70, .944 1. .00 22 .76 8 ATOM 756 CB GLN A 98 12 .539 48 .251 70 .157 1, .00 17 .49 6 ATOM 757 CG GLN A 98 11 .170 48 .854 69 .932 1, .00 29 .35 6 ATOM 758 CD GLN A 98 10 .184 47 .795 69 .503 1, .00 42 .26 6 ATOM 759 OE1 GLN A 98 10 .540 46 .655 69 .269 1. .00 45 .15 8 ATOM 760 NE2 GLN A 98 8, .924 48, ,192 69, .376 1. .00 56 .07 7 ATOM 761 N VAL A 99 14, .402 48, .902 72, .739 1. .00 23 .46 7 ATOM 762 CA VAL A 99 15, .424 48, .448 73, .692 1. .00 21 ,32 6 ATOM 763 C VAL A 99 14, .917 47, .330 74, .598 1. .00 19 .22 6 ATOM 764 O VAL A 99 13, .817 47 .437 75, .184 1. .00 19 .88 8 ATOM 765 CB VAL A 99 15, .895 49 .580 74, .623 1. .00 28 .07 6 ATOM 766 CGI VAL A 99 17. .158 49, .135 75. .360 1. .00 27, .17 6 ATOM 767 CG2 VAL A 99 16. .243 50, .827 73, .822 1. .00 40, .90 6 ATOM 768 N TYR A 100 15. .590 46, .194 74, .586 1. ,00 17, .68 7 ATOM 769 CA TYR A 100 15. .261 45, .045 75, .395 1. ,00 17, .15 6 ATOM 770 C TYR A 100 16. .291 44, .869 76, .527 1. ,00 17, .39 6 ATOM 771 O TYR A 100 17. .483 44, .789 76, .233 1. ,00 15 .80 8 ATOM 772 CB TYR A 100 15, .270 43 , .716 74, .633 1. ,00 20, .33 6 ATOM 773 CG TYR A 100 14. .287 43. .618 73. .496 1, ,00 23, .97 6 ATOM 774 CD1 TYR A 100 13, .133 44 .397 73. .447 1. .00 23 .67 6 ATOM 775 CD2 TYR A 100 14, .564 42 .732 72. .441 1. .00 24 .39 6 ATOM 776 CE1 TYR A 100 12, .275 4 .292 72. .366 1. .00 25 .53 6 ATOM 777 CE2 TYR A 100 13, .704 42 .635 71 .358 1. .00 23 .58 6 ATOM 778 CZ TYR A 100 12 .585 43 .417 71 .313 1, .00 23 .55 6 ATOM 779 OH TYR A 100 11 .716 43 .320 70 .278 1. .00 22 .25 8 ATOM 780 N GLY A 101 15, .790 44, .787 77. .780 1. .00 17, .34 7 ATOM 781 CA GLY A 101 16, .727 44, .623 78, ,906 1. ,00 14, .59 6 ATOM 782 C GLY A 101 16, .908 43, .192 79, .386 1. ,00 11, .65 6 ATOM 783 O GLY A 101 15, .973 42, .408 79. .355 1. ,00 12, .65 8 ATOM 784 N ASP A 102 18, ,121 42, .759 79, .744 1. .00 13, .34 7 ATOM 785 CA ASP A 102 18, .304 41 .431 80, .353 1. .00 13 .47 6 ATOM 786 C ASP A 102 17, .648 41 .507 81, .777 1. .00 15 .09 6 ATOM 787 O ASP A 102 17. .463 42, .598 82, .341 1. ,00 14, .56 8 ATOM 788 CB ASP A 102 19. .795 41, .183 80, .569 1. .00 11, .48 6 ATOM 789 CG ASP A 102 20, .159 39, .752 80, .306 1. .00 12, .52 6 ATOM 790 OD1 ASP A 102 19, .384 38. .867 80, .788 1. ,00 15, .17 8 ATOM 791 OD2 ASP A 102 21, .185 39. .489 79, .599 1. ,00 17, .64 8 ATOM 792 N VAL A 103 17. .229 40, .390 82, .280 1. .00 14, .82 7 ATOM 793 CA VAL A 103 16, .493 40, .167 83, .502 1. .00 14, .92 6 ATOM 794 C VAL A 103 17, .058 38 .928 84 .207 1. .00 14 .68 6 ATOM 795 O VAL A 103 16, .849 37 .788 83 .790 1. .00 13 .55 8 ATOM 796 CB VAL A 103 15, .005 39 .890 83 .261 1. .00 18 .86 6 ATOM 797 CGI VAL A 103 14 .282 39 .583 84 .577 1. .00 24 .13 6 ATOM 798 CG2 VAL A 103 14 .338 41 .114 82 .610 1. .00 23 .58 6 ATOM 799 N VAL A 104 17, .756 39, .187 85, .343 1. .00 13, .33 7 ATOM 800 CA VAL A 104 18, .345 38, .106 86, .118 1. .00 11 .70 6 ATOM 801 C VAL A 104 17, .667 38 .025 87 .518 1. .00 14 .62 6 ATOM 802 O VAL A 104 17 .907 38 .921 88 .344 1. .00 11 .28 8 ATOM 803 CB VAL A 104 19 .843 38 .363 86 .246 1. .00 12 .15 6 ATOM 804 CGI VAL A 104 20 .493 37 .200 87 .026 1, .00 15 .28 6 ATOM 805 CG2 VAL A 104 20 .516 38 .434 84 .866 1. .00 24 .46 6 ATOM 806 N MET A 105 16, .738 37 .112 87 .714 1. .00 13 .63 7 ATOM 807 CA MET A 105 15, .988 36 .987 88 .961 1, .00 15 .45 6 ATOM 808 C MET A 105 16 .313 35 .668 89 .656 1. .00 15 .72 6 ATOM 809 O MET A 105 15 .681 35 .344 90 .656 1 .00 16 .37 8 ATOM 810 CB MET A 105 14 .464 36 .975 88 .608 1. .00 5 .32 6 ATOM 811 CG MET A 105 14 .085 38 .454 88 .115 1 .00 9 .60 6 ATOM 812 SD MET A 105 12 .331 38 .446 87 .765 1 .00 24 .51 16 ATOM 813 CE MET A 105 11 .881 39 . 900 88 .682 1, .00 45 .97 6 ATOM 814 N ASN A 106 17 .102 34 .751 89 .065 1 .00 13 .34 7 ATOM 815 CA ASN A 106 17 .261 33 .440 89 .636 1 .00 13 .70 6 ATOM 816 C ASN A 106 18 .025 33 .465 91 .013 1 .00 14 .43 6 ATOM 817 O ASN A 106 17.708 32.625 91.845 1.00 13.26 8 ATOM 818 CB ASN A 106 18 .066 32 .548 88 .719 1 .00 6 .27 6 ATOM 819 CG ASN A 106 18 .651 31 .318 89 .258 1 .00 8 .00 6 ATOM 820 OD1 ASN A 106 19 .688 30 .774 89 .540 1. .00 11 .69 8 ATOM 821 ND2 ASN A 106 17 .629 30 .519 89 .481 1. .00 2 .77 7 ATOM 822 N HIS A 107 19 .030 34 .285 91 .095 1 .00 11 .91 7 ATOM 823 CA HIS A 107 19 .986 34 .236 92 .154 1 .00 10 .48 6 ATOM 824 C HIS A 107 20 .535 35 .624 92 .397 1. .00 12 .08 6 ATOM 825 O HIS A 107 20 .227 36 .573 91 .672 1, .00 11 .45 8 ATOM 826 CB HIS A 107 21 .191 33 .361 91 .805 1. .00 16 .81 6 ATOM 827 CG HIS A 107 21 .832 33 .780 90 .505 1. .00 26 .29 6 ATOM 828 ND1 HIS A 107 21 .509 33 .126 89 .312 1, .00 25 .26 7 ATOM 829 CD2 HIS A 107 22 .724 34 .735 90 .199 1 .00 25 .06 6 ATOM 830 CE1 HIS A 107 22 .215 33 .687 88 .353 1 .00 22 .21 6 ATOM 831 NE2 HIS A 107 22 .945 34 .679 88 .842 1 .00 20 .55 7 ATOM 832 N LEU A 108 21 .234 35 .733 93 .529 1 .00 12 .42 7 ATOM 833 CA LEU A 108 21 .821 36 .997 93 .952 1 .00 11 .65 6 ATOM 834 C LEU A 108 23 .215 36 .660 94 .443 1 .00 12 .15 6 ATOM 835 O LEU A 108 23 .406 35 .699 95 .209 1 .00 14 .67 8 ATOM 836 CB LEU A 108 21 .042 37. .746 95. .003 1. .00 21, .94 6 ATOM 837 CG LEU A 108 19 .744 38. .457 94, .808 1, .00 21, .68 6 ATOM 838 CD1 LEU A 108 18 .553 37, .510 94, .757 1, .00 39, .57 6 ATOM 839 CD2 LEU A 108 19 .311 39, .330 95, .982 1, .00 22, .08 6 ATOM 840 N GLY A 109 24 .199 37, .441 94. .005 1. .00 12, .09 7 ATOM 841 CA GLY A 109 25 .565 37, .136 94, .430 1. .00 11, .56 6 ATOM 842 C GLY A 109 26 .202 38, .357 95, .083 1. .00 12, .72 6 ATOM 843 O GLY A 109 25 .681 39 .484 95 .013 1. .00 13 .88 8 ATOM 844 N GLY A 110 27 .383 38 .153 95, .652 1, .00 13 .11 7 ATOM 845 CA GLY A 110 28 .067 39 .328 96, .240 1. .00 15 .14 6 ATOM 846 C GLY A 110 27 .439 39 .811 97, .559 1. .00 14 .99 6 ATOM 847 O GLY A 110 27 .472 41, .015 97, .810 1. .00 13, .87 8 ATOM 848 N ALA A 111 26 .791 38, .972 98, .352 1. .00 14, .85 7 ATOM 849 CA ALA A 111 26 .179 39, .445 99, .591 1. .00 18, .80 6 ATOM 850 C ALA A 111 27. .108 40. .326 100. .430 1. ,00 18. .06 6 ATOM 851 O ALA A 111 28, .296 40. .106 100. ,516 1. .00 18. .52 8 ATOM 852 CB ALA A 111 25. .772 38. .304 100. ,518 1. ,00 14. .03 6 ATOM 853 N ASP A 112 26, .529 41. .293 101. ,126 1. .00 21. .22 7 ATOM 854 CA ASP A 112 27, .346 42. .122 102. ,035 1. ,00 23. .75 6 ATOM 855 C ASP A 112 27, .869 41. .314 103. ,234 1. ,00 23. .71 6 ATOM 856 O ASP A 112 28, .969 41. .671 103. ,682 1. ,00 23. ,18 8 ATOM 857 CB ASP A 112 26, .496 43. .284 102. ,503 1. .00 22. .42 6 ATOM 858 CG ASP A 112 26, .071 44. .169 101. ,348 1. ,00 20. .14 6 ATOM 859 OD1 ASP A 112 26, .995 44. .523 100. .598 1. ,00 27. .30 8 ATOM 860 OD2 ASP A 112 24, .879 44. .509 101. .271 1. ,00 20. .89 8 ATOM 861 N ALA A 113 27, .194 40, .251 103. .702 1. ,00 24. .00 7 ATOM 862 CA ALA A 113 27 .759 39, .527 104. .868 1. .00 24, .01 6 ATOM 863 C ALA A 113 27, .179 38. ,131 105. ,013 1. ,00 23. .94 6 ATOM 864 O ALA A 113 26, .110 37. .890 104. ,451 1. ,00 22. .13 8 ATOM 865 CB ALA A 113 27, .342 40. .331 106. ,122 1. ,00 26. .22 6 ATOM 866 N THR A 114 27, .826 37. .278 105. ,810 1. ,00 22. .06 7 ATOM 867 CA THR A 114 27, .281 35. .943 106. ,016 1. ,00 21. .69 6 ATOM 868 C THR A 114 26, .312 35. .843 107. ,186 1. ,00 22. .01 6 ATOM 869 O THR A 114 26, .155 36. .802 107. ,929 1. ,00 20. .55 8 ATOM 870 CB THR A 114 28 .387 34, .909 106. .254 1. .00 27. .87 6 ATOM 871 OG1 THR A 114 28 .996 35, .251 107. .512 1. .00 29. .11 8 ATOM 872 CG2 VAL A 117 21.913 29.028 108.776 1 .00 20.64 6 ATOM 892 C VAL A 117 21 .937 27, .532 108. .893 1. .00 17, .39 6 ATOM 893 O VAL A 117 22 .915 26, .888 108, .527 1. .00 19, .05 8 ATOM 894 CB VAL A 117 21 .661 29, .432 107, .278 1. .00 19, .42 6 ATOM 895 CGI VAL A 117 20 .322 28, .897 106, .753 1. .00 17, .44 6 ATOM 896 CG2 VAL A 117 21, .569 30, .946 107. .143 1. .00 18. .54 6 ATOM 897 N THR A 118 20, .829 27, .010 109. .358 1. ,00 17, .83 7 ATOM 898 CA THR A 118 20, .756 25. .536 109. .467 1. .00 19, .80 6 ATOM 899 C THR A 118 20, .402 25. .048 108. .042 1. .00 18, .35 6 ATOM 900 O THR A 118 19, .399 25. .534 107. .507 1. ,00 16, .70 8 ATOM 901 CB THR A 118 19, .548 25. .042 110. .320 1. ,00 17, .44 6 ATOM 902 OG1 THR A 118 19, .233 26. .096 111. .204 1. .00 44, .59 8 ATOM 903 CG2 THR A 118 19, .779 23 , .693 110. .989 1. .00 22, .04 6 ATOM 904 N ALA A 119 21, .103 24. .023 107. .604 1. .00 19, .84 7 ATOM 905 CA ALA A 119 20, .887 23 , .578 106. .200 1. .00 19. .90 6 ATOM 906 C ALA A 119 21, .136 22. .103 106. .100 1. .00 21, .67 6 ATOM 907 O ALA A 119 21, .679 21, .551 107. .079 1. .00 22, .42 8 ATOM 908 CB ALA A 119 22. .069 24. .322 105. .517 1. ,00 19. .05 6 ATOM 909 N VAL A 120 20. .764 21. .406 105. .044 1. ,00 20. .76 7 ATOM 910 CA VAL A 120 21.100 19.986 104.883 1..00 19.40 6 ATOM 911 C VAL A 120 21 .803 19 .899 103 .514 1, .00 21 .46 6 ATOM 912 O VAL A 120 21 .498 20 .756 102 .676 1 .00 21 .10 8 ATOM 913 CB VAL A 120 19 .868 19 .080 104 .936 1 .00 12 .56 6 ATOM 914 CGI VAL A 120 18. .742 19 .485 104, .021 1, .00 15 .21 6 ATOM 915 CG2 VAL A 120 20 .238 17 .612 104, .692 1, .00 13 .03 6 ATOM 916 N GLU A 121 22 .737 19 .042 103 .259 1, .00 20 .32 7 ATOM 917 CA GLU A 121 23 .390 18 .922 101 .980 1, .00 22 .51 6 ATOM 918 C GLU A 121 2 .518 18 .029 101 .072 1, .00 23 .97 6 ATOM 919 O GLU A 121 21 .864 17 .068 101 .531 1, .00 23 .54 8 ATOM 920 CB GLU A 121 24 .754 18 .289 102 .125 1, .00 22 .70 6 ATOM 921 CG GLU A 121 25. .819 19 .157 102, .767 1, .00 26 .10 6 ATOM 922 CD GLU A 121 27. .114 18 .370 102, .881 1, .00 33 .79 6 ATOM 923 OE1 GLU A 121 27 .363 17 .496 102, .035 1, .00 31 .76 8 ATOM 924 OE2 GLU A 121 27 .912 18 .621 103, .804 1, .00 33 .28 8 ATOM 925 N VAL A 122 22 .516 18 .382 99 .779 1, .00 22 .10 7 ATOM 926 CA VAL A 122 21, .801 17 .498 98, .828 1. .00 21 .06 6 ATOM 927 C VAL A 122 22, .809 16 .962 97, .815 1. .00 20 .23 6 ATOM 928 O VAL A 122 23, .896 17 .513 97, .598 1, .00 17 .86 8 ATOM 929 CB VAL A 122 20, .624 18 .196 98, .134 1. .00 21 .72 6 ATOM 930 CGI VAL A 122 19, .599 18 .610 99, .182 1. .00 12 .05 6 ATOM 931 CG2 VAL A 122 21 .116 19 .434 97, .365 1. .00 8 .76 6 ATOM 932 N ASN A 123 22 .387 15 .895 97 .128 1. .00 20 .00 7 ATOM ■ 933 CA ASN A 123 23, .253 15 .301 96, .107 1. .00 20 .45 6 ATOM 934 C ASN A 123 23, .269 16 .215 94, .888 1. .00 19 .88 6 ATOM 935 O ASN A 123 22, .211 16 .559 94, .335 1, .00 19 .99 8 ATOM 936 CB ASN A 123 22 .661 13 .917 95, .794 1, .00 17 .50 6 ATOM 937 CG ASN A 123 23 .481 13 .213 94, .706 1. .00 32 .28 6 ATOM 938 OD1 ASN A 123 24 .360 13 .796 94, .071 1. .00 25 .05 8 ATOM 939 ND2 ASN A 123 23 .208 11 .935 94, .490 1, .00 31 .02 7 ATOM 940 N PRO A 124 24, .406 16. .647 94, .423 1. ,00 20, .38 7 ATOM 941 CA PRO A 124 24, .556 17 .529 93. .260 1. ,00 21, .02 6 ATOM 942 C PRO A 124 23, .926 16 .947 92. .001 1. .00 20 .97 6 ATOM 943 O PRO A 124 23 , .353 17 .709 91. .218 1. .00 22 .17 8 ATOM 944 CB PRO A 124 26, .045 17 .813 93. .054 1. .00 20 .22 6 ATOM 945 CG PRO A 124 26, .565 17 .458 94, .441 1. .00 21 .81 6 ATOM 946 CD PRO A 124 25, .725 16 .290 94, .956 1. .00 21 .61 6 ATOM 947 N ASN A 125 23. .881 15, .634 91. .873 1. ,00 20, .24 7 ATOM 948 CA ASN A 125 23. .325 14, .948 90. ,722 1. ,00 22, .34 6 ATOM 949 C ASN A 125 21. .864 14, .604 90. ,954 1. ,00 21, .73 6 ATOM 950 O ASN A 125 21. .226 14, .008 90. ,082 1. ,00 21, .29 8 ATOM 951 CB ASN A 125 24. .077 13, .632 90. .428 1, ,00 22, .86 6 ATOM 952 CG ASN A 125 25. .505 13, .887 89. .964 1. ,00 30, .09 6 ATOM 953 OD1 ASN A 125 25. .803 14 .951 89, .436 1. ,00 35 .43 8 ATOM 954 ND2 ASN A 125 26. .467 12, .978 90. .138 1. ,00 38, .09 7 ATOM 955 N ASN A 126 21. .387 14, ,845 92. .169 1. ,00 20, .38 7 ATOM 956 CA ASN A 126 19. .977 14, .571 92. .459 1. ,00 19, .66 6 ATOM 957 C ASN A 126 19. .575 15, .450 93. .620 1. .00 21, .05 6 ATOM 958 O ASN A 126 19, .660 15 .015 94. .775 1. .00 21, .00 8 ATOM 959 CB ASN A 126 19. .775 13 , .075 92. ,788 1. . 00 15, .30 6 ATOM 960 CG ASN A 126 18. .274 12, .880 93. ,006 1. ,00 23 , .22 6 ATOM 961 OD1 ASN A 126 17. .452 13 , .810 93. .032 1. .00 26, .30 8 ATOM 962 ND2 ASN A 126 17. .922 11, .613 93. .138 1. .00 28, .44 7 ATOM 963 N ARG A 127 19. .221 16 .720 93 , .401 1. .00 19 .57 7 ATOM 964 CA ARG A 127 18, .962 17 .676 94, .443 1. .00 17 .56 6 ATOM 965 C ARG A 127 17 .752 17 .288 95, .308 1. .00 18 .63 6 ATOM 966 O ARG A 127 17, .461 18 .065 96 . .243 1. ,00 16, .95 8 ATOM 967 CB ARG A 127 18, .856 19 .092 93 , .904 1. ,00 12, .51 6 ATOM 968 CG ARG A 127 20, .138 19 .752 93. .386 1. ,00 14, .72 6 ATOM 969 CD ARG A 127 20, .547 19 .160 92, .023 1. .00 14 .85 6 ATOM 970 NE ARG A 127 21 .631 19 .938 91. .401 1. .00 14 .09 7 ATOM 971 CZ ARG A 127 21 .533 21 .187 90. .999 1. .00 15 .80 6 ATOM 972 NH1 ARG A 127 20 .374 21 .834 91. .097 1, .00 16 .14 7 ATOM 973 NH2 ARG A 127 22, .546 21 .860 90. .471 1. . 00 17, .52 7 ATOM 974 N ASN A 128 17, .002 16 .258 94. .938 1. ,00 17, .64 7 ATOM 975 CA ASN A 128 15, .857 15 .806 95. .706 1. .00 20 .96 6 ATOM 976 C ASN A 128 16 .316 14 .849 96, .834 1. .00 21 .64 6 ATOM 977 O ASN A 128 15 .520 14 .474 97. .658 1. .00 21 .03 8 ATOM 978 CB ASN A 128 14 .855 14 .998 94. .847 1. .00 20 .92 6 ATOM 979 CG ASN A 128 13 .982 15 .912 94. .008 1. .00 25 .08 6 ATOM 980 OD1 ASN A 128 13, .652 17 .021 94. .421 1. .00 27, .32 8 ATOM 981 ND2 ASN A 128 13, .692 15 .454 92. .798 1. ,00 25, .22 7 ATOM 982 N GLN A 129 17, .568 14 .425 96. .839 1. .00 23, .60 7 ATOM 983 CA GLN A 129 18, .149 13 .518 97, .822 1. .00 25, .40 6 ATOM 984 C GLN A 129 19..039 14..238 98..841 1.,00 25..85 6 ATOM 985 O GLN A 129 20. ,053 14. ,857 98. ,528 1. ,00 25. .31 8 ATOM 986 CB GLN A 129 18. .969 12. ,476 97. ,065 1, ,00 30. .26 6 ATOM 987 CG GLN A 129 19. .650 11. .443 97. ,896 1. ,00 36. .65 6 ATOM 988 CD GLN A 129 20. .688 10. .589 97. .220 1. ,00 50. .60 6 ATOM 989 OE1 GLN A 129 21. .389 10. .920 96. .262 1. ,00 50, .90 8 ATOM 990 NE GLN A 129 20. .789 9. .382 97. .783 1. ,00 59, .68 7 ATOM 991 N GLU A 130 18. .617 14. .169 100. .106 1. ,00 26, .25 7 ATOM 992 CA GLU A 130 19. .380 14. .786 101. .215 1. ,00 25, .65 6 ATOM 993 C GLU A 130 20, .520 13. .881 101. .601 1. .00 24, .59 6 ATOM 994 O GLU A 130 20, .267 12. .674 101. .678 1. .00 26 .10 8 ATOM 995 CB GLU A 130 18. .439 15. ,032 102. .378 1. ,00 24, .08 6 ATOM 996 CG GLU A 130 17. .425 16. .128 102. .051 1. ,00 24, .36 6 ATOM 997 CD GLU A 130 16. .469 16, .440 103. .190 1. .00 29 .99 6 ATOM 998 OE1 GLU A 130 16 .642 15, .811 104, .263 1. .00 27 .95 8 ATOM 999 OE2 GLU A 130 15. .583 17, .309 103, .034 1. .00 26 .77 8 ATOM 1000 N ILE A 131 21, .765 14, .341 101, .646 1. .00 25 .24 7 ATOM 1001 CA ILE A 131 22, .833 13, .388 101, .907 1, .00 28 .06 6 ATOM 1002 C ILE A 131 23, .624 13, .682 103, .171 1, .00 29 .97 6 ATOM 1003 O ILE A 131 24, .751 13, .220 103. .380 1. .00 31 .06 8 ATOM 1004 CB ILE A 131 23, .693 13. .048 100. .699 1. .00 26, .19 6 ATOM 1005 CGI ILE A 131 24, .647 14. .095 100. .166 1. ,00 28, .34 6 ATOM 1006 CG2 ILE A 131 22, .896 12. .567 99. .475 1. .00 33 .58 6 ATOM 1007 CD1 ILE A 131 24, .858 15. .364 100. .874 1. .00 35 .74 6 ATOM 1008 N SER A 132 23, .082 14. .483 104. .080 1. .00 30 .13 7 ATOM 1009 CA SER A 132 23, .789 14. .743 105. .351 1. .00 30 .02 6 ATOM 1010 C SER A 132 22, .716 14, .997 106, .410 1. .00 29 .25 6 ATOM 1011 O SER A 132 21 .514 14, .973 106, .087 1, .00 28 .53 8 ATOM 1012 CB SER A 132 24 .781 15, .922 105, .207 1. .00 19 .90 6 ATOM 1013 OG SER A 132 24, .034 17. .111 105. .470 1. .00 23, .39 8 ATOM 1014 N GLY A 133 23, .137 15, .175 107. .666 1. .00 29, .91 ' 7 ATOM 1015 CA GLY A 133 22, .164 15, .515 108. .732 1. .00 27 .01 6 ATOM 1016 C GLY A 133 22, .126 17, .045 108, .731 1. .00 27 .96 6 ATOM 1017 O GLY A 133 22, .988 17, .643 108, .055 1. .00 28 .15 8 ATOM 1018 N ASP A 134 21. .170 17, .687 109, .401 1. .00 26 .57 7 ATOM 1019 CA ASP A 134 21, .163 19. .127 109, .408 1. .00 26 .44 6 ATOM 1020 C ASP A 134 22 .423 19. .663 110, .046 1. .00 28 .36 6 ATOM 1021 O ASP A 134 22, .940 19. .010 110. .945 1. . 00 29, .89 8 ATOM 1022 CB ASP A 134 19, .960 19. .692 110. .178 1. ,00 25, .17 6 ATOM 1023 CG ASP A 134 18, .672 19. .184 109. .560 1. .00 31, .21 6 ATOM 1024 OD1 ASP A 134 18, .758 18. .348 108. .637 1. .00 33, .74 8 ATOM 1025 OD2 ASP A 134 17, .599 19. .645 110. .004 1, .00 36 .81 8 ATOM 1026 N TYR A 135 22, .883 20. .858 109, .733 1. .00 27 .86 7 ATOM 1027 CA TYR A 135 24, .017 21. .450 110, .430 1. .00 27 .39 6 ATOM 1028 C TYR A 135 24 .095 22. .913 110, .033 1. .00 28 .21 6 ATOM 1029 O TYR A 135 23 .466 23, .263 109, .032 1. .00 27 .76 8 ATOM 1030 CB TYR A 135 25 .310 20, .707 110. .279 1. .00 28 .84 6 ATOM 1031 CG TYR A 135 26, .031 20. .662 108. .957 1. ,00 24, .62 6 ATOM 1032 CD1 TYR A 135 26, .991 21. .596 108. .643 1. ,00 24, .15 6 ATOM 1033 CD2 TYR A 135 25. .761 19. .660 108. .042 1. .00 25, .71 6 ATOM 1034 CE1 TYR A 135 27. .689 21. .546 107, .443 1. .00 24 .99 6 ATOM 1035 CE2 TYR A 135 26, .442 19, .601 106, .829 1. .00 24 .95 6 ATOM 1036 CZ TYR A 135 27, .401 20, .542 106, .540 1. .00 25 .76 6 ATOM 1037 OH TYR A 135 28, .087 20, .465 105, .350 1. .00 27 .67 8 ATOM 1038 N THR A 136 24 .829 23, .709 110, .794 1. .00 26 .69 7 ATOM 1039 CA THR A 136 24 .874 25, .132 110, .547 1. .00 25 .35 6 ATOM 1040 C THR A 136 26, .030 25, .509 109. .642 1. . 00 24, .11 6 ATOM 1041 O THR A 136 27, .142 25, .073 109. .831 1. .00 21, .73 8 ATOM 1042 CB THR A 136 25, .003 25, .938 Ill, .855 1. .00 26, .43 6 ATOM 1043 OG1 THR A 136 23, .789 25. .695 112, .576 1. .00 37 .87 8 ATOM 1044 CG2 THR A 136 25 .020 27, .430 111, .593 1, .00 32 .50 6 ATOM 1045 N ILE A 137 25 .684 26 .380 108, .659 1, .00 23 .93 7 ATOM 1046 CA ILE A 137 26 .723 26 .842 107 .737 1. .00 21 .01 6 ATOM 1047 C ILE A 137 26 .748 28 .359 107 .805 1, .00 20 .59 6 ATOM 1048 O ILE A 137 25 .781 28 .967 108 .272 1, .00 22 .54 8 ATOM 1049 CB ILE A 137 26 .471 26 .381 106 .280 1 .00 20 .65 6 ATOM 1050 CGI ILE A 137 25 .177 26 .998 105 .733 1 .00 16 .56 6 ATOM 1051 CG2 ILE A 137 26 .437 24 .861 106 .202 1 .00 17 .98 6 ATOM 1052 CD1 ILE A 137 24 .964 26 .666 104 .249 1. .00 24 .92 6 ATOM 1053 N GLU A 138 27 .858 28 .918 107 .332 1 .00 20 .50 7 ATOM 1054 CA GLU A 138 27 .921 30 .389 107 .257 1 .00 21 .16 6 ATOM 1055 C GLU A 138 27 .650 30 .730 105 .769 1 .00 20 .45 6 ATOM 1056 O GLU A 138 28 .464 30 .333 104 .916 1 .00 21 .84 8 ATOM 1057 CB GLU A 138 29 .342 30 .790 107 .636 1 .00 17 .31 6 ATOM 1058 CG GLU A 138 29.,425 32..264 108..031 1..00 35..20 6 ATOM 1059 CD GLU A 138 30. ,871 32. .570 108. .420 1. .00 47. .73 6 ATOM 1060 OE1 GLU A 138 31, .483 31. .664 109. .037 1. .00 46, .82 8 ATOM 1061 OE2 GLU A 138 31. .367 33. .676 108. ,096 1. ,00 52. .74 8 ATOM 1062 N ALA A 139 26. ,496 31. .293 105. .485 1. ,00 19. .42 7 ATOM 1063 CA ALA A 139 26. ,047 31. .439 104. .093 1. ,00 18, .49 6 ATOM 1064 C ALA A 139 26. ,084 32. .876 103. .660 1. ,00 18. .67 6 ATOM 1065 O ALA A 139 25. ,783 33. .763 104. ,485 1. ,00 15. .46 8 ATOM 1066 CB ALA A 139 24. ,628 30. ,904 103. ,958 1. ,00 13. .24 6 ATOM 1067 N TRP A 140 26. ,400 33. .140 102. .371 1. ,00 17. .04 7 ATOM 1068 CA TRP A 140 26. ,363 34. .570 101. .978 1. ,00 15, .11 6 ATOM 1069 C TRP A 140 24. ,968 34. ,964 101. ,565 1. ,00 17. .06 6 ATOM 1070 O TRP A 140 24. ,558 34. ,917 100. ,370 1. ,00 15, .64 8 ATOM 1071 CB TRP A 140 27, .419 34 .845 100, .924 1, .00 19 .76 6 ATOM 1072 CG TRP A 140 28, .834 34 .726 101 .357 1. .00 14 .16 6 ATOM 1073 CD1 TRP A 140 29. .615 33, .616 101, .329 1. .00 20, .68 6 ATOM 1074 CD2 TRP A 140 29, .646 35, .779 101, .900 1. .00 15. .22 6 ATOM 1075 NE1 TRP A 140 30, .859 33, .908 101, .820 1. .00 22 .96 7 ATOM 1076 CE2 TRP A 140 30, .922 35 .232 102 .155 1. .00 19 .66 6 ATOM 1077 CE3 TRP A 140 29, .419 37, .116 102, .209 1. .00 17, .43 6 ATOM 1078 CZ2 TRP A 140 31, .966 35, .972 102, .715 1, .00 19, .26 6 ATOM 1079 CZ3 TRP A 140 30. .454 37, .880 102, .709 1, .00 17 .26 6 ATOM 1080 CH2 TRP A 140 31. .698 37 .287 102 .977 1. .00 19 .26 6 ATOM 1081 N THR A 141 24 .123 35 .431 102 .510 1. .00 13 .71 7 ATOM 1082 CA THR A 141 22 .735 35 .685 102 .263 1, .00 12 .75 6 ATOM 1083 C THR A 141 22. .279 37, .074 102, .694 1, .00 13, .45 6 ATOM 1084 O THR A 141 21. .144 37, .474 102, .421 1, .00 11 .95 8 ATOM 1085 CB THR A 141 21, .832 34 .675 103 .023 1, .00 19 .93 6 ATOM 1086 OG1 THR A 141 22, .368 34 .660 104 .351 1, .00 20 .34 8 ATOM 1087 CG2 THR A 141 21. .940 33, .269 102, .445 1. .00 18, .23 6 ATOM 1088 N LYS A 142 23, .237 37, .833 103, .243 1. .00 14, .14 7 ATOM 1089 CA LYS A 142 22, .803 39, .127 103 , .724 1. .00 13, .25 6 ATOM 1090 C LYS A 142 23, .119 40, .343 102, .875 1. .00 12, .07 6 ATOM 1091 O LYS A 142 24. .272 40. .602 102. .715 ' l. . 00 12, .38 8 ATOM 1092 CB LYS A 142 23. .366 39, .384 105. .167 1. .00 22, .24 6 ATOM 1093 CG LYS A 142 22. .617 40. .641 105. .665 1. .00 24, .68 6 ATOM 1094 CD LYS A 142 23. .632 41, .559 106, .331 1. .00 47, .57 6 ATOM 1095 CE LYS A 142 23. ,167 41. .885 107. .765 1. ,00 41, .52 6 ATOM 1096 NZ LYS A 142 22. ,754 40. .564 108. .327 1. ,00 49, .23 7 ATOM 1097 N PHE A 143 22. .058 41. .048 102, .474 1. ,00 12. .20 7 ATOM 1098 CA PHE A 143 22, .273 42. .185 101. .586 1. .00 15, .87 6 ATOM 1099 C PHE A 143 21. .631 43. .432 102. .175 1. .00 15. .91 6 ATOM 1100 O PHE A 143 20. .429 43, .476 102, .346 1. .00 17. .13 8 ATOM 1101 CB PHE A 143 21, .581 41, .919 100, .181 1. .00 17, .78 6 ATOM 1102 CG PHE A 143 22, .117 40, .744 99, .384 1. .00 15, .53 6 ATOM 1103 CD1 PHE A 143 21, .833 39 .445 99, .678 1. .00 15 .38 6 ATOM 1104 CD2 PHE A 143 22, .904 40 .993 98 .248 1, .00 21 .45 6 ATOM 1105 CE1 PHE A 143 22, .333 38, .370 98, .939 1. .00 20, .18 6 ATOM 1106 CE2 PHE A 143 23, .401 39, .957 97, .489 1. .00 13, .29 6 ATOM 1107 CZ PHE A 143 23, .143 38 .640 97 .839 1. .00 16 .41 6 ATOM 1108 N ASP A 144 22 .452 44 .460 102 .391 1, .00 18 .78 7 ATOM 1109 CA ASP A 144 21, .878 45, .710 102, .908 1. . 00 23, .30 6 ATOM 1110 C ASP A 144 21.469 47.888 102.095 1 .00 23.01 8 ATOM 1112 CB ASP A 144 22, .387 46 .060 104 .309 1. .00 23, .28 6 ATOM 1113 CG ASP A 144 22 .039 45 .013 105 .363 1. .00 27 .65 6 ATOM 1114 OD1 ASP A 144 20, .865 44, .750 105, .635 1. .00 25, .54 8 ATOM 1115 OD2 ASP A 144 22, .996 44, .435 105, .907 1. .00 38. .42 8 ATOM 1116 N PHE A 145 23, .045 46 .682 100, .963 1. .00 25, .63 7 ATOM 1117 CA PHE A 145 23, .195 47 .725 99 .925 1, .00 24, .68 6 ATOM 1118 C PHE A 145 23, .555 49, .047 100, .600 1. .00 25, .85 6 ATOM 1119 O PHE A 145 22, .898 50, .077 100, .518 1. .00 25, .95 8 ATOM 1120 CB PHE A 145 21, .868 47, .911 99, .141 1, .00 12. .40 6 ATOM 1121 CG PHE A 145 21, .212 46 .667 98 .629 1. .00 17 .44 6 ATOM 1122 CD1 PHE A 145 21, .859 45 .822 97 .722 1, .00 22 .23 6 ATOM 1123 CD2 PHE A 145 19, .941 46, .319 99, .032 1. .00 21, .70 6 ATOM 1124 CE1 PHE A 145 21, .265 44 .662 97, .257 1. .00 15, .92 6 ATOM 1125 CE2 PHE A 145 19 .311 45 .171 98 .552 1 .00 26 .05 6 ATOM 1126 CZ PHE A 145 19 .976 44 .330 97 .661 1 .00 17 .21 6 ATOM 1127 N PRO A 146 24 .698 49 .038 101 .255 1 .00 27 .30 7 ATOM 1128 CA PRO A 146 25 .269 50 .166 101 .962 1 .00 29 .33 6 ATOM 1129 C PRO A 146 25 .443 51 .408 101 .107 1 .00 30 .70 6 ATOM 1130 O PRO A 146 25 .143 52 .508 101 .576 1 .00 29 .79 8 ATOM 1131 CB PRO A 146 26 .732 49 .809 102 .381 1 .00 28 .88 6 ATOM 1132 CG PRO A 146 26 .943 48 .518 101 .641 1. .00 30 .07 6 ATOM 1133 CD PRO A 146 25.592 47.888 101.328 1.00 27.29 ATOM 1134 N GLY A 147 25. .957 51. .200 99. ,866 1. ,00 29. ,98 7 ATOM 1135 CA GLY A 147 26. .215 52. .382 99. ,045 1. ,00 29. ,30 6 ATOM 1136 C GLY A 147 24. .928 53. .057 98. .626 1. ,00 29. .97 6 ATOM 1137 O GLY A 147 24. .919 54. .261 98. .349 1. ,00 32. .02 8 ATOM 1138 N ARG A 148 23, .821 52, .346 98. .518 1. ,00 29. .43 7 ATOM 1139 CA ARG A 148 22. .601 52. .956 98. .020 1. 00 29. .69 6 ATOM 1140 C ARG A 148 21. .630 53. .394 99. ,118 1. ,00 31. ,82 6 ATOM 1141 O ARG A 148 20. .685 54. .157 98. ,885 1. ,00 29. ,76 8 ATOM 1142 CB ARG A 148 21. .917 51. .843 97. ,180 1. .00 19. ,70 6 ATOM 1143 CG ARG A 148 20. .541 52. .278 96. ,709 1. ,00 20. .29 6 ATOM 1144 CD ARG A 148 19. .906 51. .409 95. ,676 1. 00 24. ,90 6 ATOM 1145 NE ARG A 148 19. .796 49. .964 95. ,964 1. 00 21. ,80 7 ATOM 1146 CZ ARG A 148 18. .704 49. .454 96. ,514 1. ,00 12, ,63 6 ATOM 1147 NH1 ARG A 148 17. .762 50. .295 96. ,916 1. ,00 14. ,67 7 ATOM 1148 NH2 ARG A 148 18. .590 48. .144 96. ,715 1. ,00 17. ,35 7 ATOM 1149 N GLY A 149 21. .715 52, .710 100. .267 1. ,00 33. .44 7 ATOM 1150 CA GLY A 149 20. .777 52. ,979 101. ,365 1. 00 33. .67 6 ATOM 1151 C GLY A 149 19. .397 52. .506 100. ,928 1. 00 33. ,52 6 ATOM 1152 O GLY A 149 19. .309 51. .396 100. .384 1. ,00 34. .95 8 ATOM 1153 N ASN A 150 18. .362 53, .307 101. .158 1. ,00 31. .50 7 ATOM 1154 CA ASN A 150 17, .027 52, .915 100. .732 1. ,00 29. .53 6 ATOM 1155 C ASN A 15O 16, .504 53, .699 99 . ,520 1. ,00 27. ,75 6 ATOM 1156 O ASN A 150 15, .287 53 , .760 99. .281 1. ,00 25. .07 8 ATOM 1157 CB ASN A 150 16, .070 53, .058 101. .922 1, ,00 40. .30 6 ATOM 1158 CG ASN A 150 16, .456 52, .237 103. .138 1. ,00 55. .09 6 ATOM 1159 OD1 ASN A 150 16, .260 52 .655 104, .285 1. .00 63. .25 8 ATOM 1160 ND2 ASN A 150 17 .016 51 .048 102, .957 1. .00 53. .95 7 ATOM 1161 N THR A 151 17 .389 54 .302 98, .720 1, .00 28, .99 7 ATOM 1162 CA THR A 151 16, .858 55, .022 97, .512 1. .00 28. .81 6 ATOM 1163 C THR A 151 16 .178 54 .052 96, .570 1. .00 27. .33 6 ATOM 1164 O THR A 151 16 .637 5 .926 96, .314 1. .00 28. .63 8 ATOM 1165 CB THR A 151 18 .044 55 .679 96, .808 1. .00 36. .51 6 ATOM 1166 OG1 THR A 151 18. .794 56, .322 97. .830 1. . 00 35. .60 8 ATOM 1167 CG2 THR A 151 17, .618 56, .610 95, .680 1. ,00 30. .56 6 ATOM 1168 N TYR A 152 14 .983 54 .307 96, .080 1. ,00 27. .71 7 ATOM 1169 CA TYR A 152 14, .180 53 .485 95. .184 1. .00 28. .08 6 ATOM 1170 C TYR A 152 13 .577 52 .275 95. .869 1. .00 27. .94 6 ATOM 1171 O TYR A 152 12, .467 51, .879 95. .493 1. ,00 29. .37 8 ATOM 1172 CB TYR A 152 14, .906 53, .008 93. .906 1. ,00 27. .24 6 ATOM 1173 CG TYR A 152 15, .743 54, .043 93. .196 1. ,00 27. .33 6 ATOM 1174 CD1 TYR A 152 15, .198 55, .276 92. .854 1. ,00 29. .84 6 ATOM 1175 CD2 TYR A 152 17, .075 53, .839 92. .891 1. .00 27. .70 6 ATOM 1176 CE1 TYR A 152 15 .959 56 .239 92, .210 1. .00 30. .71 6 ATOM 1177 CE2 TYR A 152 17, .850 54, .777 92. .235 1. .00 28. .02 6 ATOM 1178 CZ TYR A 152 17, .275 55, .985 91. .899 1. ,00 30. .18 6 ATOM 1179 OH TYR A 152 18 .007 56 .985 91. .276 1. .00 31, .59 8 ATOM 1180 N SER A 153 14 .308 51 .601 96, .769 1. .00 26, .11 7 ATOM 1181 CA SER A 153 13 .693 50 .434 97, .420 1. .00 25, .69 6 ATOM 1182 C SER A 153 14, .190 50, .276 98. .884 1. ,00 25. .09 6 ATOM 1183 O SER A 153 15, .393 50, .338 99. .160 1. ,00 22. .81 8 ATOM 1184 CB SER A 153 14 .088 49 .186 96. .606 1. .00 24. .66 6 ATOM 1185 OG SER A 153 13 .415 48 .028 97. .114 1. .00 29. .86 8 ATOM 1186 N ASP A 154 13 .273 49 .927 99 .793 1. .00 24 .96 7 ATOM 1187 CA ASP A 154 13 .817 49 .687 101 .156 1, .00 28 .71 6 ATOM 1188 C ASP A 154 13 .944 48 .191 101 .429 1. .00 27 .53 6 ATOM 1189 O ASP A 154 14 .252 47 .821 102 .561 1, .00 26, ,49 8 ATOM 1190 CB ASP A 154 12 .991 50 .404 102 .222 1. .00 34 .87 6 ATOM 1191 CG ASP A 154 11 .563 49 .912 102 .224 1, .00 39 .14 6 ATOM 1192 OD1 ASP A 154 11 .289 48 .783 101 .767 1 .00 50 .57 8 ATOM 1193 OD2 ASP A 154 10 .674 50 .664 102 .696 1, , 00 55, .34 8 ATOM 1194 N PHE A 155 13 .724 47 .310 100 .445 1, .00 25 .05 7 ATOM 1195 CA PHE A 155 13 .850 45 .877 100 .719 1, .00 22 .73 6 ATOM 1196 C PHE A 155 15 .243 45 .408 101 .069 1 .00 20 .67 6 ATOM 1197 O PHE A 155 16 .211 45 .747 100 .396 1 .00 21 .78 8 ATOM 1198 CB PHE A 155 13 .280 45 .099 99 .567 1 .00 17 .71 6 ATOM 1199 CG PHE A 155 12 .927 43 .663 99 .752 1 .00 22 .13 6 ATOM 1200 CD1 PHE A 155 11 .632 43 .319 100 .096 1, .00 20 .02 6 ATOM 1201 CD2 PHE A 155 13 .861 42 .663 99 .531 1, .00 19 .53 6 ATOM 1202 CE1 PHE A 155 11 .252 41 .995 100 .217 1 .00 24 .70 6 ATOM 1203 CE2 PHE A 155 13 .475 41 .332 99 .676 1 .00 23 .28 6 ATOM 1204 CZ PHE A 155 12 .174 40 .989 100 .006 1 .00 20 .40 6 ATOM 1205 N LYS A 156 15 .386 44 .484 102 .046 1 .00 17 .13 7 ATOM 1206 CA LYS A 156 16 .718 43 .965 102 .361 1 .00 14 .59 6 ATOM 1207 C LYS A 156 16..629 42..469 102..207 1.,00 12..80 6 ATOM 1208 O LYS A 156 15. .512 41. .997 102, .422 1. ,00 15. .89 8 ATOM 1209 CB LYS A 156 17. .168 44, .274 103. .807 1. .00 20. .78 6 ATOM 1210 CG LYS A 156 17, .086 45, .757 104, .093 1. .00 21, .02 6 ATOM 1211 CD LYS A 156 18, .251 46, .516 103, .515 1. .00 23, .93 6 ATOM 1212 CE LYS A 156 17, .953 48, .016 103 .618 1. .00 30, .28 6 ATOM 1213 NZ LYS A 156 19, .072 48. .837 103 , .037 1. ,00 32. .80 7 ATOM 1214 N TRP A 157 17, .695 41. .778 101, .877 1. .00 11. .89 7 ATOM 1215 CA TRP A 157 17, .454 40. .339 101, .625 1. .00 13. .27 6 ATOM 1216 C TRP A 157 18, .109 39. .600 102, .809 1. .00 9. .91 6 ATOM 1217 O TRP A 157 19. .144 40. .070 103, .255 1. .00 10. .57 8 ATOM 1218 CB TRP A 157 18, .172 39, .893 100, .292 1. .00 12. .07 6 ATOM 1219 CG TRP A 157 17, .439 40, .438 99, .052 1. .00 20. .71 6 ATOM 1220 CD1 TRP A 157 17, .449 41. .728 98, .608 1. ,00 18. .19 6 ATOM 1221 CD2 TRP A 157 16. .566 39. .735 98, .161 1. .00 15. .04 6 ATOM 1222 NE1 TRP A 157 16. .611 41. .881 97, .510 1. .00 17. .50 7 ATOM 1223 CE2 TRP A 157 16. .083 40. .660 97, .218 1. ,00 18. .56 6 ATOM 1224 CE3 TRP A 157 16, .189 38. .392 98, .039 1. ,00 12. .01 6 ATOM 1225 CZ2 TRP A 157 15, .259 40. .295 96, .158 1. .00 17, .59 6 ATOM 1226 CZ3 TRP A 157 15, .333 38. .040 97, .023 1. .00 20, .95 6 ATOM 1227 CH2 TRP A 157 14, .871 38. .981 96, .079 1. .00 22, .76 6 ATOM 1228 N ARG A 158 17. .550 38. ,478 103. ,162 1. ,00 10. ,27 7 ATOM 1229 CA ARG A 158 18. .164 37. ,704 104. .259 1. ,00 15. .83 6 ATOM 1230 C ARG A 158 18. .104 36. ,234 103. .874 1. ,00 15. .51 6 ATOM 1231 O ARG A 158 17. .369 35. ,938 102. .912 1. ,00 15. .73 8 ATOM 1232 CB ARG A 158 17. .324 37. ,927 105. .580 1. ,00 12. .73 6 ATOM 1233 CG ARG A 158 17. .354 39. .383 106 .074 1. .00 12. .20 6 ATOM 1234 CD ARG A 158 18 .729 39, .676 106 .661 1, .00 19, .33 6 ATOM 1235 NE ARG A 158 18 .853 41 .071 107 .038 1. .00 24 .10 7 ATOM 1236 CZ ARG A 158 19, .328 42, .154 106, .473 1. .00 32, .65 6 ATOM 1237 NH1 ARG A 158 19, .889 42, .211 105, .253 1. .00 17. .30 7 ATOM 1238 NH2 ARG A 158 19, .249 43, .300 107, .168 1. .00 28, .36 7 ATOM 1239 N TRP A 159 18, .709 35, .335 104 .665 1. .00 13, .20 7 ATOM 1240 CA TRP A 159 18 .673 33 .945 104 .395 1. .00 12 .34 6 ATOM 1241 C TRP A 159 17 .282 33 .431 104 .062 1, .00 15 .51 6 ATOM 1242 O TRP A 159 17 .193 32 .484 103 .236 1. .00 14 .77 8 ATOM 1243 CB TRP A 159 19 .345 33 .054 105 .463 1, .00 18 .26 6 ATOM 1244 CG TRP A 159 18 .445 33 .005 106 .687 1 .00 14 .02 6 ATOM 1245 CD1 TRP A 159 18, .397 33, .991 107, .651 1, .00 16, .36 6 ATOM 1246 CD2 TRP A 159 17, .427 32, .062 106 .958 1. .00 13, .35 6 ATOM 1247 NE1 TRP A 159 17 .416 33, .645 108 .558 1, .00 23, .93 7 ATOM 1248 CE2 TRP A 159 16 .827 32 .473 108 .185 1, .00 23, .09 6 ATOM 1249 CE3 TRP A 159 16 .985 30 .884 106 .376 1, .00 12, .10 6 ATOM 1250 CZ2 TRP A 159 15 .771 31 .777 108 .765 1, .00 24 .07 6 ATOM 1251 CZ3 TRP A 159 15 .964 30 .168 106 .964 1, .00 22 .85 6 ATOM 1252 CH2 TRP A 159 15 .355 30 .607 108 .161 1, .00 26 .32 6 ATOM 1253 N TYR A 160 16 .211 33, .902 104, .731 1, .00 15, .24 7 ATOM 1254 CA TYR A 160 1 .917 33, .287 104, .520 i, .00 15, .26 6 ATOM 1255 C TYR A 160 14 .279 33, .656 103, .174 1. .00 14, .17 6 ATOM 1256 O TYR A 160 13 .291 33, .045 102 .816 1. .00 12, .44 8 ATOM 1257 CB TYR A 160 13 .917 33, .558 105 .687 1. .00 14, .38 6 ATOM 1258 CG TYR A 160 13 .860 34 .993 106 .096 1. .00 15 .35 6 ATOM 1259 CD1 TYR A 160 12 .954 35 .892 105 .531 1. .00 19 .38 6 ATOM 1260 CD2 TYR A 160 1 .712 35 .464 107 . 