DRUG DESIGN BASED ON THE STRUCTURE OF LTA4 HYDROLASE

Abstract: The present invention relates to an isolated leukotriene A4 (LTA4) hydrolase, which LTA4 hydrolase is present in its naturally ocurring three dimensional form. It is the first three-dimensional structure of any protein component of the leukotriene cascade and enables a description of the structural basis and molecular mechanisms for the two catalytic activities of LTA4 hydrolase. Further, the invention also relates to LTA4 hydrolase complexed with an inhibitor. The structural information provided by the present invention will make possible rational design of enzyme inhibitors, which may be developed into clinically useful anti-inflammatory drugs.

Description: DRUG DESIGN BASED ON THE STRUCTURE OF LTA4 HYDROLASE 1. BACKGROUND 1.1 Technical field The present invention relates to methods of design or identification of biologi- cally active compounds, which methods are based on the first definition ever of a three-dimensional structure of a protein involved in the leukotriene cascade. Further, the invention relates to novel compounds obtained by said methods, to advantageous uses of such compounds as well as to processes for the preparation thereof. 1.2 Prior art Leukotriene A4 (LTNj) hydrolase is a pivotal enzyme in the biosynthesis of leukotrienes, a family of paracrine hormones implicated in the pathophysiology of inflammatory and allergic disorders, in particular bronchial asthma (Samuelsson, B. Science 220, 568-75 (1983); and Lewis, R.A., Austen, K.F. & Soberman, R.J. N Engl J Med 323, 645-55 (1990)). Leukotrienes are formed by immunocompetent cells including neutrophils, eosinophils, basophils, mast cells, and macrophages, in response to a variety of immunological as well as non-immunological stimuli. These lipid mediators are divided into two major classes exemplified by the chemotaxin LTB4, and the spasmogenic cysteinyl-leukotrienes (LTC4, LTD4, and LTE4). Leu- kotriene biosynthesis is initiated by the enzyme 5-lipoxygenase which converts ara- chidonic acid into the unstable epoxide LTA4, a central intermediate in the leukotriene cascade. LTA4 may in turn be hydrolyzed into LTB4 by the enzyme LTA4 hydrolase, or conjugated with GSH to form LTC4, a reaction catalyzed by a specific LTC4 synthase. During cellular activation, all key enzymes in leukotriene bio- synthesis, except LTA4 hydrolase, form a biosynthetic complex assembled at the nuclear membrane, suggesting that leukotrienes may have unknown intranuclear functions related to gene regulation or cell growth (Serhan, C.N., Haeggstrom, J.Z. & Leslie, CC. Faseb J 10, 1147-58 (1996)). Leukotriene B4, the natural product of LTA4 hydrolase, is one of the most po- werful chemotactic agents known to date and triggers leukocyte adherence and ag- gregation at only nM concentrations (Ford-Hutchinson, A.W., Bray, M.A., Doig, M.V., Shipley, M.E. & Smith, M.J.H. Nature 286, 264-265 (1980)). Hence, this molecule is regarded as a key mediator of inflammation, and has been implicated in a number of diseases, including arthritis, psoriasis, inflammatory bowel disease (IBD), and chronic obstructive pulmonary disease (COPD). Furthermore, the role of LTB4 in inflammation has been well corroborated by the anti-inflammatory properties of LTA4 hydrolase inhibitors, particularly in combination with a cyclooxygena- se inhibitor, and specific LTB4 receptor antagonists, as well as the reduced inflammatory reactions observed in several animal models of leukotriene deficiency (Tsuji, F., Miyake, Y., Enomoto, H., Horiuchi, M., Mita, S. Eur. J. Pharmacol. 346, 81-85, (1998); Chen, X.S., Sheller, J.R., Johnson, E.N. & Funk, CD. Nature 372, 179-182 (1994); Griffiths, R.J., et al. Proc Natl Acad Sci U SA 92, 517-21 (1995); and Griffiths, R.J., et al. JExp Med 185, 1123-9 (1997)). In addition, LTB4 modulates the immune response, e.g., by interference with specific subsets of lymphocytes, pro- duction of cytokines, as well as liberation of immunoglobulins from B-lymphocytes (Payan, D.G., Missirian-Bastian, A. & Goetzl, E.J. Proc Natl Acad Sci USA 81, 3501-5 (1984); Rola-Pleszczynski, M. & Lemaire, I. J Immunol 135, 3958-61 (1985); and Yamaoka, K.A., Claesson, H.E. & Rosen, A. J Immunol 143, 1996- 2000 (1989)). Recent data also indicate that LTB4 stimulates, and thus has a crucial role in the regulation of, cell proliferation and cell survival in HL-60 cells, suggesting that LTA4 hydrolase inhibitors may have an anti-proliferative effect. (Dittman, K.H., Mayer, C, Rodemann, H.P., Petrides, P.E., and Denzlinger, C. Leulc. Res. 22, 49-53 (1998)). The cell surface receptor for LTB4 (BLTR) was recently cloned and found to be abundantly expressed in the immune system, including lymphocytes, spleen and thymus (Yokomizo, T., Izumi, T., Chang, K., Takuwa, Y. & Shimuzu, T. Nature 387, 620-624 (1997)). BLTR belongs to a family of chemokine receptors and, interestingly, together with CD4 it was found to be an efficient coreceptor for HIV-1 infection (Owman, C, et al. Proc Natl Acad Sci U SA 95, 9530-4 (1998)). Moreover, LTB4 is also a natural ligand to the nuclear orphan receptor PPARα, suggesting that LTB4 may have intranuclear functions possibly related to lipid ho- meostasis (Devchand, P.R., et al. Nature 384, 39-43 (1996)). LTA4 hydrolase is a cytosolic 69 kDa enzyme without any similarity to other soluble or membrane bound xenobiotic epoxide hydrolases (Funk, CD., et al. Proc Natl Acad Sci U S A 84, 6677-81 (1987)). The enzyme's epoxide hydrolase activity, which generates LTB4, is highly substrate selective accepting only LTA4 and to a small extent the double bond isomers LTA3 and LTA5. Typically, LTA4 hydrolase undergoes suicide inactivation and covalent modification when exposed to LTA4 (Evans, J.F., Nathaniel, D.J., Zamboni, R.J. & Ford-Hutchinson, A.W. J. Biol. Chem. 260, 10966-10970 (1985)). During this process, LTA4 apparently binds to Tyr-378, a residue which also seems to play a role for the formation of the critical cis-trans-trans geometry in the conjugated triene structure of LTB4 