096 1. . 00 16 .13 6 ATOM 1261 CE1 TYR A 160 1 .935 37 .246 105 .893 1. .00 21 .09 6 ATOM 1262 CE2 TYR A 160 14 .711 36 .795 107 .507 1, .00 15 .66 6 ATOM 1263 CZ TYR A 160 13 .821 37 .660 106 .908 1 .00 21 .37 6 ATOM 1264 OH TYR A 160 13 .802 38 .972 107 .303 1 .00 20 .64 8 ATOM 1265 N HIS A 161 14 .814 34 .621 102 .434 1 .00 16 .14 7 ATOM 1266 CA HIS A 161 14 .328 34 .887 101 .056 1 .00 16 .93 6 ATOM 1267 C HIS A 161 14 .971 33 .936 100 .019 1 .00 17 .46 6 ATOM 1268 O HIS A 161 14 .654 33 .984 98 .823 1 .00 15 .86 8 ATOM 1269 CB HIS A 161 14 .750 36 .316 100 .683 1 .00 10 .99 6 ATOM 1270 CG HIS A 161 14 .061 37 .316 101 .550 1 .00 16 .42 6 ATOM 1271 ND1 HIS A 161 14 .740 38 .364 102 .160 1 .00 24 .17 7 ATOM 1272 CD2 HIS A 161 12 .765 37 .417 101 .916 1 .00 15 .95 6 ATOM 1273 CE1 HIS A 161 13 .853 39 .120 102 .804 1 .00 15 .69 6 ATOM 1274 NE2 HIS A 161 12 .666 38 .565 102 .667 1 .00 16 .91 7 ATOM 1275 N PHE A 162 15 .871 33 .044 100 .404 1 .00 14 .97 7 ATOM 1276 CA PHE A 162 16 .594 32 .118 99 .627 1 .00 12 .83 6 ATOM 1277 C PHE A 162 16 .376 30 .671 99 .966 1 .00 14 .26 6 ATOM 1278 O PHE A 162 15 .853 30 .313 101 .031 1 .00 14 .52 8 ATOM 1279 CB PHE A 162 18 .103 32 .347 99 .720 1 .00 9 .13 6 ATOM 1280 CG PHE A 162 18 .490 33 .738 99 .311 1 .00 18 .06 6 ATOM 1281 CD1 PHE A 162 18..476 34.088 97..949 1..00 21,.87 6 ATOM 1282 CD2 PHE A 162 18. .892 34 .689 100. .208 1. .00 13. .90 6 ATOM 1283 CE1 PHE A 162 18, .826 35 .366 97. .541 1. .00 13, .60 6 ATOM 1284 CE2 PHE A 162 19 .271 35 .961 99, .824 1. .00 15, .51 6 ATOM 1285 CZ PHE A 162 19 .241 36 .321 98, .470 1, .00 23, .43 6 ATOM 1286 N ASP A 163 16 .546 29 .790 98, .981 1. .00 10, .90 7 ATOM 1287 CA ASP A 163 16 .403 28 .392 99, .176 1. .00 10 .39 6 ATOM 1288 C ASP A 163 17, .693 27. .700 99 . .562 1. ,00 11, .49 6 ATOM 1289 O ASP A 163 17, .556 26. .593 100, .122 1. ,00 11. .71 8 ATOM 1290 CB ASP A 163 15. .857 27, .587 97. .983 1. ,00 12, .96 6 ATOM 1291 CG ASP A 163 14. ,402 27 .850 97. .958 1. ,00 26, .57 6 ATOM 1292 OD1 ASP A 163 13 , .659 27 .893 98. .995 1. .00 16, .13 8 ATOM 1293 OD2 ASP A 163 13, .857 27 .981 96. .835 1. .00 12, .30 8 ATOM 1294 N GLY A 164 18, .804 28 .196 99, .030 1. .00 12, .90 7 ATOM 1295 CA GLY A 164 20 .030 27 .375 99, .336 1. .00 12, .98 6 ATOM 1296 C GLY A 164 21 .179 28 .077 98, .628 1. .00 13 .37 6 ATOM 1297 O GLY A 164 20 .969 29 .133 97, .996 1. .00 12 .18 8 ATOM 1298 N VAL A 165 22 .384 27 .600 98, .870 1. .00 12 .35 7 ATOM 1299 CA VAL A 165 23 .607 28 .204 98 .394 1, .00 13 .69 6 ATOM 1300 C VAL A 165 24, .550 27, .046 98, .062 1. .00 12, .21 6 ATOM 1301 O VAL A 165 24, .229 25 .901 98, .384 1. .00 12, .79 8 ATOM 1302 CB VAL A 165 24, .355 29 .033 99, .478 1. .00 14, .33 6 ATOM 1303 CGI VAL A 165 23 .590 30 .310 99, .744 1. .00 12, .75 6 ATOM 1304 CG2 VAL A 165 24 .616 28 .170 100, .718 1. .00 15, .74 6 ATOM 1305 N ASP A 166 25 .713 27 .351 97, .518 1. .00 12, .34 7 ATOM 1306 CA ASP A 166 26 .606 26 .208 97. .282 1. .00 15, .26 6 ATOM 1307 C ASP A 166 27 .935 26 .463 98, .013 1. .00 17, .23 6 ATOM 1308 O ASP A 166 28 .984 25 .926 97, .629 1. .00 18, .39 8 ATOM 1309 CB ASP A 166 26, .875 26 .081 95, .788 1. .00 18, .07 6 ATOM 1310 CG ASP A 166 27 .487 27 .319 95, .177 1. .00 19, .91 6 ATOM 1311 OD1 ASP A 166 27 .650 28 .427 95, .717 1. .00 16, .51 8 ATOM 1312 OD2 ASP A 166 27, .864 27 .223 93, .968 1. .00 28, .31 8 ATOM 1313 N TRP A 167 27 .990 27 .429 98, .897 1. .00 14, .83 7 ATOM 1314 CA TRP A 167 29, .294 27. .690 99 . .508 1. ,00 17, .67 6 ATOM 1315 C TRP A 167 29, .108 27, .944 101. .013 1. ,00 18, .96 6 ATOM 1316 O TRP A 167 28, .289 28, .817 101, .338 1. ,00 17, .91 8 ATOM 1317 CB TRP A 167 29, .814 28, .982 98. .886 1. ,00 14. .01 6 ATOM 1318 CG TRP A 167 31, .187 29, .314 99. .401 1. ,00 19. .38 6 ATOM 1319 GDI TRP A 167 31. .570 30, .362 100. .163 1. ,00 18. .10 6 ATOM 1320 CD2 TRP A 167 32. .367 28, .539 99. .143 1. ,00 25. .35 6 ATOM 1321 NE1 TRP A 167 32, .927 30, .286 100. .393 1. ,00 27. .77 7 ATOM 1322 CE2 TRP A 167 33, .437 29, .185 99. .790 1. ,00 24. .31 6 ATOM 1323 CE3 TRP A 167 32. .622 27, .366 98. .417 1. .00 27. .58 6 ATOM 1324 CZ2 TRP A 167 34, .742 28 .702 99. .720 1. .00 30. .95 6 ATOM 1325 CZ3 TRP A 167 33 .909 26 .871 98. .349 1. .00 28. .47 6 ATOM 1326 CH2 TRP A 167 34 .956 27 .554 98, .988 1. .00 28. .98 6 ATOM 1327 N ASP A 168 29, .877 27, .216 101. .797 1. ,00 20. .19 7 ATOM 1328 CA ASP A 168 29, .804 27, .341 103. .274 1. ,00 20. .28 6 ATOM 1329 C ASP A 168 31, .066 28, .117 103, .686 1. .00 20. .80 6 ATOM 1330 O ASP A 168 32, .128 27 .479 103 , .710 1. .00 19, .17 8 ATOM 1331 CB ASP A 168 29, .928 25 .971 103, .959 1. .00 24, .57 6 ATOM 1332 CG ASP A 168 29, .951 26 .015 105, .493 1. .00 21, .84 6 ATOM 1333 OD1 ASP A 168 30, .118 27 .080 106, .121 1. .00 16, .16 8 ATOM 1334 OD2 ASP A 168 29 .787 24 .907 106, .047 1. .00 26, .17 8 ATOM 1335 N GLN A 169 30 .951 29 .384 104, .022 1. .00 21, .96 7 ATOM 1336 CA GLN A 169 32 .157 30 .143 104, .321 1. .00 25, .62 6 ATOM 1337 C GLN A 169 33 .047 29 .549 105, .412 1. .00 28, .23 6 ATOM 1338 O GLN A 169 34 .271 29 .681 105, .365 1, .00 27, .18 8 ATOM 1339 CB GLN A 169 31 .826 31 .590 104, .639 1. .00 14, .99 6 ATOM 1340 CG GLN A 169 33 .097 32 .409 104, .761 1. .00 25 .50 6 ATOM 1341 CD GLN A 169 33, .840 32, .535 103, .439 1. .00 40, .11 6 ATOM 1342 OE1 GLN A 169 33, .261 32, .400 102, .343 1. ,00 34, .31 8 ATOM 1343 NE2 GLN A 169 35, .138 32, .821 103 , .531 1. .00 36. .92 7 ATOM 1344 N SER A 170 32, .454 28, .854 106, .387 1. .00 30, .01 7 ATOM 1345 CA SER A 170 33 .267 28 .219 107, .409 1. .00 30, .93 6 ATOM 1346 C SER A 170 33, .959 26, .959 106, .983 1. .00 34, .16 6 ATOM 1347 O SER A 170 34, .930 26 .640 107, .695 1. .00 36, .58 8 ATOM 1348 CB SER A 170 32 .410 28 .039 108, .667 1, .00 20, .08 6 ATOM 1349 OG SER A 170 31 .551 26 .927 108, .481 1. .00 22 .36 8 ATOM 1350 N ARG A 171 33 .630 26 .158 105, .981 1. .00 33 .63 7 ATOM 1351 CA ARG A 171 34 .350 24 .913 105 .705 1, .00 33 .38 6 ATOM 1352 C ARG A 171 34 .951 24 .875 104 .302 1. .00 34 .23 6 ATOM 1353 O ARG A 171 35 .944 24 .213 103 .981 1. .00 32 .41 8 ATOM 1354 CB ARG A 171 33 .468 23 .695 105 .939 1 .00 27 .27 6 ATOM 1355 CG ARG A 171 33,,012 23.,494 107.,353 1.,00 33.,00 6 ATOM 1356 CD ARG A 171 31. ,872 22. ,500 107. ,407 1. ,00 39. .19 6 ATOM 1357 NE ARG A 171 31. ,388 22. ,325 108. ,770 1. .00 39. .85 7 ATOM 1358 CZ ARG A 171 30. ,408 23. ,012 109. ,340 1. ,00 43. .41 6 ATOM 1359 NH1 ARG A 171 29. ,725 23. ,983 108. ,734 1. ,00 29. .35 7 ATOM 1360 NH2 ARG A 171 30. ,110 22. ,693 110. .606 1. ,00 44. .37 7 ATOM 1361 N GLN A 172 34. ,304 25. ,642 103. ,410 1, ,00 33. .77 7 ATOM 1362 CA GLN A 172 34. .824 25, .847 102. .066 1. .00 33, .35 6 ATOM 1363 C GLN A 172 35. .157 24. .625 101. ,241 1. .00 31. .96 6 ATOM 1364 O GLN A 172 36. .210 24. ,583 100. ,568 1. .00 33. .96 8 ATOM 1365 CB GLN A 172 36. ,076 26. ,747 102. ,222 1. .00 42. .50 6 ATOM 1366 CG GLN A 172 35. ,640 28. ,090 102. ,820 1. ,00 49. .13 6 ATOM 1367 CD GLN A 172 36. .811 28. ,995 103. ,127 1. ,00 58. .31 6 ATOM 1368 OE1 GLN A 172 36. .603 30. ,173 103. .425 1. .00 58. .18 8 ATOM 1369 NE2 GLN A 172 38. .009 28. ,427 103. .051 1. .00 62. .72 7 ATOM 1370 N PHE A 173 34. .269 23. ,659 101. .211 1. .00 30. .25 7 ATOM 1371 CA PHE A 173 34. ,431 22. 480 100. ,363 1. . 00 29. .08 6 ATOM 1372 C PHE A 173 33. ,761 22. 758 99. ,013 1. ,00 28. ,52 6 ATOM 1373 O PHE A 173 32. ,782 23. ,518 99. ,080 1. .00 26. .08 8 ATOM 1374 CB PHE A 173 33. ,523 21. ,401 100. ,979 1. .00 34. .67 6 ATOM 1375 CG PHE A 173 33 , .945 20, .938 102, .338 1. .00 35. .82 6 ATOM 1376 CD1 PHE A 173 35. .268 20, .654 102, .612 1, .00 36, .63 6 ATOM 1377 CD2 PHE A 173 33, .012 20, ,769 103 , ,335 1, .00 33, .85 6 ATOM 1378 CE1 PHE A 173 35, .662 20, .221 103 .872 1. .00 45 .83 6 ATOM 1379 CE2 PHE A 173 33 .378 20, .336 104 .594 1. .00 39 .40 6 ATOM 1380 CZ PHE A 173 34, .709 20, ,058 104, .868 1. .00 38, .34 6 ATOM 1381 N GLN A 174 34, .128 22, .107 97, .888 1, .00 28, .71 7 ATOM 1382 CA GLN A 174 33, .196 22, .333 96, .794 1. .00 29, .82 6 ATOM 1383 C GLN A 174 32, .546 21, .071 96, .280 1. .00 29, .35 6 ATOM 1384 O GLN A 174 32, .603 20, .035 96. .933 1. .00 30, .96 8 ATOM 1385 CB GLN A 174 33 , .216 23, .494 95, .843 1. .00 53, .27 6 ATOM 1386 CG GLN A 174 31, .939 24, .362 95, .817 1, .00 60, .86 6 ATOM 1387 CD GLN A 174 30, .996 24, .108 96, .976 1. .00 55 .96 6 ATOM 1388 OE1 GLN A 174 30, .235 23, .170 97, .136 1. .00 47 .07 8 ATOM 1389 NE2 GLN A 174 31, .083 25, .001 97, .961 1, .00 62, .44 7 ATOM 1390 N ASN A 175 31, .699 21, .302 95, .282 1. .00 27 .07 7 ATOM 1391 CA ASN A 175 30 .822 20, .245 94, .812 1. .00 26 .14 6 ATOM 1392 C ASN A 175 29, .838 19, .874 95, .936 1. .00 23 .99 6 ATOM 1393 O ASN A 175 29, .386 18, .733 96, .097 1. .00 23, .58 8 ATOM 1394 CB ASN A 175 31, .616 19, .093 94, .213 1. .00 29, .32 6 ATOM 1395 CG ASN A 175 30, .663 18, .073 93 , .581 1, .00 36, .03 6 ATOM 1396 OD1 ASN A 175 29, .890 18, .446 92, .704 1. .00 43, .41 8 ATOM 1397 ND2 ASN A 175 30, .695 16. .832 94. .049 1. .00 40, .76 7 ATOM 1398 N ARG A 176 29, .402 20. .871 96. .719 1. .00 20. .65 7 ATOM 1399 CA ARG A 176 28, .335 20. .697 97, .680 1. .00 20. .93 6 ATOM 1400 C ARG A 176 27, .188 21. .654 97, .362 1. .00 18, .46 6 ATOM 1401 O ARG A 176 27 .458 22 .800 96 .980 1 .00 18 .62 8 ATOM 1402 CB ARG A 176 28 .690 21 .084 99 .142 1 .00 31 .62 6 ATOM 1403 CG ARG A 176 30 .003 20 .520 99 .625 1 .00 34 .75 6 ATOM 1404 CD ARG A 176 29 .901 19 .018 99 .769 1 .00 36 .13 6 ATOM 1405 NE ARG A 176 31 .137 18 .503 100 .325 1 .00 47 .87 7 ATOM 1406 CZ ARG A 176 31, .416 18. .089 101, .543 1. .00 49 .61 6 ATOM 1407 NH1 ARG A 176 30 .563 18. .063 102 .550 1, .00 46 .30 7 ATOM 1408 NH2 ARG A 176 32 .658 17 .662 101 .749 1 .00 55 .95 7 ATOM 1409 N ILE A 177 25 .981 21 .182 97 .672 1. .00 16 .68 7 ATOM 1410 CA ILE A 177 24 .860 22 .144 97 .505 1, .00 16 .11 6 ATOM 1411 C ILE A 177 24 .091 22 .054 98 .836 1 .00 15 .68 6 ATOM 1412 O ILE A 177 23 .828 20 .927 99 .235 1 .00 16 .63 8 ATOM 1413 CB ILE A 177 23 .940 21 .719 96 .337 1 .00 13 .12 6 ATOM 1414 CGI ILE A 177 24 .667 22 .007 94 .985 1 . 00 23 .05 6 ATOM 1415 CG2 ILE A 177 22 .629 22 .507 96 .345 1 .00 10 .60 6 ATOM 1416 CD1 ILE A 177 23 .895 21 .379 93 .831 1 .00 18 .83 6 ATOM 1417 N TYR A 178 23 .727 23 .189 99 .412 1 .00 16 .89 7 ATOM 1418 CA TYR A 178 23 .017 23 .203 100 .683 1 .00 16 .31 6 ATOM 1419 C TYR A 178 21 .599 23 .740 100 .577 1 .00 15 .83 6 ATOM 1420 O TYR A 178 21 .432 24 .909 100 .222 1 .00 18 .10 8 ATOM 1421 CB TYR A 178 23 .741 24 .169 101 .700 1 . 00 14 .58 6 ATOM 1422 CG TYR A 178 25 .224 23 .899 101 .776 1 .00 18 .47 6 ATOM 1423 CD1 TYR A 178 25 .713 22 .976 102 .686 1 .00 19 .67 6 ATOM 1424 CD2 TYR A 178 26 .159 24 .534 100 .966 1 .00 21 .12 6 ATOM 1425 CE1 TYR A 178 27 .055 22 .694 102 .824 1 .00 19 .76 6 ATOM 1426 CE2 TYR A 178 27 .519 24 .286 101 .077 1 .00 22 .80 6 ATOM 1427 CZ TYR A 178 27 .959 23 .343 102 .006 1 .00 23 .23 6 ATOM 1428 OH TYR A 178 29 .301 23 .045 102 .135 1 .00 22 .73 8 ATOM 1429 N LYS A 179 20..602 22.,972 100.,926 1.,00 13..95 7 ATOM 1430 CA LYS A 179 19. ,229 23. ,456 101. ,016 1. 00 15. .91 6 ATOM 1431 C LYS A 179 18. ,979 23. .979 102. .441 1. .00 18. ,32 6 ATOM 1432 O LYS A 179 19, .390 23. .307 103. .414 1. .00 18. .01 8 ATOM 1433 CB LYS A 179 18, .376 22. .221 100, .747 1. .00 13. .64 6 ATOM 1434 CG LYS A 179 16, .890 22. .544 100, .722 1. .00 14, .01 6 ATOM 1435 CD LYS A 179 16. .131 21. .266 100. ,433 1. . 00 19, .62 6 ATOM 1436 CE LYS A 179 16. .270 20. .192 101. .483 1. .00 16, .36 6 ATOM 1437 NZ LYS A 179 15. .227 19. .138 101. .260 1. .00 18, .20 7 ATOM 1438 N PHE A 180 18, .404 25. .143 102, .594 1. .00 17, .85 7 ATOM 1439 CA PHE A 180 18, .139 25. .718 103 , .920 1, .00 20, .43 6 ATOM 1440 C PHE A 180 16. .959 25. .011 104. ,598 1. .00 21, .42 6 ATOM 1441 O PHE A 180 15. .986 24. .567 103. ,955 1. ,00 21, .98 8 ATOM 1442 CB PHE A 180 17 .857 27. .203 103 , .751 1, .00 10 .99 6 ATOM 1443 CG PHE A 180 19 .005 28, .092 103, .351 1, .00 11 .27 6 ATOM 1444 CD1 PHE A 180 20 .321 27, .717 103, .401 1, .00 14 .93 6 ATOM 1445 CD2 PHE A 180 18 .756 29, .383 102, .939 1. .00 10 .08 6 ATOM 1446 CE1 PHE A 180 21. .351 28. .581 103. .081 1. . 00 14, .29 6 ATOM 1447 CE2 PHE A 180 19, .747 30. .272 102. .622 1. .00 15, .90 6 ATOM 1448 CZ PHE A 180 21, .064 29. .862 102. .681 1. .00 17, .25 6 ATOM 1449 N ARG A 181 17, .043 24. .843 105. .932 1. .00 22, .19 7 ATOM 1450 CA ARG A 181 15, .904 24, .275 106. .697 1. .00 20, .04 6 ATOM 1451 C ARG A 181 14. .961 25. .397 107. ,043 1. ,00 18. .91 6 ATOM 1452 O ARG A 181 15. .339 26. ,564 107. ,084 1. ,00 20. .54 8 ATOM 1453 CB ARG A 181 16. .414 23. .589 107. .966 1. .00 20 .73 6 ATOM 1454 CG ARG A 181 17, .128 22, .268 107, .640 1. .00 15 .66 6 ATOM 1455 CD ARG A 181 16, .076 21, .326 107, .101 1, .00 19 .94 6 ATOM 1456 NE ARG A 181 16, .565 19, .949 107, .059 1, .00 22 .50 7 ATOM 1457 CZ ARG A 181 16 .137 19, .042 106, .182 1. .00 31, .69 6 ATOM 1458 NH1 ARG A 181 15, .269 19. .370 105. .222 1. ,00 29, .02 7 ATOM 1459 NH2 ARG A 181 16, .662 17. .820 106. .294 1. .00 31. .49 7 ATOM 1460 N GLY A 182 13, .697 25, .174 107. .337 1. .00 20. .46 7 ATOM 1461 CA GLY A 182 12, .859 26, .345 107, .675 1, .00 21. .18 6 ATOM 1462 C GLY A 182 11. .452 25. ,903 107. .256 1. .00 24, .79 6 ATOM 1463 O GLY A 182 11. .256 24, .957 106. .480 1, .00 24 .88 8 ATOM 1464 N ASP A 183 10, .517 26, .696 107, .733 1. .00 24 .99 7 ATOM 1465 CA ASP A 183 9 .120 26, .406 107, .485 1, .00 28 .22 6 ATOM 1466 C ASP A 183 8 .757 26, .520 106, .019 1. .00 26 .65 6 ATOM 1467 O ASP A 183 8, .862 27. .603 105. .453 1. .00 27, .60 8 ATOM 1468 CB ASP A 183 8, .295 27. .420 108. .313 1. .00 56, .42 6 ATOM 1469 CG ASP A 183 7. .075 26. .720 108. .892 1. .00 70, .56 6 ATOM 1470 OD1 ASP A 183 7, .167 25, .516 109, .215 1. .00 75, .66 8 ATOM 1471 OD2 ASP A 183 6, .041 27, .413 109, .000 1, .00 82, .78 8 ATOM 1472 N GLY A 184 8 .311 25, .397 105, .455 1. .00 26 .42 7 ATOM 1473 CA GLY A 184 7, .963 25. .502 104. .021 1. .00 25, .46 6 ATOM 1474 C GLY A 184 9 .233 25. .707 103, .182 1, .00 23 .60 6 ATOM 1475 O GLY A 184 9 .093 26, .357 102, .155 1, .00 22 .86 8 ATOM 1476 N LYS A 185 10 .408 25, .261 103, .568 1, .00 21 .74 7 ATOM 1477 CA LYS A 185 11 .597 25 .434 102, .800 1. .00 20 .76 6 ATOM 1478 C LYS A 185 11, .734 24, .222 101, .877 1. . 00 20, .17 6 ATOM 1479 O LYS A 185 11, .787 23, .114 102, .397 1. .00 18, .16 8 ATOM 1480 CB LYS A 185 12, .914 25, .617 103, .556 1, .00 18, .80 6 ATOM 1481 CG LYS A 185 13 .105 27, .046 103, .982 1, .00 18 .48 6 ATOM 1482 CD LYS A 185 13 .381 27, .981 102, .791 1, .00 17 .41 6 ATOM 1483 CE LYS A 185 13 .007 29, .383 103, .057 1, .00 14 .81 6 ATOM 1484 NZ LYS A 185 13 .385 30 .535 102, .205 1. .00 19 .47 7 ATOM 1485 N ALA A 186 11 .700 24 .509 100 .556 1 .00 17 .48 7 ATOM 1486 CA ALA A 186 11 .900 23 .396 99 .598 1 .00 15 .05 6 ATOM 1487 C ALA A 186 12 .364 23 .870 98 .205 1 .00 14 .06 6 ATOM 1488 O ALA A 186 12 .093 25 .012 97 .975 1 .00 10 .55 8 ATOM 1489 CB ALA A 186 10 .652 22 .577 99, .407 1. .00 16 .40 6 ATOM 1490 N TRP A 187 12 .960 23 .127 97, .305 1. .00 1 .54 7 ATOM 1491 CA TRP A 187 13 .290 23 .693 95 .969 1 .00 13 .33 6 ATOM 1492 C TRP A 187 11 .974 24 .064 95 .287 1 .00 9 .00 6 ATOM 1493 O TRP A 187 10 .955 23 .363 95 .437 1 .00 8 .49 8 ATOM 1494 CB TRP A 187 13 .985 22 .535 95, .204 1. . 00 8 .05 6 ATOM 1495 CG TRP A 187 15 .346 22 .215 95 .750 1 .00 5 .34 6 ATOM 1496 GDI TRP A 187 15 .790 20 .949 96 .045 1 .00 8 .08 6 ATOM 1497 CD2 TRP A 187 16 .448 23 .098 96 .034 1 .00 2 .71 6 ATOM 1498 NE1 TRP A 187 17 .107 20 .983 96 .478 1 .00 6 .12 7 ATOM 1499 CE TRP A 187 17 .495 22 .305 96 .483 1 .00 6 .57 6 ATOM 1500 CE3 TRP A 187 16 .632 24 .476 95 .993 1 .00 4 .12 6 ATOM 1501 CZ2 TRP A 187 18 .734 22 .815 96 .917 1. .00 13 .17 6 ATOM 1502 CZ3 TRP A 187 17 .858 24 .993 96 .414 1 .00 4 .12 6 ATOM 1503 CH2 TRP A 187 18..895 24..160 96..868 1,.00 5..94 6 ATOM 1504 N ASP A 188 11, .914 25, .155 94. .566 1, .00 9. .68 7 ATOM 1505 CA ASP A 188 10, .697 25, .489 93, .799 1. .00 11, .71 6 ATOM 1506 C ASP A 188 10. .263 24. ,423 92. .812 1, .00 10. .59 6 ATOM 1507 O ASP A 188 11. .039 23. .569 92. ,427 1. .00 11. .68 8 ATOM 1508 CB ASP A 188 10. .994 26. .753 93. ,006 1, .00 11. .90 6 ATOM 1509 CG ASP A 188 11. .305 27. .859 93. .976 1, .00 17, .27 6 ATOM 1510 OD1 ASP A 188 10, .635 27. .762 95. .013 1, .00 16, .53 8 ATOM 1511 OD2 ASP A 188 11. .952 28. .884 93. .890 1, .00 11, .59 8 ATOM 1512 N TRP A 189 9. .004 24. .449 92. ,380 1. ,00 11. .75 7 ATOM 1513 CA TRP A 189 8. .438 23. ,580 91. ,387 1. ,00 12. .99 6 ATOM 1514 C TRP A 189 7. .283 24. .372 90. .753 1. .00 16. .78 6 ATOM 1515 O TRP A 189 6. .721 25. .203 91. .463 1. .00 16, .54 8 ATOM 1516 CB TRP A 189 7 .896 22 .310 91 .974 1, .00 10 .02 6 ATOM 1517 CG TRP A 189 7, .311 21. .334 90. .992 1, .00 1 . 66 6 ATOM 1518 CD1 TRP A 189 5. .989 21, .060 90, .752 1, .00 13 .06 6 ATOM 1519 CD2 TRP A 189 8. .081 20, .530 90, .096 1, .00 15 .06 6 ATOM 1520 NEl TRP A 189 5 .911 20 .076 89, .785 1, .00 14 .69 7 ATOM 1521 CE2 TRP A 189 7 .178 19 .753 89 .365 1, .00 14 .15 6 ATOM 1522 CE3 TRP A 189 9 .445 20 .394 89 .843 1 .00 20 .41 6 ATOM 1523 CZ2 TRP A 189 7. . 606 18, .856 88, .380 1, . 00 18 .86 6 ATOM 1524 CZ3 TRP A 189 9. .857 19, .518 88, .861 1, .00 15 .20 6 ATOM 1525 CH2 TRP A 189 8. .945 18, .745 88, .151 1, .00 12 .94 6 ATOM 1526 N GLU A 190 7 .110 24, .333 89, .431 1, .00 16 .45 7 ATOM 1527 CA GLU A 190 7 .843 23 .484 88, .501 1, .00 14 .15 6 ATOM 1528 C GLU A 190 9 .100 24 .138 87 .965 1 .00 11 .80 6 ATOM 1529 O GLU A 190 9 .100 25 .327 87 .614 1 .00 13 .59 8 ATOM 1530 CB GLU A 190 6 .913 23 .273 87 .234 1 .00 18 .03 6 ATOM 1531 CG GLU A 190 7, .561 22, .319 86, .234 1, .00 15 .34 6 ATOM 1532 CD GLU A 190 6, .635 21, .758 85. .154 1, .00 18 .34 6 ATOM 1533 OE1 GLU A 190 5, .430 22, .032 85, .206 1, .00 11 .63 8 ATOM 1534 OE2 GLU A 190 7, .130 21, .043 84, .278 1, .00 18 .43 8 ATOM 1535 N VAL A 191 10 .153 23, .337 87, .867 1, .00 13 .43 7 ATOM 1536 CA VAL A 191 11, .424 23, .766 87. .270 1. . 00 13, .29 6 ATOM 1537 C VAL A 191 11, .901 22, .612 86. .373 1. .00 12, .80 6 ATOM 1538 O VAL A 191 11, .352 21, .515 86. .481 1. .00 11, .36 8 ATOM 1539 CB VAL A 191 12, .556 24, .142 88, .261 1, .00 15, .48 6 ATOM 1540 CGI VAL A 191 12, .244 25, .469 88, .971 1. .00 7, .91 6 ATOM 1541 CG2 VAL A 191 12, .830 23, .000 89, .226 1. .00 9, .01 6 ATOM 1542 N ASP A 192 12. .973 22. ,785 85. .599 1. .00 13, .22 7 ATOM 1543 CA ASP A 192 13. .508 21. ,670 84. ,807 1. .00 12, .54 6 ATOM 1544 C ASP A 192 13 , .923 20. .545 85. .728 1. .00 14, .99 6 ATOM 1545 O ASP A 192 14, .443 20. .794 86. .838 1. .00 16, .15 8 ATOM 1546 CB ASP A 192 14, .729 22. .142 83, .981 1. .00 14 .61 6 ATOM 1547 CG ASP A 192 15, .256 21, .039 83, .073 1, .00 12 .27 6 ATOM 1548 OD1 ASP A 192 14, .462 20. .560 82, .244 1. .00 18, .65 8 ATOM 1549 OD2 ASP A 192 16, .369 20. .590 83, .300 1. .00 16, .21 8 ATOM 1550 N SER A 193 13, .822 19, .303 85, .306 1. .00 13, .14 7 ATOM 1551 CA SER A 193 14, .074 18, .138 86, .116 1, .00 14 .27 6 ATOM 1552 C SER A 193 15, .416 17, .506 85, .990 1. .00 17 .10 6 ATOM 1553 O SER A 193 15 .652 16, .494 86, .634 1, .00 18 .48 8 ATOM 1554 CB SER A 193 12 .952 17 .115 85 .914 1, .00 26 .77 6 ATOM 1555 OG SER A 193 12. .955 16, .710 84, .539 1, . 00 29, . 00 8 ATOM 1556 N GLU A 194 16, .299 18. .056 85, .164 1, .00 18, .40 7 ATOM 1557 CA GLU A 194 17, .659 17, .525 85, .057 1, .00 19 .32 6 ATOM 1558 C GLU A 194 18 .328 17, .724 86, .447 1, .00 19 .49 6 ATOM 1559 O GLU A 194 18 .132 18 .756 87, .087 1, .00 17 .74 8 ATOM 1560 CB GLU A 194 18 .473 18 .378 84 .026 1, .00 14 .77 6 ATOM 1561 CG GLU A 194 19, .922 17, .922 84, .051 1, .00 16, .84 6 ATOM 1562 CD GLU A 194 20, .843 18, .632 83, .071 1, .00 36, .83 6 ATOM 1563 OE1 GLU A 194 20, .344 19, .311 82, .168 1, .00 24 .18 8 ATOM 1564 OE2 GLU A 194 22, .098 18, .522 83, .150 1, .00 39 .46 8 ATOM 1565 N ASN A 195 19 .075 16, .714 86, .868 1, .00 18 .99 7 ATOM 1566 CA ASN A 195 19 .645 16 .590 88, .199 1, .00 20 .82 6 ATOM 1567 C ASN A 195 18, .522 16, .398 89, .230 1, .00 20, .55 6 ATOM 1568 O ASN A 195 18, .638 16, .891 90, .350 1, .00 23 .35 8 ATOM 1569 CB ASN A 195 20 .448 17 .811 88 .628 1. .00 13 .63 6 ATOM 1570 CG ASN A 195 21 .625 18 .101 87 .712 1 .00 25 .71 6 ATOM 1571 OD1 ASN A 195 21 .858 19 .253 87 .318 1 .00 28 .78 8 ATOM 1572 ND2 ASN A 195 22 .329 17 .039 87 .388 1 .00 19 .03 7 ATOM 1573 N GLY A 196 17 .370 15 .874 88 .887 1 .00 18 .63 7 ATOM 1574 CA GLY A 196 16 .252 15 .689 89 .806 1 .00 15 .28 6 ATOM 1575 C GLY A 196 15 .410 16 .927 89 .909 1 .00 13 .09 6 ATOM 1576 O GLY A 196 14 .229 16 .925 89 .587 1 .00 15 .77 8 ATOM 1577 N ASN A 197 15..969 18.,061 90..274 1.,00 13.,90 7 ATOM 1578 CA ASN A 197 15. .287 19. ,333 90. .380 1. ,00 14. ,20 6 ATOM 1579 C ASN A 197 16. .363 20. ,345 90. .053 1. ,00 13. .47 6 ATOM 1580 O ASN A 197 17. .331 20. .320 90. .804 1. ,00 14. .96 8 ATOM 1581 CB ASN A 197 14. .726 19. .574 91, .793 1. .00 11. .86 6 ATOM 1582 CG ASN A 197 14, .107 20. .947 91, .973 1. .00 9. .73 6 ATOM 1583 OD1 ASN A 197 14, .848 21. .955 91. .990 1. .00 9. .97 8 ATOM 1584 ND2 ASN A 197 12, .788 21. .059 92, .111 1. .00 7. .43 7 ATOM 1585 N TYR A 198 16, .193 21. ,192 89. .041 1. .00 11. ,73 7 ATOM 1586 CA TYR A 198 17, .310 22. ,082 88. .700 1. ,00 13. .36 6 ATOM 1587 C TYR A 198 17, .075 23. .499 89. .136 1. ,00 10. .84 6 ATOM 1588 O TYR A 198 17, .564 24. .522 88. .641 1. ,00 10. .06 8 ATOM 1589 CB TYR A 198 17, .596 22. .046 87. .168 1. .00 13. .55 6 ATOM 1590 CG TYR A 198 19. .009 22. ,282 86. ,714 1. ,00 14. .34 6 ATOM 1591 CD1 TYR A 198 20. .016 22. ,855 87. ,492 1. ,00 13. .73 6 ATOM 1592 CD2 TYR A 198 19. .362 21. ,779 85. .436 1. ,00 11. .59 6 ATOM 1593 CE1 TYR A 198 21. ,321 23. 013 87. ,038 1. 00 13. ,97 6 ATOM 1594 CE2 TYR A 198 20. ,642 21. 931 84. ,962 1. 00 11. ,79 6 ATOM 1595 CZ TYR A 198 21. .597 22, 557 85. ,726 1. ,00 12. ,84 6 ATOM 1596 OH TYR A 198 22. .864 22. ,651 85. ,193 1. ,00 13. ,95 8 ATOM 1597 N ASP A 199 16. .285 23. ,625 90. .222 1. ,00 11. ,61 7 ATOM 1598 CA ASP A 199 16. .082 25. ,006 90. .757 1, ,00 6. ,05 6 ATOM 1599 C ASP A 199 17. .423 25. .461 91. .157 1. ,00 4. .34 6 ATOM 1600 O ASP A 199 17, .699 26. .673 90, .916 1, .00 8, .06 8 ATOM 1601 CB ASP A 199 15, .078 24. .839 91, .949 1. .00 11. .81 6 ATOM 1602 CG ASP A 199 14, .739 26. .085 92. .655 1. ,00 21. .25 6 ATOM 1603 OD1 ASP A 199 14, .885 27. .212 92, .094 1. ,00 5. .27 8 ATOM 1604 OD2 ASP A 199 14, .254 26. ,128 93. .823 1. ,00 17. .12 8 ATOM 1605 N TYR A 200 18, .435 24. .875 91, .732 1. .00 7, .57 7 ATOM 1606 CA TYR A 200 19, .631 25. .578 92, .190 1. .00 7. .08 6 ATOM 1607 C TYR A 200 20 .625 25, .573 90 .999 1. .00 9. .10 6 ATOM 1608 O TYR A 200 20 .853 24, .522 90 .402 1. .00 10. .97 8 ATOM 1609 CB TYR A 200 20 .304 24, .756 93 .389 1, .00 8, .94 6 ATOM 1610 CG TYR A 200 21, ,515 25. .582 93, .795 1. ,00 10, .82 6 ATOM 1611 CD1 TYR A 200 21, .350 26. .662 94, .650 1. .00 8, .86 6 ATOM 1612 CD2 TYR A 200 22 .779 25. .369 93, .222 1. .00 10, .54 6 ATOM 1613 CE1 TYR A 200 22 .420 27. .501 94, .957 1. .00 9, .83 6 ATOM 1614 CE2 TYR A 200 23 .827 26, .217 93, .513 1. .00 10, .73 6 ATOM 1615 CZ TYR A 200 23 .645 27, .284 94, .377 1. .00 11, .56 6 ATOM 1616 OH TYR A 200 24 .685 28, .169 94 .657 1. .00 8, .88 8 ATOM 1617 N LEU A 201 21 .244 26, .706 90 .779 1. .00 10, .58 7 ATOM 1618 CA LEU A 201 22 .265 26, .813 89 .730 1. .00 9, .44 6 ATOM 1619 C LEU A 201 23. .521 27. .412 90, .320 1. .00 6. .35 6 ATOM 1620 O LEU A 201 24 .590 26, .823 90, .208 1. .00 9, .88 8 ATOM 1621 CB LEU A 201 21 .772 27, .860 88, .683 1, .00 10, .07 6 ATOM 1622 CG LEU A 201 22 .848 28, .119 87 .567 1, .00 8, .98 6 ATOM 1623 CD1 LEU A 201 23 .129 26, .765 86 .878 1, .00 11, .75 6 ATOM 1624 CD2 LEU A 201 22 .175 29, .082 86 .583 1. .00 11, .24 6 ATOM 1625 N MET A 202 23 .451 28, .635 90 .847 1. .00 8, .21 7 ATOM 1626 CA MET A 202 24 .653 29, .206 91 .458 1. .00 9, .75 6 ATOM 1627 C MET A 202 24 .369 30 .318 92 .473 1 .00 7 .69 6 ATOM 1628 O MET A 202 23 .255 30, .785 92 .622 1, .00 9, .81 8 ATOM 1629 CB MET A 202 25 .514 29, .878 90 .308 1, .00 12, .10 6 ATOM 1630 CG MET A 202 24 .611 30, .882 89 .567 1. .00 10 .97 6 ATOM 1631 SD MET A 202 25 .654 31 .671 88 .182 1 .00 21 .46 16 ATOM 1632 CE MET A 202 26 .028 30 .134 87 .333 1 .00 16 .25 6 ATOM 1633 N TYR A 203 25 .406 30 .811 93 .167 1 .00 11 .04 7 ATOM 1634 CA TYR A 203 25 .192 31 .876 94 .200 1 .00 11 .53 6 ATOM 1635 C TYR A 203 24 .131 31 .534 95 .262 1 .00 10 .29 6 ATOM 1636 O TYR A 203 23 .917 30 .362 95 .584 1 .00 11 .59 8 ATOM 1637 CB TYR A 203 24 .766 33 .119 93 .372 1 .00 13 .34 6 ATOM 1638 CG TYR A 203 26 .015 33 .736 92 .767 1 .00 19 .37 6 ATOM 1639 CD1 TYR A 203 27 .047 34 .149 93 .618 1 .00 20 .46 6 ATOM 1640 CD2 TYR A 203 26 .203 33 .879 91 .379 1 .00 17 .82 6 ATOM 1641 CE1 TYR A 203 28 .208 34 .722 93 .123 1 .00 22 .58 6 ATOM 1642 CE2 TYR A 203 27 .365 34 .450 90 .885 1 .00 19 .42 6 ATOM 1643 CZ TYR A 203 28 .366 34, .856 91 .734 1, .00 24, .00 6 ATOM 1644 OH TYR A 203 29 .553 35 .431 91 .281 1, .00 23 .69 8 ATOM 1645 N ALA A 204 23 .329 32 .520 95 .669 1, .00 11 .94 7 ATOM 1646 CA ALA A 204 22 .206 32 .292 96 .570 1, .00 10 .93 6 ATOM 1647 C ALA A 204 20 .929 32 .206 95 .736 1 .00 10 .49 6 ATOM 1648 O ALA A 204 20 .477 33 .172 95 .131 1 .00 9 .71 8 ATOM 1649 CB ALA A 204 22 .068 33 .473 97 .589 1 .00 9 .30 6 ATOM 1650 N ASP A 205 20 .254 31 .078 95 .797 1 .00 9 .32 7 ATOM 1651 CA ASP A 205 19,.056 30.845 95.020 1..00 9,.79 6 ATOM 1652 C ASP A 205 17, .797 31 .470 95 .540 1. .00 14. .23 6 ATOM 1653 O ASP A 205 17, .369 31 .145 96 .701 1. .00 13 .37 8 ATOM 1654 CB ASP A 205 18. .907 29. .308 95. .034 1. .00 11. .48 6 ATOM 1655 CG ASP A 205 17. .997 29, .001 93 .864 1. .00 17, .50 6 ATOM 1656 ODl ASP A 205 18, .477 29, .186 92 .710 1. .00 14, .51 8 ATOM 1657 OD2 ASP A 205 16, .831 28 .644 94 .068 1. .00 7, .75 8 ATOM 1658 N VAL A 206 17, .146 32 .307 94 .734 1. .00 11, .30 7 ATOM 1659 CA VAL A 206 15, .945 32 .995 95 .132 1. .00 9 .20 6 ATOM 1660 C VAL A 206 14 .815 32 .084 95 .466 1, .00 12 .62 6 ATOM 1661 O VAL A 206 14, .566 31 .138 94 .683 1. .00 11 .57 8 ATOM 1662 CB VAL A 206 15 .540 34 .120 94 .202 1, .00 13 .76 6 ATOM 1663 CGI VAL A 206 14 .245 34 .804 94 .653 1. .00 13 .90 6 ATOM 1664 CG2 VAL A 206 16. ,684 35. .101 94. .179 1. . 00 11. .36 6 ATOM 1665 N ASP A 207 14. .092 32. .323 96. .581 1. ,00 10. .69 7 ATOM 1666 CA ASP A 207 12. .992 31, .406 96, .913 1. ,00 11. .90 6 ATOM 1667 C ASP A 207 11. .718 31, .981 96, .310 1, ,00 13. .90 6 ATOM 1668 O ASP A 207 11. .131 32, .928 96, .871 1. ,00 12. .71 8 ATOM 1669 CB ASP A 207 12. .836 31, .346 98, .443 1, ,00 15. .17 6 ATOM 1670 CG ASP A 207 11. .726 30, .503 98, .952 1, ,00 22. .74 6 ATOM 1671 ODl ASP A 207 10. .964 29, .956 98, .108 1. ,00 19. .17 8 ATOM 1672 OD2 ASP A 207 11, .521 30, .286 100, .169 1. ,00 20. .54 8 ATOM 1673 N MET A 208 11, .225 31, .367 95 .216 1. .00 13. .35 7 ATOM 1674 CA MET A 208 10. .079 31. .963 94, .507 1. . 00 15. ,70 6 ATOM 1675 C MET A 208 8. .768 31, .646 95, .201 1. ,00 17. ,50 6 ATOM 1676 O MET A 208 7. .700 32. .148 94, .848 1. ,00 18. ,55 8 ATOM 1677 CB MET A 208 9. .976 31. .477 93 , .030 1. ,00 17. .03 6 ATOM 1678 CG MET A 208 11. .197 31, .966 92, .202 1. ,00 12. .28 6 ATOM 1679 SD MET A 208 11. .381 33, .711 92, .110 1. ,00 23. .21 16 ATOM 1680 CE MET A 208 12. .944 34, .091 91, .430 1. ,00 20. .00 6 ATOM 1681 N ASP A 209 8. .827 30, .719 96 .163 1. ,00 16. .74 7 ATOM 1682 CA ASP A 209 7. .640 30, .466 96 .979 1. .00 20, .55 6 ATOM 1683 C ASP A 209 7, ,425 31, .556 98 .040 1. .00 19. .95 6 ATOM 1684 O ASP A 209 6. .318 31. .628 98, .566 1. .00 21. .59 8 ATOM 1685 CB ASP A 209 7. .690 29. .136 97, .686 1. ,00 17. .97 6 ATOM 1686 CG ASP A 209 7. .557 27. .883 96, .835 1. ,00 31. .63 6 ATOM 1687 ODl ASP A 209 6. .800 28, .001 95, .847 1. ,00 31. .19 8 ATOM 1688 OD2 ASP A 209 8. .251 26, .896 97 .233 1. ,00 32. .40 8 ATOM 1689 N HIS A 210 8, .380 32, .411 98 .375 1. .00 20, .52 7 ATOM 1690 CA HIS A 210 8. .186 33, .429 99 .385 1. .00 18. .61 6 ATOM 1691 C HIS A 210 7, .420 34 .626 98 .888 1. .00 19, .89 6 ATOM 1692 O HIS A 210 7. .830 35 .435 98 .052 1. .00 19, .58 8 ATOM 1693 CB HIS A 210 9 .561 33 .808 99 .938 1, .00 19, .59 6 ATOM 1694 CG HIS A 210 9 .481 34 .653 101 .178 1. .00 27, .83 6 ATOM 1695 ND1 HIS A 210 9. .945 34. .202 102 .414 1. ,00 32. .20 7 ATOM 1696 CD2 HIS A 210 8, .970 35, .884 101 .394 1. .00 20. .96 6 ATOM 1697 CE1 HIS A 210 9. .736 35, .153 103 .327 1. .00 23, .85 6 ATOM 1698 NE2 HIS A 210 9, .169 36, .180 102 .716 1. .00 34, .38 7 ATOM 1699 N PRO A 211 6, .289 34, .918 99 .532 1. .00 22, .38 7 ATOM 1700 CA PRO A 211 5. .376 35, .976 99 .137 1. .00 21, .41 6 ATOM 1701 C PRO A 211 6. .026 37, .320 99 .125 1. .00 22, .35 6 ATOM 1702 O PRO A 211 5. .636 38 .134 98 .241 1. .00 24, .85 8 ATOM 1703 CB PRO A 211 4, .089 35 .908 99 .974 1. .00 22, .59 6 ATOM 1704 CG PRO A 211 4 .546 34 .989 101 .059 1. .00 22, .80 6 ATOM 1705 CD PRO A 211 5, ,670 34, .076 100, .574 1. .00 21. .75 6 ATOM 1706 N GLU A 212 7, .058 37. .600 99 .904 1. .00 19. .19 7 ATOM 1707 CA GLU A 212 7, .541 38. .984 99 .779 1. .00 20. .41 6 ATOM 1708 C GLU A 212 8, .578 39 .110 98 .673 1. .00 19, .26 6 ATOM 1709 O GLU A 212 8, .905 40 .204 98 .189 1. .00 17, .10 8 ATOM 1710 CB GLU A 212 7, .888 39 .558 101 .141 1. .00 29, .62 6 ATOM 1711 CG GLU A 212 9 .158 39 .175 101 .818 1, .00 44, .14 6 ATOM 1712 CD GLU A 212 9 .381 39 .713 103 .232 1, .00 53 .86 6 ATOM 1713 OE1 GLU A 212 8 .401 40 .209 103 .827 1. .00 61 .45 8 ATOM 1714 OE2 GLU A 212 10 .514 39 .666 103 .781 1, .00 32 .90 8 ATOM 1715 N VAL A 213 9 .160 37 .972 98 .313 1, .00 19, .73 7 ATOM 1716 CA VAL A 213 10 .109 37 .977 97 .173 1, .00 20 .44 6 ATOM 1717 C VAL A 213 9, .278 38, .201 95 .886 1. .00 18, .35 6 ATOM 1718 O VAL A 213 9, .541 39, .130 95 .138 1. .00 18, .56 8 ATOM 1719 CB VAL A 213 10, .799 36, .605 97 .149 1. .00 21, .92 6 ATOM 1720 CGI VAL A 213 11 .469 36 .366 95 .797 1. .00 22, .74 6 ATOM 1721 CG2 VAL A 213 11 .799 36 .623 98 .297 1, .00 25 .64 6 ATOM 1722 N VAL A 214 8 .200 37 .480 95 .732 1. .00 18 .19 7 ATOM 1723 CA VAL A 214 7. .316 37 .633 94 .592 1, .00 20 .51 6 ATOM 1724 C VAL A 214 6 .928 39 .081 94 .441 1, .00 23 .51 6 ATOM 1725 O VAL A 214 7.,049 39.,704 93.,356 1.,00 24.,81 8 ATOM 1726 CB VAL A 214 6. ,053 36. ,773 94. ,667 1. ,00 22. .40 6 ATOM 1727 CGI VAL A 214 5. ,078 37. ,088 93. ,544 1. ,00 32. .00 6 ATOM 1728 CG2 VAL A 214 6. ,399 35. ,293 94. .639 1. ,00 21. .53 6 ATOM 1729 N ASN A 215 6. ,490 39. .701 95. .540 1. ,00 22. .11 7 ATOM 1730 CA ASN A 215 6. ,067 41. ,089 95. ,499 1. 00 20. ,65 6 ATOM 1731 C ASN A 215 7. ,195 42. ,036 95. ,194 1. ,00 19. ,24 6 ATOM 1732 O ASN A 215 7. ,027 43. ,008 94. ,446 1. ,00 19. .17 8 ATOM 1733 CB ASN A 215 5. 269 41. 478 96 . 761 1. 00 35. ,08 6 ATOM 1734 CG ASN A 215 3. 881 40. ,869 96. .604 1. 00 35. ,00 6 ATOM 1735 ODl ASN A 215 3. 164 41. .271 95. ,689 1. 00 58. ,96 8 ATOM 1736 ND2 ASN A 215 3. ,472 39. ,903 97. ,402 1. ,00 52. ,78 7 ATOM 1737 N GLU A 216 8. ,377 41. ,768 95. ,716 1. ,00 17. .10 7 ATOM 1738 CA GLU A 216 9. .466 42. .704 95, .478 1. .00 17 .74 6 ATOM 1739 C GLU A 216 9. .882 42. .652 93, .964 1. .00 17, .58 6 ATOM 1740 O GLU A 216 10. .301 43. .672 93 , .415 1. .00 13, .53 8 ATOM 1741 CB GLU A 216 10, .640 42, .358 96, .358 1. .00 17, .67 6 ATOM 1742 CG GLU A 216 11, .948 43, .068 96, .105 1, .00 28 .42 6 ATOM 1743 CD GLU A 216 11. .838 44 .580 96 .017 1. .00 23 .80 6 ATOM 1744 OE1 GLU A 216 10, .776 45, .098 96, .371 1. .00 30, .40 8 ATOM 1745 OE2 GLU A 216 12, .804 45, .270 95, .617 1. .00 31 .36 8 ATOM 1746 N LEU A 217 9, .935 41, .444 93 .443 1, .00 17 .03 7 ATOM 1747 CA LEU A 217 10, .411 41 .180 92 .084 1. .00 19 .84 6 ATOM 1748 C LEU A 217 9 .412 41 .774 91 .079 1. .00 20 .75 6 ATOM 1749 O LEU A 217 9, .832 42, .493 90 . .189 1, . 00 21, .48 8 ATOM 1750 CB LEU A 217 10, .653 39, .700 91, .932 1. .00 11 .86 6 ATOM 1751 CG LEU A 217 12, .078 39, .172 91, .888 1. .00 19 .48 6 ATOM 1752 CD1 LEU A 217 13, .209 39, .933 92 .505 1. .00 16 .47 6 ATOM 1753 CD2 LEU A 217 12, ,099 37, .703 92, .249 1. .00 12. .39 6 ATOM 1754 N ARG A 218 8, .112 41, .741 91, .333 1. .00 21. .19 7 ATOM 1755 CA ARG A 218 7, .147 42, .417 90, .508 1. .00 22. .98 6 ATOM 1756 C ARG A 218 7, .344 43, .914 90, .478 1, .00 25. .87 6 ATOM 1757 O ARG A 218 7, .189 44, .576 89, .450 1. .00 25 .87 8 ATOM 1758 CB ARG A 218 5, .699 42, .152 90, .944 1. .00 18, .95 6 ATOM 1759 CG ARG A 218 5, .394 40, .694 90, .636 1. .00 10, .41 6 ATOM 1760 CD ARG A 218 3 , .962 40, .385 91, .065 1. .00 12, .60 6 ATOM 1761 NE ARG A 218 3, .837 38. .941 90, .836 1. .00 23 .07 7 ATOM 1762 CZ ARG A 218 2, .659 38 .338 90, .698 1. .00 30 .77 6 ATOM 1763 NHl ARG A 218 1, .556 39 .063 90 .731 1, .00 41 .73 7 ATOM 1764 NH2 ARG A 218 2. .630 37, .025 90, .508 1. .00 34, .53 7 ATOM 1765 N ARG A 219 7, .633 44, .448 91, .669 1. .00 26, .91 7 ATOM 1766 CA ARG A 219 7, .809 45, .891 91, .779 1. .00 25 .88 6 ATOM 1767 C ARG A 219 9. .097 46, .275 91, .108 1. .00 23 , .84 6 ATOM 1768 O ARG A 219 9, .172 47, .352 90, .497 1. .00 23, .41 8 ATOM 1769 CB ARG A 219 7, .666 46, .341 93, .233 1, .00 37, .02 6 ATOM 1770 CG ARG A 219 8, .704 47 .268 93 .798 1, .00 55 .61 6 ATOM 1771 CD ARG A 219 8 .297 48 .719 93 .748 1, .00 79 .18 6 ATOM 1772 NE ARG A 219 9 .295 49 .624 93 .196 1. .00 96 .62 7 ATOM 1773 CZ ARG A 219 9, .203 50, .951 93, .059 1. .00104, .91 6 ATOM 1774 NHl ARG A 219 8 .132 51 .621 93, .451 1. .00111. .12 7 ATOM 1775 NH2 ARG A 219 10 .236 51 .611 92 .543 1, .00106 .48 7 ATOM 1776 N TRP A 220 10 .149 45 .464 91 .279 1. .00 21 .44 7 ATOM 1777 CA TRP A 220 11 .404 45 .840 90 .635 1 .00 21 .83 6 ATOM 1778 C TRP A 220 11 .138 45 .866 89, .093 1, .00 21 .82 6 ATOM 1779 O TRP A 220 11 .533 46 .795 88 .420 1, .00 21 .38 8 ATOM 1780 CB TRP A 220 12 .599 44 .973 91 .041 1, .00 13 .52 6 ATOM 1781 CG TRP A 220 13 .727 45 .208 90 .059 1. .00 21 .56 6 ATOM 1782 CD1 TRP A 220 14 .642 46 .203 90 .022 1 .00 22 .24 6 ATOM 1783 CD2 TRP A 220 13 .998 44 .369 88, .926 1. . 00 14, .67 6 ATOM 1784 NEl TRP A 220 15 .508 46 .024 88 .940 1, .00 16 .13 7 ATOM 1785 CE2 TRP A 220 15 .125 44 .887 88 .286 1, .00 21 .21 6 ATOM 1786 CE3 TRP A 220 13 .387 43 .195 88 .444 1. .00 25 .00 6 ATOM 1787 CZ2 TRP A 220 15 .653 44 .325 87, .109 1. .00 17, .63 6 ATOM 1788 CZ3 TRP A 220 13 .914 42 .622 87, .289 1. .00 23, .47 6 ATOM 1789 CH2 TRP A 220 15 .016 43 .208 86 .660 1, .00 20 .65 6 ATOM 1790 N GLY A 221 10 .446 44 .915 88 .545 1. .00 20 .99 7 ATOM 1791 CA GLY A 221 9 .967 44 .762 87 .199 1 .00 24 .79 6 ATOM 1792 C GLY A 221 9 .384 46 .035 86 .595 1 . 00 24 .57 6 ATOM 1793 O GLY A 221 9 .942 46 .595 85 .643 1 .00 22 .41 8 ATOM 1794 N GLU A 222 8 .413 46 .611 87 .304 1 .00 25 .64 7 ATOM 1795 CA GLU A 222 7 .801 47 .881 86 .928 1 .00 23 .20 6 ATOM 1796 C GLU A 222 8 .796 49 .012 86 .978 1 .00 24 .03 6 ATOM 1797 O GLU A 222 8 .879 49 .889 86 .109 1 .00 24 .03 8 ATOM 1798 CB GLU A 222 6 .774 48 .279 87 .985 1 .00 22 .11 6 ATOM 1799 CG GLU A 222 5.405 47..683 87.787 1.00 40,.46 6 ATOM 1800 CD GLU A 222 4, .516 48. .274 88 .906 1. .00 50, .60 6 ATOM 1801 OE1 GLU A 222 4. .478 49, .528 88 .896 1, .00 48, .94 8 ATOM 1802 OE2 GLU A 222 3 .974 47, .454 89 .687 1, .00 46, .61 8 ATOM 1803 N TRP A 223 9 .563 49, .070 88 .069 1. .00 22 .02 7 ATOM 1804 CA TRP A 223 10 .507 50 .196 88 .175 1 .00 22 .34 6 ATOM 1805 C TRP A 223 11, .543 50, .187 87 .046 1. .00 24, .50 6 ATOM 1806 O TRP A 223 11, .997 51, .232 86 .571 1. .00 24, .43 8 ATOM 1807 CB TRP A 223 11, .280 49, .965 89 .495 1, .00 23, .32 6 ATOM 1808 CG TRP A 223 12, .332 50, .997 89 .722 1. .00 12, .36 6 ATOM 1809 GDI TRP A 223 12 .096 52, .257 90 .194 1. .00 12, .65 6 ATOM 1810 CD2 TRP A 223 13, .730 50. .898 89, .482 1. .00 14. .74 6 ATOM 1811 NEl TRP A 223 13 , .307 52. .928 90. .308 1. .00 14. .71 7 ATOM 1812 CE2 TRP A 223 14 .307 52. .121 89 .855 1 .00 13 .39 6 ATOM 1813 CE3 TRP A 223 14 .567 49, .910 88 .959 1 .00 17 .71 6 ATOM 1814 CZ2 TRP A 223 15 .675 52 .408 89 .749 1 .00 18 .37 6 ATOM 1815 CZ3 TRP A 223 15, .913 50, .186 88 .851 1. .00 17. .26 6 ATOM 1816 CH2 TRP A 223 16 .469 51, .401 89 .250 1, .00 21 .97 6 ATOM 1817 N TYR A 224 12 .142 49, .020 86 .780 1 .00 22 .93 7 ATOM 1818 CA TYR A 224 13 .196 48 .885 85 .759 i. .00 22 .60 6 ATOM 1819 C TYR A 224 12 .620 49 .271 84 .357 1 .00 20 .78 6 ATOM 1820 O TYR A 224 13 .238 50, .024 83 .644 1. .00 20, .47 8 ATOM 1821 CB TYR A 224 13 .618 47, .428 85 .695 1 .00 23 .16 6 ATOM 1822 CG TYR A 224 14 .692 46 .916 84 .770 1 .00 21 .12 6 ATOM 1823 CD1 TYR A 224 15 .898 47 .567 84 .607 1 .00 20 .00 6 ATOM 1824 CD2 TYR A 224 14 .491 45 .716 84 .087 1 .00 20 .21 6 ATOM 1825 CE1 TYR A 224 16 .909 47, .056 83 .812 1. .00 19 .68 6 ATOM 1826 CE2 TYR A 224 15 .489 45, .203 83 .293 1 .00 19 .23 6 ATOM 1827 CZ TYR A 224 16 .668 45 .880 83 .143 1 .00 19 .19 6 ATOM 1828 OH TYR A 224 17 .629 45 .330 82 .336 1. .00 20 .77 8 ATOM 1829 N THR A 225 11 .445 48 .786 84 .040 1 .00 21 .36 7 ATOM 1830 CA THR A 225 10 .767 49, .090 82 .822 1. .00 26, .04 6 ATOM 1831 C THR A 225 10 .585 50, .602 8 .698 1. .00 30 .55 6 ATOM 1832 O THR A 225 11 .111 51, .175 81 .742 1 .00 30 .61 8 ATOM 1833 CB THR A 225 9 .427 48 .372 82 .725 1, .00 23 .52 6 ATOM 1834 OG1 THR A 225 9 .726 46 .984 82 .687 1 .00 26 .82 8 ATOM 1835 CG2 THR A 225 8, .707 48, .745 81. .418 1, .00 31, .34 6 ATOM 1836 N ASN A 226 9, .974 51, .244 83. .704 1, .00 31, .50 7 ATOM 1837 CA ASN A 226 9 .766 52, .676 83. .718 1, .00 31, .16 6 ATOM 1838 C ASN A 226 11 .026 53, .473 83. .808 1, .00 32, .12 6 ATOM 1839 O ASN A 226 11 .188 54, .509 83 .143 1, .00 33, .63 8 ATOM 1840 CB ASN A 226 8, .840 53. .077 84, .891 1. .00 29. .40 6 ATOM 1841 CG ASN A 226 7, .454 52. .571 84, .563 1. .00 30. .15 6 ATOM 1842 ODl ASN A 226 7, .237 52. .230 83, .399 1. .00 39. .98 8 ATOM 1843 ND2 ASN A 226 6, .524 52. .463 85, .483 1, .00 41. .24 7 ATOM 1844 N THR A 227 11, .990 53. .011 84, .593 1. .00 33, .58 7 ATOM 1845 CA THR A 227 13 , .179 53. ,871 84, .732 1. .00 34. .37 6 ATOM 1846 C THR A 227 13, .950 54. .002 83, .429 1. .00 34. .33 6 ATOM 1847 O THR A 227 14, .624 55. .022 83, .187 1. .00 33. .24 8 ATOM 1848 CB THR A 227 13 , .993 53. .466 85. .970 1. .00 33. .49 6 ATOM 1849 OG1 THR A 227 15 .097 54, .351 86. .173 1, .00 47, .56 8 ATOM 1850 CG2 THR A 227 14, .627 52. ,095 85. .722 1. .00 53. .36 6 ATOM 1851 N LEU A 228 13, .989 52. .951 82. .599 1. .00 34. .32 7 ATOM 1852 CA LEU A 228 14 .809 52. .959 81. .387 1. .00 31. .35 6 ATOM 1853 C LEU A 228 13 .954 52, .937 80 .121 1, .00 32, .12 6 ATOM 1854 O LEU A 228 14 .487 52, .726 79 .028 1. .00 33, .07 8 ATOM 1855 CB LEU A 228 15, .697 51. .732 81, .399 1. . 00 19, .92 6 ATOM 1856 CG LEU A 228 16 .872 51. .635 82, .343 1. .00 28, .23 6 ATOM 1857 GDI LEU A 228 17 .626 50, .347 82, .084 1. .00 22, .94 6 ATOM 1858 CD2 LEU A 228 17 .793 52, .837 82, .321 1, .00 28. .36 6 ATOM 1859 N ASN A 229 12 .652 53, .106 80 .259 1. .00 30, .09 7 ATOM 1860 CA ASN A 229 11, .717 53, .072 79, .147 1. .00 31, .01 6 ATOM 1861 C ASN A 229 11 .965 51, .870 78, .238 1, .00 29, .35 6 ATOM 1862 O ASN A 229 12 .074 52, .027 77, .024 1. .00 29, .88 8 ATOM 1863 CB ASN A 229 11 .753 54, .401 78 .392 1, .00 35, .74 6 ATOM 1864 CG ASN A 229 10 .564 54, .629 77 .480 1. .00 44, .56 6 ATOM 1865 ODl ASN A 229 9 .494 54 .024 77 .526 1. . 00 48 .29 8 ATOM 1866 ND2 ASN A 229 10 .739 55 .572 76 .547 1, .00 47 .22 7 ATOM 1867 N LEU A 230 11 .969 50 .651 78 .747 1, .00 26 .34 7 ATOM 1868 CA LEU A 230 12 .151 49 .434 77 .963 1, .00 24 .98 6 ATOM 1869 C LEU A 230 10 .985 49 .012 77 .078 1 .00 23 .59 6 ATOM 1870 O LEU A 230 9 .815 49, .179 77 .394 1, . 00 24, .27 8 ATOM 1871 CB LEU A 230 12 .478 48 .268 78 .919 1 .00 25 .61 6 ATOM 1872 CG LEU A 230 13 .741 48 .428 79 .759 1, .00 18 .62 6 ATOM 1873 CD1 LEU A 230 14.,014 47.,133 80.,513 1.00 27.,61 6 ATOM 1874 CD2 LEU A 230 14. .967 48. ,696 78. .877 1. 00 28. ,13 6 ATOM 1875 N ASP A 231 11. .278 48. .365 75. .924 1. 00 21. ,79 7 ATOM 1876 CA ASP A 231 10. .246 47. .835 75. .043 1. ,00 20. .65 6 ATOM 1877 C ASP A 231 10. .110 46. ,339 75. .292 1. 00 20. .30 6 ATOM 1878 O ASP A 231 9. ,103 45. ,756 74. .891 1. 00 20. .54 8 ATOM 1879 CB ASP A 231 10. ,618 48. ,043 73. .528 1. 00 21. ,94 6 ATOM 1880 CG ASP A 231 10. .901 49. ,525 73. .367 1. 00 13. ,94 6 ATOM 1881 ODl ASP A 231 9. .942 50. ,286 73. .503 1. ,00 24. .69 8 ATOM 1882 OD2 ASP A 231 12. .054 49. ,949 73. .183 1, .00 20. .63 8 ATOM 1883 N GLY A 232 11. .122 45. ,727 75. .946 1. ,00 18. .68 7 ATOM 1884 CA GLY A 232 10. .932 44. .300 76. .199 1. ,00 16. .67 6 ATOM 1885 C GLY A 232 12. ,089 43. ,727 76. .991 1, 00 15. ,71 6 ATOM 1886 O GLY A 232 12. .953 44. .439 77, .478 1. ,00 16. .01 8 ATOM 1887 N PHE A 233 12. .086 42. .394 77, .129 1. ,00 14. .55 7 ATOM 1888 CA PHE A 233 13. .180 41. .803 77, .919 1. ,00 13. .86 6 ATOM 1889 C PHE A 233 13. .750 40, .550 77, .278 1. ,00 12, .54 6 ATOM 1890 O PHE A 233 13 .006 39, .820 76 .615 1. .00 12, .13 8 ATOM 1891 CB PHE A 233 12 .440 41, .134 79 .160 1. .00 12, .94 6 ATOM 1892 CG PHE A 233 11. .624 42. .107 79, .987 1. ,00 4. .98 6 ATOM 1893 CD1 PHE A 233 12. .212 43. .177 80, .588 1. ,00 6. .42 6 ATOM 1894 CD2 PHE A 233 10. .279 41. .877 80, .166 1. ,00 15. .69 6 ATOM 1895 CE1 PHE A 233 11. .475 44. .065 81, .375 1. ,00 15. .76 6 ATOM 1896 CE2 PHE A 233 9, .528 42. .742 80. .945 1. ,00 25. .06 6 ATOM 1897 CZ PHE A 233 10, .115 43, .834 81, .532 1. ,00 14. .14 6 ATOM 1898 N ARG A 234 14, .941 40, .227 77, .730 1, ,00 12, .74 7 ATOM 1899 CA ARG A 234 15, .505 38, .901 77, .488 1. ,00 12, .43 6 ATOM 1900 C ARG A 234 15, .587 38. .314 78, .928 1. ,00 14. .55 6 ATOM 1901 O ARG A 234 16, .230 38. .935 79, .814 1. ,00 14. .89 8 ATOM 1902 CB ARG A 234 16, .899 39. .022 76, .882 1. ,00 5. .93 6 ATOM 1903 CG ARG A 234 17, .586 37. .656 76, .732 1. ,00 10. .20 6 ATOM 1904 CD ARG A 234 18 .540 37 .408 77 .899 1. .00 15 .00 6 ATOM 1905 NE ARG A 234 19 .404 36 .232 77 .692 1. .00 14 .34 7 ATOM 1906 CZ ARG A 234 20, .182 35. .688 78 .615 1. .00 24, .46 6 ATOM 1907 NHl ARG A 234 20 .160 36. .173 79 .871 1. .00 13, .27 7 ATOM 1908 NH2 ARG A 234 20 .930 34, .647 78 .289 1. .00 12 .67 7 ATOM 1909 N ILE A 235 14 .928 37 .217 79 .185 1. .00 14 .15 7 ATOM 1910 CA ILE A 235 14 .874 36 .653 80 .533 1. .00 12 .69 6 ATOM 1911 C ILE A 235 15 .873 35 .548 80 .793 1, .00 12 .06 6 ATOM 1912 O ILE A 235 15 .773 34 .464 80 .203 1. .00 1 .54 8 ATOM 1913 CB ILE A 235 13 .446 36, .187 80 .820 1. .00 10, .54 6 ATOM 1914 CGI ILE A 235 12 .504 37, .385 80 .567 1. .00 9, .10 6 ATOM 1915 CG2 ILE A 235 13 .310 35 .831 82 .331 1. .00 16 .58 6 ATOM 1916 CD1 ILE A 235 11 .115 36 .763 80 .407 1. .00 15 .58 6 ATOM 1917 N ASP A 236 16 .776 35 .785 81 .749 1. .00 9 .36 7 ATOM 1918 CA ASP A 236 17 .781 34 .796 82 .093 1. .00 10 .49 6 ATOM 1919 C ASP A 236 17 .441 33 .558 82 .860 1. .00 12 .64 6 ATOM 1920 O ASP A 236 16 .607 33 .534 83 .759 1, .00 15 .01 8 ATOM 1921 CB ASP A 236 18 .886 35. .533 82, .806 1. ,00 10, .07 6 ATOM 1922 CG ASP A 236 20 .154 34 .798 83 .084 1, .00 20 .01 6 ATOM 1923 ODl ASP A 236 20 .882 34 .542 82 .112 1, .00 14 .97 8 ATOM 1924 OD2 ASP A 236 20 .455 34 .555 84 .310 1, .00 22 .16 8 ATOM 1925 N ALA A 237 18 .050 32 .429 82 .484 1 .00 11 .95 7 ATOM 1926 CA ALA A 237 18 .011 31 .158 83 .169 1 .00 12 .87 6 ATOM 1927 C ALA A 237 16 .653 30 .687 83 .598 1, .00 16 .11 6 ATOM 1928 O ALA A 237 16 .440 30 .225 84 .762 1, .00 15 .77 8 ATOM 1929 CB ALA A 237 18 .924 31 .424 84 .407 1, .00 13 .46 6 ATOM 1930 N VAL A 238 15 .677 30 .602 82 .687 1, .00 9 .31 7 ATOM 1931 CA VAL A 238 14 .320 30 .328 83 .035 1, .00 7 .91 6 ATOM 1932 C VAL A 238 14 .133 28 .877 83 .391 1 .00 9 .01 6 ATOM 1933 O VAL A 238 13 .113 28 .602 84 .037 1 .00 10 .54 8 ATOM 1934 CB VAL A 238 13 .212 30 .742 82 .045 1, .00 14 .17 6 ATOM 1935 CGI VAL A 238 13 .273 32 .240 81 .788 1. .00 13 .29 6 ATOM 1936 CG2 VAL A 238 13 .486 29 .997 80 .712 1 .00 15 .01 6 ATOM 1937 N LYS A 239 15 .066 27 .991 83 .077 1 .00 5 .59 7 ATOM 1938 CA LYS A 239 14 .711 26 .629 83 .448 1 .00 10 .08 6 ATOM 1939 C LYS A 239 14 .865 26 .363 85 .008 1 .00 7 .29 6 ATOM 1940 O LYS A 239 14 .529 25 .276 85 .419 1 .00 7 .91 8 ATOM 1941 CB LYS A 239 15 .636 25 .685 82 .762 1 .00 12 .33 6 ATOM 1942 CG LYS A 239 17 .092 25 .584 82 .801 1 .00 25 .74 6 ATOM 1943 CD LYS A 239 17 .278 24 .453 81 .732 1 .00 25 .18 6 ATOM 1944 CE LYS A 239 18 .708 24 .141 81 .578 1 .00 26 .14 6 ATOM 1945 NZ LYS A 239 19 .049 22 .792 81 .090 1 .00 29 .06 7 ATOM 1946 N HIS A 240 15 .615 27 .232 85 .621 1 .00 8 .92 7 ATOM 1947 CA HIS A 240 15..904 27.175 87.047 1,.00 14..13 6 ATOM 1948 C HIS A 240 14, .880 28 .058 87 .743 1. .00 15. .09 6 ATOM 1949 O HIS A 240 15 .029 28 .277 88 .936 1. .00 10, .80 8 ATOM 1950 CB HIS A 240 17, .327 27, .746 87, .264 1. .00 10, .84 6 ATOM 1951 CG HIS A 240 18, .312 27, .095 86, .328 1. .00 7, .11 6 ATOM 1952 ND1 HIS A 240 18, .625 25, .766 86, .369 1. .00 6. .30 7 ATOM 1953 CD2 HIS A 240 18, .997 27, .608 85, .226 1. .00 9. .29 6 ATOM 1954 CE1 HIS A 240 19, .524 25, .452 85, .416 1, .00 10. .25 6 ATOM 1955 NE2 HIS A 240 19, .767 26, .568 84, .761 1, .00 6, .19 7 ATOM 1956 N ILE A 241 13, .855 28, .688 87, .174 1. .00 11. .07 7 ATOM 1957 CA ILE A 241 12, .949 29, .591 87 .887 1. .00 9, .64 6 ATOM 1958 C ILE A 241 11. .555 29, .021 87 .800 1, .00 14, .21 6 ATOM 1959 O ILE A 241 11. .114 28, .540 86 .713 1, .00 9, .89 8 ATOM 1960 CB ILE A 241 13. .014 30, .983 87, .274 1. . 00 10, .12 6 ATOM 1961 CGI ILE A 241 14. .389 31, .615 87, .488 1. .00 7, .20 6 ATOM 1962 CG2 ILE A 241 11. .921 31, .942 87 .733 1, .00 13, .70 6 ATOM 1963 CD1 ILE A 241 14. .592 32, .912 86 .714 1. .00 8. .67 6 ATOM 1964 N LYS A 242 10 .790 29, .009 88 .919 1. .00 11, .24 7 ATOM 1965 CA LYS A 242 9 .482 28, .353 88 .886 1, .00 11 .43 6 ATOM 1966 C LYS A 242 8 .667 28, .791 87 .642 1. .00 11 .92 6 ATOM 1967 O LYS A 242 8 .506 29, .992 87 .454 1, .00 12 .59 8 ATOM 1968 CB LYS A 242 8 .805 28, .706 90 .226 1, .00 9 .80 6 ATOM 1969 CG LYS A 242 7 .375 28 .212 90 .391 1. .00 14 .60 6 ATOM 1970 CD LYS A 242 6, .822 28, .881 91, .688 1. . 00 23, .88 6 ATOM 1971 CE LYS A 242 5. .656 28, .032 92, .185 1. .00 30, .29 6 ATOM 1972 NZ LYS A 242 5. .228 28, .446 93, .546 1. .00 51, .79 7 ATOM 1973 N TYR A 243 8, .207 27, .886 86, .794 1, .00 12, .14 7 ATOM 1974 CA TYR A 243 7, .591 28, .335 85, .513 1. .00 12, .18 6 ATOM 1975 C TYR A 243 6. .430 29, .283 85 .699 1. .00 13, .50 6 ATOM 1976 O TYR A 243 6, .349 30, .392 85 .138 1. .00 10, .33 8 ATOM 1977 CB TYR A 243 7, .177 27, .155 84 .639 1. .00 11. .39 6 ATOM 1978 CG TYR A 243 8, .272 26, ,205 84 .196 1, .00 8, .33 6 ATOM 1979 GDI TYR A 243 9 .605 26, .506 84 .310 1. .00 9, .57 6 ATOM 1980 CD2 TYR A 243 7, .937 24. .971 83, ,661 1. ,00 6. .42 6 ATOM 1981 CE1 TYR A 243 10, .610 25. .624 83, .980 1. ,00 7. .83 6 ATOM 1982 CE2 TYR A 243 8. .937 24. .099 83, .234 1. ,00 6. .98 6 ATOM 1983 CZ TYR A 243 10. .260 24. .446 83 , .402 1. ,00 7. .87 6 ATOM 1984 OH TYR A 243 11. .213 23. .503 83, .006 1. ,00 8. .46 8 ATOM 1985 N SER A 244 5. .514 28. .975 86, .659 1. .00 12. .18 7 ATOM 1986 CA SER A 244 4. .381 29, .873 86, .861 1. .00 11. .90 6 ATOM 1987 C SER A 244 4, .708 31, .236 87, .348 1. .00 12, .87 6 ATOM 1988 O SER A 244 4. .008 32, .267 87, .088 1, .00 15. .15 8 ATOM 1989 CB SER A 244 3, .275 29, .152 87 .666 1, .00 25, .44 6 ATOM 1990 OG SER A 244 3 .751 28, .984 88 .988 1. .00 28, .03 8 ATOM 1991 N PHE A 245 5, .861 31. .370 88, .033 1. .00 11. .37 7 ATOM 1992 CA PHE A 245 6. .246 32, .688 88, .460 1. .00 11. .43 6 ATOM 1993 C PHE A 245 6. .616 33, .538 87, .223 1. .00 13, .09 6 ATOM 1994 O PHE A 245 6, .337 34, .745 87, .182 1. .00 13. .56 8 ATOM 1995 CB PHE A 245 7. .424 32, .575 89 .450 1. .00 3 , .88 6 ATOM 1996 CG PHE A 245 8 .040 33, .938 89 .664 1, .00 9, .47 6 ATOM 1997 CD1 PHE A 245 7 .518 34, .846 90 .543 1. .00 15, .08 6 ATOM 1998 CD2 PHE A 245 9 .205 34, .267 89 .009 1, .00 10, .42 6 ATOM 1999 CE1 PHE A 245 8 .111 36 .094 90 .721 1, .00 18, .19 6 ATOM 2000 CE2 PHE A 245 9 .788 35 .507 89 .127 1. .00 19, .59 6 ATOM 2001 CZ PHE A 245 9, .257 36, .439 90, .015 1. .00 20, .86 6 ATOM 2002 N THR A 246 7. .457 32, .964 86, .332 1. .00 13, .88 7 ATOM 2003 CA THR A 246 7 .914 33, .765 85, .147 1. .00 12, .92 6 ATOM 2004 C THR A 246 6 .725 34, .265 84 .322 1. .00 9, .66 6 ATOM 2005 O THR A 246 6 .471 35, .411 84 .043 1, .00 11, .86 8 ATOM 2006 CB THR A 246 8 .840 32, .888 84 .303 1. .00 18, .73 6 ATOM 2007 OGl THR A 246 10 .005 32, .537 85 .091 1. .00 14, .92 8 ATOM 2008 CG2 THR A 246 9 .307 33, .704 83 .074 1. .00 18, .81 6 ATOM 2009 N ARG A 247 5 .796 33, .383 84 .079 1, .00 12, .73 7 ATOM 2010 CA ARG A 247 4 .532 33, .626 83 .444 1, .00 17, .39 6 ATOM 2011 C ARG A 247 3, .756 34. .764 84, .072 1. .00 19, .55 6 ATOM 2012 O ARG A 247 3, .361 35, .700 83, .384 1. .00 17, .62 8 ATOM 2013 CB ARG A 247 3. .709 32, .309 83, .590 1. .00 15, .50 6 ATOM 2014 CG ARG A 247 2, .457 32, .504 82 .725 1. .00 22, .20 6 ATOM 2015 CD ARG A 247 1 .449 31, .398 82 .962 1, .00 25, .17 6 ATOM 2016 NE ARG A 247 0 .951 31, .529 84 .344 1. .00 24, .49 7 ATOM 2017 CZ ARG A 247 0 .495 30 .539 85 .084 1, .00 29 .19 6 ATOM 2018 NHl ARG A 247 0 .442 29 .281 8 .679 1, .00 27 .83 7 ATOM 2019 NH2 ARG A 247 0 .116 30 .825 86 .338 1 .00 43 .27 7 ATOM 2020 N ASP A 248 3 .532 34 .712 85 .422 1 .00 19 .59 7 ATOM 2021 CA ASP A 248 2,.722 35..793 86..019 1.,00 17..00 6 ATOM 2022 C ASP A 248 3, .558 36. .996 86, .271 1. ,00 15. .85 6 ATOM 2023 O ASP A 248 3, .007 38. .103 86, .247 1. .00 19, .31 8 ATOM 2024 CB ASP A 248 2. .006 35 .325 87, .287 1. .00 22, .99 6 ATOM 2025 CG ASP A 248 1, .126 34, .143 86. . 996 1. ,00 24. .92 6 ATOM 2026 ODl ASP A 248 0. .595 33, .975 85. .867 1. ,00 34. .48 8 ATOM 2027 OD2 ASP A 248 0. .997 33, .283 87. .871 1. ,00 26. .88 8 ATOM 2028 N TRP A 249 4. .881 36, .900 86. .402 1. ,00 14. .97 7 ATOM 2029 CA TRP A 249 5. .636 38, .154 86. .525 1. ,00 15. .57 6 ATOM 2030 C TRP A 249 5. .437 39, .001 85. .260 1. ,00 17, .82 6 ATOM 2031 O TRP A 249 5. .272 40, .222 85. .230 1. ,00 17, .70 8 ATOM 2032 CB TRP A 249 7, .110 37, .767 86. .721 1. ,00 15, .81 6 ATOM 2033 CG TRP A 249 8. .030 38. ,925 86. .795 1. , 00 12. .74 6 ATOM 2034 CD1 TRP A 249 8, .260 39. .669 87. .926 1. ,00 21, .36 6 ATOM 2035 CD2 TRP A 249 8. .874 39, .499 85. .786 1. .00 23, .21 6 ATOM 2036 NEl TRP A 249 9. .177 40, .677 87. .677 1. .00 19, .21 7 ATOM 2037 CE2 TRP A 249 9, .555 40 .598 86, .353 1. .00 19, .38 6 ATOM 2038 CE3 TRP A 249 9 .075 39 .225 84, .427 1. .00 21 .80 6 ATOM 2039 CZ2 TRP A 249 10 .457 41 .403 85, .647 1. .00 18 .58 6 ATOM 2040 CZ3 TRP A 249 9. .946 40, .033 83. .699 1. ,00 21, .96 6 ATOM 2041 CH2 TRP A 249 10, .635 41, .099 84. .319 1. ,00 25, .93 6 ATOM 2042 N LEU A 250 5, .564 38, .362 84. .084 1. ,00 19, .80 7 ATOM 2043 CA LEU A 250 5, .504 39, .085 82. .783 1. ,00 18, .64 6 ATOM 2044 C LEU A 250 4, .123 39, .711 82. .615 1. .00 16, .90 6 ATOM 2045 O LEU A 250 4 .040 40, .899 82. .268 1. .00 21, .03 8 ATOM 2046 CB LEU A 250 5. .720 38 .052 81. .682 1. .00 20, .74 6 ATOM 2047 CG LEU A 250 6 .535 38 .290 80, .438 1. .00 36 .99 6 ATOM 2048 GDI LEU A 250 7, .712 39. .215 80. .654 1. ,00 30, .25 6 ATOM 2049 CD2 LEU A 250 6. .983 36, .903 79. .940 1. ,00 36, .20 6 ATOM 2050 N THR A 251 3, .090 38, .984 82. .947 1. ,00 16, .98 7 ATOM 2051 CA THR A 251 1. .733 39, .547 82, .859 1. ,00 21, .47 6 ATOM 2052 C THR A 251 1. .536 40 .765 83 .748 1. .00 25 .19 6 ATOM 2053 O THR A 251 1 .017 41 .836 83 .338 1, .00 24 .99 8 ATOM 2054 CB THR A 251 0, .710 38, .482 83, .236 1. .00 25, .31 6 ATOM 2055 OGl THR A 251 0 .819 37 .400 82, .317 1. .00 19. .58 8 ATOM 2056 CG2 THR A 251 -0. .704 39 .048 83, .064 1. .00 35, .15 6 ATOM 2057 N HIS A 252 2 .109 40, .616 84, .975 1. .00 25, .52 7 ATOM 2058 CA HIS A 252 2, .076 41, .706 85, .938 1. .00 26, .37 6 ATOM 2059 C HIS A 252 2, .714 42, .971 85, .388 1. .00 24, .27 6 ATOM 2060 0 HIS A 252 2, .183 44, .083 85, .511 1. .00 22, .81 8 ATOM 2061 CB HIS A 252 2, .821 41. .311 87. .262 1. ,00 30, .15 6 ATOM 2062 CG HIS A 252 2, .744 42, .478 88. .218 1. ,00 26. .03 6 ATOM 2063 ND1 HIS A 252 3, .699 43, .461 88. .309 1. ,00 23. .15 7 ATOM 2064 CD2 HIS A 252 1, .767 42, .804 89. .089 1. ,00 25. .20 6 ATOM 2065 CE1 HIS A 252 3, .343 44, .369 89. .189 1. ,00 23. .46 6 ATOM 2066 NE2 HIS A 252 2, .176 43, .970 89. .685 1. ,00 31. .78 7 ATOM 2067 N VAL A 253 3, .935 42, .813 84. .862 1. .00 22, .82 7 ATOM 2068 CA VAL A 253 4 .628 43, .984 84. .345 1. .00 23 , .83 6 ATOM 2069 C VAL A 253 3. .928 44. .549 83. ,089 1. ,00 25. .77 6 ATOM 2070 O VAL A 253 3. .866 45 .775 82, .954 1. .00 24. .97 8 ATOM 2071 CB VAL A 253 6 .097 43 .672 84, .050 1. .00 24 .83 6 ATOM 2072 CGI VAL A 253 6 .804 44 .884 83 .495 1. .00 20 .28 6 ATOM 2073 CG2 VAL A 253 6 .788 43 .156 85 .302 1, .00 31 .84 6 ATOM 2074 N ARG A 254 3 .387 43 .673 82 .241 1. .00 26 .27 7 ATOM 2075 CA ARG A 254 2 .661 44 .167 81 .068 1. .00 29 .21 6 ATOM 2076 C ARG A 254 1 .428 44 .949 81, .521 1, ,00 30 .40 6 ATOM 2077 O ARG A 254 1 .295 46 .102 81 .106 1. .00 31 .03 8 ATOM 2078 CB ARG A 254 2 .312 43 .037 80 .111 1, .00 30 .34 6 ATOM 2079 CG ARG A 254 3 .530 42 .557 79 .251 1, .00 20 .49 6 ATOM 2080 CD ARG A 254 3 .130 41 .213 78 .623 1 .00 18 .72 6 ATOM 2081 NE ARG A 254 4 .228 40 .726 77 .790 1 .00 21 .16 7 ATOM 2082 CZ ARG A 254 4 .369 39 .491 77, .347 1, .00 21 .93 6 ATOM 2083 NHl ARG A 254 3 .498 38 .564 77 .689 1. .00 19 .85 7 ATOM 2084 NH2 ARG A 254 5 .415 39 .197 76 .567 1, .00 24 .23 7 ATOM 2085 N ASN A 255 0 .576 44 .394 82 .369 1. .00 31 .01 7 ATOM 2086 CA ASN A 255 -0 .566 45 .115 82 .915 1, .00 31 .98 6 ATOM 2087 C ASN A 255 -0 .178 46 .372 83 .672 1. .00 33 .52 6 ATOM 2088 O ASN A 255 -0 .792 47 .422 83 .476 1 .00 33 .39 8 ATOM 2089 CB ASN A 255 -1 .418 44 .249 83 .838 1 .00 35 .19 6 ATOM 2090 CG ASN A 255 -1 .980 43 .048 83 .118 1 .00 43 .21 6 ATOM 2091 ODl ASN A 255 -1 .921 42 .986 81 .887 1 .00 59 .02 8 ATOM 2092 ND2 ASN A 255 -2 .520 42 .052 83 .792 1 .00 50 .05 7 ATOM 2093 N ALA A 256 0 .861 46 .351 84 .513 1 .00 34 .99 7 ATOM 2094 CA ALA A 256 1 .219 47 .546 85 .250 1. .00 36 .39 6 ATOM 2095 C ALA A 256 1..742 48.650 84.363 1..00 39,.16 6 ATOM 2096 O ALA A 256 1 .546 49 .803 84 .753 1 .00 39 .92 8 ATOM 2097 CB ALA A 256 2, .275 47, .346 86 .325 1. . 00 36, .68 6 ATOM 2098 N THR A 257 2, .486 48 .360 83 .303 1, .00 39. .44 7 ATOM 2099 CA THR A 257 3. .051 49 .482 82 .545 1. .00 40. .36 6 ATOM 2100 C THR A 257 2 .098 49 .887 81 .428 1 .00 40. .85 6 ATOM 2101 O THR A 257 2 .331 50 .920 80 .803 1 .00 42 .44 8 ATOM 2102 CB THR A 257 4, .397 49 .077 81 .893 1, .00 39, .97 6 ATOM 2103 OGl THR A 257 4. .124 47 .852 81 .178 1. .00 37, .26 8 ATOM 2104 CG2 THR A 257 5, .472 48 .822 82 .927 1 .00 34, .15 6 ATOM 2105 N GLY A 258 1 .130 49 .050 81 .085 1 .00 40 .80 7 ATOM 2106 CA GLY A 258 0 .263 49 .337 79 .965 1 .00 41 .62 6 ATOM 2107 C GLY A 258 0 .931 49 .107 78 .618 1. .00 43 .26 6 ATOM 2108 O GLY A 258 0. .382 49, .531 77. .591 1. .00 44. .58 8 ATOM 2109 N LYS A 259 2. .064 48, .436 78. .539 1. .00 43. .07 7 ATOM 2110 CA LYS A 259 2. .812 48, .174 77, .323 1. .00 42. .68 6 ATOM 2111 C LYS A 259 2, .834 46, .694 76, .956 1, .00 41. .44 6 ATOM 2112 O LYS A 259 2, .890 45 .847 77 .845 1, .00 41, .40 8 ATOM 2113 CB LYS A 259 4, .276 48 .563 77 .540 1. .00 48, .99 6 ATOM 2114 CG LYS A 259 4, .585 50, .028 77, .728 1. .00 52. .01 6 ATOM 2115 CD LYS A 259 5, .936 50, ,184 78, .421 1. .00 53. .13 6 ATOM 2116 CE LYS A 259 7, .023 50, .603 77, .455 1, .00 53. .64 6 ATOM 2117 NZ LYS A 259 8, .088 51, .407 78, .132 1. .00 54. .27 7 ATOM 2118 N GLU A 260 2, .914 46, .352 75, .682 1. .00 41. .04 7 ATOM 2119 CA GLU A 260 2, .959 44, .974 75, .194 1, .00 39. .46 6 ATOM 2120 C GLU A 260 4. .157 44. .136 75, .641 1. .00 35. .90 6 ATOM 2121 O GLU A 260 4. .059 42. .918 75, .735 1. .00 36. .93 8 ATOM 2122 CB GLU A 260 2. .927 45. .027 73, .650 1. .00 62. .65 6 ATOM 2123 CG GLU A 260 3, .452 43. .824 72, .907 1. .00 77, .65 6 ATOM 2124 CD GLU A 260 4. .228 44. .064 71 .627 1, .00 84. .79 6 ATOM 2125 OE1 GLU A 260 4. .274 45. .218 71 .142 1, .00 87. .14 8 ATOM 2126 OE2 GLU A 260 4. .814 43, .082 71, .092 1. .00 81. .45 8 ATOM 2127 N MET A 261 5, .306 44, .722 75, .855 1, .00 32. .24 7 ATOM 2128 CA MET A 261 6. .527 44, .101 76, .247 1. .00 29. .42 6 ATOM 2129 C MET A 261 6, .721 42, .716 75 .616 1, .00 27. .28 6 ATOM 2130 O MET A 261 6, .291 41 .663 76 .054 1. .00 28, .96 8 ATOM 2131 CB MET A 261 6, .747 44, .016 77, .743 1. .00 27. .19 6 ATOM 2132 CG MET A 261 6, .436 45, .227 78, .605 1. .00 31. .84 6 ATOM 2133 SD MET A 261 7. .576 46, .582 78, .418 1. .00 42. .23 16 ATOM 2134 CE MET A 261 9, .138 45, .895 78 .957 1, .00 31, .14 6 ATOM 2135 N PHE A 262 7, .510 42 .703 74 .566 1. .00 24, .48 7 ATOM 2136 CA PHE A 262 7 .943 41 .467 73 .921 1. .00 22, .71 6 ATOM 2137 C PHE A 262 8. .924 40. .804 74, .917 1, .00 19, .54 6 ATOM 2138 O PHE A 262 9, .719 41. .573 75 .440 1. .00 21, .34 8 ATOM 2139 CB PHE A 262 8, .837 41 .850 72 .694 1, .00 12, .70 6 ATOM 2140 CG PHE A 262 9 .496 40 .626 72 .136 1, .00 12, .10 6 ATOM 2141 CD1 PHE A 262 8 .740 39 .641 71 .535 1 .00 18, .73 6 ATOM 2142 CD2 PHE A 262 10 .846 40 .436 72 .243 1 .00 10, .21 6 ATOM 2143 CE1 PHE A 262 9, .330 38, .481 71, .012 1. .00 15, .61 6 ATOM 2144 CE2 PHE A 262 11, .454 39, .326 71 .738 1. .00 12, .87 6 ATOM 2145 CZ PHE A 262 10, .691 38, .352 71 .125 1. .00 11, .25 6 ATOM 2146 N ALA A 263 8 .997 39 .482 74 .973 1, .00 19. .06 7 ATOM 2147 CA ALA A 263 10 .069 38 .925 75 .791 1 .00 18, .90 6 ATOM 2148 C ALA A 263 10 .522 37 .600 75 .167 1 .00 14, .30 6 ATOM 2149 O ALA A 263 9, .720 36, .809 74 .716 1. .00 16, .72 8 ATOM 2150 CB ALA A 263 9, .538 38, .600 77 .231 1, .00 16, .61 6 ATOM 2151 N VAL A 264 11, .809 37, .352 75 .318 1. .00 14, .17 7 ATOM 2152 CA VAL A 264 12 .291 36 .027 74 .899 1 .00 13, .57 6 ATOM 2153 C VAL A 264 13 .018 35 .448 76 .120 1 .00 12, .86 6 ATOM 2154 O VAL A 264 13 .840 36 .092 76 .773 1 .00 12 .22 8 ATOM 2155 CB VAL A 264 13, .259 36, .200 73 .695 1, .00 7. .10 6 ATOM 2156 CGI VAL A 264 14 .352 37 .209 73 .955 1 .00 4, .19 6 ATOM 2157 CG2 VAL A 264 13 .796 34 .868 73 .266 1 .00 4 .85 6 ATOM 2158 N ALA A 265 12 .840 34 .168 76 .346 1. .00 12 .26 7 ATOM 2159 CA ALA A 265 13 .451 33 .519 77 .500 1 .00 13 .87 6 ATOM 2160 C ALA A 265 14 .544 32 .577 77 .071 1 .00 13 .85 6 ATOM 2161 O ALA A 265 14, .370 31, .837 76, .071 1. .00 14, .15 8 ATOM 2162 CB ALA A 265 12, .349 32, .652 78 .180 1, .00 9, .68 6 ATOM 2163 N GLU A 266 15 .639 32, .607 77 .821 1 .00 10, .52 7 ATOM 2164 CA GLU A 266 16 .711 31 .664 77 .669 1 .00 6 .70 6 ATOM 2165 C GLU A 266 16 .463 30 .382 78 .430 1 .00 14 .18 6 ATOM 2166 O GLU A 266 16, .733 30, .218 79 .665 1. .00 12, .91 8 ATOM 2167 CB GLU A 266 18 .058 32 .279 78 ,038 1. .00 6, .87 6 ATOM 2168 CG GLU A 266 19 .243 31 .294 77 .841 1 .00 10 .70 6 ATOM 2169 CD GLU A 266 20.193 31.,084 79.001 1.00 28.,43 6 ATOM 2170 OE1 GLU A 266 19. 858 31. ,387 80. 192 1. 00 24. ,40 8 ATOM 2171 OE2 GLU A 266 21. ,365 30. ,604 78. 811 1. 00 16. .24 8 ATOM 2172 N PHE A 267 15, ,916 29. ,380 77. ,736 1. ,00 13. ,24 7 ATOM 2173 CA PHE A 267 15. ,792 28. ,055 78. ,292 1. ,00 11. ,67 6 ATOM 2174 C PHE A 267 16. ,843 27. .158 77. ,636 1. ,00 14. .76 6 ATOM 2175 O PHE A 267 16. 573 26. ,528 76. 597 1. 00 15. ,16 8 ATOM 2176 CB PHE A 267 14. ,383 27. ,547 78. 026 1. .00 13. ,42 6 ATOM 2177 CG PHE A 267 14. ,035 26. ,272 78. .734 1. ,00 13. ,78 6 ATOM 2178 CD1 PHE A 267 14. .609 25. ,058 78. ,433 1. ,00 9. .97 6 ATOM 2179 CD2 PHE A 267 13. .051 26. .337 79. ,737 1. ,00 8. .86 6 ATOM 2180 CE1 PHE A 267 14. ,232 23. .901 79. ,124 1. ,00 21. .47 6 ATOM 2181 CE2 PHE A 267 12. .702 25. .188 80. ,435 1. ,00 10, .17 6 ATOM 2182 CZ PHE A 267 13. ,271 23. ,954 80. ,167 1. ,00 7. .77 6 ATOM 2183 N TRP A 268 18. 024 27. ,031 78. 178 1. 00 11. ,88 7 ATOM 2184 CA TRP A 268 19. ,092 26. ,287 77. ,557 1. .00 13. .36 6 ATOM 2185 C TRP A 268 19, ,051 24. ,789 77. ,661 1. ,00 16. .10 6 ATOM 2186 O TRP A 268 19. ,582 24. .124 78. ,545 1. ,00 18. .52 8 ATOM 2187 CB TRP A 268 20, .484 26. .773 77. .869 1. ,00 7, .98 6 ATOM 2188 CG TRP A 268 21, .559 26, .333 76. .900 1. .00 11. .23 6 ATOM 2189 GDI TRP A 268 22. .226 25, .165 76, .785 1, .00 14. .63 6 ATOM 2190 CD2 TRP A 268 22. ,016 27. .154 75. ,816 1. ,00 13. .22 6 ATOM 2191 NEl TRP A 268 23. .116 25, .210 75. ,736 1. ,00 12. .62 7 ATOM 2192 CE2 TRP A 268 22. .988 26, .427 75. .134 1. .00 14. .70 6 ATOM 2193 CE3 TRP A 268 21. .658 28. .452 75. .390 1. .00 17, .12 6 ATOM 2194 CZ2 TRP A 268 23. .644 26. .942 74. .005 1, .00 18, .35 6 ATOM 2195 CZ3 TRP A 268 22. .311 28 .963 74, .259 1, .00 19 .48 6 ATOM 2196 CH2 TRP A 268 23. .317 28 .208 73. .619 1, .00 8 .78 6 ATOM 2197 N LYS A 269 18 .447 24 .173 76. .643 1, .00 16 .93 7 ATOM 2198 CA LYS A 269 18. .410 22, .732 76, .582 1. .00 15. .46 6 ATOM 2199 C LYS A 269 18, .213 22, .360 75, .088 1. .00 15. .49 6 ATOM 2200 O LYS A 269 17. .316 22, .923 74. .471 1. ,00 12. .29 8 ATOM 2201 CB LYS A 269 17. .182 22. .267 77. .362 1. ,00 14. .40 6 ATOM 2202 CG LYS A 269 17. .499 20. .809 77. .692 1. ,00 18. .39 6 ATOM 2203 CD LYS A 269 16, .292 20. .205 78. .426 1. .00 27, .57 6 ATOM 2204 CE LYS A 269 17, .007 19, .267 79. .381 1. .00 35, .05 6 ATOM 2205 NZ LYS A 269 17, .031 17, .880 78. .885 1. .00 41, .79 7 ATOM 2206 N ASN A 270 18, .983 21, .413 74, .623 1. .00 15, .03 7 ATOM 2207 CA ASN A 270 18. .845 20, .988 73. .226 1. .00 15, .62 6 ATOM 2208 C ASN A 270 17. .758 19, .943 73. .144 1. .00 14, .07 6 ATOM 2209 O ASN A 270 18, .024 18, .769 72. .933 1. .00 13 , .60 8 ATOM 2210 CB ASN A 270 20, .181 20 .434 72. .746 1. .00 14 .33 6 ATOM 2211 CG ASN A 270 20, .143 20 .084 71. .245 1. .00 23 .70 6 ATOM 2212 ODl ASN A 270 19 .220 20 .565 70, .577 1. .00 17 .65 8 ATOM 2213 ND2 ASN A 270 21 .079 19 .263 70 .787 1. .00 10 .70 7 ATOM 2214 N ASP A 271 16 .511 20 .338 73 .307 1 .00 16 .99 7 ATOM 2215 CA ASP A 271 15, .453 19 .319 73 .432 1, .00 18 .25 6 ATOM 2216 C ASP A 271 14 .144 20 .076 73 .255 1. .00 19 .23 6 ATOM 2217 O ASP A 271 13 .662 20 .828 74 .109 1. .00 18 .38 8 ATOM 2218 CB ASP A 271 15 .525 18 .727 74, .853 1, .00 26 .80 6 ATOM 2219 CG ASP A 271 14 .461 17 .665 75 .102 1. .00 39 .25 6 ATOM 2220 ODl ASP A 271 13 .251 17 .922 75 .022 1 .00 39 .03 8 ATOM 2221 OD2 ASP A 271 14 .814 16 .512 75 .402 1 .00 53 .52 8 ATOM 2222 N LEU A 272 13 .528 19 .745 72, .113 1, .00 16 .74 7 ATOM 2223 CA LEU A 272 12 .307 20 .447 71 .735 1. .00 17 .19 6 ATOM 2224 C LEU A 272 11 .143 20 .097 72 .672 1. .00 13 .55 6 ATOM 2225 O LEU A 272 10 .339 20 .973 72 .944 1 .00 12 .34 8 ATOM 2226 CB LEU A 272 12 .023 20 .131 70 .241 1 .00 14 .98 6 ATOM 2227 CG LEU A 272 10 .672 20 .700 69 .831 1. .00 13 .62 6 ATOM 2228 CD1 LEU A 272 10 .649 22 .196 69 .942 1 .00 16 .93 6 ATOM 2229 CD2 LEU A 272 10 .343 20 .272 68 .393 1 .00 27 .80 6 ATOM 2230 N GLY A 273 11 .102 18 .845 73 .111 1 .00 13 .14 7 ATOM 2231 CA GLY A 273 10 .087 18 .437 74 .095 1 .00 17 .42 6 ATOM 2232 C GLY A 273 10 .111 19 .307 75 .393 1 .00 16 .23 6 ATOM 2233 O GLY A 273 9 .098 19 .859 75 .857 1 .00 13 .91 8 ATOM 2234 N ALA A 274 11 .308 19 .525 75 .958 1 .00 15 .44 7 ATOM 2235 CA ALA A 274 11 .404 20 .360 77 .165 1 .00 14 .48 6 ATOM 2236 C ALA A 274 10 .928 21 .766 76 .900 1 .00 16 .65 6 ATOM 2237 O ALA A 274 10 .285 22 .449 77 .719 1 .00 13 .98 8 ATOM 2238 CB ALA A 274 12 .880 20 .359 77 .568 1 .00 10 .97 6 ATOM 2239 N LEU A 275 11 .280 22 .296 75 .666 1. .00 14 .39 7 ATOM 2240 CA LEU A 275 10 .893 23 .652 75 .329 1 .00 10 .53 6 ATOM 2241 C LEU A 275 9 .398 23 .814 75 .156 1 .00 11 .28 6 ATOM 2242 O LEU A 275 8 .797 24 .824 75 .571 1 .00 11 .68 8 ATOM 2243 CB LEU A 275 11..657 24,.168 74..087 1..00 15..03 6 ATOM 2244 CG LEU A 275 13. .161 24, .299 74. .333 1. .00 21. .33 6 ATOM 2245 CD1 LEU A 275 14. .000 24 .218 73. .048 1. .00 20. .57 6 ATOM 2246 CD2 LEU A 275 13. .353 25 .663 74. .996 1. .00 13. .26 6 ATOM 2247 N GLU A 276 8. .752 22 .794 74, .582 1. .00 10, .24 7 ATOM 2248 CA GLU A 276 7. .289 22 .892 74, .457 1. .00 12, .93 6 ATOM 2249 C GLU A 276 6. ,595 22, .784 75. .843 1. .00 14. .28 6 ATOM 2250 O GLU A 276 5. .521 23, .356 76. .036 1. .00 15. .27 8 ATOM 2251 CB GLU A 276 6. .761 21, .730 73. .572 1. .00 13. .24 6 ATOM 2252 CG GLU A 276 7, .260 21, .889 72. .130 1. .00 34. .25 6 ATOM 2253 CD GLU A 276 6. .825 20, .834 71. ,145 1. .00 39. .49 6 ATOM 2254 OE1 GLU A 276 6. .737 19, .619 71. .394 1. .00 36. .50 8 ATOM 2255 OE2 GLU A 276 6. .546 21, .221 69. .992 1. .00 45. .71 8 ATOM 2256 N ASN A 277 7. .169 21, .984 76. .749 1. .00 14. .65 7 ATOM 2257 CA ASN A 277 6. .571 21, .916 78. .128 1. .00 12. .73 6 ATOM 2258 C ASN A 277 6. .602 23, .281 78. .737 1. .00 10, .71 6 ATOM 2259 O ASN A 277 5, .607 23 .931 79. .099 1. .00 13, .72 8 ATOM 2260 CB ASN A 277 7. .313 20 .778 78. .849 1, .00 15, .75 6 ATOM 2261 CG ASN A 277 6, .865 20 .857 80, .335 1, .00 26, .77 6 ATOM 2262 ODl ASN A 277 5, .702 20 .667 80, .586 1, .00 15, .27 8 ATOM 2263 ND2 ASN A 277 7. .699 21 .168 81, .300 1. .00 10, .18 7 ATOM 2264 N TYR A 278 7. .743 23, .963 78. .681 1. .00 11, .83 7 ATOM 2265 CA TYR A 278 7. .915 25, .320 79. .150 1. .00 12, .29 6 ATOM 2266 C TYR A 278 6. .889 26, .262 78. .575 1, .00 14, .54 6 ATOM 2267 O TYR A 278 6. .217 27 .109 79, .227 1. .00 13 , .66 8 ATOM 2268 CB TYR A 278 9. .369 25 .831 78, .890 1, .00 9, .85 6 ATOM 2269 CG TYR A 278 9. .561 27 .264 79, .336 1. .00 11, .93 6 ATOM 2270 CD1 TYR A 278 9, .700 27 .581 80 .725 1 .00 12 .91 6 ATOM 2271 CD2 TYR A 278 9, .590 28 .306 78 .440 1 .00 10 .42 6 ATOM 2272 CE1 TYR A 278 9, .854 28 .897 81. .123 1, .00 11, .06 6 ATOM 2273 CE2 TYR A 278 9, .690 29 .636 78, .833 1, .00 10. .81 6 ATOM 2274 CZ TYR A 278 9. .864 29 .912 80, .198 1, .00 13, .63 6 ATOM 2275 OH TYR A 278 9, .989 31 .239 80, .563 1, .00 13, .37 8 ATOM 2276 N LEU A 279 6, .749 26 .175 77, .201 1. .00 15, .84 7 ATOM 2277 CA LEU A 279 5, .837 27 .144 76, .541 1, .00 12, .10 6 ATOM 2278 C LEU A 279 4, .398 26 .841 76, .957 1, .00 10, .12 6 ATOM 2279 O LEU A 279 3, .590 27 .755 77, .102 1. .00 13, .43 8 ATOM 2280 CB LEU A 279 5 .957 26 .966 75 .033 1. .00 27, .35 6 ATOM 2281 CG LEU A 279 6, .798 27, .756 74. .077 1. .00 19. .86 6 ATOM 2282 CD1 LEU A 279 7, .360 29, .080 74. .426 1, .00 14. .50 6 ATOM 2283 CD2 LEU A 279 7, .884 26, .930 73. .416 1. .00 19. .52 6 ATOM 2284 N ASN A 280 4, .056 25, .581 77, .114 1. .00 12, .52 7 ATOM 2285 CA ASN A 280 2, .674 25, .297 77, .551 1. .00 16, .58 6 ATOM 2286 C ASN A 280 2, .448 25 .814 78, .985 1. .00 18, .62 6 ATOM 2287 O ASN A 280 1. .569 26 .632 79, .240 1. .00 19, .40 8 ATOM 2288 CB ASN A 280 2. .527 23, .766 77. .511 1. .00 17. .54 6 ATOM 2289 CG ASN A 280 2. .154 23, .278 76. .119 1. .00 30. .66 6 ATOM 2290 ODl ASN A 280 2. .550 22, .183 75. .708 1. .00 34. .93 8 ATOM 2291 ND2 ASN A 280 1. .390 24, .095 75. .409 1. .00 33. .44 7 ATOM 2292 N LYS A 281 3. .394 25, .467 79. .887 1. .00 18. .75 7 ATOM 2293 CA LYS A 281 3. .305 25, .918 81. .293 1. .00 17. .49 6 ATOM 2294 C LYS A 281 3, .343 27, .395 81, .418 1. .00 16, .48 6 ATOM 2295 O LYS A 281 2, .771 27 .964 82, .380 1, .00 20, .69 8 ATOM 2296 CB LYS A 281 4. .433 25, .289 82, .127 1. .00 13. .25 6 ATOM 2297 CG LYS A 281 4. .497 23, .774 82, .206 1. .00 13. .95 6 ATOM 2298 CD LYS A 281 3. .243 23, .306 82, .907 1. .00 17, .14 6 ATOM 2299 CE LYS A 281 2, .970 21 .830 82, .684 1, .00 7. .97 6 ATOM 2300 NZ LYS A 281 4, .215 21 .104 83, .039 1. .00 13, .19 7 ATOM 2301 N THR A 282 3. .902 28 .186 80, .512 1. .00 16, .82 7 ATOM 2302 CA THR A 282 3 .872 29 .638 80 .592 1 .00 13 .27 6 ATOM 2303 C THR A 282 2. .761 30 .179 79 .680 1 .00 13 .92 6 ATOM 2304 O THR A 282 2, .734 31. .369 79, .367 1. .00 13, .05 8 ATOM 2305 CB THR A 282 5. .199 30 .321 80, .271 1, .00 25, .12 6 ATOM 2306 OGl THR A 282 5, .667 29 .872 78, .968 1. .00 20, .09 8 ATOM 2307 CG2 THR A 282 6. .215 29 .936 81, .369 1, .00 17, .02 6 ATOM 2308 N ASN A 283 1 .899 29 .294 79 .218 1. .00 14, .25 7 ATOM 2309 CA ASN A 283 0 .798 29 .771 78 .374 1 .00 19 .43 6 ATOM 2310 C ASN A 283 1 .131 30 .541 77 .089 1 .00 20 .89 6 ATOM 2311 O ASN A 283 0 .380 31 .442 76 .680 1 .00 19 .32 8 ATOM 2312 CB ASN A 283 -0. .077 30 .671 79 .255 1 .00 29 .96 6 ATOM 2313 CG ASN A 283 -0. .989 29 .957 80 .214 1. .00 49 .27 6 ATOM 2314 ODl ASN A 283 -2 .037 30 .523 80 .557 1 .00 63 .24 8 ATOM 2315 ND2 ASN A 283 -0 .657 28 .762 80 .704 1 .00 57 .30 7 ATOM 2316 N TRP A 284 2 .209 30 .262 76 .387 1 .00 19 .27 7 ATOM 2317 CA TRP A 284 2..582 30.844 75,.117 1..00 21.66 6 ATOM 2318 C TRP A 284 2. .641 32. .329 75, .187 1. .00 21, .59 6 ATOM 2319 O TRP A 284 2. .435 32, .954 74, .157 1. .00 23 .14 8 ATOM 2320 CB TRP A 284 1. .556 30 .421 73, .978 1. .00 15 .89 6 ATOM 2321 CG TRP A 284 1, .629 28 .927 73, .876 1. .00 17 .98 6 ATOM 2322 CD1 TRP A 284 0. .841 28, .047 74, .594 1. .00 3 .38 6 ATOM 2323 CD2 TRP A 284 2. .516 28, .115 73, .125 1. .00 21 .72 6 ATOM 2324 NEl TRP A 284 1. .202 26, .742 74, .328 1. .00 22 .08 7 ATOM 2325 CE2 TRP A 284 2, .216 26 .766 73, .416 1. .00 17 .99 6 ATOM 2326 CE3 TRP A 284 3. .547 28 .397 72 .221 1, .00 23 .27 6 ATOM 2327 CZ2 TRP A 284 2. .905 25, .687 72. .839 1. .00 21 .96 6 ATOM 2328 CZ3 TRP A 284 4. .225 27, .313 71, .658 1, .00 27 .52 6 ATOM 2329 CH2 TRP A 284 3. .917 25 .987 71, .965 1, .00 25 .63 6 ATOM 2330 N ASN A 285 2. .958 32, .939 76. .338 1. .00 20, .45 7 ATOM 2331 CA ASN A 285 2. .889 34, .381 76. .427 1. .00 14 .22 6 ATOM 2332 C ASN A 285 4, .222 35, .004 76. .135 1. .00 13 .71 6 ATOM 2333 O ASN A 285 4, .360 36, .215 76. .292 1, .00 16 .62 8 ATOM 2334 CB ASN A 285 2. .266 34, .837 77. .754 1. .00 23 , .77 6 ATOM 2335 CG ASN A 285 3. .180 34. .903 78. .970 1. .00 27 .16 6 ATOM 2336 ODl ASN A 285 4. .369 34, .524 78. .933 1. .00 16 .54 8 ATOM 2337 ND2 ASN A 285 2. .672 35, .424 80. ■ 111 1. .00 21 .01 7 ATOM 2338 N HIS A 286 5. .253 34, .220 75, .778 1. .00 15 .57 7 ATOM 2339 CA HIS A 286 6. .501 34. .895 75. .381 1. ,00 12, .65 6 ATOM 2340 C HIS A 286 7. .300 33. .916 74. ,506 1. ,00 11, .98 6 ATOM 2341 O HIS A 286 6. .854 32. .804 74. .345 1. ,00 14, .13 8 ATOM 2342 CB HIS A 286 7. .264 35, .443 76. .587 1. .00 19 .68 6 ATOM 2343 CG HIS A 286 7. .742 34, .382 77. .537 1. .00 17, .05 6 ATOM 2344 ND1 HIS A 286 6. .887 33, .754 78, .456 1. .00 16 .46 7 ATOM 2345 CD2 HIS A 286 8. .948 33, .817 77, .703 1. .00 18 .10 6 ATOM 2346 CE1 HIS A 286 7. .630 32, .868 79. .117 1. .00 17, .83 6 ATOM 2347 NE2 HIS A 286 8, .870 32, .870 78. .693 1. .00 17 .71 7 ATOM 2348 N SER A 287 8. .426 34, .322 73. .915 1. .00 12 .20 7 ATOM 2349 CA SER A 287 9. .164 33, .385 73. .059 1. .00 14 .12 6 ATOM 2350 C SER A 287 10. .374 32. ,782 73. .741 1. .00 14, .82 6 ATOM 2351 O SER A 287 10, .774 33, ,248 74. .825 1. .00 17, .15 8 ATOM 2352 CB SER A 287 9, .754 34, .254 71. .893 1. .00 16 .58 6 ATOM 2353 OG SER A 287 8, .684 34, .771 71. .102 1. .00 17 .00 8 ATOM 2354 N VAL A 288 11, .054 31, .840 73, .121 1. .00 12 .79 7 ATOM 2355 CA VAL A 288 12, .250 31, .203 73, .563 1. .00 14 .52 6 ATOM 2356 C VAL A 288 13 , .371 31, .262 72, .497 1. .00 16 .11 6 ATOM 2357 O VAL A 288 13, .084 31, .296 71, .293 1. .00 14 .78 8 ATOM 2358 CB VAL A 288 12, .044 29, .731 73. .950 1. .00 13, .45 6 ATOM 2359 CGI VAL A 288 11, .129 29, .540 75. .214 1. ,00 8 .20 6 ATOM 2360 CG2 VAL A 288 11. .456 28, .913 72. .829 1. .00 13 .24 6 ATOM 2361 N PHE A 289 14, .620 31, .197 72. .912 1. .00 11 .88 7 ATOM 2362 CA PHE A 289 15. .732 31. .147 71. .988 1. ,00 14, .18 6 ATOM 2363 C PHE A 289 15. .709 29, .767 71. .359 1. ,00 13, .88 6 ATOM 2364 O PHE A 289 15. .346 28, .776 72. .043 1. ,00 9 .88 8 ATOM 2365 CB PHE A 289 17. .087 31, .415 72. .599 1. ,00 9 .88 6 ATOM 2366 CG PHE A 289 17, .309 32, .868 72, .865 1. .00 13 .13 6 ATOM 2367 CD1 PHE A 289 17. .630 33. .713 71. .811 1. ,00 10, .95 6 ATOM 2368 CD2 PHE A 289 17, .268 33, .384 74. .167 1. ,00 18, .20 6 ATOM 2369 CE1 PHE A 289 17, .900 35, .050 72. .049 1. .00 17, .86 6 ATOM 2370 CE2 PHE A 289 17 .561 34 .726 74 .383 1, .00 16 .59 6 ATOM 2371 CZ PHE A 289 17, .877 35, .587 73. .336 1. .00 16 .81 6 ATOM 2372 N ASP A 290 16, .003 29, .722 70. .036 1, .00 11 .93 7 ATOM 2373 CA ASP A 290 15 .918 28 .405 69, .381 1, .00 10 .84 6 ATOM 2374 C ASP A 290 17, .241 27, .703 69. .580 1. .00 13 .22 6 ATOM 2375 O ASP A 290 18, .127 27. .521 68. .720 1. .00 11 .57 8 ATOM 2376 CB ASP A 290 15, .592 28, .596 67, .882 1. .00 17 .74 6 ATOM 2377 CG ASP A 290 15, .165 27 .305 67, .203 1. .00 8 .50 6 ATOM 2378 ODl ASP A 290 15, .413 26, .178 67, .665 1. . 00 10 .35 8 ATOM 2379 OD2 ASP A 290 14, .479 27, .377 66, .115 1. .00 14 .66 8 ATOM 2380 N VAL A 291 17, .338 26, .969 70, .722 1. .00 11 .25 7 ATOM 2381 CA VAL A 291 18 .561 26 .296 71, .086 1. .00 5 .98 6 ATOM 2382 C VAL A 291 18 .871 25 .107 70 .214 1, .00 6 .18 6 ATOM 2383 O VAL A 291 20, .044 24, .846 69, .880 1, .00 7 .63 8 ATOM 2384 CB VAL A 291 18 .627 26 .021 72 .658 1. .00 11 .65 6 ATOM 2385 CGI VAL A 291 19 .839 25 .216 7 .998 1, .00 9 .12 6 ATOM 2386 CG2 VAL A 291 18 .797 27 .390 73 .361 1. .00 5 .15 6 ATOM 2387 N PRO A 292 17 . 960 24, .206 69 . .956 1. . 00 6 .90 7 ATOM 2388 CA PRO A 292 18 .131 23 .122 68 .992 1. .00 8 .93 6 ATOM 2389 C PRO A 292 18 .692 23 .624 67 .645 1, .00 7 .94 6 ATOM 2390 O PRO A 292 19, .613 22, .995 67, .165 1. .00 11 .81 8 ATOM 2391 CB PRO A 292 16..749 22,.501 68,.809 1..00 9,.92 6 ATOM 2392 CG PRO A 292 16. .058 22, .934 70, .114 1. .00 8, .69 6 ATOM 2393 CD PRO A 292 16. .537 24, .373 70. .327 1. . 00 7. .60 6 ATOM 2394 N LEU A 293 18. .247 24, .714 67, .062 1. .00 10. .68 7 ATOM 2395 CA LEU A 293 18. .737 25, .213 65, .763 1. .00 11. .10 6 ATOM 2396 C LEU A 293 20. .192 25, .650 65, .885 1. .00 12. .31 6 ATOM 2397 O LEU A 293 21. .080 25, .293 65, .104 1, .00 13. .69 8 ATOM 2398 CB LEU A 293 17. .883 26. .394 65. ,252 1. .00 8. ,55 6 ATOM 2399 CG LEU A 293 18. .529 27. ,085 64. .005 1. .00 8. ,91 6 ATOM 2400 CD1 LEU A 293 18. .547 26. .028 62. .889 1. .00 14. .47 6 ATOM 2401 CD2 LEU A 293 17. .697 28. .283 63. .570 1. .00 6. .40 6 ATOM 2402 N HIS A 294 20. .584 26. .306 66. .998 1. .00 10. .78 7 ATOM 2403 CA HIS A 294 21. .999 26. .615 67. .259 1. .00 8. .98 6 ATOM 2404 C HIS A 294 22. .834 25, .349 67, .238 1, .00 8. .37 6 ATOM 2405 O HIS A 294 23 , .918 25 .401 66, .617 1. .00 10, .24 8 ATOM 2406 CB HIS A 294 22. .216 27 .414 68 .575 1 .00 14 .04 6 ATOM 2407 CG HIS A 294 23 .648 27 .309 69 .026 1 .00 9 .37 6 ATOM 2408 ND1 HIS A 294 24 .571 28 .222 68 .589 1 .00 10 .24 7 ATOM 2409 CD2 HIS A 294 24 .315 26 .446 69 .840 1 .00 10 .07 6 ATOM 2410 CE1 HIS A 294 25. .764 27 .943 69 .105 1, .00 11, .91 6 ATOM 2411 NE2 HIS A 294 25. .671 26 .832 69 .818 1 .00 8, .31 7 ATOM 2412 N TYR A 295 22 .438 24 .229 67 .818 1 .00 7 .59 7 ATOM 2413 CA TYR A 295 23 .272 23 .041 67 .767 1. .00 10 .71 6 ATOM 2414 C TYR A 295 23 .301 22 .399 66 .331 1. .00 12 .73 6 ATOM 2415 O TYR A 295 24 .343 21 .839 65 .992 1 .00 11 .33 8 ATOM 2416 CB TYR A 295 22, .815 21 .988 68 .830 1, .00 12, .97 6 ATOM 2417 CG TYR A 295 23 .371 22 .374 70 .208 1 .00 16, .51 6 ATOM 2418 CD1 TYR A 295 24 .687 22 .187 70 .543 1 .00 15, .81 6 ATOM 2419 CD2 TYR A 295 22 .540 22 .989 71 .154 1. .00 18 .65 6 ATOM 2420 CE1 TYR A 295 25 .220 22 .604 71 .752 1, .00 17 .42 6 ATOM 2421 CE2 TYR A 295 23 .019 23 .388 72 .373 1, .00 19 .62 6 ATOM 2422 CZ TYR A 295 24, .355 23, .197 72, .675 1, .00 22, .11 6 ATOM 2423 OH TYR A 295 24, .804 23, .591 73, .924 1, .00 21, .14 8 ATOM 2424 N ASN A 296 22, .173 22, .434 65, .605 1, .00 8, .29 7 ATOM 2425 CA ASN A 296 22, .141 21, .907 64, .219 1, .00 10, .41 6 ATOM 2426 C ASN A 296 23, .189 22, .685 63, .414 1, .00 6, .38 6 ATOM 2427 O ASN A 296 24. .030 22, .072 62. .803 1. .00 7. .68 8 ATOM 2428 CB ASN A 296 20. .748 22, .243 63. .617 1. .00 7. .49 6 ATOM 2429 CG ASN A 296 19. .773 21. .165 63. .988 1. .00 9. .99 6 ATOM 2430 ODl ASN A 296 20. .061 20. .282 64, .830 1. .00 12. .42 8 ATOM 2431 ND2 ASN A 296 18. .578 21, .090 63, .424 1. .00 13. .13 7 ATOM 2432 N LEU A 297 23. .235 23, .991 63, .539 1. .00 6. .28 7 ATOM 2433 CA LEU A 297 24. .228 24, .816 62. ,913 1. .00 7. .26 6 ATOM 2434 C LEU A 297 25. .651 24, .549 63. .305 1. .00 12. .65 6 ATOM 2435 O LEU A 297 26. .574 24, .474 62. .450 1. .00 11. .73 8 ATOM 2436 CB LEU A 297 23. .906 26, .290 63. .098 1. .00 3. .62 6 ATOM 2437 CG LEU A 297 22, .496 26, .762 62, .637 1. .00 13. .98 6 ATOM 2438 CD1 LEU A 297 22, .357 28 .272 62, .977 1, .00 5. .32 6 ATOM 2439 CD2 LEU A 297 22. .424 26, .576 61, .117 1. .00 10. .90 6 ATOM 2440 N TYR A 298 25. .892 24, .420 64, .642 1. .00 9. .91 7 ATOM 2441 CA TYR A 298 27. .252 24, .121 65, .117 1, .00 8, .20 6 ATOM 2442 C TYR A 298 27, .660 22 .763 64, .599 1. .00 6, .55 6 ATOM 2443 O TYR A 298 28, .803 22 .585 64, .123 1. .00 9. .41 8 ATOM 2444 CB TYR A 298 27 .099 24 .033 66 .689 1 .00 9. .28 6 ATOM 2445 CG TYR A 298 28, .271 23. .362 67, .349 1. .00 8. .40 6 ATOM 2446 CD1 TYR A 298 29, .502 23. .971 67, .360 1, .00 8. .56 6 ATOM 2447 CD2 TYR A 298 28, .121 22 .138 67. .959 1. .00 12, .60 6 ATOM 2448 CE1 TYR A 298 30, .595 23 .359 68, .011 1, .00 11, .66 6 ATOM 2449 CE2 TYR A 298 29 .186 21 .534 68, .612 1. .00 12, .63 6 ATOM 2450 CZ TYR A 298 30 .390 22 .159 68, .624 1, .00 12, .14 6 ATOM 2451 OH TYR A 298 31, .461 21, .534 69 . .222 1. .00 18. .26 8 ATOM 2452 N ASN A 299 26, .803 21, .744 64, .652 1. .00 6. .95 7 ATOM 2453 CA ASN A 299 27, .263 20, .456 64. .134 1. .00 9. .55 6 ATOM 2454 C ASN A 299 27, .468 20, .453 62, .571 1, .00 13, .82 6 ATOM 2455 O ASN A 299 28, .443 19 .870 62, .073 1. .00 11, .91 8 ATOM 2456 CB ASN A 299 26, .080 19, ,553 64. .517 1. .00 12. .01 6 ATOM 2457 CG ASN A 299 26 .192 19 .058 65 .973 1 .00 18. .94 6 ATOM 2458 ODl ASN A 299 27 .318 18 .757 66 .382 1 .00 13 .12 8 ATOM 2459 ND2 ASN A 299 25 .118 18 .927 66 .739 1 .00 11 .91 7 ATOM 2460 N ALA A 300 26 .608 21 .178 61 .829 1 .00 10 .90 7 ATOM 2461 CA ALA A 300 26 .728 21 .193 60 .341 1 .00 13 .38 6 ATOM 2462 C ALA A 300 28 .063 21 .837 60 .015 1. .00 11 .55 6 ATOM 2463 O ALA A 300 28 .877 21 .283 59 .284 1 .00 9 .92 8 ATOM 2464 CB ALA A 300 25 .627 22 .057 59 .713 1 .00 5 .87 6 ATOM 2465 N SER A 301 28..416 22,.908 60..779 1.,00 10..29 7 ATOM 2466 CA SER A 301 29. ,669 23. .576 60. .587 1. .00 8. ,35 6 ATOM 2467 C SER A 301 30. ,917 22. .770 60. .935 1. ,00 11. .77 6 ATOM 2468 O SER A 301 31. ,982 23. .182 60. .431 1. ,00 9. .86 8 ATOM 2469 CB SER A 301 29. .730 24, .937 61. .305 1. .00 16. .73 6 ATOM 2470 OG SER A 301 30. ,179 24. .745 62. .651 1. ,00 16. .74 8 ATOM 2471 N ASN A 302 30. ,797 21. .642 61. .635 1. .00 9. .53 7 ATOM 2472 CA ASN A 302 31. .979 20. .871 61, .987 1. .00 12. .86 6 ATOM 2473 C ASN A 302 31. .981 19. .582 61, .175 1. .00 12. .44 6 ATOM 2474 O ASN A 302 32. .842 18, .715 61, .393 1. .00 12. .66 8 ATOM 2475 CB ASN A 302 31. ,833 20. .448 63. .536 1. .00 10. .96 6 ATOM 2476 CG ASN A 302 32. ,455 21. .559 64. .362 1. ,00 12. .81 6 ATOM 2477 ODl ASN A 302 33. ,671 21. .716 64. .316 1. ,00 10. .84 8 ATOM 2478 ND2 ASN A 302 31. .695 22. .416 65, .059 1. ,00 11. .91 7 ATOM 2479 N SER A 303 30. .990 19, .419 60, .303 1. .00 9. .65 7 ATOM 2480 CA SER A 303 30. .905 18, .161 59, .584 1. .00 11, .59 6 ATOM 2481 C SER A 303 31. .581 18 .096 58, .201 1. .00 11, .60 6 ATOM 2482 O SER A 303 31. .515 17, .032 57, .607 1. ,00 11. .47 8 ATOM 2483 CB SER A 303 29. .469 17, .674 59, .486 1. .00 21, .93 6 ATOM 2484 OG SER A 303 28. .928 17, .533 60, .790 1. .00 20, .56 8 ATOM 2485 N GLY A 304 32. .374 19, .057 57. .832 1. .00 14, .77 7 ATOM 2486 CA GLY A 304 33. .210 19 .066 56 .618 1. .00 17, .32 6 ATOM 2487 C GLY A 304 32. .397 18, ,788 55, .312 1. .00 17, .00 6 ATOM 2488 O GLY A 304 32. .911 18. .072 54, .447 1. .00 17, .50 8 ATOM 2489 N GLY A 305 31. .166 19 .213 55, .226 1. .00 14, .82 7 ATOM 2490 CA GLY A 305 30, .290 18 .985 54 .094 1, .00 15 .48 6 ATOM 2491 C GLY A 305 29, .588 17, .703 54, .314 1. .00 16, .63 6 ATOM 2492 O GLY A 305 28, .693 17 .463 53, .504 1, .00 16, .11 8 ATOM 2493 N ASN A 306 29, .788 16 .819 55 .278 1. .00 15 .13 7 ATOM 2494 CA ASN A 306 28. .948 15, .624 55, .355 1. .00 15, .73 6 ATOM 2495 C ASN A 306 27. .640 15 .815 56, .075 1. .00 14, .60 6 ATOM 2496 O ASN A 306 26. .890 14 .812 56 .192 1. .00 16 .40 8 ATOM 2497 CB ASN A 306 29. .730 14 .515 56 .100 1, .00 27 .81 6 ATOM 2498 CG ASN A 306 30, .761 13 , .901 55. .189 1. . 00 33, .85 6 ATOM 2499 ODl ASN A 306 30, .662 14, .051 53, .980 1. .00 27, .05 8 ATOM 2500 ND2 ASN A 306 31, .756 13 .197 55, .701 1. .00 27, .79 7 ATOM 2501 N TYR A 307 27, .215 16 .978 56 .472 1. .00 12, .08 7 ATOM 2502 CA TYR A 307 25 .952 17 .035 57 .241 1. .00 14 .18 6 ATOM 2503 C TYR A 307 24. .781 16, .883 56. .264 1. .00 16, .05 6 ATOM 2504 O TYR A 307 24, .907 17 .587 55. .299 1. .00 12, .72 8 ATOM 2505 CB TYR A 307 25, .858 18 .413 57 .926 1. .00 11, .27 6 ATOM 2506 CG TYR A 307 24. .701 18, .546 58. .899 1. .00 15. .63 6 ATOM 2507 GDI TYR A 307 24. .883 18. .120 60, .218 1. ,00 17, .92 6 ATOM 2508 CD2 TYR A 307 23 , .486 19. .084 58, .561 1. ,00 16, .39 6 ATOM 2509 CE1 TYR A 307 23, .853 18, .253 61, .133 1. .00 22, .23 6 ATOM 2510 CE2 TYR A 307 22. .444 19, .219 59. .444 1. .00 19. .66 6 ATOM 2511 CZ TYR A 307 22. .642 18, .802 60. .759 1, ,00 23. .46 6 ATOM 2512 OH TYR A 307 21. .642 18, .869 61, .695 1. ,00 25. .41 8 ATOM 2513 N ASP A 308 23, .591 16, .418 56, .401 1, .00 13, .94 7 ATOM 2514 CA ASP A 308 22, .531 16 .460 55, .437 1. .00 13 , .17 6 ATOM 2515 C ASP A 308 21. .776 17, .751 55, .543 1. .00 14, .66 6 ATOM 2516 O ASP A 308 20. .839 17, .941 56, .332 1. .00 15, .00 8 ATOM 2517 CB ASP A 308 21, .684 15 .233 55 .628 1. .00 9, .65 6 ATOM 2518 CG ASP A 308 20, .585 15 .152 54 .567 1. .00 16 .73 6 ATOM 2519 ODl ASP A 308 20, .400 16 .065 53, .758 1. .00 16, .88 8 ATOM 2520 OD2 ASP A 308 19. .891 14 .137 54, .693 1. .00 14, .99 8 ATOM 2521 N MET A 309 22. .105 18 .682 54 .620 1. .00 12, .06 7 ATOM 2522 CA MET A 309 21. .479 19, .984 54, .669 1. .00 10, .03 6 ATOM 2523 C MET A 309 19. .995 19 .925 54, .496 1, .00 11, .61 6 ATOM 2524 O MET A 309 19. .380 20 .906 54 .955 1. .00 12 .12 8 ATOM 2525 CB MET A 309 22 .080 20 .994 53 .681 1. .00 20 .14 6 ATOM 2526 CG MET A 309 23, .601 21 .176 53, .875 1. .00 17, .95 6 ATOM 2527 SD MET A 309 23, .869 22 .451 55 .168 1. .00 17, .26 16 ATOM 2528 CE MET A 309 23, .532 23 .967 54 .322 1. .00 10 .92 6 ATOM 2529 N ALA A 310 19 .391 18 .896 53 .908 1, .00 10 .05 7 ATOM 2530 CA ALA A 310 17 .926 18 .938 53 .854 1. .00 14 .66 6 ATOM 2531 C ALA A 310 17 .317 18 .815 55 .281 1 .00 17 .97 6 ATOM 2532 O ALA A 310 16 .133 19 .091 55 .442 1. .00 15 .37 8 ATOM 2533 CB ALA A 310 17 .404 17 .690 53 .130 1 .00 7 .97 6 ATOM 2534 N LYS A 311 18 .097 18 .340 56 .246 1 .00 18 .30 7 ATOM 2535 CA LYS A 311 17 .577 18 .186 57 .613 1, . 00 21 .21 6 ATOM 2536 C LYS A 311 17 .995 19 .322 58 .542 1 .00 20 .93 6 ATOM 2537 O LYS A 311 17 .689 19 .170 59 .721 1 .00 22 .60 8 ATOM 2538 CB LYS A 311 18 .134 16 .857 58 .122 1, .00 17 .90 6 ATOM 2539 CG LYS A 311 17.,596 15.,669 57.,320 1.,00 27..66 6 ATOM 2540 CD LYS A 311 17. ,919 14. ,390 58. ,048 1. ,00 40. ,46 6 ATOM 2541 CE LYS A 311 18. .018 13. ,147 57. ,187 1. ,00 53. ,31 6 ATOM 2542 NZ LYS A 311 19. .293 12. ,385 57. .486 1. ,00 60. ,95 7 ATOM 2543 N LEU A 312 18. .546 20. .444 58. .086 1. ,00 18. .62 7 ATOM 2544 CA LEU A 312 18. .952 21. .512 58. .957 1. ,00 16. .83 6 ATOM 2545 C LEU A 312 17. .889 22. .045 59. .932 1. .00 16. .10 6 ATOM 2546 O LEU A 312 18. .314 22. .536 61. .000 1. .00 16. .57 8 ATOM 2547 CB LEU A 312 19. .465 22. .772 58. .296 1. ,00 14. ,38 6 ATOM 2548 CG LEU A 312 20. .877 23. .279 58. .342 1. ,00 20. ,88 6 ATOM 2549 CD1 LEU A 312 20. .864 24. .762 58. .061 1. ,00 20. .98 6 ATOM 2550 CD2 LEU A 312 21. .681 22. .941 59. .568 1. ,00 25. .82 6 ATOM 2551 N LEU A 313 16. .642 22. .116 59. .613 1. .00 13. .56 7 ATOM 2552 CA LEU A 313 15. .615 22. .672 60. .475 1. .00 14. .51 6 ATOM 2553 C LEU A 313 14. .935 21. .585 61. .308 1. .00 15. .32 6 ATOM 2554 O LEU A 313 14, .075 21, .927 62. .129 1. .00 14. .10 8 ATOM 2555 CB LEU A 313 14, .525 23. .397 59. .644 1. . 00 12. .48 6 ATOM 2556 CG LEU A 313 15, .077 24. .595 58. .877 1. .00 21. .20 6 ATOM 2557 CD1 LEU A 313 13 , .988 25. ,262 58. .044 1. .00 17. .97 6 ATOM 2558 CD2 LEU A 313 15, .715 25. ,619 59. .844 1. ,00 16. .09 6 ATOM 2559 N ASN A 314 15, .293 20. .315 61. .111 1. .00 14. .54 7 ATOM 2560 CA ASN A 314 14, .549 19. .306 61. .859 1. .00 18. .06 6 ATOM 2561 C ASN A 314 14, .791 19. .401 63, .387 1. .00 18. .92 6 ATOM 2562 O ASN A 314 15, .930 19. .568 63, .824 1. .00 15. .49 8 ATOM 2563 CB ASN A 314 14, .974 17. .893 61, .401 1. .00 23. .05 6 ATOM 2564 CG ASN A 314 14. .330 17. ,460 60. ,071 1. ,00 29. ,52 6 ATOM 2565 ODl ASN A 314 13. .468 18. .106 59. .463 1. ,00 23. .14 8 ATOM 2566 ND2 ASN A 314 14. .787 16, .326 59. .564 1. ,00 22. .18 7 ATOM 2567 N GLY A 315 13 .721 19. .262 64, .155 1, .00 19, .24 7 ATOM 2568 CA GLY A 315 13. .833 19, .187 65, .610 1. .00 17, .88 6 ATOM 2569 C GLY A 315 1 .003 20, .576 66 .173 1, .00 16, .97 6 ATOM 2570 O GLY A 315 1 .437 20, .709 67 .319 1. .00 20, .46 8 ATOM 2571 N THR A 316 13 .686 21, .634 65 .428 1, .00 13. .17 7 ATOM 2572 CA THR A 316 13. .939 22, ,972 65, .936 1. .00 10. .52 6 ATOM 2573 C THR A 316 12. .657 23 , .638 66, .379 1. ,00 11. .28 6 ATOM 2574 O THR A 316 11, .548 23, .166 66, .032 1. .00 13. .19 8 ATOM 2575 CB THR A 316 14, .583 23 , .888 64, .845 1. .00 16, .57 6 ATOM 2576 OGl THR A 316 13, .639 23. .868 63, .748 1. .00 13. .69 8 ATOM 2577 CG2 THR A 316 15 .886 23 , .264 64, .400 1. .00 11, .29 6 ATOM 2578 N VAL A 317 12 .808 24, .754 67, .083 1. .00 9, .48 7 ATOM 2579 CA VAL A 317 11 .615 25, .465 67 .500 1. .00 10, .33 6 ATOM 2580 C VAL A 317 11 .073 26, .218 66 .265 1. .00 11, .64 6 ATOM 2581 O VAL A 317 9, .860 26, .352 66, .100 1. .00 12. .12 8 ATOM 2582 CB VAL A 317 11, .883 26, .544 68, .593 1. .00 10. .20 6 ATOM 2583 CGI VAL A 317 10, .551 27, .181 69, .018 1, .00 10, .92 6 ATOM 2584 CG2 VAL A 317 1 .568 25, .916 69, .807 1. .00 10, .14 6 ATOM 2585 N VAL A 318 11 .985 26, .824 65, .488 1. .00 10, .03 7 ATOM 2586 CA VAL A 318 11 .498 27, .594 64, .324 1. .00 12, .79 6 ATOM 2587 C VAL A 318 10 .720 26, .750 63 .334 1. .00 12, .26 6 ATOM 2588 O VAL A 318 9 .691 27, .169 62 .821 1, .00 14, .96 8 ATOM 2589 CB VAL A 318 12, .579 28, .500 63, .750 1. .00 10. .04 6 ATOM 2590 CGI VAL A 318 13, .618 27, .626 63, .021 1. .00 3. .78 6 ATOM 2591 CG2 VAL A 318 11 .948 29, .590 62, .919 1. .00 17. .99 6 ATOM 2592 N GLN A 319 10 .935 25 .467 63 .190 1. .00 14 .71 7 ATOM 2593 CA GLN A 319 10 .195 24 .610 62 .319 1. .00 17 .78 6 ATOM 2594 C GLN A 319 8 .783 24 .386 62 .812 1 .00 22 .17 6 ATOM 2595 O GLN A 319 7 .802 24 .453 62 .056 1 .00 19 .34 8 ATOM 2596 CB GLN A 319 10 .980 23 .316 62 .105 1 .00 12 .50 6 ATOM 2597 CG GLN A 319 10 .253 22 .339 61 .198 1 .00 13 .69 6 ATOM 2598 CD GLN A 319 10 .889 20 .989 61 .098 1. . 00 22 .01 6 ATOM 2599 OE1 GLN A 319 11 .040 20 .278 62 .086 1, .00 27 .91 8 ATOM 2600 NE2 GLN A 319 11 .344 20 .567 59 .900 1 .00 26 .90 7 ATOM 2601 N LYS A 320 8 .644 24 .072 64 .113 1. .00 22 .53 7 ATOM 2602 CA LYS A 320 7 .369 23 .743 64 .731 1 .00 20 .27 6 ATOM 2603 C LYS A 320 6 .600 24 .914 65 .270 1 .00 20 .25 6 ATOM 2604 O LYS A 320 5 .387 24 .879 65 .097 1 .00 22 .65 8 ATOM 2605 CB LYS A 320 7 .557 22 .758 65 .878 1 .00 28 .06 6 ATOM 2606 CG LYS A 320 6 .854 21 .444 65 .592 1 .00 41 .77 6 ATOM 2607 CD LYS A 320 5 .644 21 .334 66 .488 1 .00 50 .06 6 ATOM 2608 CE LYS A 320 5 .485 19 .947 67 .110 1 .00 53 .75 6 ATOM 2609 NZ LYS A 320 4 .273 19 .915 67 .987 1 .00 53 .30 7 ATOM 2610 N HIS A 321 7 .185 25 .939 65 .872 1 .00 17 .78 7 ATOM 2611 CA HIS A 321 6 .451 27 .070 66 .406 1 .00 17 .78 6 ATOM 2612 C HIS A 321 7 .193 28 .343 66 .059 1 .00 19 .94 6 ATOM 2613 O HIS A 321 7.826 29.049 66.885 1.00 20.97 8 ATOM 2614 CB HIS A 321 6 .440 27 .016 67 .996 1 .00 17 .17 6 ATOM 2615 CG HIS A 321 5, .844 25 .741 68 .489 1. .00 7. .99 6 ATOM 2616 ND1 HIS A 321 6. .584 24 .678 68 .967 1 .00 21 .64 7 ATOM 2617 CD2 HIS A 321 4 .569 25 .292 68 .428 1 .00 12 .69 6 ATOM 2618 CE1 HIS A 321 5 .763 23 .670 69 .234 1 .00 18 .85 6 ATOM 2619 NE2 HIS A 321 4, .530 24. .013 68 .913 1, .00 20, .43 7 ATOM 2620 N PRO A 322 7. .113 28, .801 64 .817 1. .00 18, .84 7 ATOM 2621 CA PRO A 322 7, .857 29, .919 64 .297 1. .00 16, .35 6 ATOM 2622 C PRO A 322 7. .495 31 .214 64 .937 1 .00 15 .92 6 ATOM 2623 O PRO A 322 8. .327 32. .103 65. .048 1, .00 17. .57 • 8 ATOM 2624 CB PRO A 322 7. .551 30, .051 62 .767 1. .00 18, .11 6 ATOM 2625 CG PRO A 322 6. .291 29, .215 62 .690 1. .00 19, .63 6 ATOM 2626 CD PRO A 322 6, .391 28, .081 63 .734 1. .00 19, .70 6 ATOM 2627 N MET A 323 6. .270 31 .375 65 .380 1. .00 15 .79 7 ATOM 2628 CA MET A 323 5. .946 32, .674 65, .999 1. .00 18. .66 6 ATOM 2629 C MET A 323 6. .503 32, .728 67 .439 1, .00 19. .54 6 ATOM 2630 O MET A 323 6. .450 33 .810 68 .009 1 .00 18 .49 8 ATOM 2631 CB MET A 323 4 .417 32 .838 65 .991 1 .00 24 .07 6 ATOM 2632 CG MET A 323 3. .940 33, .170 64 .565 1, .00 52, .61 6 ATOM 2633 SD MET A 323 2, .249 33, .780 64 .474 1, .00 69, .72 16 ATOM 2634 CE MET A 323 1. .332 32 .252 64 .705 1 .00 60 .17 6 ATOM 2635 N HIS A 324 7, .050 31 .633 67 .964 1 .00 18 .53 7 ATOM 2636 CA HIS A 324 7, .611 31, .719 69 . .331 1. .00 17, .80 6 ATOM 2637 C HIS A 324 9, .089 31, .424 69 , .336 1. .00 19, .06 6 ATOM 2638 O HIS A 324 9, .603 31, .068 70 .408 1, .00 18, .98 8 ATOM 2639 CB HIS A 324 6 .895 30 .630 70 .147 1, .00 19, .82 6 ATOM 2640 CG HIS A 324 5 .495 31 .084 70 .453 1 .00 24 .52 6 ATOM 2641 ND1 HIS A 324 4, .404 30 .648 69 .731 1, .00 29 .89 7 ATOM 2642 CD2 HIS A 324 5, .038 31 .953 71 .384 1 .00 30 .43 6 ATOM 2643 CE1 HIS A 324 3 .321 31 .243 70 .218 1 .00 34 .69 6 ATOM 2644 NE2 HIS A 324 3 .667 32 .032 71 .226 1 .00 30 .63 7 ATOM 2645 N ALA A 325 9, .753 31, .465 68, .169 1, .00 17, .22 7 ATOM 2646 CA ALA A 325 11, .175 31, ,186 68, .083 1, .00 15, .46 6 ATOM 2647 C ALA A 325 11, .989 32, ,439 67, .872 1, .00 16, .14 6 ATOM 2648 O ALA A 325 11, .688 33, .248 66 .983 1, .00 15, .68 8 ATOM 2649 CB ALA A 325 11. .517 30. .230 66 . .918 1. .00 13. .81 6 ATOM 2650 N VAL A 326 13. .053 32. .650 68, .662 1. .00 14. .07 7 ATOM 2651 CA VAL A 326 14. .017 33. .699 68, .433 1. .00 11. .09 6 ATOM 2652 C VAL A 326 15. ,268 32. .951 67. .941 1. ,00 12. ,79 6 ATOM 2653 O VAL A 326 15. ,707 32. .027 68. .603 1. ,00 13. .69 8 ATOM 2654 CB VAL A 326 14. ,411 34. .668 69. .512 1. ,00 10. .21 6 ATOM 2655 CGI VAL A 326 15. .622 35. .512 69, .255 1. .00 5. .75 6 ATOM 2656 CG2 VAL A 326 13. ,181 35. ,529 69 . ,857 1. ,00 15. ,88 6 ATOM 2657 N THR A 327 15. ,643 33. ,230 66. .653 1. ,00 10. ,18 7 ATOM 2658 CA THR A 327 16. ,738 32. ,402 66. .088 1. .00 5. ,75 6 ATOM 2659 C THR A 327 18. .036 33. .115 66. .280 1. .00 2. .58 6 ATOM 2660 O THR A 327 18. .105 34. .346 66. .171 1. .00 7. .39 8 ATOM 2661 CB THR A 327 16. .477 32. .120 64. .556 1. ,00 11. .93 6 ATOM 2662 OGl THR A 327 16. .120 33. .376 63. .955 1. .00 8. .64 8 ATOM 2663 CG2 THR A 327 15. .247 31, .232 64. .436 1, .00 6. .52 6 ATOM 2664 N PHE A 328 19. .092 32, .256 66 .427 1. .00 4. .68 7 ATOM 2665 CA PHE A 328 20. .356 33. .009 66, .544 1. .00 5. .31 6 ATOM 2666 C PHE A 328 21. .426 32 .064 66 .018 1. .00 4, .46 6 ATOM 2667 O PHE A 328 21 .174 30 .887 66 .007 1, .00 7 .88 8 ATOM 2668 CB PHE A 328 20 .729 33 .361 68 .040 1 .00 10 .06 6 ATOM 2669 CG PHE A 328 20. .892 32. .177 68 .973 1. .00 8, .83 6 ATOM 2670 CD1 PHE A 328 19, .810 31. .411 69 .353 1, .00 7, .17 6 ATOM 2671 CD2 PHE A 328 22, .110 31 .846 69 .500 1, .00 11, .93 6 ATOM 2672 CE1 PHE A 328 19 .952 30 .319 70 .200 1, .00 12 .02 6 ATOM 2673 CΞ2 PHE A 328 22, .292 30. .785 70, .376 1, . 00 6, .08 6 ATOM 2674 CZ PHE A 328 21, .166 30, .014 70 .717 1, .00 4, .49 6 ATOM 2675 N VAL A 329 22, .618 32 .516 65 .776 1, .00 3 , .61 7 ATOM 2676 CA VAL A 329 23 .689 31, .561 65 .419 1, .00 6, .19 6 ATOM 2677 C VAL A 329 24 .612 31 .281 66 .621 1, .00 8 .45 6 ATOM 2678 O VAL A 329 25, .080 30, .150 66, .823 1, .00 5, .56 8 ATOM 2679 CB VAL A 329 24, .559 32, .288 64 .293 1, .00 9, .54 6 ATOM 2680 CGI VAL A 329 25, .572 31, .346 63 .707 1, .00 3, .85 6 ATOM 2681 CG2 VAL A 329 23, .621 32 .666 63 .148 1, .00 8 .28 6 ATOM 2682 N ASP A 330 25, .071 32, .366 67, .289 1, .00 9, .42 7 ATOM 2683 CA ASP A 330 25, .997 32, .213 68 .400 1, .00 11, .97 6 ATOM 2684 C ASP A 330 25, .663 33, .266 69 .475 1, .00 11, .48 6 ATOM 2685 O ASP A 330 24, .962 34 .225 69 .185 1, .00 9, .81 8 ATOM 2686 CB ASP A 330 27, .485 32, .325 68, .053 1, . 00 9, .87 6 ATOM 2687 CG ASP A 330 28..078 31..041 67..577 1.,00 21..67 6 ATOM 2688 ODl ASP A 330 27. .916 30. .053 68. .325 1. . 00 12. ,86 8 ATOM 2689 OD2 ASP A 330 28. .713 30. .985 66. .479 1. ,00 13. ,95 8 ATOM 2690 N ASN A 331 26. .186 33. .083 70. ,706 1. ,00 13. .63 7 ATOM 2691 CA ASN A 331 25. .883 34. .116 71, ,729 1. ,00 12. .71 6 ATOM 2692 C ASN A 331 27. .005 34, .153 72. .747 1. .00 13. .53 6 ATOM 2693 O ASN A 331 28. .031 33, .495 72. .513 1. .00 13. .75 8 ATOM 2694 CB ASN A 331 24. .491 33 , .935 72. .300 1. .00 7. .36 6 ATOM 2695 CG ASN A 331 24, .423 32, .664 73. .177 1. .00 16, .83 6 ATOM 2696 ODl ASN A 331 25, .399 32, .003 73. .561 1. .00 15, .71 8 ATOM 2697 ND2 ASN A 331 23, .214 32, .296 73. .527 1. .00 14, .16 7 ATOM 2698 N HIS A 332 26. .851 34. .918 73. ,819 1. ,00 14. .73 7 ATOM 2699 CA HIS A 332 27. .992 35. .058 74. .772 1. ,00 16. .51 6 ATOM 2700 C HIS A 332 28. ,287 33. ,755 75. ,481 1. ,00 15. ,53 6 ATOM 2701 O HIS A 332 29. ,413 33. ,627 75. ,940 1. ,00 23. .15 8 ATOM 2702 CB HIS A 332 27. ,751 36. ,178 75. ,772 1. ,00 15. ,38 6 ATOM 2703 CG HIS A 332 26. .554 35. ,863 76. ,594 1. ,00 18. .78 6 ATOM 2704 ND1 HIS A 332 25. .280 35. ,846 76. ,055 1. ,00 26. .51 7 ATOM 2705 CD2 HIS A 332 26. .427 35. .519 77. .907 1. .00 16. .53 6 ATOM 2706 CE1 HIS A 332 24, .394 35. .521 77. .003 1. .00 21. .51 6 ATOM 2707 NE2 HIS A 332 25. .084 35. ,316 78. .122 1. ,00 18. ,42 7 ATOM 2708 N ASP A 333 27. ,425 32. ,794 75. ,583 1. ,00 13. ,82 7 ATOM 2709 CA ASP A 333 27. .648 31. ,483 76. ,118 1. ,00 14. .31 6 ATOM 2710 C ASP A 333 28. .355 30. ,563 75. ,119 1. ,00 15. .52 6 ATOM 2711 O ASP A 333 29. .083 29. .676 75. ,561 1. ,00 13. .90 8 ATOM 2712 CB ASP A 333 26. .325 30, .770 76. .388 1. .00 13, .27 6 ATOM 2713 CG ASP A 333 25, .254 31, .297 77. .309 1. .00 44. .51 6 ATOM 2714 ODl ASP A 333 25, .641 31, .795 78. .383 1. .00 22. .07 8 ATOM 2715 OD2 ASP A 333 24, .000 31. .244 77. ,004 1. .00 51. .59 8 ATOM 2716 N SER A 334 28, .022 30. .614 73. .775 1. .00 15. .01 7 ATOM 2717 CA SER A 334 28, .678 29. .600 72. .897 1. .00 12. .67 6 ATOM 2718 C SER A 334 29, .996 30. .054 72. .336 1. .00 13. .90 6 ATOM 2719 O SER A 334 30, .756 29, .295 71, .664 1. .00 15, .43 8 ATOM 2720 CB SER A 334 27, .670 29. .290 71, .743 1. .00 13 , .31 6 ATOM 2721 OG SER A 334 27 .467 30. .528 71, .037 1. .00 7, .52 8 ATOM 2722 N GLN A 335 30 .391 31. .294 72, .559 1, .00 15, .37 7 ATOM 2723 CA GLN A 335 31 .655 31 .863 72, .059 1. .00 15, .42 6 ATOM 2724 C GLN A 335 32, .828 31. .146 72. . 696 1. . 00 19, .12 6 ATOM 2725 O GLN A 335 32, .726 30, .487 73. .733 1. .00 18, .06 8 ATOM 2726 CB GLN A 335 31, .759 33, .374 72. .246 1. .00 15, .85 6 ATOM 2727 CG GLN A 335 31, .874 33, .849 73. .727 1. .00 21, .14 6 ATOM 2728 CD GLN A 335 31, .977 35, .359 73, .825 1, .00 14, .14 6 ATOM 2729 OE1 GLN A 335 30 .999 36, .082 73, .978 1. .00 15, .97 8 ATOM 2730 NE2 GLN A 335 33 .183 35, .919 73, .666 1, .00 20, .22 7 ATOM 2731 N PRO A 336 33 .988 31, .195 72, .045 1. .00 18, .66 7 ATOM 2732 CA PRO A 336 35 .141 30 .422 72, .427 1. .00 21 .11 6 ATOM 2733 C PRO A 336 35 .535 30 .541 73 .910 1. .00 21 .47 6 ATOM 2734 O PRO A 336 35, .630 31, .632 74, .463 1. .00 20, .06 8 ATOM 2735 CB PRO A 336 36, .315 30, .898 71, .533 1. .00 21, .26 6 ATOM 2736 CG PRO A 336 35 .498 31, .327 70, .307 1, .00 22 .42 6 ATOM 2737 CD PRO A 336 34 .207 31 .946 70, .824 1, .00 21 .11 6 ATOM 2738 N GLY A 337 35 .756 29 .389 7 .519 1. .00 23 .46 7 ATOM 2739 CA GLY A 337 36 .227 29 .335 75 .895 1 .00 25 .50 6 ATOM 2740 C GLY A 337 35 .071 29 .447 76 .884 1. .00 25 .73 6 ATOM 2741 O GLY A 337 35 .352 29 .084 78 .031 1. .00 27 .95 8 ATOM 2742 N GLU A 338 33 .917 29 .999 76 .559 1 .00 22 .43 7 ATOM 2743 CA GLU A 338 32 .827 30 .090 77 .484 1 .00 22 .33 6 ATOM 2744 C GLU A 338 32 .125 28 .786 77 .828 1 .00 22 .91 6 ATOM 2745 O GLU A 338 32 .358 27 .685 77 .351 1 .00 22 .68 8 ATOM 2746 CB GLU A 338 31 .812 31 .168 77 .168 1 .00 17 .78 6 ATOM 2747 CG GLU A 338 32 .440 32 .564 77 .270 1 .00 22 .34 6 ATOM 2748 CD GLU A 338 32 .952 32 .755 78 .715 1 .00 29 .04 6 ATOM 2749 OE1 GLU A 338 32 .114 32 .805 79 .623 1 .00 27 .92 8 ATOM 2750 0E2 GLU A 338 34 .187 32 .810 78 .861 1 .00 19 .42 8 ATOM 2751 N SER A 339 31 .197 28 .939 78 .777 1 .00 24 .21 7 ATOM 2752 CA SER A 339 30 .450 27 .883 79 .434 1 .00 24 .36 6 ATOM 2753 C SER A 339 29 .691 26 .926 78 .538 1 .00 21 .82 6 ATOM 2754 O SER A 339 29 .675 25 .711 78 .789 1 .00 24 .25 8 ATOM 2755 CB SER A 339 29 .444 28 .501 80 .457 1 .00 32 .53 6 ATOM 2756 OG SER A 339 30 .214 29 .253 81 .421 1 .00 35 .18 8 ATOM 2757 N LEU A 340 29 .040 27 .416 77 .495 1 .00 20 .02 7 ATOM 2758 CA LEU A 340 28 .344 26 .458 76 .592 1 .00 18 .17 6 ATOM 2759 C LEU A 340 29 .104 26 .412 75 .236 1 .00 19 .43 6 ATOM 2760 O LEU A 340 28 .447 26 .384 74 .171 1 .00 15 .42 8 ATOM 2761 CB LEU A 340 26..916 26..987 76.,489 1.00 21..01 6 ATOM 2762 CG LEU A 340 26. ,161 27. .034 77. ,864 1. 00 22. .85 6 ATOM 2763 CD1 LEU A 340 24. ,807 27. .708 77. ,681 1. 00 29. .12 6 ATOM 2764 CD2 LEU A 340 25. ,934 25. .631 78. ,372 1. .00 20. .86 6 ATOM 2765 N GLU A 341 30. ,410 26. .644 75. ,257 1, ,00 15. .17 7 ATOM 2766 CA GLU A 341 31. ,187 26. .743 74. ,028 1. ,00 16. .51 6 ATOM 2767 C GLU A 341 30. ,716 25. .775 72. .914 1. ,00 13. .73 6 ATOM 2768 O GLU A 341 30. .620 24. .575 73. .046 1. ,00 12. .93 8 ATOM 2769 CB GLU A 341 32. ,678 26. ,615 74. ,252 1. 00 15. .92 6 ATOM 2770 CG GLU A 341 33. ,532 26. ,518 72. ,994 1. 00 34. .72 6 ATOM 2771 CD GLU A 341 35. ,022 26. .565 73. ,226 1, ,00 38. .23 6 ATOM 2772 OE1 GLU A 341 35. ,568 25. .733 73. ,968 1. ,00 49. .78 8 ATOM 2773 OE2 GLU A 341 35. .730 27, .429 72. ,683 1. ,00 51, .54 8 ATOM 2774 N SER A 342 30. .307 26 .343 71, .767 1. .00 13 .62 7 ATOM 2775 CA SER A 342 29 .800 25 .498 70 .610 1. .00 12 .16 6 ATOM 2776 C SER A 342 29 .630 26 .518 69 .453 1. .00 9 .95 6 ATOM 2777 O SER A 342 28. .516 26, .840 69 . .089 1. .00 10, .55 8 ATOM 2778 CB SER A 342 28, .487 24 .856 71, .014 1. .00 11 .64 6 ATOM 2779 OG SER A 342 27, .526 25 .740 71, .578 1. .00 10 .33 8 ATOM 2780 N PHE A 343 30, .743 27 .112 69, .096 1. .00 8 .26 7 ATOM 2781 CA PHE A 343 30 .845 28 .273 68, .243 1. .00 14 .28 6 ATOM 2782 C PHE A 343 30, .727 27 .865 66, .752 1. .00 14 .09 6 ATOM 2783 O PHE A 343 31, .490 26 .977 66, .427 1. .00 15 .10 8 ATOM 2784 CB PHE A 343 32 .150 29 .020 68, .461 1. .00 7 .83 6 ATOM 2785 CG PHE A 343 32 .130 30 .489 68 .111 1. .00 18 .35 6 ATOM 2786 GDI PHE A 343 31, .135 31, .324 68, .579 1. .00 13, .69 6 ATOM 2787 CD2 PHE A 343 33. .124 31, .041 67, .314 1. .00 15, .40 6 ATOM 2788 CE1 PHE A 343 31. .095 32, .664 68, .242 1. .00 12 .25 6 ATOM 2789 CE2 PHE A 343 33. ,113 32, .400 67, .009 1. .00 10 .93 6 ATOM 2790 CZ PHE A 343 32, .119 33 .211 67, .491 1. .00 10 .68 6 ATOM 2791 N VAL A 344 29, .802 28 .461 66, .025 1. .00 15 .94 7 ATOM 2792 CA VAL A 344 29, .677 28 .038 64, .592 1. .00 13 .97 6 ATOM 2793 C VAL A 344 30, .922 28 .436 63, .790 1. .00 11 .82 6 ATOM 2794 O VAL A 344 31, .366 29, .575 63, .779 1. ,00 13, .31 8 ATOM 2795 CB VAL A 344 28, .406 28, .592 63, .990 1. ,00 17, .29 6 ATOM 2796 CGI VAL A 344 28, .214 28, .200 62, .492 1. .00 14, .50 6 ATOM 2797 CG2 VAL A 344 27, .178 28, .056 64, .744 1. .00 4, .23 6 ATOM 2798 N GLN A 345 31, .557 27, .472 63, .108 1. .00 11 .93 7 ATOM 2799 CA GLN A 345 32, .791 27, .751 62, .371 1. .00 13 .62 6 ATOM 2800 C GLN A 345 32, .641 28 .845 61, .303 1, .00 15 .48 6 ATOM 2801 O GLN A 345 31 .579 29 .089 60 .695 1, .00 14 .28 8 ATOM 2802 CB GLN A 345 33 .410 26 .543 61 .726 1, .00 16 .29 6 ATOM 2803 CG GLN A 345 33, .398 25, .247 62, .466 1. .00 28 .74 6 ATOM 2804 CD GLN A 345 34, .757 24, .688 62, .741 1. .00 41 .22 6 ATOM 2805 OE1 GLN A 345 34, .914 23 .475 62, .547 1. .00 52 .69 8 ATOM 2806 NE2 GLN A 345 35 .721 25 .561 62, .976 1. .00 49 .90 7 ATOM 2807 N GLU A 346 33 .742 29 .587 61 .162 1. .00 12 .40 7 ATOM 2808 CA GLU A 346 33 .672 30 .778 60 .332 1, .00 14 .26 6 ATOM 2809 C GLU A 346 33 .214 30 .541 58 .876 1. .00 14 .02 6 ATOM 2810 O GLU A 346 32 .423 31 .331 58 .393 1, .00 13 .79 8 ATOM 2811 CB GLU A 346 35 .068 31 .404 60 .394 1. .00 14 .25 6 ATOM 2812 CG GLU A 346 35, .121 32 .681 59, .551 1. .00 32 .42 6 ATOM 2813 CD GLU A 346 36, .535 33 .237 59, .460 1. .00 48 .94 6 ATOM 2814 OE1 GLU A 346 37 .450 32 .689 60, .123 1. .00 55 .69 8 ATOM 2815 OE2 GLU A 346 36 .723 34 .230 58, .719 1. .00 52 .71 8 ATOM 2816 N TRP A 347 33 .609 29 .456 58 .224 1. .00 12 .79 7 ATOM 2817 CA TRP A 347 33 .170 29 .294 56 .818 1, .00 16 .92 6 ATOM 2818 C TRP A 347 31 .661 29 .131 56 .734 1, .00 17 .45 6 ATOM 2819 O TRP A 347 31 .046 29 .639 55 .787 1, .00 17 .59 8 ATOM 2820 CB TRP A 347 33, .884 28, .078 56, .211 1. .00 8 .52 6 ATOM 2821 CG TRP A 347 33, .437 26 .750 56 .724 1. .00 17 .57 6 ATOM 2822 CD1 TRP A 347 33 .897 26 .140 57 .885 1, .00 16 .50 6 ATOM 2823 CD2 TRP A 347 3 .447 25 .874 56 .186 1. .00 20 .29 6 ATOM 2824 NEl TRP A 347 33 .231 24 .958 58 .076 1, .00 15 .01 7 ATOM 2825 CE2 TRP A 347 32 .352 24 .755 57 .043 1 .00 23 .63 6 ATOM 2826 CE3 TRP A 347 31 .625 25 .925 55 .052 1, .00 25 .23 6 ATOM 2827 CZ2 TRP A 347 31 .490 23 .692 56 .784 1 .00 22 .24 6 ATOM 2828 CZ3 TRP A 347 30 .765 24 .880 54 .811 1 .00 18 .80 6 ATOM 2829 CH2 TRP A 347 30 .708 23 .754 55 .639 1 .00 19 .24 6 ATOM 2830 N PHE A 348 31 .008 28 .439 57 .686 1 .00 13 .89 7 ATOM 2831 CA PHE A 348 29 .580 28 .185 57 .685 1 .00 12 .21 6 ATOM 2832 C PHE A 348 28 .777 29 .372 58 .138 1 .00 13 .54 6 ATOM 2833 O PHE A 348 27 .569 29 .424 57 .920 1 .00 15 .25 8 ATOM 2834 CB PHE A 348 29 .253 26 .982 58 .612 1 .00 13 .35 6 ATOM 2835 CG PHE A 348 27,.920 26.338 58..393 1,.00 17..24 6 ATOM 2836 CD1 PHE A 348 27, .774 25 .380 57. .390 1. .00 16, .47 6 ATOM 2837 CD2 PHE A 348 26, .798 26 .653 59. .153 1. .00 10, .80 6 ATOM 2838 CE1 PHE A 348 26, .581 24 .725 57, .137 1. .00 16, .99 6 ATOM 2839 CE2 PHE A 348 25, .594 26. .042 58. .880 1. .00 15, .47 6 ATOM 2840 CZ PHE A 348 25. .468 25. .067 57. .898 1. ,00 17. .41 6 ATOM 2841 N LYS A 349 29. .441 30. .318 58. .853 1. ,00 12. .58 7 ATOM 2842 CA LYS A 349 28. .736 31. .427 59. .451 1. .00 14. .41 6 ATOM 2843 C LYS A 349 27. .853 32. .265 58. .554 1. .00 14. .28 6 ATOM 2844 O LYS A 349 26. .689 32. .562 58. .876 1. .00 13, .07 8 ATOM 2845 CB LYS A 349 29. .685 32. .253 60. .351 1. .00 11. .83 6 ATOM 2846 CG LYS A 349 28. .973 33, .313 61. .209 1. .00 18, .84 6 ATOM 2847 CD LYS A 349 29. .688 33, .532 62, .566 1. .00 15. .69 6 ATOM 2848 CE LYS A 349 29. .183 32, .553 63, .636 1. .00 18 .65 6 ATOM 2849 NZ LYS A 349 30, .124 32, .604 64, .865 1. .00 14 .15 7 ATOM 2850 N PRO A 350 28. .313 32, .630 57, .340 1. . 00 13. .75 7 ATOM 2851 CA PRO A 350 27. .479 33, .386 56, .384 1. .00 9, .95 6 ATOM 2852 C PRO A 350 26, .302 32, .527 55, .993 1. .00 6, .14 6 ATOM 2853 O PRO A 350 25, .181 33, .057 55, .892 1. .00 9. .02 8 ATOM 2854 CB PRO A 350 28, .425 33, .760 55, .209 1, .00 11, .63 6 ATOM 2855 CG PRO A 350 29, .789 33, .521 55, .791 1. .00 13, .93 6 ATOM 2856 CD PRO A 350 29, .690 32, .450 56, .896 1. .00 12 .47 6 ATOM 2857 N LEU A 351 26 .423 31 .209 55, .890 1. .00 5 .76 7 ATOM 2858 CA LEU A 351 25 .254 30 .399 55 .544 1, .00 7 .58 6 ATOM 2859 C LEU A 351 24 .179 30 .374 56 .632 1, .00 11 .79 6 ATOM 2860 O LEU A 351 22 .931 30 .395 56 .432 1, .00 8 .84 8 ATOM 2861 CB LEU A 351 25 .666 28 .953 55 .261 1. .00 7 .39 6 ATOM 2862 CG LEU A 351 26, .395 28, .531 53, .988 1, . 00 17, .59 6 ATOM 2863 CD1 LEU A 351 27, .764 29, .180 53, .897 1, .00 16, .27 6 ATOM 2864 CD2 LEU A 351 26, .526 27, .034 53, .789 1, .00 9 .25 6 ATOM 2865 N ALA A 352 24, .724 30, .316 57, .908 1, .00 9, .34 7 ATOM 2866 CA ALA A 352 23 .722 30, .269 59, .053 1, .00 6, .62 6 ATOM 2867 C ALA A 352 23, .055 31, .607 59, .170 1, .00 2, .63 6 ATOM 2868 O ALA A 352 21. .823 31, .709 59, .309 1, .00 7 .27 8 ATOM 2869 CB ALA A 352 24, .615 30, .028 60, .331 1. .00 8 .00 6 ATOM 2870 N TYR A 353 23, .733 32, .721 58, .894 1. .00 4 .31 7 ATOM 2871 CA TYR A 353 23, .040 34, .002 58, .912 1. .00 6 .40 6 ATOM 2872 C TYR A 353 21 .981 34 .202 57, .823 1, .00 10 .05 6 ATOM 2873 O TYR A 353 20 .862 34 .755 58 .003 1, .00 11 .41 8 ATOM 2874 CB TYR A 353 24, .034 35 .166 58 .976 1, .00 9 .62 6 ATOM 2875 CG TYR A 353 24, .455 35, .483 60, .418 1. .00 14, .53 6 ATOM 2876 CD1 TYR A 353 23, ,589 36, .097 61, .305 1. .00 18, .62 6 ATOM 2877 CD2 TYR A 353 25, .726 35, .177 60, .886 1. .00 17, .29 6 ATOM 2878 CE1 TYR A 353 23 , .950 36, .375 62, .629 1. .00 17, .02 6 ATOM 2879 CE2 TYR A 353 26, .111 35, .447 62, ,213 1. .00 19, .57 6 ATOM 2880 CZ TYR A 353 25, .209 36, .032 63, .088 1. .00 16 .24 6 ATOM 2881 OH TYR A 353 25 .568 36, .289 64, .398 1, .00 12 .95 8 ATOM 2882 N ALA A 354 22 .242 33 .544 56 .647 1, .00 11 .17 7 ATOM 2883 CA ALA A 354 21 .279 33 .699 55 .500 1. .00 9 .08 6 ATOM 2884 C ALA A 354 20 .072 32 .896 55 .874 1, .00 5 .76 6 ATOM 2885 O ALA A 354 18 .942 33 .293 55, .634 1, .00 6, .50 8 ATOM 2886 CB ALA A 354 21 .964 33 .141 54, .255 1, .00 8 .32 6 ATOM 2887 N LEU A 355 20 .293 31 .740 56 .476 1, .00 7 .26 7 ATOM 2888 CA LEU A 355 19 .114 30 .958 56 .901 1, .00 8 .15 6 ATOM 2889 C LEU A 355 18 .208 31 .687 57 .869 1, .00 13 .11 6 ATOM 2890 O LEU A 355 16 .961 31 .630 57 .758 1, .00 14 .67 8 ATOM 2891 CB LEU A 355 19 .670 29 .630 57 .456 1, .00 11 .74 6 ATOM 2892 CG LEU A 355 18 .601 28 .784 58 .187 1 .00 18 .51 6 ATOM 2893 CD1 LEU A 355 17 .767 28 .021 57 .175 1, .00 23 .46 6 ATOM 2894 CD2 LEU A 355 19 .293 27 .745 59 .047 1. .00 20 .77 6 ATOM 2895 N ILE A 356 18 .803 32 .427 58 .881 1 .00 12 .17 7 ATOM 2896 CA ILE A 356 17 .858 33 .039 59 .827 1 .00 12 .67 6 ATOM 2897 C ILE A 356 17 .463 34 .402 59 .307 1, .00 13 .33 6 ATOM 2898 O ILE A 356 16 .406 34 .878 59 .760 1, .00 14 .98 8 ATOM 2899 CB ILE A 356 18 .478 33 .139 61 .284 1, .00 11 .08 6 ATOM 2900 CGI ILE A 356 19 .683 34 .049 61 .369 1. .00 11 .75 6 ATOM 2901 CG2 ILE A 356 18 .899 31 .710 61 .679 1. .00 5 .59 6 ATOM 2902 CD1 ILE A 356 20 .169 34 .327 62 .846 1 .00 12 .46 6 ATOM 2903 N LEU A 357 18 .239 35 .098 58 .466 1 .00 9 .14 7 ATOM 2904 CA LEU A 357 17 .765 36 .443 58 .112 1 .00 10 .92 6 ATOM 2905 C LEU A 357 16 .851 36 .483 56 .874 1 .00 11 .65 6 ATOM 2906 O LEU A 357 16 .159 37 .475 56 .724 1 .00 13 .44 8 ATOM 2907 CB LEU A 357 18 .970 37 .362 57 .908 1 .00 15 .64 6 ATOM 2908 CG LEU A 357 19 .863 37 .520 59 .155 1, .00 23 .64 6 ATOM 2909 CD1 LEU A 357 21.206 38 ,149 58.863 1.00 9.34 6 ATOM 2910 CD2 LEU A 357 19, .129 38, .400 60 .180 1. .00 9 .22 6 ATOM 2911 N THR A 358 16, .853 35, .476 56 .009 1 .00 13 .41 7 ATOM 2912 CA THR A 358 16 .047 35 .618 54 .767 1 .00 15 .69 6 ATOM 2913 C THR A 358 14 .855 34 .712 54 .671 1 .00 17 .67 6 ATOM 2914 O THR A 358 14 .114 34 .871 53 .669 1 .00 18 .83 8 ATOM 2915 CB THR A 358 16, .892 35, .503 53 .488 1, .00 6 .92 6 ATOM 2916 OGl THR A 358 17 .493 34, .198 53 .338 1, .00 9 .85 8 ATOM 2917 CG2 THR A 358 18 .016 36, .551 53 .490 1, .00 6 .29 6 ATOM 2918 N ARG A 359 14 .629 33, .807 55 .632 1 .00 15 .05 7 ATOM 2919 CA ARG A 359 13 .414 33 .009 55 .653 1 .00 12 .87 6 ATOM 2920 C ARG A 359 12, .342 33 , .824 56 .365 1, .00 15, .49 6 ATOM 2921 O ARG A 359 12, .628 34, .769 57 .122 1, .00 15, .95 8 ATOM 2922 CB ARG A 359 13 .597 31 .645 56 .291 1 .00 14 .00 6 ATOM 2923 CG ARG A 359 14 .651 30 .824 55 .541 1 .00 15 .78 6 ATOM 2924 CD ARG A 359 14 .643 29 .396 56 .080 1 .00 11 .69 6 ATOM 2925 NE ARG A 359 13 .411 28, .697 56 .026 1, .00 18 .91 7 ATOM 2926 CZ ARG A 359 12 .387 27, .893 55 .960 1 .00 18 .82 6 ATOM 2927 NHl ARG A 359 12 .470 26 .638 55 .555 1 .00 37 .09 7 ATOM 2928 NH2 ARG A 359 11 .134 28 .231 56 .128 1 .00 35 .48 7 ATOM 2929 N GLU A 360 11 .075 33 .508 56 .124 1 .00 13 .34 7 ATOM 2930 CA GLU A 360 10, .009 34, .272 56 .766 1, .00 16, .87 6 ATOM 2931 C GLU A 360 9 .797 33, .905 58 .272 1, .00 17 .41 6 ATOM 2932 O GLU A 360 9 .164 34, .657 58 .978 1 .00 17 .91 8 ATOM 2933 CB GLU A 360 8 .753 33, .701 56 .089 1 .00 22 .63 6 ATOM 2934 CG GLU A 360 7 .507 34 .543 56 .320 1. .00 43 .72 6 ATOM 2935 CD GLU A 360 6, .319 33. .647 55 .944 1, .00 53 .59 6 ATOM 2936 OE1 GLU A 360 6 .476 32, .823 55 .022 1. .00 33 .23 8 ATOM 2937 OE2 GLU A 360 5, .274 33, .777 56 .616 1. .00 69 .43 8 ATOM 2938 N GLN A 361 10 .024 32 .680 58 .690 1. .00 16 .57 7 ATOM 2939 CA GLN A 361 9 .823 32 .228 60 .052 1. .00 20 .85 6 ATOM 2940 C GLN A 361 10, .894 32, .729 61 .033 1, .00 18, .61 6 ATOM 2941 O GLN A 361 12 .109 32, .718 60 .781 1, .00 15 .15 8 ATOM 2942 CB GLN A 361 9 .981 30, .674 60 .070 1. .00 15, .83 6 ATOM 2943 CG GLN A 361 8 .810 30, .118 59 .253 1, .00 20 .02 6 ATOM 2944 CD GLN A 361 9 .143 29, .897 57 .778 1. .00 26 .16 6 ATOM 2945 OE1 GLN A 361 10, .184 30, .238 57. .224 1. .00 15. .02 8 ATOM 2946 NE2 GLN A 361 8, .253 29, .232 57, .073 1. .00 22, .71 7 ATOM 2947 N GLY A 362 10, .387 33 , .010 62, .256 1. .00 19, .95 7 ATOM 2948 CA GLY A 362 11, .266 33, .294 63 .385 1. .00 16, .72 6 ATOM 2949 C GLY A 362 11 .673 34, .720 63 .504 1. .00 19, .34 6 ATOM 2950 O GLY A 362 11, .589 35. .495 62, .537 1. .00 19. .82 8 ATOM 2951 N TYR A 363 12, .132 35. .159 64, .678 1. .00 17. .12 7 ATOM 2952 CA TYR A 363 12, .640 36. .516 64, .902 1. .00 13. .85 6 ATOM 2953 C TYR A 363 14, .118 36. .349 65, .165 1. .00 14, .95 6 ATOM 2954 O TYR A 363 14, .576 35, .736 66 .157 1. .00 15, .51 8 ATOM 2955 CB TYR A 363 11. .833 37. .074 66 . .067 1. ,00 16. .66 6 ATOM 2956 CG TYR A 363 12, .145 38. .458 66, .549 1. .00 17. .64 6 ATOM 2957 CD1 TYR A 363 12, .827 39. .352 65. .739 1. .00 18, .51 6 ATOM 2958 CD2 TYR A 363 11. .702 38. .910 67, .805 1. .00 18, .47 6 ATOM 2959 CE1 TYR A 363 13 , .111 40, .649 66 .129 1. .00 21. .67 6 ATOM 2960 CE2 TYR A 363 11. .970 40. ,197 68, .233 1. .00 19. .85 6 ATOM 2961 CZ TYR A 363 12, .665 41. .058 67, .408 1, .00 20. .59 6 ATOM 2962 OH TYR A 363 12, .963 42. .342 67, .782 1. .00 17, .62 8 ATOM 2963 N PRO A 364 14, .971 36. .846 64, .285 1. .00 14, .44 7 ATOM 2964 CA PRO A 364 16, .376 36. .602 64 .232 1, .00 12, .94 6 ATOM 2965 C PRO A 364 17, .157 37. . 600 65, .050 1. . 00 10. .83 6 ATOM 2966 O PRO A 364 16, .828 38. .782 65, .173 1. .00 12. .01 8 ATOM 2967 CB PRO A 364 16, .861 36. .777 62, .728 1. .00 12, .52 6 ATOM 2968 CG PRO A 364 15, .821 37. .780 62 .253 1. .00 13, .06 6 ATOM 2969 CD PRO A 364 14 .522 37. .501 63 .016 1, .00 17, .02 6 ATOM 2970 N SER A 365 18, .303 37. .060 65, .467 1. .00 12, .81 7 ATOM 2971 CA SER A 365 19, .177 37. .955 66, .264 1. .00 13 , .83 6 ATOM 2972 C SER A 365 20, .617 37, .834 65 .836 1, .00 13 , .08 6 ATOM 2973 O SER A 365 21, .186 36, .734 65 .692 1. .00 15. .72 8 ATOM 2974 CB SER A 365 19 .016 37, .409 67 .724 1, .00 19, .64 6 ATOM 2975 OG SER A 365 19, .975 38. .079 68, .550 1. .00 28. .22 8 ATOM 2976 N VAL A 366 21 .271 38 .967 65 .698 1. .00 12 .55 7 ATOM 2977 CA VAL A 366 22 .671 38 .974 65 .280 1. .00 13 .77 6 ATOM 2978 C VAL A 366 23 .538 39 .159 66 .526 1 .00 15 .58 6 ATOM 2979 O VAL A 366 23 .215 40 .017 67 .353 1 .00 14 .42 8 ATOM 2980 CB VAL A 366 22 .890 40, .239 64 .373 1, .00 17. .08 6 ATOM 2981 CGI VAL A 366 24 .327 40 .304 63 .919 1, .00 11 .12 6 ATOM 2982 CG2 VAL A 366 21 .942 40 .159 63 .185 1, .00 23 .07 6 ATOM 2983 N PHE A 367 24.,638 38.,457 66..594 1.,00 14.,78 7 ATOM 2984 CA PHE A 367 25. .533 38. .506 67. .717 1. ,00 14. .70 6 ATOM 2985 C PHE A 367 26. .613 39. .550 67. .502 1. ,00 17. .61 6 ATOM 2986 O PHE A 367 27. .427 39. ,578 66. ,556 1. 00 16. .79 8 ATOM 2987 CB PHE A 367 26. .178 37. .117 67. ,871 1. 00 13. ,83 6 ATOM 2988 CG PHE A 367 27. .171 36. .983 69. .000 1. ,00 17. ,14 6 ATOM 2989 GDI PHE A 367 26. .912 37. .575 70. .245 1. ,00 21. ,47 6 ATOM 2990 CD2 PHE A 367 28. .314 36. .224 68. .836 1. ,00 10. ,74 6 ATOM 2991 CE1 PHE A 367 27. .811 37. .426 71, .295 1. ,00 17. .03 6 ATOM 2992 CE2 PHE A 367 29. .219 36. ,070 69. ,893 1, ,00 20. ,19 6 ATOM 2993 CZ PHE A 367 28. .970 36. ,675 71. .138 1. ,00 11. ,94 6 ATOM 2994 N TYR A 368 26. .770 40. ,425 68. .478 1, ,00 16. ,71 7 ATOM 2995 CA TYR A 368 27. .823 41. .428 68, .486 1. ,00 18. .35 6 ATOM 2996 C TYR A 368 29 .182 40 .803 68 .219 1, .00 19 .12 6 ATOM 2997 O TYR A 368 30 .029 41 .415 67 .524 1, .00 21 .05 8 ATOM 2998 CB TYR A 368 27. .806 42. .189 69. .810 1. .00 17. .30 6 ATOM 2999 CG TYR A 368 28 .846 43, .292 69 .966 1. .00 17, .20 6 ATOM 3000 CD1 TYR A 368 30 .183 43, .012 70 .185 1, .00 14, .16 6 ATOM 3001 CD2 TYR A 368 28 .424 44, .628 69 .933 1, .00 15, .05 6 ATOM 3002 CE1 TYR A 368 31 .098 44, .049 70 .329 1, .00 16 .57 6 ATOM 3003 CE2 TYR A 368 29, .321 45, .670 70, .080 1. . 00 14. .72 6 ATOM 3004 CZ TYR A 368 30, .641 45, .354 70, .276 1. .00 18, .79 6 ATOM 3005 OH TYR A 368 31, .554 46, .387 70, .443 1. .00 24, .91 8 ATOM 3006 N GLY A 369 29 .470 39, .650 68, .835 1. .00 16, .89 7 ATOM 3007 CA GLY A 369 30 .779 39, .052 68 .692 1. .00 19, .01 6 ATOM 3008 C GLY A 369 31 .071 38, .607 67 .249 1. .00 21, .56 6 ATOM 3009 O GLY A 369 32 .237 38, .589 66 .852 1. .00 20, .31 8 ATOM 3010 N ASP A 370 30 .001 38 .233 66 .530 1. .00 20 .90 7 ATOM 3011 CA ASP A 370 30, .203 37, .856 65, .119 1. .00 21, .19 6 ATOM 3012 C ASP A 370 30, .346 39, .143 64, .279 1. .00 21, .90 6 ATOM 3013 O ASP A 370 31, .190 39, .176 63, .390 1. .00 20, .14 8 ATOM 3014 CB ASP A 370 29, .024 37, .062 64, .591 1. .00 15, .54 6 ATOM 3015 CG ASP A 370 28, .821 35, .687 65, .177 1. .00 11. .32 6 ATOM 3016 ODl ASP A 370 29, .755 34. ,957 65. ,507 1. ,00 14. .67 8 ATOM 3017 OD2 ASP A 370 27, .644 35. .274 65. .227 1, ,00 14. .90 8 ATOM 3018 N TYR A 371 29, .527 40. .158 64, .522 1. ,00 19. .84 7 ATOM 3019 CA TYR A 371 29, .508 41, .372 63, .764 1. ,00 20. .87 6 ATOM 3020 C TYR A 371 30, .777 42, .214 63, .872 1. .00 24. .06 6 ATOM 3021 O TYR A 371 31, .488 42, .507 62 .853 1. .00 22. .38 8 ATOM 3022 CB TYR A 371 28, .249 42. .138 64, .122 1. . 00 20. .00 6 ATOM 3023 CG TYR A 371 27, .931 43. .235 63, .129 1. .00 22. .37 6 ATOM 3024 GDI TYR A 371 27, .170 42. .920 61, .978 1. .00 20. .86 6 ATOM 3025 CD2 TYR A 371 28, .342 44. .537 63, .356 1. .00 23. .52 6 ATOM 3026 CE1 TYR A 371 26 .846 43, .910 61 .073 1. .00 22, .15 6 ATOM 3027 CE2 TYR A 371 28 .028 45, .531 62 .449 1, .00 27, .44 6 ATOM 3028 CZ TYR A 371 27, .291 45, .201 61, .302 1. .00 26. .41 6 ATOM 3029 OH TYR A 371 27, .020 46, .192 60, .406 1. .00 25. .92 8 ATOM 3030 N TYR A 372 31 .113 42, .576 65, .113 1. .00 20. .55 7 ATOM 3031 CA TYR A 372 32 .343 43, .299 65 .392 1. .00 20, .27 6 ATOM 3032 C TYR A 372 33 .540 42, .457 65 .762 1. .00 19, .46 6 ATOM 3033 O TYR A 372 34 .585 43 .086 65 .922 1, .00 19, .22 8 ATOM 3034 CB TYR A 372 32 .138 44 .358 66 .485 1. .00 22 .02 6 ATOM 3035 CG TYR A 372 31, .116 45, .411 66 . .145 1. .00 25, .43 6 ATOM 3036 CD1 TYR A 372 31 .414 46, .287 65, .077 1. .00 29, .79 6 ATOM 3037 CD2 TYR A 372 29 .907 45, .563 66 .768 1. .00 25, .19 6 ATOM 3038 CE1 TYR A 372 30 .523 47, .274 64 .698 1. .00 29, .82 6 ATOM 3039 CE2 TYR A 372 29 .007 46 .561 66 .415 1. .00 27, .56 6 ATOM 3040 CZ TYR A 372 29 .335 47 .410 65 .383 1, .00 30 .90 6 ATOM 3041 OH TYR A 372 28, .494 48, .412 64, .971 1. .00 33, . 96 8 ATOM 3042 N GLY A 373 33 .569 41, .146 65, .801 1. .00 20, .64 7 ATOM 3043 CA GLY A 373 34 .745 40, .352 66 .120 1. .00 21, .67 6 ATOM 3044 C GLY A 373 34 .897 40 .097 67 .649 1. .00 23, .24 6 ATOM 3045 O GLY A 373 34 .142 40 .563 68 .495 1, .00 22 .78 8 ATOM 3046 N ILE A 374 35 .796 39 .198 68 .001 1. .00 21 .63 7 ATOM 3047 CA ILE A 374 36 .132 38, .841 69, .367 1. .00 23. .49 6 ATOM 3048 C ILE A 374 37 .666 38, .724 69 .375 1. .00 21, .40 6 ATOM 3049 O ILE A 374 38 .398 37 .741 69 .231 1 .00 19 .77 8 ATOM 3050 CB ILE A 374 35 .265 37 .898 70 .159 1 .00 31 .39 6 ATOM 3051 CGI ILE A 374 36 .097 36 .914 71 .011 1 .00 30 .19 6 ATOM 3052 CG2 ILE A 374 34 .048 37 .123 69 .642 1 .00 20 .15 6 ATOM 3053 CD1 ILE A 374 35 .843 37 .222 72 .468 1 .00 43 .36 6 ATOM 3054 N PRO A 375 38 .261 39 .908 69 .563 1 .00 21 .92 7 ATOM 3055 CA PRO A 375 39 .697 40 .117 69 .418 1 .00 24 .23 6 ATOM 3056 C PRO A 375 40 .527 39 .315 70 .387 1 .00 28 .10 6 ATOM 3057 O PRO A 375 41.,627 38..900 69..995 1.,00 30..20 8 ATOM 3058 CB PRO A 375 40. .001 41. .594 69. .537 1. ,00 23, .29 6 ATOM 3059 CG PRO A 375 38. .651 42, .217 69. .774 1. ,00 22. .77 6 ATOM 3060 CD PRO A 375 37. .565 41, .183 69, .739 1. .00 20, .77 6 ATOM 3061 N THR A 376 39, .963 39, .027 71, .557 1. .00 26, .59 7 ATOM 3062 CA THR A 376 40, .694 38, .305 72. .571 1. .00 29, .38 6 ATOM 3063 C THR A 376 40. ,912 36. .901 72. .077 1. ,00 31, .17 6 ATOM 3064 O THR A 376 41. ,922 36. .294 72. .423 1. ,00 32, .53 8 ATOM 3065 CB THR A 376 39. .882 38. .365 73. .888 1. ,00 34, .99 6 ATOM 3066 OGl THR A 376 38. .559 37. .905 73. .570 1. ,00 33, .12 8 ATOM 3067 CG2 THR A 376 39. .737 39. .808 74, .366 1. ,00 29, .78 6 ATOM 3068 N HIS A 377 39. .924 36, .317 71, .381 1. .00 31 .46 7 ATOM 3069 CA HIS A 377 40, .107 34, .949 70, .876 1. .00 32 .11 6 ATOM 3070 C HIS A 377 40. .481 35. .154 69, .425 1. ,00 33, .61 6 ATOM 3071 O HIS A 377 40. ,760 36. ,367 69. .170 1. ,00 35. .65 8 ATOM 3072 CB HIS A 377 38. ,872 34. ,112 71. .176 1. .00 27. .76 6 ATOM 3073 CG HIS A 377 38. .794 33. ,981 72. .680 1. .00 31. .06 6 ATOM 3074 ND1 HIS A 377 38. .521 35. .079 73. .472 1. .00 34, .60 7 ATOM 3075 CD2 HIS A 377 38. .993 32. .924 73 , .497 1. .00 36, .91 6 ATOM 3076 CE1 HIS A 377 38. .556 34, .685 74, .739 1. .00 45 .06 6 ATOM 3077 NE2 HIS A 377 38, .832 33, .386 74, .790 1, .00 43 .40 7 ATOM 3078 N SER A 378 40. .550 34, .303 68, .425 1. .00 34, .63 7 ATOM 3079 CA SER A 378 41. .010 35, .069 67, .178 1. .00 36, .89 6 ATOM 3080 C SER A 378 39, .918 35, .297 66, .174 1. .00 35 .75 6 ATOM 3081 O SER A 378 40, .081 34, .897 65 .027 1. .00 38 .61 8 ATOM 3082 CB SER A 378 42, .341 34 .526 66 .711 1. .00 43 .48 6 ATOM 3083 OG SER A 378 43 .304 35 .530 67 .068 1, .00 56 .38 8 ATOM 3084 N VAL A 379 38 .787 35 .882 66 .582 1 .00 34 .79 7 ATOM 3085 CA VAL A 379 37 .590 36 .026 65 .778 1 .00 32 .09 6 ATOM 3086 C VAL A 379 37, .439 37, .399 65, .148 1. .00 30 .08 6 ATOM 3087 O VAL A 379 37, .076 38 .373 65 .789 1. .00 29 .50 8 ATOM 3088 CB VAL A 379 36, .301 35, .708 66, .561 1. .00 31, .07 6 ATOM 3089 CGI VAL A 379 35, .102 35, .593 65, .619 1. ,00 22, .44 6 ATOM 3090 CG2 VAL A 379 36, .468 34, .420 67, .358 1. ,00 29, .31 6 ATOM 3091 N PRO A 380 37, .638 37, .423 63, .830 1. .00 28, .72 7 ATOM 3092 CA PRO A 380 37. .614 38, .627 63, .017 1. .00 25 .27 6 ATOM 3093 C PRO A 380 36. .213 39. .177 62. .905 1. ,00 20, .31 6 ATOM 3094 O PRO A 380 35. .288 38. .402 63. .071 1. ,00 21, .62 8 ATOM 3095 CB PRO A 380 38. .136 38. .219 61. .599 1. ,00 26, .88 6 ATOM 3096 CG PRO A 380 37. .929 36, .723 61. .630 1. ,00 28, .41 6 ATOM 3097 CD PRO A 380 38. .033 36, .231 63, .057 1. ,00 28, .36 6 ATOM 3098 N ALA A 381 36. .031 40, .454 62, .723 1. .00 18 .38 7 ATOM 3099 CA ALA A 381 34, .731 41, .051 62, .525 1. .00 21, .39 6 ATOM 3100 C ALA A 381 34, .134 40 .531 61 .198 1. .00 23 .08 6 ATOM 3101 O ALA A 381 34, .852 40 .306 60 .231 1, .00 21 .90 8 ATOM 3102 CB ALA A 381 34, .872 42, .548 62, .522 1, .00 21 .51 6 ATOM 3103 N MET A 382 32. .870 40, .142 61, .151 1. .00 20 .95 7 ATOM 3104 CA MET A 382 32, .283 39 .562 59 .957 1, .00 19 .68 6 ATOM 3105 C MET A 382 31. .243 40, .480 59, .371 1. .00 19, .80 6 ATOM 3106 O MET A 382 30, .361 40, .117 58, .575 1. .00 20 .42 8 ATOM 3107 CB MET A 382 31. .720 38 .171 60 .316 1, .00 12 .09 6 ATOM 3108 CG MET A 382 32 .901 37 .210 60 .460 1. .00 22 .27 6 ATOM 3109 SD MET A 382 32 .198 35 .595 60 .910 1, .00 34 .94 16 ATOM 3110 CE MET A 382 33. .716 34, .885 61 .572 1. . 00 45 .83 6 ATOM 3111 N LYS A 383 31, .326 41, .739 59 .837 1, .00 17 .95 7 ATOM 3112 CA LYS A 383 30 .428 42 .787 59 .377 1. .00 20 .66 6 ATOM 3113 C LYS A 383 30 .348 42 .796 57 .822 1. .00 20 .83 6 ATOM 3114 O LYS A 383 29 .264 42 .891 57 .272 1. .00 22 .65 8 ATOM 3115 CB LYS A 383 31 .099 44 .109 59 .793 1, .00 15 .20 6 ATOM 3116 CG LYS A 383 30 .330 45 .327 59 .325 1 .00 24 .36 6 ATOM 3117 CD LYS A 383 30 .986 46 .580 59 .956 1 .00 30 .19 6 ATOM 3118 CE LYS A 383 30 .647 47 .797 59 .077 1, .00 33 .69 6 ATOM 3119 NZ LYS A 383 29 .187 47 .850 58 .718 1, .00 27 .34 7 ATOM 3120 N ALA A 384 31 .506 42 .740 57 .175 1 .00 21 .38 7 ATOM 3121 CA ALA A 384 31 .504 42 .788 55 .685 1 .00 24 .86 6 ATOM 3122 C ALA A 384 30 .684 41 .650 55 .106 1 .00 21 .91 6 ATOM 3123 O ALA A 384 29 .954 41 .867 54 .128 1, .00 23 .76 8 ATOM 3124 CB ALA A 384 32 .911 42 .774 55 .106 1, .00 20 .64 6 ATOM 3125 N LYS A 385 30 .746 40 .467 55 .665 1, .00 19 .75 7 ATOM 3126 CA LYS A 385 29 .909 39 .379 55 .191 1, .00 19 .30 6 ATOM 3127 C LYS A 385 28 .495 39 .409 55 .687 1, .00 18 .88 6 ATOM 3128 O LYS A 385 27 .640 38 .802 55 .031 1, .00 21 .08 8 ATOM 3129 CB LYS A 385 30 .574 38 .054 55 .561 1 .00 24 .42 6 ATOM 3130 CG LYS A 385 31 .939 38 .084 54 .864 1. .00 38 .35 6 ATOM 3131 CD LYS A 385 32..421 36,.669 54,.612 1..00 40..27 6 ATOM 3132 CE LYS A 385 33 , .732 36, .479 55 .365 1. .00 50, .29 6 ATOM 3133 NZ LYS A 385 34, .643 35, .513 54 .703 1. .00 54, .83 7 ATOM 3134 N ILE A 386 28. .190 40, .107 56, .801 1. .00 17, .18 7 ATOM 3135 CA ILE A 386 26. .800 39, .977 57, .253 1. .00 12, .72 6 ATOM 3136 C ILE A 386 26, .013 41. .132 56, .711 1. .00 9, .20 6 ATOM 3137 O ILE A 386 24, .798 41, .064 56, .507 1, .00 11, .51 8 ATOM 3138 CB ILE A 386 26, .814 40, .000 58 .848 1. .00 16, .85 6 ATOM 3139 CGI ILE A 386 27, .322 38, .670 59 .349 1. .00 18 .12 6 ATOM 3140 CG2 ILE A 386 25, .402 40, .258 59, .352 1. .00 9, .70 6 ATOM 3141 CD1 ILE A 386 27, .992 38, .666 60, .715 1, .00 26, .94 6 ATOM 3142 N ASP A 387 26, .634 42, .281 56 .488 1, .00 11, .30 7 ATOM 3143 CA ASP A 387 25, .911 43, .440 55 .965 1. .00 12, .22 6 ATOM 3144 C ASP A 387 25, .032 43. .227 54, .750 1. .00 14, .02 6 ATOM 3145 O ASP A 387 23. .879 43. .635 54. .731 1. .00 14. .95 8 ATOM 3146 CB ASP A 387 26. ,911 44. ,587 55. .788 1. ,00 20. .41 6 ATOM 3147 CG ASP A 387 26. .987 45. ,457 57. .041 1. ,00 23. .19 6 ATOM 3148 ODl ASP A 387 26. .206 45. .313 58. .002 1. ,00 22. .62 8 ATOM 3149 OD2 ASP A 387 27. .865 46. .315 57. .094 1. ,00 20. .44 8 ATOM 3150 N PRO A 388 25. .495 42. .550 53, .702 1. ,00 16. .26 7 ATOM 3151 CA PRO A 388 24. ,708 42. ,265 52. .502 1. , 00 17. ,21 6 ATOM 3152 C PRO A 388 23. ,527 41. ,400 52. .894 1. ,00 16. ,18 6 ATOM 3153 O PRO A 388 22. ,461 41. ,604 52. .289 1. ,00 14. .98 8 ATOM 3154 CB PRO A 388 25. .603 41. ,521 51, .492 1. ,00 17. .18 6 ATOM 3155 CG PRO A 388 26. .974 41. ,824 52, .028 1. .00 20, .47 6 ATOM 3156 CD PRO A 388 26, .869 42, ,092 53, .538 1. .00 16, .83 6 ATOM 3157 N ILE A 389 23, .678 40, .499 53, .878 1. .00 15, .35 7 ATOM 3158 CA ILE A 389 22, .493 39, .668 54 .265 1. .00 14 .27 6 ATOM 3159 C ILE A 389 21, .456 40, .476 55, .004 1. .00 15, .37 6 ATOM 3160 O ILE A 389 20. .251 40, .367 54, .778 1. .00 17, .64 8 ATOM 3161 CB ILE A 389 22, .904 38, .411 55 .012 1. .00 13, .28 6 ATOM 3162 CGI ILE A 389 24, .171 37, .860 54 .393 1, .00 14 .11 6 ATOM 3163 CG2 ILE A 389 21 .798 37, .398 55 .185 1, .00 10 .66 6 ATOM 3164 CD1 ILE A 389 24, .689 36, .568 54, . 999 1. .00 13, .92 6 ATOM 3165 N LEU A 390 21. .928 41, .446 55, .822 1. .00 18, .10 7 ATOM 3166 CA LEU A 390 20, .977 42, .349 56 .488 1, .00 18, .21 6 ATOM 3167 C LEU A 390 20 .268 43, .216 55 .426 1. .00 18 .49 6 ATOM 3168 O LEU A 390 19 .086 43 .509 55 .556 1, .00 16 .37 8 ATOM 3169 CB LEU A 390 21 .820 43 .232 57 .443 1. .00 16 .56 6 ATOM 3170 CG LEU A 390 22, .135 42, .516 58, .799 1. . 00 19, .93 6 ATOM 3171 CD1 LEU A 390 23 .073 43, .419 59 .554 1. .00 17, .20 6 ATOM 3172 CD2 LEU A 390 20 .845 42, .259 59 .575 1. .00 16 .58 6 ATOM 3173 N GLU A 391 21 .007 43 .665 54 .386 1, .00 16 .17 7 ATOM 3174 CA GLU A 391 20 .325 44 .465 53 .303 1. .00 16 .48 6 ATOM 3175 C GLU A 391 19 .263 43 .652 52 .609 1. .00 12 .13 6 ATOM 3176 O GLU A 391 18, .139 44, .102 52, .465 1. .00 16, .96 8 ATOM 3177 CB GLU A 391 21, .446 44, .917 52 .361 1. .00 25, .49 6 ATOM 3178 CG GLU A 391 21 .100 45, .488 51 .018 1, .00 51, .51 6 ATOM 3179 CD GLU A 391 20 .006 46 .533 51 ,042 1, .00 69 .83 6 ATOM 3180 OE1 GLU A 391 20 .195 47 .596 51 .682 1, .00 77 .21 8 ATOM 3181 OE2 GLU A 391 18 .946 46 .275 50 .422 1 .00 80 .47 8 ATOM 3182 N ALA A 392 19 .503 42 .363 52 .322 1. .00 12 .95 7 ATOM 3183 CA ALA A 392 18 .482 41 .499 51 .727 1, . 00 13 .47 6 ATOM 3184 C ALA A 392 17 .251 41 .328 52 .577 1. .00 14 .57 6 ATOM 3185 O ALA A 392 16 .079 41 .279 52 .174 1. .00 12 .14 8 ATOM 3186 CB ALA A 392 19 .080 40 .082 51 .469 1. .00 5 .69 6 ATOM 3187 N ARG A 393 17 .527 41 .153 53 .924 1 .00 16 .57 7 ATOM 3188 CA ARG A 393 16 .368 41 .005 54 .818 1 .00 13 .88 6 ATOM 3189 C ARG A 393 15 .605 4 .315 54 .841 1 .00 11 .43 6 ATOM 3190 O ARG A 393 14 .382 42 .370 54 .754 1 .00 11 .77 8 ATOM 3191 CB ARG A 393 16 .836 40 .691 56 .266 1 .00 24 .03 6 ATOM 3192 CG ARG A 393 15 .660 40 .832 57 .246 1 .00 15 .55 6 ATOM 3193 CD ARG A 393 16 .104 40 .214 58 .625 1 .00 20 .25 6 ATOM 3194 NE ARG A 393 14 .888 39 .976 59 .386 1 .00 11 .48 7 ATOM 3195 CZ ARG A 393 13 .997 39 .041 59 .398 1 .00 15 .02 6 ATOM 3196 NHl ARG A 393 14 .119 37 .965 58 .629 1 .00 12 .91 7 ATOM 3197 NH2 ARG A 393 12 .987 39 .202 60 .267 1 .00 11 .47 7 ATOM 3198 N GLN A 394 16 .302 43 .425 54 .960 1 .00 14 .50 7 ATOM 3199 CA GLN A 394 15 .572 44 .692 55 .025 1 .00 18 .94 6 ATOM 3200 C GLN A 394 14 .768 45 .107 53 .787 1 .00 20 .87 6 ATOM 3201 O GLN A 394 13 .698 45 .710 53 .936 1 .00 21 .23 8 ATOM 3202 CB GLN A 394 16 .626 45 .777 55 .292 1 .00 19 .73 6 ATOM 3203 CG GLN A 394 15 .997 47 .166 55 .327 1 .00 34 .13 6 ATOM 3204 CD GLN A 394 17 .033 48 .146 55 .868 1 .00 42 .94 6 ATOM 3205 OE1 GLN A 394 18..211 48.,045 55..527 1..00 48..00 8 ATOM 3206 NE2 GLN A 394 16. .567 49. .063 56. .694 1. ,00 38. .78 7 ATOM 3207 N ASN A 395 15. .315 44. .868 52. .605 1. .00 22. .35 7 ATOM 3208 CA ASN A 395 14, .704 45. .340 51. .349 1. .00 22. .62 6 ATOM 3209 C ASN A 395 14. .155 44. .303 50. .380 1. ,00 22. ,55 6 ATOM 3210 O ASN A 395 13. .227 44. .631 49. .640 1. ,00 22. ,44 8 ATOM 3211 CB ASN A 395 15. .829 46. .048 50. .584 1. .00 24. ,25 6 ATOM 3212 CG ASN A 395 15. .991 47. .421 51. .208 1. .00 29. .25 6 ATOM 3213 ODl ASN A 395 17. .120 47. ,874 51. .307 1. ,00 42. .49 8 ATOM 3214 ND2 ASN A 395 14. .890 48. ,003 51. .618 1. ,00 34. ,43 7 ATOM 3215 N PHE A 396 14. .625 43. .069 50. .419 1. .00 20. .24 7 ATOM 3216 CA PHE A 396 14. .178 42. .018 49, .532 1. .00 23. .30 6 ATOM 3217 C PHE A 396 13. .431 40. ,810 50. .076 1. ,00 25. .23 6 ATOM 3218 O PHE A 396 12. .770 40. .125 49 .265 1. .00 21, .78 8 ATOM 3219 CB PHE A 396 15 .501 41. .489 48 .876 1, .00 21, .33 6 ATOM 3220 CG PHE A 396 16 .123 42, ,583 48 .037 1, .00 19 .57 6 ATOM 3221 GDI PHE A 396 15 .499 42, .952 46 .846 1, .00 26 .52 6 ATOM 3222 CD2 PHE A 396 17, .292 43, .195 48 .406 1, . 00 20. .67 6 ATOM 3223 CE1 PHE A 396 16 .057 43. .949 46 .042 1, .00 22, .29 6 ATOM 3224 CE2 PHE A 396 17 .856 44, .204 47 .632 1, .00 29, .18 6 ATOM 3225 CZ PHE A 396 17 .230 44, .580 46 .437 1 .00 24 .68 6 ATOM 3226 N ALA A 397 13, .570 40. .513 51. .400 1. .00 24, .28 7 ATOM 3227 CA ALA A 397 12, .981 39. .290 51. .968 1. .00 22, .16 6 ATOM 3228 C ALA A 397 11 .557 39, .399 52 .386 1. .00 21, .58 6 ATOM 3229 O ALA A 397 11 .171 39, .620 53 .587 1, .00 23, .05 8 ATOM 3230 CB ALA A 397 13 .901 38, .838 53 .134 1, .00 19, .19 6 ATOM 3231 N TYR A 398 10 .619 39, .421 51 .435 1, .00 18 .06 7 ATOM 3232 CA TYR A 398 9, .191 39, .615 51. .630 1. .00 17, .56 6 ATOM 3233 C TYR A 398 8 .372 38, .762 50, .656 1, .00 20, .75 6 ATOM 3234 O TYR A 398 8 .866 38. .357 49 .598 1, .00 20, .32 8 ATOM 3235 CB TYR A 398 8. .789 41. .079 51. ,316 1. .00 19. .32 6 ATOM 3236 CG TYR A 398 9. .471 42. .075 52. .213 1. .00 23. .94 6 ATOM 3237 CD1 TYR A 398 8, .899 42. .359 53. .471 1. .00 25. .13 6 ATOM 3238 CD2 TYR A 398 10. .683 42. .646 51. .885 1, .00 23. .28 6 ATOM 3239 CE1 TYR A 398 9, .562 43. .213 54 .347 1. .00 25, .33 6 ATOM 3240 CE2 TYR A 398 11 .333 43, .489 52 .764 1. .00 25, .72 6 ATOM 3241 CZ TYR A 398 10, .750 43. .770 53, .999 1. .00 25, .29 6 ATOM 3242 OH TYR A 398 11, .394 44, .636 54, .841 1. .00 23 , .06 8 ATOM 3243 N GLY A 399 7 .142 38, .444 50 .960 1, .00 19, .46 7 ATOM 3244 CA GLY A 399 6 .211 37, .716 50 .120 1. .00 18 .92 6 ATOM 3245 C GLY A 399 6, .307 36, .226 50, .292 1. .00 19, .52 6 ATOM 3246 O GLY A 399 7 .169 35, .751 51 .061 1. .00 18, .13 8 ATOM 3247 N THR A 400 5 .450 35, .527 49 .577 1, .00 15, .63 7 ATOM 3248 CA THR A 400 5 .372 34, .072 49 .637 1. .00 16 .69 6 ATOM 3249 C THR A 400 6 .760 33 .457 49 .556 1. .00 17 .74 6 ATOM 3250 O THR A 400 7 .607 33 .929 48 .761 1. .00 19 .47 8 ATOM 3251 CB THR A 400 4 .500 33, .578 48 .455 1, .00 20, .78 6 ATOM 3252 OGl THR A 400 3 .266 34, .312 48 .565 1. .00 26, .31 8 ATOM 3253 CG2 THR A 400 4 .170 32 .117 48 .502 1 .00 18 .82 6 ATOM 3254 N GLN A 401 6 .904 32, .347 50, .264 1. .00 13, .87 7 ATOM 3255 CA GLN A 401 8 .207 31, .693 50 .327 1. .00 12, .58 6 ATOM 3256 C GLN A 401 8 .072 30, .316 49 .725 1, .00 10, .72 6 ATOM 3257 O GLN A 401 7 .025 29, .726 49 .886 1. .00 12, .72 8 ATOM 3258 CB GLN A 401 8 .623 31 .511 51 .823 1. .00 14 .98 6 ATOM 3259 CG GLN A 401 9 .983 30 .844 52 .002 1. .00 16 .56 6 ATOM 3260 CD GLN A 401 10 .397 31, .000 53 .497 1, .00 22, .68 6 ATOM 3261 OE1 GLN A 401 10 .340 30, .068 54 .312 1, .00 15, .75 8 ATOM 3262 NE2 GLN A 401 10 .753 32, .220 53 .780 1. .00 12, .60 7 ATOM 3263 N HIS A 402 9 .083 29, .893 48 .969 1 .00 10 .91 7 ATOM 3264 CA HIS A 402 9 .047 28, .533 48 .421 1. .00 11. .66 6 ATOM 3265 C HIS A 402 10 .348 27, .899 48 .924 1. .00 12. .41 6 ATOM 3266 O HIS A 402 11 .410 28, .518 48 .690 1. .00 14. .47 8 ATOM 3267 CB HIS A 402 9 .181 28 .627 46 .865 1. .00 16 .44 6 ATOM 3268 CG HIS A 402 7 .932 29, .307 46 .340 1. .00 11. .10 6 ATOM 3269 ND1 HIS A 402 6 .775 28, .628 46 .139 1. .00 18. .89 7 ATOM 3270 CD2 HIS A 402 7 .695 30, .590 46 .062 1. .00 20 .41 6 ATOM 3271 CE1 HIS A 402 5 .858 29 .486 45 .718 1 .00 18 .34 6 ATOM 3272 NE2 HIS A 402 6 .396 30 .678 45 .646 1 .00 20 .72 7 ATOM 3273 N ASP A 403 10 .248 26 .705 49 .441 1 . 00 12 .64 7 ATOM 3274 CA ASP A 403 11 .402 26 .031 49 .997 1 .00 14 .92 6 ATOM 3275 C ASP A 403 11 .920 24 .881 49 .174 1 .00 14 .87 6 ATOM 3276 O ASP A 403 11 .074 24 .144 48 .698 1 .00 17 .16 8 ATOM 3277 CB ASP A 403 11 .065 25 .382 51 .362 1 . 00 17 .08 6 ATOM 3278 CG ASP A 403 10 .991 26 .379 52 .508 1 .00 20 .75 6 ATOM 3279 ODl ASP A 403 11.378 27.559 52.450 1..00 25.42 8 ATOM 3280 OD2 ASP A 403 10 .539 25 .965 53 .602 1, .00 34 .57 8 ATOM 3281 N TYR A 404 13 .246 24 .771 49 .068 1, .00 14 .04 7 ATOM 3282 CA TYR A 404 13 .823 23 .629 48 .376 1, .00 16 .23 6 ATOM 3283 C TYR A 404 14 .855 22. .957 49. .295 1, .00 16 .89 6 ATOM 3284 O TYR A 404 16. .072 23, .055 49, .023 1, .00 15 .20 8 ATOM 3285 CB TYR A 404 14, .474 24 .048 47, .005 1. .00 15 .62 6 ATOM 3286 CG TYR A 404 13, .484 24, .770 46, .102 1. .00 18 .51 6 ATOM 3287 GDI TYR A 404 13, .259 26, .145 46, .273 1. .00 18 .46 6 ATOM 3288 CD2 TYR A 404 12, .733 24, .110 45, .148 1. .00 21 .41 6 ATOM 3289 CE1 TYR A 404 12, .335 26, .804 45, .500 1. .00 22 .55 6 ATOM 3290 CE2 TYR A 404 11, .801 24, .768 44, .339 1. .00 21 .59 6 ATOM 3291 CZ TYR A 404 11, .619 26, .115 44, .527 1. .00 23 .32 6 ATOM 3292 OH TYR A 404 10 .723 26, .830 43, .779 1. .00 23 .96 8 ATOM 3293 N PHE A 405 14 .372 22 .256 50, .326 1, .00 17 .74 7 ATOM 3294 CA PHE A 405 15 .284 21, .492 51, .238 1, .00 19 .60 6 ATOM 3295 C PHE A 405 15 .320 20 .072 50, .710 1. .00 19 .93 6 ATOM 3296 O PHE A 405 14, .661 19, .205 51, .267 1. .00 21 .69 8 ATOM 3297 CB PHE A 405 14, .731 21, .454 52, .680 1. .00 17 .01 6 ATOM 3298 CG PHE A 405 15, .069 22, .753 53 , .375 1. .00 20 .75 6 ATOM 3299 CD1 PHE A 405 14 .317 23, .873 53, .178 1. .00 22 .73 6 ATOM 3300 CD2 PHE A 405 16 .177 22, .858 54, .197 1. .00 21 .89 6 ATOM 3301 CE1 PHE A 405 14 .612 25, .070 53, .790 1, .00 21 .02 6 ATOM 3302 CE2 PHE A 405 16 .495 24 .046 54 .781 1, .00 16 .66 6 ATOM 3303 CZ PHE A 405 15 .713 25 .174 54 .597 1, .00 17 .73 6 ATOM 3304 N ASP A 406 16 .014 19 .845 49 .577 1. .00 21 .98 7 ATOM 3305 CA ASP A 406 15 .832 18 .590 48 .897 1, .00 21 .63 6 ATOM 3306 C ASP A 406 17, .093 17, .945 48, .411 1. .00 22 .94 6 ATOM 3307 O ASP A 406 16, .984 17, .020 47, .609 1. .00 24 .02 8 ATOM 3308 CB ASP A 406 14, .872 18, .811 47, .699 1. .00 28 .49 6 ATOM 3309 CG ASP A 406 15, .357 19, .804 46, .665 1. .00 32, .06 6 ATOM 3310 ODl ASP A 406 16, .509 20, .304 46, .657 1. .00 21 .32 8 ATOM 3311 OD2 ASP A 406 14, .537 20, .124 45, .779 1. .00 37 .10 8 ATOM 3312 N HIS A 407 18, .235 18, .336 48, .921 1, .00 20 .46 7 ATOM 3313 CA HIS A 407 19, .494 17, .723 48, .573 1. .00 15 .99 6 ATOM 3314 C HIS A 407 20 .365 17, .772 49, .847 1. .00 19 .29 6 ATOM 3315 O HIS A 407 20 .206 18, .636 50, .728 1. .00 16 .32 8 ATOM 3316 CB HIS A 407 20, .180 18, .592 47, .501 1. .00 21 .88 6 ATOM 3317 CG HIS A 407 21 .382 17, .950 46, .905 1. .00 17 .78 6 ATOM 3318 ND1 HIS A 407 22, .682 18. .370 47. .145 1. ,00 14, .44 7 ATOM 3319 CD2 HIS A 407 21. .478 16. .898 46. ,048 1. ,00 28, .23 6 ATOM 3320 CE1 HIS A 407 23. .533 17. .609 46. .464 1. ,00 25, .92 6 ATOM 3321 NE2 HIS A 407 22. .824 16. .714 45, .771 1. ,00 24, .79 7 ATOM 3322 N HIS A 408 21, .342 16. .884 49. .880 1. ,00 19, .10 7 ATOM 3323 CA HIS A 408 22, .188 16. .822 51. .064 1. ,00 21, .16 6 ATOM 3324 C HIS A 408 23, .186 17. .947 51. .022 1. ,00 21, .67 6 ATOM 3325 O HIS A 408 23, .680 18. .158 52, .121 1. ,00 19, .33 8 ATOM 3326 CB HIS A 408 22, .930 15, .491 51, .221 1. ,00 20 .31 6 ATOM 3327 CG HIS A 408 23 .579 15. .023 49, .970 1. .00 26 .72 6 ATOM 3328 ND1 HIS A 408 24 .932 15. .179 49, .722 1. .00 31 .57 7 ATOM 3329 CD2 HIS A 408 23 , .034 14. .426 48. .883 1. ,00 26. .74 6 ATOM 3330 CE1 HIS A 408 25, .217 14, .677 48. .544 1. ,00 28, .79 6 ATOM 3331 NE2 HIS A 408 24, .084 14, .213 48. .021 1. .00 30, .92 7 ATOM 3332 N ASN A 409 23, .506 18. .620 49, .903 1. .00 19 .79 7 ATOM 3333 CA ASN A 409 24 .478 19, .678 50, .007 1. .00 14 .82 6 ATOM 3334 C ASN A 409 23 .838 20. .998 49, ,635 1. .00 15 .23 6 ATOM 3335 O ASN A 409 24 .086 22, .012 50, .289 1. .00 15 .13 8 ATOM 3336 CB ASN A 409 25 .696 19, .563 49, .120 1. .00 13 .46 6 ATOM 3337 CG ASN A 409 26 .628 18, .428 49, .204 1. .00 27 .43 6 ATOM 3338 ODl ASN A 409 27 .478 17 .977 48, .416 1, .00 28 .86 8 ATOM 3339 ND2 ASN A 409 26 .555 17 .756 50, .319 1. .00 10 .65 7 ATOM 3340 N ILE A 410 23 .027 20 .967 48 .535 1, .00 13 .15 7 ATOM 3341 CA ILE A 410 22, .604 22, .283 48, .031 1. . 00 9, .70 6 ATOM 3342 C ILE A 410 21, .166 22, .552 ° 48. .400 1. .00 7, .63 6 ATOM 3343 O ILE A 410 20, .320 21, .757 48. .041 1. .00 11, .50 8 ATOM 3344 CB ILE A 410 22 .820 22, .291 46. .474 1. .00 16, .75 6 ATOM 3345 CGI ILE A 410 24 .299 22, .086 46, .177 1. .00 22 .85 6 ATOM 3346 CG2 ILE A 410 22 .352 23, .604 45, .889 1. .00 9 .39 6 ATOM 3347 CD1 ILE A 410 24 .632 21, .694 44, .755 1. .00 31 .95 6 ATOM 3348 N ILE A 411 20 .922 23, .736 48, .999 1. .00 4 .35 7 ATOM 3349 CA ILE A 411 19 .476 23, .883 49, .370 1. .00 7 .35 6 ATOM 3350 C ILE A 411 19 .118 25 .312 49, .101 1, .00 6 .74 6 ATOM 3351 O ILE A 411 20 .055 26 .094 48, .964 1. .00 10 .01 8 ATOM 3352 CB ILE A 411 19 .566 23 .505 50, .873 1, .00 24 .68 6 ATOM 3353 CGI ILE A 411 18..497 22,.504 51,.187 1..00 28,.54 6 ATOM 3354 CG2 ILE A 411 19, .819 24, .485 52, .000 1. .00 14, .86 6 ATOM 3355 CD1 ILE A 411 19, .176 21 .170 51, .304 1. .00 29, .46 6 ATOM 3356 N GLY A 412 17, .853 25 .708 49, .136 1. .00 10, .56 7 ATOM 3357 CA GLY A 412 17, .632 27 .154 48 .948 1. .00 1 .21 6 ATOM 3358 C GLY A 412 16, .127 27 .373 49, .061 1, .00 9, .86 6 ATOM 3359 O GLY A 412 15, .436 26 .448 49 .462 1. .00 13, .72 8 ATOM 3360 N TRP A 413 15, .781 28, .635 48. .939 1. .00 9, .03 7 ATOM 3361 CA TRP A 413 14, .392 29, .000 49. .050 1. .00 11, .26 6 ATOM 3362 C TRP A 413 14, .236 30, .311 48. .290 1. .00 10, .42 6 ATOM 3363 O TRP A 413 15, .203 31, .062 48. .143 1, .00 12, .22 8 ATOM 3364 CB TRP A 413 13, .888 29, .200 50. .524 1. .00 12, .93 6 ATOM 3365 CG TRP A 413 14. .834 30, .062 51, .320 1. .00 5. .97 6 ATOM 3366 CD1 TRP A 413 14. .787 31, .409 51, .517 1. .00 7, .37 6 ATOM 3367 CD2 TRP A 413 15, .978 29, .574 52, .035 1. .00 8, .67 6 ATOM 3368 NEl TRP A 413 15, .856 31 .803 52, .275 1, .00 12, .54 7 ATOM 3369 CE2 TRP A 413 16, .582 30, .676 52, .625 1. .00 4, .92 6 ATOM 3370 CE3 TRP A 413 16, .509 28, .294 52. .238 1. .00 6, .88 6 ATOM 3371 CZ2 TRP A 413 17, .769 30, .633 53, .367 1. .00 9, .92 6 ATOM 3372 CZ3 TRP A 413 17. .718 28. .227 52. .969 1. ,00 14. .87 6 ATOM 3373 CH2 TRP A 413 18. .292 29, .378 53. .503 1. ,00 5. .74 6 ATOM 3374 N THR A 414 12. .972 30, .623 47. .991 1. ,00 10. .08 7 ATOM 3375 CA THR A 414 12. .807 31, .960 47. .345 1. ,00 14. .05 6 ATOM 3376 C THR A 414 11, .677 32, .691 48. .030 1. .00 14. .13 6 ATOM 3377 O THR A 414 10, .869 32, .066 48, .655 1. .00 14. .72 8 ATOM 3378 CB THR A 414 12, .364 31, .788 45, .853 1. .00 13. .44 6 ATOM 3379 OGl THR A 414 11, .181 30, .986 45, .841 1. .00 7. .59 8 ATOM 3380 CG2 THR A 414 13, .352 30, .897 45, .066 1, .00 5, .57 6 ATOM 3381 N ARG A 415 11, .632 33, .992 47, ,813 1. .00 15. .54 7 ATOM 3382 CA ARG A 415 10, .563 34, .849 48. .279 1. .00 16, .88 6 ATOM 3383 C ARG A 415 10, .036 35 .572 47, .003 1. .00 17, .79 6 ATOM 3384 O ARG A 415 10 .822 36 .251 46 .335 1, .00 17, .94 8 ATOM 3385 CB ARG A 415 11 .217 35 .912 49 .217 1. .00 7, .42 6 ATOM 3386 CG ARG A 415 11, .958 35. .313 50. .482 1. .00 8, .31 6 ATOM 3387 CD ARG A 415 11, .024 34. .333 51, .205 1. .00 3. .61 6 ATOM 3388 NE ARG A 415 9, .971 35. .182 51, .854 1. .00 13, .50 7 ATOM 3389 CZ ARG A 415 10, .214 35, .932 52, .957 1. .00 19. .07 6 ATOM 3390 NHl ARG A 415 11, .382 35, .996 53, .591 1. .00 13, .77 7 ATOM 3391 NH2 ARG A 415 9, .241 36, .682 53, .478 1. .00 12. .34 7 ATOM 3392 N GLU A 416 8, .749 35, .703 46, .821 1. .00 19, .68 7 ATOM 3393 CA GLU A 416 8, .147 36, .400 45, .693 1. .00 20, .64 6 ATOM 3394 C GLU A 416 8 .104 37, .905 45, .754 1. .00 24, .26 6 ATOM 3395 O GLU A 416 7 .873 38 .542 44, .689 1, .00 23 , .56 8 ATOM 3396 CB GLU A 416 6 .754 35 .864 45, .394 1. .00 16, .78 6 ATOM 3397 CG GLU A 416 6 .806 34 .376 45, .061 1. .00 18, .89 6 ATOM 3398 CD GLU A 416 5 .452 33 .880 44 .567 1. .00 27, .96 6 ATOM 3399 OE1 GLU A 416 4 .652 34 .705 44 .106 1, .00 24, .86 8 ATOM 3400 OE2 GLU A 416 5, .116 32, .685 44, .620 1. .00 21. .51 8 ATOM 3401 N GLY A 417 8, .319 38, ,515 46, .930 1. .00 20. .79 7 ATOM 3402 CA GLY A 417 8, .275 39, .977 46, .981 1. .00 20. .54 6 ATOM 3403 C GLY A 417 6, .839 40, .393 47, .208 1. .00 22. .41 6 ATOM 3404 O GLY A 417 5, .984 39, .541 47, .075 1. .00 21. .28 8 ATOM 3405 N ASN A 418 6, .550 41, .635 47. .563 1, .00 26. .47 7 ATOM 3406 CA ASN A 418 5, .170 42, .093 47, .674 1. .00 31. .49 6 ATOM 3407 C ASN A 418 5 .114 43 .539 47, .163 1. .00 34. .80 6 ATOM 3408 O ASN A 418 6 .155 44 .146 46, .924 1. .00 34, .09 8 ATOM 3409 CB ASN A 418 4 .540 41 .994 49, .054 1, .00 32, .51 6 ATOM 3410 CG ASN A 418 5, .325 42 .721 50 .118 1. .00 40, .02 6 ATOM 3411 ODl ASN A 418 6 .006 43 .724 49 .894 1, .00 44 .94 8 ATOM 3412 ND2 ASN A 418 5 .267 42 .210 51 .344 1, .00 47 .27 7 ATOM 3413 N THR A 419 3 .917 44 .100 47, .061 1, .00 39, .20 7 ATOM 3414 CA THR A 419 3 .754 45 .468 46, .536 1, .00 43, .25 6 ATOM 3415 C THR A 419 4 .284 46 .547 47 .442 1, .00 44, .75 6 ATOM 3416 O THR A 419 4 .880 47 .517 46 .933 1, .00 45 .86 8 ATOM 3417 CB THR A 419 2 .342 45 .731 46 .006 1 .00 54 .57 6 ATOM 3418 OGl THR A 419 1 .353 45 .687 47 .040 1 .00 66 .20 8 ATOM 3419 CG2 THR A 419 2 .009 44 .626 44 .988 1 .00 55 .68 6 ATOM 3420 N THR A 420 4 .186 46 .410 48 .760 1 .00 45 .25 7 ATOM 3421 CA THR A 420 4 .927 47 .405 49 .604 1 .00 46 .78 6 ATOM 3422 C THR A 420 6 .370 47 .026 49 .328 1 .00 46 .84 6 ATOM 3423 O THR A 420 6 .524 45 .824 48 .976 1 .00 48 .22 8 ATOM 3424 CB THR A 420 4 .557 47 .083 51 .063 1 .00 54 .48 6 ATOM 3425 OGl THR A 420 3 .747 45 .884 51 .075 1 .00 58 .03 8 ATOM 3426 CG2 THR A 420 3 .719 48 .205 51 .647 1 .00 60 .68 6 ATOM 3427 N HIS A 421 7..468 47..723 49..482 1.,00 46..61 7 ATOM 3428 CA HIS A 421 8. .772 47. .088 49, .170 1. ,00 45. .15 6 ATOM 3429 C HIS A 421 8. .861 46. .701 47 .695 1. .00 44. .34 6 ATOM 3430 O HIS A 421 8. .769 45 .588 47 .177 1. .00 44, .02 8 ATOM 3431 CB HIS A 421 9. .116 45, .866 50, .038 1, ,00 41. .65 6 ATOM 3432 CG HIS A 421 8. .945 46, .140 51, .499 1. ,00 45. .00 6 ATOM 3433 ND1 HIS A 421 7. .822 45, .690 52, .166 1. .00 46. .28 7 ATOM 3434 CD2 HIS A 421 9. .669 46, .858 52. .383 1. ,00 49. .53 6 ATOM 3435 CE1 HIS A 421 7. .885 46, .115 53. .419 1. ,00 49, .03 6 ATOM 3436 NE2 HIS A 421 8. .987 46, .828 53, .584 1. ,00 47, .10 7 ATOM 3437 N PRO A 422 9. .168 47 .720 46 .916 1. .00 44, .15 7 ATOM 3438 CA PRO A 422 9, .307 47 .609 45 .461 1. .00 42 .61 6 ATOM 3439 C PRO A 422 10. .670 47, .020 45, .172 1. ,00 39, .48 6 ATOM 3440 O PRO A 422 11. .684 47, .306 45, .824 1. ,00 39, .30 8 ATOM 3441 CB PRO A 422 9. .095 49, .030 44, .916 1. ,00 43 , .20 6 ATOM 3442 CG PRO A 422 9. .570 49, .868 46 .080 1. .00 45, .14 6 ATOM 3443 CD PRO A 422 9. .368 49, .105 47 .365 1. .00 44, .61 6 ATOM 3444 N ASN A 423 10, .745 46, .110 44 .209 1. .00 36, .22 7 ATOM 3445 CA ASN A 423 11, .996 45 .473 43 .830 1. .00 32, .97 6 ATOM 3446 C ASN A 423 12. .315 44, .285 44, .718 1. ,00 29, .70 6 ATOM 3447 O ASN A 423 13. .340 43, .628 44, .532 1. ,00 29, .23 8 ATOM 3448 CB ASN A 423 13. .185 46, .447 43, .825 1. ,00 43, .57 6 ATOM 3449 CG ASN A 423 13. .020 47, .493 42, .717 1. ,00 52, .50 6 ATOM 3450 ODl ASN A 423 12. .140 47, .312 41, .857 1. ,00 53, .89 8 ATOM 3451 ND2 ASN A 423 13. .817 48, .550 42 .776 1. ,00 51, .34 7 ATOM 3452 N SER A 424 11. .384 43 .991 45 .601 1. ,00 27, .55 7 ATOM 3453 CA SER A 424 11, .598 42 .917 46 .568 1. .00 25, .84 6 ATOM 3454 C SER A 424 11, .441 41, .558 45 .939 1. .00 20, .78 6 ATOM 3455 O SER A 424 10, .712 41, .423 44 .955 1. .00 21, .97 8 ATOM 3456 CB SER A 424 10, .709 43, .173 47 .787 1. .00 21, .20 6 ATOM 3457 OG SER A 424 9, .338 42 .983 47 .528 1. .00 26, .10 8 ATOM 3458 N GLY A 425 12, .050 40 .537 46 .496 1. .00 15, .88 7 ATOM 3459 CA GLY A 425 11, .954 39 .135 46 .045 1. .00 11, .07 6 ATOM 3460 C GLY A 425 13. .381 38. .628 46, .051 1. ,00 9, .56 6 ATOM 3461 O GLY A 425 14. .252 39, .481 45, .929 1. ,00 12. .58 8 ATOM 3462 N LEU A 426 13. .656 37, .333 46, .160 1. .00 9. .63 7 ATOM 3463 CA LEU A 426 15, .049 36, .952 46, .230 1. ,00 8. .00 6 ATOM 3464 C LEU A 426 15, .075 35, .433 46, .125 1. ,00 6, .59 6 ATOM 3465 O LEU A 426 14, .051 34 .830 46 .264 1. ,00 10. .84 8 ATOM 3466 CB LEU A 426 15, .766 37 .454 47 .493 1. ,00 12. .80 6 ATOM 3467 CG LEU A 426 15. .217 36, .918 48, .855 1, ,00 17. .04 6 ATOM 3468 GDI LEU A 426 15. .485 35, .433 49. .028 1. ,00 8. .16 6 ATOM 3469 CD2 LEU A 426 15. .896 37, .682 50. .019 1. ,00 14. .54 6 ATOM 3470 N ALA A 427 16, .238 34, .905 45. .878 1. ,00 8, .56 7 ATOM 3471 CA ALA A 427 16, .470 33 .494 45 .795 1. ,00 9. .40 6 ATOM 3472 C ALA A 427 17, .770 33 .308 46 .632 1. .00 11. .82 6 ATOM 3473 O ALA A 427 18, .790 33 .846 46 .230 1, .00 11. .64 8 ATOM 3474 CB ALA A 427 16 .694 32 .989 44 .389 1. .00 12 .17 6 ATOM 3475 N THR A 428 17, .618 32, .535 47, .755 1. ,00 12. .60 7 ATOM 3476 CA THR A 428 18, .847 32, .242 48, .520 1. ,00 7. .12 6 ATOM 3477 C THR A 428 19, .337 30 .874 48 .149 1. .00 5, .21 6 ATOM 3478 O THR A 428 18, .535 29 .938 48 .151 1. .00 10, .00 8 ATOM 3479 CB THR A 428 18, .458 32 .190 50 .076 1. .00 14, .89 6 ATOM 3480 OGl THR A 428 18 .370 33 .536 50 .538 1, .00 9 .37 8 ATOM 3481 CG2 THR A 428 19 .732 31 .683 50 .770 1, .00 7 .45 6 ATOM 3482 N ILE A 429 20 .634 30 .609 47 .957 1, .00 6 .52 7 ATOM 3483 CA ILE A 429 21 .005 29 .244 47 .625 1, .00 6 .33 6 ATOM 3484 C ILE A 429 22 .335 28 .967 48 .333 1, .00 6 .38 6 ATOM 3485 O ILE A 429 23 .192 29 .842 48 .299 1, .00 9 .90 8 ATOM 3486 CB ILE A 429 21 .126 29 .049 46 .094 1, .00 16 .71 6 ATOM 3487 CGI ILE A 429 21 .745 27 .675 45 .805 1, .00 13 .81 6 ATOM 3488 CG2 ILE A 429 22, .017 30 .132 45 .451 1. .00 7, .87 6 ATOM 3489 CD1 ILE A 429 21, .400 27 .207 44 .377 1. .00 29 .66 6 ATOM 3490 N MET A 430 22 .515 27 .739 48 .867 1. .00 6 .66 7 ATOM 3491 CA MET A 430 23 .803 27 .614 49 .609 1, .00 8 .35 6 ATOM 3492 C MET A 430 24 .210 26 .176 49 .528 1, .00 7 .33 6 ATOM 3493 O MET A 430 23 .320 25 .386 49 .233 1. .00 10 .82 8 ATOM 3494 CB MET A 430 23 .491 28 .031 51 .114 1. .00 12 .61 6 ATOM 3495 CG MET A 430 22 .580 27 .071 51 .867 1. .00 21 .63 6 ATOM 3496 SD MET A 430 22 .237 27 .588 53 .648 1. . 00 20 .92 16 ATOM 3497 CE MET A 430 22 .226 29 .318 53 .467 1, .00 5. .29 6 ATOM 3498 N SER A 431 25 .508 25 .919 49 .763 1. .00 9 .08 7 ATOM 3499 CA SER A 431 25 .931 24 .524 ' 49 .765 1, .00 9 .29 6 ATOM 3500 C SER A 431 26 .997 24 .353 50 .879 1 .00 11 .18 6 ATOM 3501 O SER A 431 27..888 25.180 51..006 1,.00 10.71 8 ATOM 3502 CB SER A 431 26. .737 24 .278 48 .441 1. .00 9 .34 6 ATOM 3503 OG SER A 431 27, .031 22, .880 48. .398 1. .00 10. .03 8 ATOM 3504 N ASP A 432 27, .007 23, .193 51, .532 1. .00 11, .88 7 ATOM 3505 CA ASP A 432 28, .080 23, .013 52, .509 1. .00 17, .53 6 ATOM 3506 C ASP A 432 29, .128 22 .106 51. .888 1, .00 18 .48 6 ATOM 3507 O ASP A 432 30. .059 21, .693 52. .575 1. .00 19, .65 8 ATOM 3508 CB ASP A 432 27. .574 22, .500 53. .874 1. .00 13, .62 6 ATOM 3509 CG ASP A 432 27. .114 21, .106 53. .762 1. .00 20, .86 6 ATOM 3510 ODl ASP A 432 26. .632 20, .741 52. .631 1. .00 25, .08 8 ATOM 3511 OD2 ASP A 432 27. ,122 20. .244 54. ,643 1. .00 21. .97 8 ATOM 3512 N GLY A 433 28. .965 21. .728 50. .636 1. .00 18. .06 7 ATOM 3513 CA GLY A 433 29. .942 20. .908 49. .901 1. .00 17. .93 6 ATOM 3514 C GLY A 433 30. .254 21. .615 48. .560 1. .00 19. .65 6 ATOM 3515 O GLY A 433 30, .256 22, .837 48, .415 1, .00 18 .59 8 ATOM 3516 N PRO A 434 30. .374 20. .808 47. .531 1. .00 20. .92 7 ATOM 3517 CA PRO A 434 30. .671 21. .292 46. .164 1. .00 22, .40 6 ATOM 3518 C PRO A 434 29. .579 22. .204 45. .633 1. .00 19, .51 6 ATOM 3519 O PRO A 434 28. .399 22, .111 45. .984 1. .00 17, .28 8 ATOM 3520 CB PRO A 434 30. .858 20. .028 45. .287 1. . 00 23. .50 6 ATOM 3521 CG PRO A 434 31, .162 18, .974 46. .367 1. .00 25, .18 6 ATOM 3522 CD PRO A 434 30, .334 19, .331 47. .593 1. .00 21. .90 6 ATOM 3523 N GLY A 435 29, .977 23, .221 44, .899 1, .00 21 .46 7 ATOM 3524 CA GLY A 435 29. .117 24. .193 44. ,213 1. .00 22, .25 6 ATOM 3525 C GLY A 435 28. .199 23, .464 43, .209 1. .00 20, .34 6 ATOM 3526 O GLY A 435 28. .357 22, .297 42. .932 1, .00 18 .28 8 ATOM 3527 N GLY A 436 27, .188 24 .182 42, .728 1, .00 22 .42 7 ATOM 3528 CA GLY A 436 26 .241 23 .604 41 .777 1 .00 19 .22 6 ATOM 3529 C GLY A 436 25 .110 24 .613 41 .533 1 .00 15 .97 6 ATOM 3530 O GLY A 436 25 .232 25 .814 41 .726 1 .00 19 .08 8 ATOM 3531 N GLU A 437 23 .947 24 .068 41 .202 1, .00 15 .44 7 ATOM 3532 CA GLU A 437 22 .879 24 .987 40 .862 1 .00 17 .39 6 ATOM 3533 C GLU A 437 21. .539 24, .329 41. .094 1, .00 16 .91 6 ATOM 3534 O GLU A 437 21 .473 23 .132 41. .287 1, .00 19 .16 8 ATOM 3535 CB GLU A 437 23 .088 25 .476 39 .401 1, .00 37 .35 6 ATOM 3536 CG GLU A 437 22 .561 24 .488 38 .402 1, .00 48 .60 6 ATOM 3537 CD GLU A 437 23. .271 24, .417 37, .059 1, . 00 63, .89 6 ATOM 3538 OE1 GLU A 437 24. .253 25, .163 36, .858 1, .00 64, .25 8 ATOM 3539 OE2 GLU A 437 22. .760 23, .611 36, .220 1, .00 61, .31 8 ATOM 3540 N LYS A 438 20. .513 25. .164 41. ,140 1. ,00 16. .88 7 ATOM 3541 CA LYS A 438 19. .195 24. .652 41. .397 1. .00 16. .71 6 ATOM 3542 C LYS A 438 18, .197 25. .538 40. .661 1. .00 15. .03 6 ATOM 3543 O LYS A 438 18, .201 26. .759 40, .615 1. .00 14, .02 8 ATOM 3544 CB LYS A 438 18. .822 24. ,744 42. ,917 1. . 00 15. .80 6 ATOM 3545 CG LYS A 438 17. .823 23. .612 43. ,167 1. .00 22. .46 6 ATOM 3546 CD LYS A 438 17. .118 23. .747 44. .517 1. .00 27, .63 6 ATOM 3547 CE LYS A 438 18. .087 23. .399 45. .659 1. .00 14, .39 6 ATOM 3548 NZ LYS A 438 18. .332 21. .923 45. .627 1. .00 15. ,88 7 ATOM 3549 N TRP A 439 17. .179 24. .852 40. .212 1. .00 17, .22 7 ATOM 3550 CA TRP A 439 16, .073 25, .457 39. .455 1. .00 20, .48 6 ATOM 3551 C TRP A 439 15, .022 25, .892. 40. .475 1. .00 19 .48 6 ATOM 3552 O TRP A 439 14 .573 25 .008 41, .203 1, .00 21 .32 8 ATOM 3553 CB TRP A 439 15, .564 24, .398 38. .458 1. .00 40, .48 6 ATOM 3554 CG TRP A 439 15 .732 22 .971 38 .929 1 .00 79 .64 6 ATOM 3555 CD1 TRP A 439 16 .851 22 .314 39 .388 1. .00 82 .87 6 ATOM 3556 CD2 TRP A 439 14 .689 21 .975 38 .972 1 .00 92 .39 6 ATOM 3557 NEl TRP A 439 16 .577 21 .027 39 .732 1. .00 88 .68 7 ATOM 3558 CE2 TRP A 439 15 .250 20 .786 39 .478 1 .00 94 .65 6 ATOM 3559 CE3 TRP A 439 13 .328 21 .982 38 .640 1. .00 99 .81 6 ATOM 3560 CZ2 TRP A 439 14 .505 19 .619 39 .647 1 .00 99 .57 6 ATOM 3561 CZ3 TRP A 439 12 .591 20 .827 38 .814 1, .00103 .16 6 ATOM 3562 CH2 TRP A 439 13 .181 19 .657 39 .313 1 .00101 .89 6 ATOM 3563 N MET A 440 14 .639 27 .147 40 .618 1. .00 16 .39 7 ATOM 3564 CA MET A 440 13 .662 27 .556 41 .601 1 .00 20 .47 6 ATOM 3565 C MET A 440 12 .726 28 .644 41 .097 1 .00 19 .37 6 ATOM 3566 O MET A 440 13 .133 29 .501 40 .323 1, .00 20 .96 8 ATOM 3567 CB MET A 440 14 .393 28 .185 42 .862 1, .00 14 .92 6 ATOM 3568 CG MET A 440 15 .248 27 .194 43 .620 1, .00 18 .19 6 ATOM 3569 SD MET A 440 16 .016 27 .776 45 .176 1 .00 23 .71 16 ATOM 3570 CE MET A 440 17 .172 28 .983 44. .595 1. .00 23 .40 6 ATOM 3571 N TYR A 441 11 .512 28 .662 41 .587 1. .00 19 .17 7 ATOM 3572 CA TYR A 441 10 .493 29 .612 41 .193 1. .00 17 .45 6 ATOM 3573 C TYR A 441 10 .491 30 .925 41 .911 1 .00 19 .37 6 ATOM 3574 O TYR A 441 10 .306 30 .894 43 .144 1. . 00 20 .83 8 ATOM 3575 CB TYR A 441 9.158 28.882 41.392 1.00 18.76 6 ATOM 3576 CG TYR A 441 7 .946 29 .700 41 .019 1. .00 23 .90 6 ATOM 3577 CD1 TYR A 441 7 .714 30 .003 39 .663 1 .00 24 .83 6 ATOM 3578 CD2 TYR A 441 7 .035 30 .174 41 .929 1, .00 26. .10 6 ATOM 3579 CE1 TYR A 441 6 .622 30 .734 39 .268 1, .00 22, .74 6 ATOM 3580 CE2 TYR A 441 5. .936 30 .926 41 .560 1, .00 26 .92 6 ATOM 3581 CZ TYR A 441 5 .735 3 .181 40 .213 1. .00 26 .49 6 ATOM 3582 OH TYR A 441 4 .644 31 .921 39 .817 1. .00 27 .24 8 ATOM 3583 N VAL A 442 10 .551 32 .102 41 .275 1. .00 17 .33 7 ATOM 3584 CA VAL A 442 10 .503 33 .378 41 .934 1, .00 17 .24 6 ATOM 3585 C VAL A 442 9 .215 34 .147 41 .685 1 .00 19 .14 6 ATOM 3586 O VAL A 442 8 .989 35 .223 42 .261 1 .00 18 .47 8 ATOM 3587 CB VAL A 442 11 .711 34 .267 41 .631 1 .00 21 .08 6 ATOM 3588 CGI VAL A 442 12 .950 33 .529 42 .117 1 . 00 12 .81 6 ATOM 3589 CG2 VAL A 442 11 .819 34 .555 40 .118 1 .00 17 .82 6 ATOM 3590 N GLY A 443 8 .355 33 .583 40 .824 1 .00 19 .01 7 ATOM 3591 CA GLY A 443 7 .106 34 .258 40 .520 1 .00 20 .35 6 ATOM 3592 C GLY A 443 7 .037 34 .695 39 .040 1 .00 22 .26 6 ATOM 3593 O GLY A 443 7 .945 35 .338 38 .527 1 .00 22 .27 8 ATOM 3594 N GLN A 444 5 .910 34 .362 38 .422 1 .00 24 .17 7 ATOM 3595 CA GLN A 444 5 .600 34 .665 37 .021 ' l .00 24 .96 6 ATOM 3596 C GLN A 444 5 .765 36 .122 36 .660 1. .00 23 .35 6 ATOM 3597 O GLN A 444 6 .399 36 .407 35 .636 1 .00 27 .45 8 ATOM 3598 CB GLN A 444 4 .162 34 .299 36 .663 1, . 00 29, .53 6 ATOM 3599 CG GLN A 444 3 .900 32 .806 36. .803 1. .00 46, .12 6 ATOM 3600 CD GLN A 444 2 .592 32 .427 36 .120 1, .00 62 .67 6 ATOM 3601 OE1 GLN A 444 1. .849 33 .279 35 .625 1. .00 63 .63 8 ATOM 3602 NE2 GLN A 444 2 .355 31 .119 36 .112 1. .00 71 .09 7 ATOM 3603 N ASN A 445 5, .375 37 .067 37 .464 1. .00 21 .45 7 ATOM 3604 CA ASN A 445 5 .605 38 .469 37, .254 1. .00 21 .23 6 ATOM 3605 C ASN A 445 7. .054 38 .890 37 .261 1 .00 21 .93 6 ATOM 3606 O ASN A 445 7 .246 40 .099 37 .088 1 .00 25 .78 8 ATOM 3607 CB ASN A 445 4 .839 39 .358 38 .236 1 .00 30 .03 6 ATOM 3608 CG ASN A 445 5, .320 39. .194 39, .679 1. .00 45, .80 6 ATOM 3609 ODl ASN A 445 5, .987 38. .202 40, .013 1. .00 42, .55 8 ATOM 3610 ND2 ASN A 445 4 .998 40. .136 40, .574 1, .00 36, .92 7 ATOM 3611 N LYS A 446 8, .078 38. .064 37, .438 1. .00 21, .07 7 ATOM 3612 CA LYS A 446 9 .449 38. .580 37, .424 1. .00 18. .80 6 ATOM 3613 C LYS A 446 10 .117 38. .163 36, .087 1. .00 16, .42 6 ATOM 3614 O LYS A 446 11 .325 38, .297 35, .908 1. .00 14, .00 8 ATOM 3615 CB LYS A 446 10 .274 38 .016 38, .607 1. .00 22, .87 6 ATOM 3616 CG LYS A 446 9 .714 38 .055 40, .045 1, .00 20, .43 6 ATOM 3617 CD LYS A 446 9 .144 39 .421 40 .333 1, .00 19, .39 6 ATOM 3618 CE LYS A 446 8. .549 39, .569 41. .735 1. ,00 33. .48 6 ATOM 3619 NZ LYS A 446 9, .619 39, .947 42. .686 1. ,00 20. .28 7 ATOM 3620 N ALA A 447 9. .313 37, .561 35. .214 1. ,00 18. .69 7 ATOM 3621 CA ALA A 447 9. .807 37, .132 33. .863 1. .00 18. .64 6 ATOM 3622 C ALA A 447 10. .638 38, .198 33. .169 1. .00 16. .44 6 ATOM 3623 O ALA A 447 10. .212 39, .357 33. .172 1. .00 16. .52 8 ATOM 3624 CB ALA A 447 8, .615 36, .834 32. .962 1. .00 12. .08 6 ATOM 3625 N GLY A 448 11, .828 37, .822 32. .725 1. .00 18. .95 7 ATOM 3626 CA GLY A 448 12, .714 38, .717 32. .003 1. .00 21. .86 6 ATOM 3627 C GLY A 448 13, .580 39, .636 32, .844 1. .00 25. .00 6 ATOM 3628 O GLY A 448 14, .406 40, .334 32, .251 1. .00 22, .21 8 ATOM 3629 N GLN A 449 13. .460 39. .625 34. .209 1. ,00 23. ,94 7 ATOM 3630 CA GLN A 449 14. .356 40. .485 35. .002 1. ,00 20. .19 6 ATOM 3631 C GLN A 449 15. .726 39. .824 35. .110 1. ,00 19. .28 6 ATOM 3632 O GLN A 449 15, .911 38. .609 34. .932 1. ,00 18. .29 8 ATOM 3633 CB GLN A 449 13, .798 40. .688 36. .402 1. ,00 22. .06 6 ATOM 3634 CG GLN A 449 12, .373 41, .221 36, .448 1. .00 19. .83 6 ATOM 3635 CD GLN A 449 11, .966 41, .512 37, .899 1. .00 33. .19 6 ATOM 3636 OE1 GLN A 449 10 .960 42, .166 38, .157 1. .00 27. .87 8 ATOM 3637 NE2 GLN A 449 12 .776 41, .029 38, .836 1. .00 18, .13 7 ATOM 3638 N VAL A 450 16 .697 40 .709 35, .289 1. .00 18, .52 7 ATOM 3639 CA VAL A 450 18, .074 40, .243 35. .369 1. ,00 22. .23 6 ATOM 3640 C VAL A 450 18, .481 40. .412 36. .875 1. .00 21. .59 6 ATOM 3641 O VAL A 450 18 .406 41 .522 37 .392 1. .00 19 .00 8 ATOM 3642 CB VAL A 450 19 .009 41 .180 34 .587 1, .00 21 .38 6 ATOM 3643 CGI VAL A 450 20 .465 40 .804 34 .829 1 .00 18 .85 6 ATOM 3644 CG2 VAL A 450 18 .645 41 .095 33 .101 1 .00 25 .37 6 ATOM 3645 N TRP A 451 18 .919 39 .327 37 .462 1 .00 21 .95 7 ATOM 3646 CA TRP A 451 19 .269 39 .345 38 .893 1 .00 22 .78 6 ATOM 3647 C TRP A 451 20 .737 39 .173 39 .144 1 .00 22 .81 6 ATOM 3648 O TRP A 451 21 .421 38 .496 38 .371 1 .00 24 .18 8 ATOM 3649 CB TRP A 451 18..473 38.,191 39.,545 1.,00 18..72 6 ATOM 3650 CG TRP A 451 17. .006 38. ,481 39. ,743 1. ,00 15. .12 6 ATOM 3651 CD1 TRP A 451 16. .210 39. ,359 39. ,083 1. ,00 19. .62 6 ATOM 3652 CD2 TRP A 451 16. .154 37. ,891 40. .730 1. ,00 25. .22 6 ATOM 3653 NEl TRP A 451 14. ,920 39. 350 39. ,542 1. 00 22. ,83 7 ATOM 3654 CE2 TRP A 451 14. ,873 38. 437 40. .575 1. ,00 24. ,01 6 ATOM 3655 CE3 TRP A 451 16. ,375 36. 957 41. ,768 1. 00 20. ,26 6 ATOM 3656 CZ2 TRP A 451 13. ,808 38. ,095 41. .406 1. ,00 15. ,77 6 ATOM 3657 CZ3 TRP A 451 15. ,302 36. ,589 42. ,552 1. 00 16. ,21 6 ATOM 3658 CH2 TRP A 451 14. .060 37. .165 42. .384 1. .00 11. .49 6 ATOM 3659 N HIS A 452 21, .241 39. .675 40. .274 1. .00 22, .72 7 ATOM 3660 CA HIS A 452 22, .651 39. .425 40. .598 1. .00 21, .61 6 ATOM 3661 C HIS A 452 22. .806 39. . 006 42. .086 1. . 00 22. . 69 6 ATOM 3662 O HIS A 452 21. .833 38. ,928 42. .854 1. .00 22, .08 8 ATOM 3663 CB HIS A 452 23 , .469 40. .648 40. .251 1. .00 19, .24 6 ATOM 3664 CG HIS A 452 23, .193 41. .764 41, .225 1. .00 37, .38 6 ATOM 3665 ND1 HIS A 452 24, .209 42. .528 41, .757 1. .00 43. .93 7 ATOM 3666 CD2 HIS A 452 22, .043 42. .190 41, .808 1. .00 41, .64 6 ATOM 3667 CE1 HIS A 452 23 .693 43 .404 42 .597 1, .00 41 .75 6 ATOM 3668 NE2 HIS A 452 22, .392 43. .222 42, .646 1, .00 38, .20 7 ATOM 3669 N ASP A 453 24, .007 38, .542 42, .389 1. .00 21, .14 7 ATOM 3670 CA ASP A 453 24, .298 37, .985 43 , .727 1. .00 21, .43 6 ATOM 3671 C ASP A 453 24, .675 39, .145 44, .647 1. .00 20, .48 6 ATOM 3672 O ASP A 453 25. .785 39, .620 44, .557 1. .00 19. .57 8 ATOM 3673 CB ASP A 453 25, .361 36, .906 43, .679 1. .00 16, .37 6 ATOM 3674 CG ASP A 453 25, .748 36, .255 45, .020 1. .00 30, .12 6 ATOM 3675 ODl ASP A 453 25 .197 36 .660 46 .082 1 .00 17 .12 8 ATOM 3676 OD2 ASP A 453 26, .600 35, .324 45, .079 1. .00 13 , .59 8 ATOM 3677 N ILE A 454 23 , .768 39, .576 45, .504 1. .00 21. .42 7 ATOM 3678 CA ILE A 454 24, .030 40, .669 46, .453 1. .00 21. .19 6 ATOM 3679 C ILE A 454 25. .184 40. .396 47, .398 1. .00 21. .47 6 ATOM 3680 O ILE A 454 25, .822 41. .366 47, .838 1. .00 22, .17 8 ATOM 3681 CB ILE A 454 22, .786 41. .083 47, .230 1. .00 21, .21 6 ATOM 3682 CGI ILE A 454 22. .867 42. .506 47. ,792 1. ,00 27. ,82 6 ATOM 3683 CG2 ILE A 454 22. .392 40. .067 48. ,293 1. ,00 12. ,48 6 ATOM 3684 GDI ILE A 454 21. .525 42, .918 48. .415 1, .00 22. .75 6 ATOM 3685 N THR A 455 25, .652 39. .166 47. .580 1. .00 21. .33 7 ATOM 3686 CA THR A 455 26, .806 38. .928 48. .418 1. .00 24, .19 6 ATOM 3687 C THR A 455 28, .094 39. .164 47. .634 1. .00 28, .00 6 ATOM 3688 O THR A 455 29, .175 39, .281 48. .243 1. .00 25, .46 8 ATOM 3689 CB THR A 455 26. .869 37. ,516 48. .996 1. ,00 20. .94 6 ATOM 3690 OGl THR A 455 27. .101 36. ,595 47. ,918 1. ,00 13. .03 8 ATOM 3691 CG2 THR A 455 25. .576 37. ,131 49. .723 1. ,00 11. .73 6 ATOM 3692 N GLY A 456 27, .936 39. ,109 46. .284 1. ,00 26. .42 7 ATOM 3693 CA GLY A 456 29 .126 39. .237 45 .452 1, .00 26 .72 6 ATOM 3694 C GLY A 456 29 .929 37 .951 45 .434 1. .00 27 .50 6 ATOM 3695 O GLY A 456 31 .055 37 .929 44 .936 1, .00 28 .81 8 ATOM 3696 N ASN A 457 29 .429 36 .834 45 .956 1 .00 27 .72 7 ATOM 3697 CA ASN A 457 30, .161 35, .582 45, .935 1, .00 28. .88 6 ATOM 3698 C ASN A 457 30 .186 35, .037 44, .505 1, .00 30. .88 6 ATOM 3699 O ASN A 457 31 .208 34, .478 44, .116 1, .00 32. .05 8 ATOM 3700 CB ASN A 457 29 .597 34, .558 46, .931 1, .00 29, .41 6 ATOM 3701 CG ASN A 457 29 .776 34, .897 48, .411 1, .00 35, .69 6 ATOM 3702 ODl ASN A 457 28 .943 34 .630 49 .300 1 .00 34 .46 8 ATOM 3703 ND2 ASN A 457 30 .905 35 .518 48 .721 1, .00 20 .50 7 ATOM 3704 N LYS A 458 29 .078 35 .062 43 .779 1, .00 31 .28 7 ATOM 3705 CA LYS A 458 28 .936 34 .566 42 .402 1, .00 32 .10 6 ATOM 3706 C LYS A 458 28 .835 35 .765 41 .467 1 .00 32 .39 6 ATOM 3707 O LYS A 458 27 .916 36 .597 41 .513 1 .00 31 .80 8 ATOM 3708 CB LYS A 458 27 .586 33 .853 42 .246 1 .00 30 .51 6 ATOM 3709 CG LYS A 458 27 .661 32 .358 42 .238 1 .00 28 .44 6 ATOM 3710 CD LYS A 458 28 .557 31 .874 41 .120 1 .00 30 .75 6 ATOM 3711 CE LYS A 458 28 .709 30 .366 41 .267 1 .00 38 .53 6 ATOM 3712 NZ LYS A 458 29 .127 29 .819 39 .947 1 .00 46 .81 7 ATOM 3713 N PRO A 459 29 .801 35 .912 40 .582 1 .00 35 .18 7 ATOM 3714 CA PRO A 459 29 .929 37 .091 39 .739 1 .00 35 .47 6 ATOM 3715 C PRO A 459 28 .953 37 .258 38 .602 1 .00 37 .23 6 ATOM 3716 O PRO A 459 28 .746 38 .445 38 .202 1 .00 40 .65 8 ATOM 3717 CB PRO A 459 31 .403 37 .168 39 .320 1 .00 35 .59 6 ATOM 3718 CG PRO A 459 31 .844 35 .739 39 .467 1 . 00 35 .76 6 ATOM 3719 CD PRO A 459 30 .946 35 .014 40 .452 1 .00 35 .97 6 ATOM 3720 N GLY A 460 28 .241 36 .255 38 .096 1 .00 35 .36 7 ATOM 3721 CA GLY A 460 27 .370 36 .618 36 .959 1 .00 33 .99 6 ATOM 3722 C GLY A 460 26 .079 37 .355 37 .124 1 .00 31 .39 6 ATOM 3723 O GLY A 460 25..723 38,.162 37,.987 1..00 31..32 8 ATOM 3724 N THR A 461 25. .172 37, .089 36, .168 1. .00 28. .63 7 ATOM 3725 CA THR A 461 23. .820 37, .591 36, .201 1, .00 26, .63 6 ATOM 3726 C THR A 461 22. ,977 36. .365 35. ,857 1. ,00 26. .19 6 ATOM 3727 O THR A 461 23. ,509 35. .368 35. ,372 1. ,00 25. .69 8 ATOM 3728 CB THR A 461 23. ,406 38. .714 35. ,253 1. .00 34. .32 6 ATOM 3729 OGl THR A 461 23. ,582 38. .196 33. .940 1. .00 39. .98 8 ATOM 3730 CG2 THR A 461 24. ,197 39. .984 35. .459 1. .00 36. .81 6 ATOM 3731 N VAL A 462 21. .682 36. .479 36. .097 1. .00 24. .35 7 ATOM 3732 CA VAL A 462 20. .801 35. .342 35. .840 1, .00 24, .97 6 ATOM 3733 C VAL A 462 19. .525 36. .061 35. .394 1, .00 25, .20 6 ATOM 3734 O VAL A 462 19. .129 37. .029 36. .059 1, .00 26, .38 8 ATOM 3735 CB VAL A 462 20. .574 34, .535 37. .138 1, .00 26, .35 6 ATOM 3736 CGI VAL A 462 19. 170 34. ,009 37. 299 1. ,00 27. .37 6 ATOM 3737 CG2 VAL A 462 21. 533 33. ,362 37, ,172 1. ,00 37. ,60 6 ATOM 3738 N THR A 463 18. 932 35. ,524 34. ,343 1. ,00 24. ,53 7 ATOM 3739 CA THR A 463 17, .720 36. ,194 33. ,827 1. ,00 22. .54 6 ATOM 3740 C THR A 463 16, ,530 35. ,314 34. ,144 1. ,00 19. .39 6 ATOM 3741 O THR A 463 16. ,687 34. ,104 33. ,936 1. ,00 18. .11 8 ATOM 3742 CB THR A 463 17. ,799 36. ,326 32. ,270 1, ,00 27. .00 6 ATOM 3743 OGl THR A 463 18. .933 37. .127 31. ,946 1. .00 25. .69 8 ATOM 3744 CG2 THR A 463 16. .563 37. .080 31. .786 1. .00 21. .84 6 ATOM 3745 N ILE A 464 15. .443 35. .905 34. .620 1, .00 18, .98 7 ATOM 3746 CA ILE A 464 14. ,318 35. .002 34. ,950 1. . 00 19. . 00 6 ATOM 3747 C ILE A 464 13. ,588 34. .598 33. ,646 1. .00 23. .41 6 ATOM 3748 O ILE A 464 13. .346 35. .458 32. .794 1. .00 22. .97 8 ATOM 3749 CB ILE A 464 13. .345 35. .759 35, .871 1, .00 23 , .33 6 ATOM 3750 CGI ILE A 464 14. .049 36. .430 37, .059 1, .00 19, .89 6 ATOM 3751 CG2 ILE A 464 12. .261 34, .806 36. .345 1, .00 23 , .29 6 ATOM 3752 CD1 ILE A 464 15. .140 35. .555 37, .656 1, .00 14, .03 6 ATOM 3753 N ASN A 465 13. .178 33. .347 33, .558 1, .00 21, .94 7 ATOM 3754 CA ASN A 465 12. .516 32. .846 32, ,387 1. .00 22 .42 6 ATOM 3755 C ASN A 465 11, .097 33 .333 32, .280 1, .00 23 .26 6 ATOM 3756 O ASN A 465 10. .512 33, .991 33. .139 1, .00 23, .81 8 ATOM 3757 CB ASN A 465 12. .731 31, .359 32. .224 1, .00 13, .06 6 ATOM 3758 CG ASN A 465 11. .672 30, .476 32. .848 1, .00 24, .11 6 ATOM 3759 ODl ASN A 465 10. .653 30, .845 33. .442 1, .00 27, .47 8 ATOM 3760 ND2 ASN A 465 11. .913 29, .185 32. .652 1, .00 26, .50 7 ATOM 3761 N ALA A 466 10. .436 32, .919 31, .184 1, .00 22, .42 7 ATOM 3762 CA ALA A 466 9. .107 33, .388 30, .855 1, .00 20, .19 6 ATOM 3763 C ALA A 466 8. .060 32, .877 31, .815 1, .00 20, .86 6 ATOM 3764 O ALA A 466 7. .005 33, .519 31, .862 1, .00 19, .65 8 ATOM 3765 CB ALA A 466 8, .720 32, .927 29, .440 1, .00 27 .57 6 ATOM 3766 N ASP A 467 8. .339 31, ,758 32. .472 1, .00 20, .43 7 ATOM 3767 CA ASP A 467 7. .375 31, .236 33, .432 1, .00 25, .15 6 ATOM 3768 C ASP A 467 7, .714 31, .622 34, .898 1, .00 26, .69 6 ATOM 3769 O ASP A 467 6, .988 31, .198 35, .814 1, .00 27, .50 8 ATOM 3770 CB ASP A 467 7, .280 29, .718 33, .419 1, .00 35 .94 6 ATOM 3771 CG ASP A 467 7, .447 28 .991 32, .113 1, .00 57 .11 6 ATOM 3772 ODl ASP A 467 6. .618 29 .149 31 .191 1 .00 55 .73 8 ATOM 3773 OD2 ASP A 467 8 .416 28 .211 31 .968 1, .00 68 .22 8 ATOM 3774 N GLY A 468 8 .787 32 .333 35 .124 1 .00 25 .27 7 ATOM 3775 CA GLY A 468 9 .169 32 .772 36 .449 1 .00 25 .94 6 ATOM 3776 C GLY A 468 10 .173 31 .846 37 .129 1 .00 26 .60 6 ATOM 3777 O GLY A 468 10. .379 31 .937 38 .329 1, .00 23 .74 8 ATOM 3778 N TRP A 469 10 .857 30 .984 36 .384 1, .00 26 .03 7 ATOM 3779 CA TRP A 469 11 .866 30 .075 36 .864 1 .00 24 .07 6 ATOM 3780 C TRP A 469 13 .252 30 .507 36 .421 1 .00 24 .59 6 ATOM 3781 O TRP A 469 13 .360 31 .256 35 .447 1 .00 24 .16 8 ATOM 3782 CB TRP A 469 11 .711 28 .639 36 .344 1 .00 24 .41 6 ATOM 3783 CG TRP A 469 10 .483 28 .028 36 .943 1 .00 29 .23 6 ATOM 3784 CD1 TRP A 469 9 .187 28 .305 36 .618 1 .00 34 .11 6 ATOM 3785 CD2 TRP A 469 10 .454 27 .060 37 .998 1 .00 29 .54 6 ATOM 3786 NEl TRP A 469 8 .336 27 .562 37 .415 1 .00 33 .70 7 ATOM 3787 CE2 TRP A 469 9 .095 26 .767 38 .250 1. .00 31 .92 6 ATOM 3788 CE3 TRP A 469 11 .426 26 .377 38 .726 1 .00 30 .77 6 ATOM 3789 CZ2 TRP A 469 8 .709 25 .856 39 .233 1, .00 35 .82 6 ATOM 3790 CZ3 TRP A 469 11 .040 25 .474 39 .697 1 .00 30 .23 6 ATOM 3791 CH2 TRP A 469 9 .688 25 .235 39 .954 1 .00 30 .75 6 ATOM 3792 N ALA A 470 14 .261 30 .045 37 .151 1 .00 22 .85 7 ATOM 3793 CA ALA A 470 15 .628 30 .383 36 .788 1 .00 21 .53 6 ATOM 3794 C ALA A 470 16 .546 29 .352 37 .431 1 .00 23 .57 6 ATOM 3795 O ALA A 470 16 .167 28 .716 38 .421 1 .00 23 .74 8 ATOM 3796 CB ALA A 470 16 .026 31 .769 37 .199 1 .00 21 .25 6 ATOM 3797 N ASN A 471 17.685 29.139 36,,815 1.00 20.45 7 ATOM 3798 CA ASN A 471 18. 653 28. 210 37. ,305 1. 00 22. ,12 6 ATOM 3799 C ASN A 471 19. 645 29. ,034 38. ,152 1. 00 22. ,93 6 ATOM 3800 O ASN A 471 20. ,502 29. ,705 37. ,574 1. 00 23. ,29 8 ATOM 3801 CB ASN A 471 19. ,444 27. ,600 36. .160 1. ,00 35. ,69 6 ATOM 3802 CG ASN A 471 19. ,698 26. ,130 36. .384 1. ,00 47. ,51 6 ATOM 3803 ODl ASN A 471 20. ,841 25. .728 36. .333 1. ,00 50. .34 8 ATOM 3804 ND2 ASN A 471 18. .684 25. .322 36. .598 1. ,00 59. .19 7 ATOM 3805 N PHE A 472 19. ,494 28. .961 39. ,468 1. 00 19. ,79 7 ATOM 3806 CA PHE A 472 20. ,419 29. ,796 40. .310 1. ,00 16. ,18 6 ATOM 3807 C PHE A 472 21, .655 29. .058 40. .663 1. ,00 12. .19 6 ATOM 3808 O PHE A 472 21. .623 27. .815 40. .786 1. ,00 17. .32 8 ATOM 3809 CB PHE A 472 19. .541 30. .196 41. .489 1. ,00 13. .15 6 ATOM 3810 CG PHE A 472 18. ,432 31. ,150 41. .246 1. ,00 6. ,63 6 ATOM 3811 GDI PHE A 472 18. ,667 32. ,489 41. .067 1. ,00 13. ,56 6 ATOM 3812 CD2 PHE A 472 17. ,122 30. ,703 41. .236 1, ,00 7. ,40 6 ATOM 3813 CE1 PHE A 472 17. ,639 33. ,393 40. ,825 1. , 00 13. ,16 6 ATOM 3814 CE2 PHE A 472 16. ,099 31, ,585 40. ,959 1. 00 12. ,05 6 ATOM 3815 CZ PHE A 472 16. ,345 32. ,935 40. .759 1. ,00 14. ,01 6 ATOM 3816 N SER A 473 22. ,870 29. ,595 40. .786 1. ,00 13. ,50 7 ATOM 3817 CA SER A 473 23. .961 28. ,697 41. .169 1. ,00 14. ,11 6 ATOM 3818 C SER A 473 24. .726 29. ,176 42. .424 1. ,00 12. .54 6 ATOM 3819 O SER A 473 24. .490 30. .293 42, .846 1. ,00 13. .13 8 ATOM 3820 CB SER A 473 24. .999 28. .680 39, .999 1. ,00 18. .25 6 ATOM 3821 OG SER A 473 25. .372 30. .054 39, .899 1. .00 20. .56 8 ATOM 3822 N VAL A 474 25. .705 28. ,401 42, .881 1. ,00 13. ,61 7 ATOM 3823 CA VAL A 474 26. .412 28. .909 44, .097 1. ,00 16. .44 6 ATOM 3824 C VAL A 474 27. .764 28. .251 44, .127 1. ,00 15. .20 6 ATOM 3825 O VAL A 474 27. .856 27. .095 43 , .703 1. .00 18. .90 8 ATOM 3826 CB VAL A 474 25. .539 28. .505 45 .332 1. .00 12, .07 6 ATOM 3827 CGI VAL A 474 25, .307 26, .998 45 .341 1. .00 4, .17 6 ATOM 3828 CG2 VAL A 474 26. .120 28. .842 46, .690 1. ,00 19, .53 6 ATOM 3829 N ASN A 475 28, .761 28. .905 44, .681 1. ,00 16, .23 7 ATOM 3830 CA ASN A 475 30. .069 28. .301 44, .876 1, .00 17, .52 6 ATOM 3831 C ASN A 475 30. .050 27. .213 45, .938 1. ,00 20. .97 6 ATOM 3832 O ASN A 475 29. .049 27. .130 46, .676 1. ,00 20, .95 8 ATOM 3833 CB ASN A 475 31. .046 29. .414 45 .253 1. .00 21, .99 6 ATOM 3834 CG ASN A 475 31, .374 30, .221 43 .978 1. .00 30, .21 6 ATOM 3835 ODl ASN A 475 31, .377 29, .592 42 .917 1. .00 29, .36 8 ATOM 3836 ND2 ASN A 475 31 .631 31, .510 44 .084 1. .00 26, .76 7 ATOM 3837 N GLY A 476 31 .106 26 .400 46 .029 1. .00 20 .35 7 ATOM 3838 CA GLY A 476 31 .140 25 .343 47 .050 1, .00 19 .93 6 ATOM 3839 C GLY A 476 31. .348 25, .970 48 .453 1. .00 19, .53 6 ATOM 3840 O GLY A 476 31. .977 27, .014 48 .576 1, .00 14, .05 8 ATOM 3841 N GLY A 477 30 .658 25 .410 49 .493 1, .00 19, .68 7 ATOM 3842 CA GLY A 477 30 .888 25 .911 50 .867 1. .00 17, .22 6 ATOM 3843 C GLY A 477 30 .567 27 .376 50 .985 1. .00 17 .16 6 ATOM 3844 O GLY A 477 31 .300 28 .184 51 .538 1, .00 16 .37 8 ATOM 3845 N SER A 478 29 .413 27 .756 50 .402 1, .00 15 .45 7 ATOM 3846 CA SER A 478 29 ,132 29, .190 50 .345 1, .00 13, .71 6 ATOM 3847 C SER A 478 27, .644 29, .438 50, .244 1, .00 11, .85 6 ATOM 3848 O SER A 478 26, .866 28, .524 50, .190 1. .00 14. .63 8 ATOM 3849 CB SER A 478 29, .720 29, .555 48, .930 1. .00 14. .86 6 ATOM 3850 OG SER A 478 29. .794 30, .947 48 .838 1. .00 20. .40 8 ATOM 3851 N VAL A 479 27, .275 30, .697 50 .221 1. .00 11. .60 7 ATOM 3852 CA VAL A 479 25, .905 31, .087 49 .998 1. .00 12, .55 6 ATOM 3853 C VAL A 479 25 .880 32 .212 48 .924 1. .00 11 .49 6 ATOM 3854 O VAL A 479 26 .741 33 .083 48 .864 1. .00 11 .55 8 ATOM 3855 CB VAL A 479 25 .273 31 .623 51 .311 1 .00 12 .79 6 ATOM 3856 CGI VAL A 479 26 .115 32 .797 51 .835 1, .00 9 .12 6 ATOM 3857 CG2 VAL A 479 23 .817 32 .055 51 .166 1, .00 4 .71 6 ATOM 3858 N SER A 480 24 .780 32 .237 48 .166 1. .00 13 .81 7 ATOM 3859 CA SER A 480 24 .597 33 .365 47 .238 1 .00 11 .93 6 ATOM 3860 C SER A 480 23 .180 33 .821 47 .451 1. .00 8 .76 6 ATOM 3861 O SER A 480 22 .252 33 .053 47 .650 1 .00 11 .76 8 ATOM 3862 CB SER A 480 24 .856 32 .914 45 .765 1 .00 20 .36 6 ATOM 3863 OG SER A 480 26 .221 33 .103 45 .402 1 .00 13 .39 8 ATOM 3864 N ILE A 481 22 .897 35 .104 47 .407 1 .00 11 .45 7 ATOM 3865 CA ILE A 481 21 .517 35 .554 47 .543 1 .00 13 .32 6 ATOM 3866 C ILE A 481 21 .173 36 .380 46 .268 1 .00 14 .81 6 ATOM 3867 O ILE A 481 21 .643 37 .490 46 .094 1 .00 13 .00 8 ATOM 3868 CB ILE A 481 21 .369 36 .401 48 .839 1 .00 12 .79 6 ATOM 3869 CGI ILE A 481 21 .711 35 .500 50 .091 1 .00 16 .67 6 ATOM 3870 CG2 ILE A 481 19 .939 36 .934 48 .878 1 .00 6 .58 6 ATOM 3871 GDI ILE A 481 21..809 36..366 51..349 1..00 14.77 6 ATOM 3872 N TRP A 482 20, .266 35. .842 45. .450 1. .00 16 .67 7 ATOM 3873 CA TRP A 482 19, .996 36, .529 44, .159 1, .00 16 .84 6 ATOM 3874 C TRP A 482 18. .854 37, .489 44. ,220 1. .00 15. .36 6 ATOM 3875 O TRP A 482 17. .773 37, .074 44. ,690 1. ,00 16, .15 8 ATOM 3876 CB TRP A 482 19. .791 35, .479 43. .055 1. ,00 11, .32 6 ATOM 3877 CG TRP A 482 20. .966 34, .610 42. .832 1. ,00 13, .31 6 ATOM 3878 CD1 TRP A 482 21. .210 33, .414 43. .426 1. ,00 13, .12 6 ATOM 3879 CD2 TRP A 482 22, .055 34. .820 41. .906 1. ,00 20 .71 6 ATOM 3880 NEl TRP A 482 22. .395 32, .886 42, .975 1. .00 13 .99 7 ATOM 3881 CE2 TRP A 482 22, .923 33, .727 42, .033 1. .00 17 .34 6 ATOM 3882 CE3 TRP A 482 22, .349 35, .834 40, .969 1. .00 24 .46 6 ATOM 3883 CZ2 TRP A 482 24, .100 33, .594 41, .281 1, .00 23 .61 6 ATOM 3884 CZ3 TRP A 482 23, .527 35. .734 40, .237 1. . 00 15 .44 6 ATOM 3885 CH2 TRP A 482 24, .375 34, .608 40, .391 1. .00 15 .55 6 ATOM 3886 N VAL A 483 19, .077 38, .750 43, .833 1. ,00 15 .53 7 ATOM 3887 CA VAL A 483 18, .002 39, .734 43 , .801 1. .00 18 .71 6 ATOM 3888 C VAL A 483 18, .016 40. .540 42, .454 1. .00 18 .89 6 ATOM 3889 O VAL A 483 19, .077 40, .622 41, .835 1. .00 18 .73 8 ATOM 3890 CB VAL A 483 18, .094 40, .853 44, .884 1. .00 19 .44 6 ATOM 3891 CGI VAL A 483 18 .117 40, .240 46 .286 1, .00 24 .26 6 ATOM 3892 CG2 VAL A 483 19 .315 41 .744 44 .705 1, .00 15 .59 6 ATOM 3893 N LYS A 484 16 .913 41 .189 42 .139 1. .00 19 .32 7 ATOM 3894 CA LYS A 484 16, .841 42, .076 40, .980 1. . 00 21 . 09 6 ATOM 3895 C LYS A 484 17, .961 43. .100 40, .983 1. .00 24 .00 6 ATOM 3896 O LYS A 484 18, .192 43 , .826 41, .973 1. .00 23 .05 8 ATOM 3897 CB LYS A 484 15, .530 42, .867 40, .958 1. .00 28 .12 6 ATOM 3898 CG LYS A 484 15, .350 43. .773 39, .739 1. .00 32 .20 6 ATOM 3899 CD LYS A 484 14, .045 44, .535 39, .852 1. .00 44 .02 6 ATOM 3900 CE LYS A 484 13, .718 45, .239 38, .534 1. .00 55 .99 6 ATOM 3901 NZ LYS A 484 12, .396 45, .944 38, .628 1. ,00 59 .77 7 ATOM 3902 N ARG A 485 18, .719 43, .105 39, .867 1. .00 24 .97 7 ATOM 3903 CA ARG A 485 19, .804 44, .080 39, .768 1. .00 29 .19 6 ATOM 3904 C ARG A 485 19. .283 45. ,475 39. .450 1. .00 30, ,80 6 ATOM 3905 O ARG A 485 19. .850 46. .446 39. .999 1. ,00 33, .55 8 ATOM 3906 CB ARG A 485 20. .903 43. .779 38. .748 1. ,00 40, .45 6 ATOM 3907 CG ARG A 485 22. .106 44. .686 39. .037 1. ,00 59, .45 6 ATOM 3908 CD ARG A 485 23. .403 43. .990 38. .638 1. ,00 78, .70 6 ATOM 3909 NE ARG A 485 23. .356 43. .672 37. .209 1. ,00 93, .35 7 ATOM 3910 CZ ARG A 485 23 , .460 44. .555 36. .221 1. ,00 97, .50 6 ATOM 3911 NHl ARG A 485 23, .646 45. .839 36. .505 1. ,00 99, .91 7 ATOM 3912 NH2 ARG A 485 23, .381 44, .130 34, .965 1. ,00 98 .10 7 ATOM 3913 OT ARG A 485 18, .315 45, .575 38. .684 1. .00 36 .53 8 ATOM 3914 CA IUM A 486 16. .403 28, .839 91. .080 1. .00 13, .38 20 ATOM 3915 CA IUM A 487 11. .326 27, .396 97. .560 1. ,00 14, .89 20 ATOM 3916 CA IUM A 488 12, .079 41, .438 41. .820 1. ,00 65, .35 20 ATOM 3917 CA IUM A 489 26, .215 18, .079 53. .059 1. ,00 20, .01 20 ATOM 3918 NA IUM A 490 14, .404 28, .621 94, .442 1. ,00 13 .98 11 ATOM 3919 OWO WAT W 1 15, .331 30, .924 91, .968 1. ,00 8 .40 8 ATOM 3920 OWO WAT W 2 20, .672 29, .374 91, .814 1. .00 9 .95 8 ATOM 3921 OWO WAT W 3 10 .621 27, .443 100, .167 1. .00 10 .46 8 ATOM 3922 OWO WAT W 4 28 .869 20, .050 56, .659 1. .00 11 .85 8 ATOM 3923 OWO WAT W 5 14 .586 33 .181 61 .484 1. .00 12 .59 8 ATOM 3924 OWO WAT W 6 18 .392 34 .544 86 .249 1, .00 13 .31 8 ATOM 3925 OWO WAT W 7 12, .636 28, .973 91, .117 1. .00 13, .68 8 ATOM 3926 OWO WAT W 8 15, .634 35, .829 85, .277 1. ,00 13, .76 8 ATOM 3927 OWO WAT W 9 18, .872 29, .499 66. .652 1. .00 14 .41 8 ATOM 3928 OWO WAT W 10 15, .541 28, .877 74. .819 1. .00 14 .80 8 ATOM 3929 OWO WAT W 11 17, .655 22, .379 93, .167 1. .00 15 .02 8 ATOM 3930 OWO WAT w 12 10, .694 30, .117 84, .366 1. .00 15 .45 8 ATOM 3931 OWO WAT w 13 18, .071 28, .115 81, .035 1. .00 15 .55 8 ATOM 3932 OWO WAT w 14 26 .048 15, .607 52, .885 1. .00 15 .91 8 ATOM 3933 OWO WAT w 15 29 .348 31, .173 86 .751 1. .00 16 .00 8 ATOM 3934 OWO WAT w 16 10 .192 22 .022 80 .509 1. .00 16 .03 8 ATOM 3935 OWO WAT w 17 27. .199 31, .182 100, .558 1. ,00 16, .19 8 ATOM 3936 OWO WAT w 18 29, .018 45. .155 85, .220 1. ,00 16 .88 8 ATOM 3937 OWO WAT w 19 5, .482 31. .285 76, .403 1. .00 16 .88 8 ATOM 3938 OWO WAT w 20 26, .381 45, .012 84, .704 1. .00 17 .27 8 ATOM 3939 OWO WAT w 21 25, .881 32, .894 83 .269 1. .00 17 .32 8 ATOM 3940 OWO WAT w 22 25 .409 35 .676 97 .523 1. .00 17 .35 8 ATOM 3941 OWO WAT w 23 7 .309 25 .461 94 .547 1. .00 17 .78 8 ATOM 3942 OWO WAT w 24 20 .157 53 .017 89 .490 1. .00 18 .71 8 ATOM 3943 OWO WAT w 25 18 .501 20 .523 81 .617 1, .00 18 .85 8 ATOM 3944 OWO WAT w 26 30 .763 42 .059 78 .813 1 .00 18 .95 8 ATOM 3945 OWO WAT W 27 23,.018 30,.980 81,.026 1,.00 19..13 ATOM 3946 OWO WAT W 28 18, .707 38 .961 91 .110 1. .00 19, .60 ATOM 3947 OWO WAT W 29 31, .590 37 .922 84, .751 1, .00 19, .76 ATOM 3948 OWO WAT W 30 28. .452 29 .435 92, .663 1, .00 19. .87 ATOM 3949 OWO WAT W 31 21. .360 29, .012 81, .691 1. .00 19. .98 ATOM 3950 OWO WAT W 32 25. .513 33, .621 80, .784 1. .00 20. .06 ATOM 3951 OWO WAT W 33 9, .572 35, .390 68, .425 1. .00 20. .13 ATOM 3952 OWO WAT W 34 6, .621 38, .273 73 , .833 1. .00 20. .26 ATOM 3953 OWO WAT W 35 5. .165 26, .241 88. .156 1. .00 20. .30 ATOM 3954 OWO WAT w 36 23, .265 33, .446 79, .934 1. .00 20. .36 ATOM 3955 OWO WAT w 37 28, .248 31, .837 82, .126 1, .00 20. .40 ATOM • 3956 OWO WAT w 38 23 , .025 15, .287 58, .844 1, .00 20. .72 ATOM 3957 OWO WAT w 39 20. .923 33. .873 72. . 690 1. . 00 20. ,85 ATOM 3958 OWO WAT w 40 12, .290 35 .963 59, .757 1. .00 20, .91 ATOM 3959 OWO WAT w 41 20, .845 33. .669 75, .672 1, .00 20, .97 ATOM 3960 OWO WAT w 42 22 .075 21 .682 81 .126 1. .00 21, .31 ATOM 3961 OWO WAT w 43 14 .396 41 .282 43 .561 1. .00 21, .67 ATOM 3962 OWO WAT w 44 26 .359 38 .541 40 .833 1. .00 21, .93 ATOM 3963 OWO WAT w 45 29 .566 32 .232 79 .652 1. .00 21 .98 ATOM 3964 OWO WAT w 46 23 , .283 35, .309 65, .908 1, .00 22, .07 ATOM 3965 OWO WAT w 47 23 , .194 24, .642 81, .389 1. .00 22. .19 ATOM 3966 OWO WAT w 48 31, .442 30, .641 53 .232 1. .00 22. .24 ATOM 3967 OWO WAT w 49 16 .139 44 .310 95 .813 1. .00 22. .31 ATOM 3968 OWO WAT w 50 29 .098 45 .750 88 .021 1. .00 22 .46 ATOM 3969 OWO WAT w 51 29 .561 30 .748 84 .019 1. .00 22 .47 ATOM 3970 OWO WAT w 52 27 .980 37 .414 52 .564 1 .00 22 .67 ATOM 3971 OWO WAT w 53 15 .060 20 .624 57 .494 1 .00 22 .69 ATOM 3972 OWO WAT w 54 35 .494 34, .127 73 .318 1, .00 23. .02 ATOM 3973 OWO WAT w 55 21 .252 26 .982 82 .323 1. .00 23, .16 ATOM 3974 OWO WAT w 56 8 .169 23 .595 96 .531 1, .00 23 , .42 ATOM 3975 OWO WAT w 57 28 .306 31 .271 46 .286 1, .00 23, .97 ATOM 3976 OWO WAT w 58 4 .904 32 .005 5 .469 1, .00 24, .08 ATOM 3977 OWO WAT w 59 34 .680 17 .452 59 .617 1 .00 24 .12 ATOM 3978 OWO WAT w 60 33 .674 21, .421 58, ,909 1, .00 24, .14 ATOM 3979 OWO WAT w 61 26 .569 31, .013 97, .686 1. .00 24. .18 ATOM 3980 OWO WAT w 62 20 .007 44, .821 80, .894 1. .00 24, .42 ATOM 3981 OWO WAT w 63 11 .817 37, .503 56, .024 1. .00 24, .64 ATOM 3982 OWO WAT w 64 29 .823 54, .365 78, .471 1, .00 24, .84 ATOM 3983 OWO WAT w 65 31 .313 24, .657 101, .086 1. .00 24, .86 ATOM 3984 OWO WAT w 66 21 .188 24, .062 81 .773 1, .00 25, .00 ATOM 3985 OWO WAT w 67 27, .530 23. .190 74. .325 1. .00 25. ,05 ATOM 3986 OWO WAT w 68 24, .237 27. .662 82. .417 1. .00 25. ,21 ATOM 3987 OWO WAT w 69 13, .220 20. .441 98. .339 1. .00 25. ,29 ATOM 3988 OWO WAT w 70 9, .835 20. .463 84. .092 1. .00 25. .33 ATOM 3989 OWO WAT w 71 24, .649 23. .948 89, .723 1. .00 25. .58 ATOM 3990 OWO WAT w 72 5 .014 36, .356 89, .453 1, .00 25. .65 ATOM 3991 OWO WAT w 73 10 .492 20, .729 64, .885 1. .00 25. .70 ATOM 3992 OWO WAT w 74 32 .733 31, .987 63, .454 1, .00 25. .93 ATOM 3993 OWO WAT w 75 28, .377 16, .603 97, .373 1. .00 26. ,22 ATOM 3994 OWO WAT w 76 26, .237 18. .558 98, .847 1. .00 26. .31 ATOM 3995 OWO WAT w 77 18, .836 44, .197 94, .602 1. .00 26. .32 ATOM 3996 OWO WAT w 78 30 .554 38, .651 99, .023 1. .00 26. .53 ATOM 3997 OWO WAT w 79 34 .139 42, .534 70, .785 1. .00 26. .66 ATOM 3998 OWO WAT w 80 19 .699 41 .304 95 .115 1, ,00 26, .70 ATOM 3999 OWO WAT w 81 11 .380 18 .430 9 .339 1, ,00 26, .75 ATOM 4000 OWO WAT w 82 33, .445 25, .595 69, .634 1. ,00 26, .97 ATOM 4001 OWO WAT w 83 24 .662 13, .696 54, .197 1, .00 27, .11 ATOM 4002 OWO WAT w 84 28 .266 31, .003 94 .890 1, .00 27, .29 ATOM 4003 OWO WAT w 85 20 .725 40 .832 92 .186 1. .00 27, .45 ATOM 4004 OWO WAT w 86 25 .146 50 .544 83 .841 1. .00 27, .48 ATOM 4005 OWO WAT w 87 15 .057 18 .749 69 .240 1. .00 27, .74 ATOM 4006 OWO WAT w 88 13 .048 28, .893 58, .627 1. .00 27, .83 ATOM 4007 OWO WAT w 89 13 .377 28, .399 53, .950 1. .00 27, .90 ATOM 4008 OWO WAT w 90 5 .299 31, .836 93, .231 1. .00 27, .96 ATOM 4009 OWO WAT w 91 3 .937 37 .319 47 .632 1. .00 28, .09 ATOM 4010 OWO WAT w 92 23 .639 21 .750 78 .833 1. .00 28, .09 ATOM 4011 OWO WAT w 93 37 .239 40 .159 72 .537 1 .00 28 .14 ATOM 4012 OWO WAT w 94 23 .345 33 .695 85 .122 1 .00 28 .24 ATOM 4013 OWO WAT w 95 27 .712 33 .751 84 .311 1 .00 28 .35 ATOM 4014 OWO WAT w 96 29 .746 32 .309 51 .898 1. . 00 28, .37 ATOM 4015 OWO WAT w 97 24 .950 23 .431 86 .718 1 .00 28, .90 ATOM 4016 OWO WAT w 98 30 .172 32 .741 97 .140 1 .00 28 .98 ATOM 4017 OWO WAT w 99 28 .686 34 .680 86 .651 1 .00 29 .30 ATOM 4018 OWO WAT w 100 29 .828 22 .276 104 .713 1 .00 29 .31 ATOM 4019 OWO WAT W 101 14.236 21.944 103.773 1.00 29.36 ATOM 4020 OWO WAT W 102 23. 731 32. 676 83. 036 1. 00 30. ,10 ATOM 4021 OWO WAT W 103 29. 261 29. .122 89. ,584 1. 00 30. ,19 ATOM 4022 OWO WAT W 104 27. ,892 34. .046 96. .695 1. .00 30. .42 ATOM 4023 OWO WAT W 105 31. .548 31. .196 93. .135 1. ,00 30. .52 ATOM 4024 OWO WAT W 106 29. .180 35. .694 97. .563 1. ,00 30. .65 ATOM 4025 OWO WAT W 107 36. .148 32. .510 77. .016 1. ,00 30. .87 ATOM 4026 OWO WAT W 108 19. .500 19, .810 67, .860 1. ,00 30, .97 ATOM 4027 OWO WAT W 109 12. ,234 17. .699 57. ,066 1. 00 31. .02 ATOM 4028 OWO WAT w 110 30. ,140 30. .959 90. ,861 1. 00 31. .02 ATOM 4029 OWO WAT w 111 29. ,245 29. ,005 87. ,140 1. 00 31. .20 ATOM 4030 OWO WAT w 112 8. .712 44. .931 98. .058 1. ,00 31. .25 ATOM 4031 OWO WAT w 113 6. .559 35. .891 71. .686 1. ,00 31, .48 ATOM 4032 OWO WAT w 114 16, .096 46, .682 97, .419 1. .00 31, .49 ATOM 4033 OWO WAT w 115 28, .702 37, .358 84, .954 1. .00 31 .52 ATOM 4034 OWO WAT w 116 23, .269 36, .298 69, .635 1. .00 31 .73 ATOM 4035 OWO WAT w 117 19. .112 14. .848 51. .560 1. . 00 32, .26 ATOM 4036 OWO WAT w 118 34. .859 46. .381 91. .799 1. ,00 32, .30 ATOM 4037 OWO WAT w 119 33. .356 24. .877 66. .359 1. ,00 32, .33 ATOM 4038 OWO WAT w 120 36. .212 28. .332 58. .979 1. ,00 32, .66 ATOM 4039 OWO WAT w 121 32. .357 32, .702 89. .962 1. ,00 32, .67 ATOM 4040 OWO WAT w 122 15. .791 18, .309 98. .565 1. ,00 32, .94 ATOM 4041 OWO WAT w 123 10. .728 37, .304 43 , .329 1. ,00 33, .06 ATOM 4042 OWO WAT w 124 9. .424 44, .511 70. .118 1. ,00 33. .07 ATOM 4043 OWO WAT w 125 7 .444 40 .322 33 .258 1. .00 33 .08 ATOM 4044 OWO WAT w 126 26, .139 24, .623 81, .599 1. .00 33. .35 ATOM 4045 OWO WAT w 127 29, .976 39, .216 50, .980 1. ,00 33. .37 ATOM 4046 OWO WAT w 128 12, .352 20, .468 101, .408 1. ,00 33, .41 ATOM 4047 OWO WAT w 129 14, .605 43 , .579 93, .366 1. ,00 33, .46 ATOM 4048 OWO WAT w 130 14, .568 25, .226 100, .442 1. .00 33, .95 ATOM 4049 OWO WAT w 131 29, .845 36, .606 88. .663 1. ,00 33, .96 ATOM 4050 OWO WAT w 132 29, .315 35, .203 52, .245 1. .00 34, .39 ATOM 4051 OWO WAT w 133 25, .213 28, .912 81, .291 1. .00 34 .73 ATOM 4052 OWO WAT w 134 4. .056 25. .026 86. .078 1. .00 34, .75 ATOM 4053 OWO WAT w 135 35. .592 22 .208 66 .460 1. .00 34 .79 ATOM 4054 OWO WAT w 136 30. .056 32 .499 94 .980 1. .00 35 .03 ATOM 4055 OWO WAT w 137 31, .642 34 .050 97 .446 1. .00 35 .16 ATOM 4056 OWO WAT w 138 6 .399 39 .252 53 .656 1. .00 35 .16 ATOM 4057 OWO WAT w 139 24 .631 22 .787 80 .787 1. .00 35 .70 ATOM 4058 OWO WAT w 140 17 .164 40 .603 93 .345 1. .00 35 .88 ATOM 4059 OWO WAT w 141 32 .517 48 .802 78 .888 1, .00 35 .91 ATOM 4060 OWO WAT w 142 1 .605 47 .246 48 .871 1, .00 36 .06 ATOM 4061 OWO WAT w 143 11, .936 19, .902 81, .296 1. .00 36, .07 ATOM 4062 OWO WAT w 144 14, .511 30 .434 59, .331 1. .00 36, .46 ATOM 4063 OWO WAT w 145 24, .904 20 .322 90, .078 1. .00 36, .46 ATOM 4064 OWO WAT w 146 11 .636 21 .530 50 .698 1, .00 36 .73 ATOM 4065 OWO WAT w 147 19 .239 17 .437 61 .534 1 .00 36 .95 ATOM 4066 OWO WAT w 148 16 .418 12 .433 100 .613 1 .00 37 .57 ATOM 4067 OWO WAT w 149 36 .156 29 .107 62 .733 1. .00 37 .66 ATOM 4068 OWO WAT w 150 6 .477 18 .289 83 .974 1 .00 38 .23 ATOM 4069 OWO WAT w 151 26 .962 19 .421 46 .014 1. .00 38 .28 ATOM 4070 OWO WAT w 152 29 .388 47 .864 98 .637 1, .00 38 .32 ATOM 4071 OWO WAT w 153 26 .646 55 .807 96 .596 1. .00 38 .49 ATOM 4072 OWO WAT w 154 28 .646 13 .763 51 .700 1. .00 38 .50 ATOM 4073 OWO WAT w 155 8 .410 25 .455 43 .443 1, .00 38 .68 ATOM 4074 OWO WAT w 156 25 .347 58 .866 86 .231 1, .00 38 .79 ATOM 4075 OWO WAT w 157 31 .258 40 .850 95 .798 1 .00 38 .83 ATOM 4076 OWO WAT w 158 7 .378 49 .910 91 .085 1 .00 39 .20 ATOM 4077 OWO WAT w 159 9 .042 38 .586 56 .053 1 .00 39 .25 ATOM 4078 OWO WAT w 160 22 .671 18 .146 64 .655 1 . 00 39 .33 ATOM 4079 OWO WAT w 161 26 .367 57 .488 76 .515 1 .00 39 .61 ATOM 4080 OWO WAT w 162 13 .588 22 .645 41 .622 1 .00 39 .65 ATOM 4081 OWO WAT w 163 22 .142 20 .782 77 .722 1 .00 39 .83 ATOM 4082 OWO WAT w 164 19 .678 14 .382 85 .326 1 .00 40 .14 ATOM 4083 OWO WAT w 165 0 .073 38 .203 87 .061 1 .00 40 .22 ATOM 4084 OWO WAT w 166 12 .125 44 .320 65 .523 1 .00 40 .42 ATOM 4085 OWO WAT w 167 33 .005 23 .458 44 .185 1 .00 40 .49 ATOM 4086 OWO WAT w 168 13 .676 35 .688 29 .856 1 .00 40 .58 ATOM 4087 OWO WAT w 169 7 .713 34 .066 62 .308 1 .00 41 .00 ATOM 4088 OWO WAT w 170 33 .626 28 .969 81 .496 1 .00 41 .00 ATOM 4089 OWO WAT w 171 34 .640 39 .088 81 .088 1 .00 41 .27 ATOM 4090 OWO WAT w 172 7 .508 25 .738 50 .220 1 .00 41 .32 ATOM 4091 OWO WAT w 173 27 .507 32 .995 78 .641 1 .00 41 .44 ATOM 4092 OWO WAT w 174 24 .673 18 .334 69 .762 1 .00 41 .47 ATOM 4093 OWO WAT W 175 23.738 57.783 66.442 1.00 41.59 8 ATOM 4094 OWO WAT W 176 19 .624 22 .721 38 .089 1. .00 41 .60 8 ATOM 4095 OWO WAT W 177 27 .605 34 .431 110 .231 1 .00 41 .68 8 ATOM 4096 OWO WAT W 178 21 .996 49 .909 104 .001 1 .00 41 .90 8 ATOM 4097 OWO WAT W 179 39 .172 40 .763 66 .149 1 .00 41 .90 8 ATOM 4098 OWO WAT W 180 38. .537 22 .909 101 .858 1. .00 41 .95 8 ATOM 4099 OWO WAT W 181 23. .698 34 .735 111 .561 1. .00 42 .12 8 ATOM 4100 OWO WAT W 182 17, .645 48 .828 100 .481 1. .00 42 .16 8 ATOM 4101 OWO WAT W 183 30, .615 32 .188 88 .694 1, .00 42 .29 8 ATOM 4102 OWO WAT W 184 17, .123 23 .998 35 .527 1, .00 42 .30 8 ATOM 4103 OWO WAT W 185 2, .539 26 .609 84 .787 1. .00 42 .40 8 ATOM 4104 OWO WAT W 186 24, .033 19 .860 84 .650 1, .00 42 .65 8 ATOM 4105 OWO WAT W 187 31, .887 40 .293 98 .414 1. .00 42 .89 8 ATOM 4106 OWO WAT W 188 33 .506 18 .210 98 .947 1 .00 42 .96 8 ATOM 4107 OWO WAT W 189 2 .974 18 .178 83 .400 1 .00 43 .15 8 ATOM 4108 OWO WAT W 190 33 .171 54 .574 88 .941 1 .00 43 .20 8 ATOM 4109 OWO WAT w 191 3 .299 33 .009 41 .931 1. .00 43 .24 8 ATOM 4110 OWO WAT w 192 35, .304 24 .551 60 .466 1. .00 43 .36 8 ATOM 4111 OWO WAT w 193 34, .043 4 .579 58 .374 1, .00 43 .48 8 ATOM 4112 OWO WAT w 194 10, .996 27 .113 59 .197 1. .00 43 .50 8 ATOM 4113 OWO WAT w 195 15, .166 18 .417 80 .762 1, .00 43 .54 8 ATOM 4114 OWO WAT w 196 37, .193 39 .072 80 .259 1, .00 43 .54 8 ATOM 4115 OWO WAT w 197 12, .438 18 .505 96 .190 1. .00 43 .72 8 ATOM 4116 OWO WAT w 198 17, .695 44 .501 36 .700 1, .00 43 .76 8 ATOM 4117 OWO WAT w 199 24, .143 20 .985 40 .867 1, .00 44 .18 8 ATOM 4118 OWO WAT w 200 15, .460 20 .954 43 .611 1. .00 44 .25 8 ATOM 4119 OWO WAT w 201 4, .001 35 .301 72 .707 1, .00 44 .35 8 ATOM 4120 OWO WAT w 202 10, .808 47, .706 96 .612 1, . 00 44 . 60 8 ATOM 4121 OWO WAT w 203 2, .700 27, .115 67 .478 1, .00 44. .62 8 ATOM 4122 OWO WAT w 204 20, .270 21, .380 43 .441 1, .00 44. .66 8 ATOM 4123 OWO WAT w 205 34, .265 41, .303 81 .840 1, .00 44, .75 8 ATOM 4124 OWO WAT w 206 20, .804 19, .886 76, .193 1. .00 44. .76 8 ATOM 4125 OWO WAT w 207 -1, .913 32, .845 78 .176 1. .00 44, .88 8 ATOM 4126 OWO WAT w 208 3, .571 20, .702 86, .366 1. .00 44, .94 8 ATOM 4127 OWO WAT w 209 21, .880 36, .365 32 .858 1. .00 44, .94 8 ATOM 4128 OWO WAT w 210 31, .952 36, .977 98, .567 1. .00 45, .02 8 ATOM 4129 OWO WAT w 211 33. .791 22, .964 69, .030 1. .00 45, .06 8 ATOM 4130 OWO WAT w 212 7. .729 42, .702 98, .969 1. .00 45, .07 8 ATOM 4131 OWO WAT w 213 37. .694 42, .784 73, .625 1. .00 45, .22 8 ATOM 4132 OWO WAT w 214 4. .724 28, .533 29, .235 1. .00 45, .25 8 ATOM 4133 OWO WAT w 215 21. ,892 60. .975 73. .720 1. .00 45. .41 8 ATOM 4134 OWO WAT w 216 27. ,561 61. .645 85. .916 1. ,00 45. .58 8 ATOM 4135 OWO WAT w 217 3. ,363 20. ,188 78. .686 1. ,00 45. .61 8 ATOM 4136 OWO WAT w 218 6. ,061 28. .087 58, .848 1. ,00 45. .69 8 ATOM 4137 OWO WAT w 219 28. ,536 22. .771 93, .894 1. ,00 45. .79 8 ATOM 4138 OWO WAT w 220 20. .591 18. .347 79, .227 1. ,00 45, .81 8 ATOM 4139 OWO WAT w 221 30. .557 17. .389 50, .458 1. .00 45, .89 8 ATOM 4140 OWO WAT w 222 23. .413 19, .795 75, .273 1. .00 45, .93 8 ATOM 4141 OWO WAT w 223 15. .330 26, .238 35 .832 1. .00 46, .01 8 ATOM 4142 OWO WAT w 224 35, .298 21, .980 95 .583 1. .00 46, .08 8 ATOM 4143 OWO WAT w 225 -0. ,227 45. .804 77, .922 1. ,00 46. .08 8 ATOM 4144 OWO WAT w 226 20. ,449 45. .041 43. .691 1. ,00 46. .16 8 ATOM 4145 OWO WAT w 227 36. ,625 44. .442 71, .826 1. ,00 46. .29 8 ATOM 4146 OWO WAT w 228 -0, .564 35. .140 82 .998 1. .00 46, .42 8 ATOM 4147 OWO WAT w 229 30. .786 30 .184 87 .592 1. .00 46, .52 8 ATOM 4148 OWO WAT w 230 18, .209 37, .127 109 .332 1. .00 46, .61 8 ATOM 4149 OWO WAT w 231 5, .290 35 .674 32 .713 1, .00 46 .73 8 ATOM 4150 OWO WAT w 232 5, .154 17 .424 79 .518 1. .00 46 .77 8 ATOM 4151 OWO WAT w 233 32, .476 32 .647 94 .155 1, .00 46 .78 8 ATOM 4152 OWO WAT w 234 7, .852 42 .603 68 .371 1. .00 46 .78 8 ATOM 4153 OWO WAT w 235 25, .458 20 .989 77 .688 1. .00 46 .83 8 ATOM 4154 OWO WAT w 236 10, .154 43 .709 40 .698 1, .00 46 .83 8 ATOM 4155 OWO WAT w 237 17. .064 27, .389 108, .176 1. .00 47, .00 8 ATOM 4156 OWO WAT w 238 12. .045 33 , ,710 108, .176 1. ,00 47, .00 8 ATOM 4157 OWO WAT w 239 21. .079 35, .817 70, .824 1. .00 47, .00 8 ATOM 4158 OWO WAT w 240 4. .062 33, .751 91, .030 1. .00 47, .05 8 ATOM 4159 OWO WAT w 241 12. ,236 21, .901 56, .733 1. .00 47, .06 8 ATOM 4160 OWO WAT w 242 8. .504 42, .719 43 .711 1. .00 47, .30 8 ATOM 4161 OWO WAT w 243 16. .036 14, .646 61 .411 1. .00 47, .31 8 ATOM 4162 OWO WAT w 244 11. .756 59, .123 67 .674 1. .00 47, .35 8 ATOM 4163 OWO WAT w 245 13. .009 42, .732 103 .719 1. .00 47, .60 8 ATOM 4164 OWO WAT w 246 4, .038 19, .904 75 .633 1. .00 47, .63 8 ATOM 4165 OWO WAT w 247 18, .647 28 .978 110 .196 1. .00 47, .69 8 ATOM 4166 OWO WAT w 248 11, .570 17 .428 62 .551 1, .00 47 .71 8 ATOM 4167 OWO WAT W 249 28.148 15.319 92.300 00 47.72 ATOM 4168 OWO WAT W 250 30.840 41.602 100.804 00 47.72 ATOM 4169 OWO WAT W 251 14.520 13.079 91.654 00 47.75 ATOM 4170 OWO WAT W 252 33.257 35.871 106.556 00 47.84 ATOM 4171 OWO WAT W 253 1.506 20.542 67.428 00 48.00 ATOM 4172 OWO WAT W 254 9.536 23.702 53.845 00 48.00 ATOM 4173 OWO WAT W 255 28.105 14.221 96.049 00 48.00 ATOM 4174 OWO WAT W 256 31.668 37.095 50.965 1.00 48.05 ATOM 4175 OWO WAT W 257 31.136 23.241 93.584 1.00 48.09 ATOM 4176 OWO WAT W 258 34.162 27.890 52.268 1.00 48.19 ATOM 4177 OWO WAT w 259 28.257 59.913 83.794 1.00 48.22 ATOM 4178 OWO WAT w 260 11.231 34.132 85.631 1.00 48.26 ATOM 4179 OWO WAT w 261 28.468 26.940 40.649 1.00 48.28 ATOM 4180 OWO WAT w 262 4.668 30.175 32.084 1.00 48.29 ATOM 4181 OWO WAT w 263 33.486 33.217 55.794 00 48.30 ATOM 4182 OWO WAT w 264 6.053 46.878 74.207 00 48.41 ATOM 4183 OWO WAT w 265 16.402 26.298 33.796 00 48.49 ATOM 4184 OWO WAT w 266 26.202 21.497 83.893 00 48.51 ATOM 4185 OWO WAT w 267 20.785 36.028 111.236 00 48.54 ATOM 4186 OWO WAT w 268 30.461 53.163 68.296 00 48.60 ATOM 4187 OWO WAT w 269 0.696 21.394 79.805 00 48.82 ATOM 4188 OWO WAT w 270 5.982 32.107 60.137 00 48.90 ATOM 4189 OWO WAT w 271 13.998 16.761 78.562 00 48.92 ATOM 4190 OWO WAT w 272 37.139 25.809 58.211 00 49.00 ATOM 4191 OWO WAT w 273 24.090 56.359 101.385 1.00 49.00 ATOM 4192 OWO WAT w 274 18.068 43.717 58.211 1.00 49.00 ATOM 4193 OWO WAT w 275 5.008 30.008 59.014 1.00 49.03 ATOM 4194 OWO WAT w 276 24.231 58.496 93.637 00 49.04 ATOM 4195 OWO WAT w 277 25.516 55.866 63.971 00 49.05 ATOM 4196 OWO WAT w 278 8.821 24.366 46.833 00 49.06 ATOM 4197 OWO WAT w 279 18.557 30.050 34.351 00 49.07 ATOM 4198 OWO WAT w 280 7.575 44.935 72.565 00 49.07 ATOM 4199 OWO WAT w 281 32.725 15.893 52.239 00 49.18 ATOM 4200 OWO WAT w 282 21.693 17.319 68.259 00 49.19 ATOM 4201 OWO WAT w 283 31.079 23.166 75.579 1.00 49.30 ATOM 4202 OWO WAT w 284 21.228 20.750 39.179 1.00 49.34 ATOM 4203 OWO WAT w 285 19.380 17.588 77.097 00 49.37 ATOM 4204 OWO WAT w 286 33.523 39.507 89.817 00 49.38 ATOM 4205 OWO WAT w 287 15.676 43.664 35.502 00 49.41 ATOM 4206 OWO WAT w 288 30.624 48.924 69.928 00 49.44 ATOM 4207 OWO WAT w 289 20.158 44.944 34.473 00 49.44 ATOM 4208 OWO WAT w 290 13.755 18.014 54.141 00 49.53 ATOM 4209 OWO WAT w 291 22.712 56.885 98.458 00 49.55 ATOM 4210 OWO WAT w 292 9.421 40.612 61.458 00 49.63 ATOM 4211 OWO WAT w 293 10.544 38.205 62.017 00 49.65 ATOM 4212 OWO WAT w 294 13.256 61.174 66.843 00 49.66 ATOM 4213 OWO WAT w 295 7.047 28.393 101.031 1.00 49.76 ATOM 4214 OWO WAT w 296 9.174 30.089 101.877 1.00 49.84 ATOM 4215 OWO WAT w 297 23.631 10.416 92.206 1.00 49.86 ATOM 4216 OWO WAT w 298 14.646 57.631 84.015 00 50.00 ATOM 4217 OWO WAT w 299 13.679 27.889 30.169 00 50.03 ATOM 4218 OWO WAT w 300 30.079 44.318 52.674 00 50.09 ATOM 4219 OWO WAT w 301 36.058 24.067 95.389 00 50.27 ATOM 4220 OWO WAT w 302 27.531 61.533 81.274 00 50.33 ATOM 4221 OWO WAT w 303 2.018 19.978 73.415 00 50.40 ATOM 4222 OWO WAT w 304 25.416 18.871 43.049 00 50.40 ATOM 4223 OWO WAT w 305 24.002 61.548 72.183 1.00 50.45 ATOM 4224 OWO WAT w 306 26.674 27.842 84.339 00 50.53 ATOM 4225 OWO WAT w 307 10.414 26.991 32.858 00 50.68 ATOM 4226 OWO WAT w 308 8.984 49.959 66.547 00 50.84 ATOM 4227 OWO WAT w 309 31.052 26.170 92.925 00 50.84 ATOM 4228 OWO WAT w 310 31.650 14.800 103.619 00 50.96 ATOM 4229 OWO WAT w 311 4.552 44.172 94.195 00 51.18 ATOM 4230 OWO WAT w 312 19.321 32.742 33.306 00 51.19 ATOM 4231 OWO WAT w 313 39.664 44.974 80.079 00 51.34 ATOM 4232 OWO WAT w 314 11.111 50.044 94.730 00 51.60 ATOM 4233 OWO WAT w 315 41.633 35.268 62.507 00 51.64 ATOM 4234 OWO WAT w 316 16.161 15.675 50.606 1.00 51.69 ATOM 4235 OWO WAT w 317 17.076 13.663 54.383 00 52.35 ATOM 4236 OWO WAT w 318 -0.485 20.371 75.337 00 52.37 ATOM 4237 OWO WAT w 319 -1.074 32.905 75.009 00 52.93 ATOM 4238 OWO WAT w 320 30.884 26.827 41.173 00 53.46 ATOM 4239 OWO WAT w 321 34.249 25.468 77.767 00 54.80 ATOM 4240 OWO WAT w 322 16.235 59.585 76.936 00 55.11

Claims: CLAIMS 1. A variant of a parent Termamyl-like alpha-amylase, comprising an alteration at one or more positions selected from the group of : R28, R118, N174; R181, G182, D183, G184, G186, W189, N195, M202, Y298, N299, K302, S303, N306, R310, N314; R320, H324, E345, Y396, R400, W439, R444, N445, K446, Q449, R458, N471, N484, wherein (a) the alteration (s) are independently (i) an insertion of an amino acid downstream of the amino acid which occupies the position, (ii) a deletion of the amino acid which occupies the position, or (iii) a substitution of the amino acid which occupies the position with a different amino acid, (b) the variant has alpha-amylase activity and (c) each position corresponds to a position of the amino acid sequence of the parent Termamyl-like alpha-amylase having the amino acid sequence of AA560 shown in SEQ ID NO: 12. 2. The variant of claim 1, which variant has one or more of the following mutations: Delta G184; Delta (R181-G182) ; Delta (D183-G184) ; R28N,K; S94K; R118K; N125A,R,K; N174D; R181Q,E,K; G186R; W189R,K; N195F; M202L; Y298H,F; N299A; K302R, S303Q, N306G,D,R,K; R310A, K, Q, E, H, D, N; N314D; R320K; H324K; E345R,D,K,N; Y396F; R400T,K; W439R; R444K; N445K,Q; K446N; Q449E; R458K; N471E; N484Q. 3. The variant of claim 1-2, wherein the variant further comprises a mutation in M202, in particular M202L,T. 4. The variant of claim 1-3, wherein the variant further comprises a mutation in N195, inparticular N195F. 5. The variant of claim 1-4, wherein the variant further comprises a mutation in G186, in particular G186R. 6. The variant of claim 1-5, wherein the variant further comprises a mutation in R181, in particular R181Q. 7. The variant of any of claims 1-6, wherein the parent Termamyl-like alpha-amylase is derived from a strain of B . licheniformis, B. amyloliquefaciens, B. stearothermophilus, Bacillus sp . NCIB 12289, NCIB 12512, NCIB 12513 or DSM 9375, or DSMZ no. 12649, KSM AP1378, or KSM K36 or KSM K38. 8. The variant of claims 1-7, wherein the parent Termamyl-like alpha-amylase is any of the alpha-amylases selected from the group depicted in SEQ ID NOS: 2, 4, 6, 8, 10, 12, and 13. 9. The variant according to any of claims 1-8, wherein the parent Termamyl-like alpha-amylase has an amino acid sequence which has a degree of identity to SEQ ID NO : 4 of at least 60%, preferably 70%, more preferably at least 80%, even more preferably at least about 90%, even more preferably at least 95%, even more preferably at least 97%, and even more preferably at least 99%. 10. The variant of any of claims 1-9, wherein the parent Termamyl-like alpha-amylase is encoded by a nucleic acid sequence, which hydridizes under low, preferably medium, preferred high stringency conditions, with the nucleic acid sequence of SEQ ID NO: 11. 11. The variant of claims 1-10, which variant has altered solubility, preferably increased solubility, in particular under washing, dish washing or hard surface cleaning conditions. 12. A DNA construct comprising a DNA sequence encoding an alpha- amylase variant according to any one of claims 1 to 11. 13. A recombinant expression vector which carries a DNA con- struct according to claim 12. 14. A cell which is transformed with a DNA construct according to claim 9 or a vector according to claim 10. 15. A cell according to claim 14, which is a microorganism, preferably a bacterium or a fungus, in particular a gram-positive bacterium, such as Bacillus subtilis, Bacillus licheniformis, Bacillus lentus, Bacillus brevis, Bacillus stearothermo- philus, Bacillus alkalophilus , Bacillus amyloliquefaciens , Bacillus coagulans, Bacillus circulans, Bacillus lautus or Bacillus thuringiensis . 16. A composition comprising an alpha-amylase variant of claims 1-11. 17. A detergent additive comprising an alpha-amylase variant according to any one of claims 1 to 11, optionally in the form of a non-dusting granulate, stabilised liquid or protected enzyme. 18. A detergent additive according to claim 17, which contains 0.02-200 mg of enzyme protein/g of the additive. 19. A detergent additive according to claims 17 or 18, which additionally comprises another enzyme such as a protease, a lipase, a peroxidase, mannanase, maltogenic amylase, CGTase, amylase or another amylolytic enzyme, such as glucoamylase, and/or a cellulase. 20. A detergent composition comprising an alpha-amylase variant according to any of claims 1 to 11. 21. A detergent composition according to claim 20, which additionally comprises another enzyme such as a protease, a lipase, a peroxidase, mannanase, maltogenic amylase, CGTase, another amylolytic enzyme and/or a cellulase. 22. A manual or automatic dishwashing detergent composition comprising an alpha-amylase variant according to any of claims 1 to 11. 23. A dishwashing detergent composition according to claim 22, which additionally comprises another enzyme such as a protease, a lipase, a peroxidase, mannanase, maltogenic amylase, CGTase, amylase or another amylolytic enzyme, such as glucoamylase, and/or a cellulase. 24. A manual or automatic laundry washing composition comprising an alpha-amylase variant according to any of claims 1 to 11. 25. A laundry washing composition according to claim 24, which additionally comprises another enzyme such as a protease, a lipase, a peroxidase, mannanase, maltogenic amylase, CGTase, an amylase and/or another an amylolytic enzyme, such as glucoamylase and/or a cellulase. 26. Use of an alpha-amylase variant according to any one of claims 1 to 11 or a composition according to claims 16 to 25 for washing and/or dishwashing. 27. Use of an alpha-amylase variant according to any one of claims 1 to 11 or a composition according to claims 16 to 25 for textile desizing. 28. Use of an alpha-amylase variant according to any of claims 1 to 11 or a composition according to claims 16 to 25 for starch liquefaction. 29. A method of producing a variant of a parent alpha-amylase having an altered property relative to the parent, wherein the parent alpha-amylase has the sequence of SEQ ID Nos: 2, 4, 6, 8, 10, 12 or 13, or has a sequence at least 60 % identity to said sequence, said method comprising (a) modelling the parent alpha-amylase on the three- dimensional structure of SEQ ID NO : 4 depicted in the Appendix 1 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 . 30. The method of claim 29, wherein the altered property is selected from the group consisting of substrate specificity, substrate binding, substrate cleavage pattern, temperature stability, pH dependence of enzymatic activity, pH dependence of stability, stability towards oxidation, Ca 2+ -dependency, specific activity or altered solubility, preferably increased solubility. 31. A method of constructing a variant of a parent alpha- amylase having an altered property relative to the parent, wherein the parent alpha-amylase has the sequence of SEQ ID Nos : 2, 4, 6, 8, 10, 12 or 13 or has a sequence at least 60 % identity to said sequence, said method comprising (a) modelling the parent alpha-amylase on the three- dimensional structure of SEQ ID NO : 4 depicted in the Appendix 1 to produce a three-dimensional structure of the parent alpha-amylase; (b) comparing the three-dimensional structure obtained in step (a) with a three-dimensional structure of an unrelated alpha-amylase, wherein the unrelated alpha-amylase differs from the parent alpha-amylase in said property; (c) identifying a structural part of the three-dimensional structure obtained in step (a) which is different from the three-dimensional structure of the unrelated alpha-amylase and which is predicted to be relevant to said property, (d) 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 (e) expressing the modified nucleic acid in a host cell to produce the variant alpha-amylase, wherein the variant has alpha-amylase activity and has one or more altered properties as compared to the parent alpha- amylase . 32. The method of claim 31, wherein, in step (d) , the modification is a deletion, substitution, or insertion of one or more amino acid residues in the parent alpha-amylase so that the structural part in the variant corresponds to the structural part in the unrelated alpha-amylase. 33. A method of increasing the solubility of polypeptide crystals, in particular enzyme crystals, wherein one or more amino acid residue (s), 1) located within a distance of 6.0 A of a neighbouring enzyme molecule in the tertiary crystal structure, and 2) interacting with said neighbouring enzyme molecule, are mutated. 34. The method of claim 33, wherein the amino acid residues to be mutated are located with 3.5 A of a neighbouring enzyme. 35. The method of claim 33 or 34, wherein the enzyme has protease, amylase, CGTase, mannanase, maltogenic amylase, glucoamylase carbohydrase, transferase, lyase, oxidoreductase, lipase, activity. 36. The method of claim 32, wherein the amylase is an alpha- amylase, such as Termamyl-like amylase. 37. The method of claims 33-36, wherein the polypeptide is a protein having biological activity 38. The method of claims 33-37, wherein the polypeptide has antimicrobial activity. 39. The method of claim 3-38, wherein the polypeptide is selected from the group comprising: insulin, growth hormone, EPO, TPO, factor VII, Factor VIII. 40. A method of increasing the solubility of Termamyl-like alpha-amylase crystals, wherein one or more amino acid residue (s) , 1) located within a distance of 6.0 A of a neighbouring Termamyl-like alpha-amylase molecule in the tertiary crystal structure, and 2) interacting with said neighbouring Termamyl-like alpha- amylase molecule, are mutated. 41. The method of claim 40, wherein the amino acid residues to be mutated are located with 3.5 A of a neighbouring Termamyl- like alpha-amylase. 42. The method of claims 40 or 41, wherein the crystal structure of SP722 depicted in APPENDIX 1 is used as a reference for determining the distance between neighbouring alpha-amylases . 43. The method of claims 40-42, wherein the crystal structure is a structure modelled in accordance with any of claims 26-29 from of SP722 depicted in APPENDIX 1 is used as a reference for determining the distance between neighbouring alpha- amylases 44. The method of claims 40-43, wherein the Termamyl-like alpha-amylase include amylases selected from the group of alpha-amylase derived from a strain of B . licheniformis , B . amy- loliquefaciens, B . stearothermophilus, Bacillus sp. NCIB 12289, NCIB 12512, NCIB 12513 or DSM 9375, or DSMZ no. 12649, KSM AP1378, K38, K36. 45. The method of claim 44, wherein the Termamyl-like alpha- amylase is any of the alpha-amylases selected from the group depicted in SEQ ID NOS: 2, 4, 6, 8, 10, 12, and 13. 46. The methof of any of claims 40-45, wherein the Termamyl-like alpha-amylase has an amino acid sequence which has a degree of identity to SEQ ID NO: 4 of at least 60%, preferably 70%, more preferably at least 80%, even more preferably at least about 90%, even more preferably at least 95%, even more preferably at least 97%, and even more preferably at least 99%. 47. The method of any of claims 40-46, wherein the Termamyl-like alpha-amylase is encoded by a nucleic acid sequence, which hydridizes under low, preferably medium, preferred high stringency conditions, with the nucleic acid sequence of SEQ ID NO: 11. 48. The method of claims 40-47, wherein the Termamyl-like alpha-amylase amino acid residues being less than 6.0 A from the nearest neighbouring amylase molecule are the following (using the SP722 numbering) : 19, 20, 21, 22, 25, 28, 29, 53, 76, 84, 87, 90, 93, 94, 124, 125, 126, 128, 142, 144, 156, 157, 158, 159, 160, 161, 170, 171, 172, 173, 174, 175, 183, 184, 185, 186, 187, 188, 189, 190, 193, 195, 196, 197, 209, 212, 226, 229, 256, 257, 258, 259, 280, 281, 298, 299, 300, 302, 303, 304, 305, 306, 310, 311, 314, 319, 320, 321, 322, 341, 345, 405, 406, 408, 444, 447, 448, 449, 463, 464, 465, 466, 467. 49. The method of claims 40-47, wherein the Termamyl-like alpha-amylase amino acid residues being less than 3.5 A from the nearest neighbouring amylase molecule are the following (using the SP722 numbering) : 22, 25, 28, 76, 94, 125, 128, 158, 160, 171, 173, 174, 184, 189, 209, 226, 229, 298, 299, 302, 306, 310, 314, 320, 345, 405, 447, 466.

Inventors: ANDERSEN CARSTEN, BORCHERT TORBEN VEDEL, NIELSEN BJARNE ROENFELDT, ANDERSEN, CARSTEN, BORCHERT, TORBEN, VEDEL, NIELSEN, BJARNE, ROENFELDT
Applicants: ANDERSEN CARSTEN, BORCHERT TORBEN VEDEL, NIELSEN BJARNE ROENFELDT, NOVOZYMES AS, ANDERSEN, CARSTEN, BORCHERT, TORBEN, VEDEL, NIELSEN, BJARNE, ROENFELDT, NOVOZYMES A/S
Application year: 2001
Main classification: C12N9
IPC codes: C11D3, C12N1, C12N9, C12N15, C12R1, C12S11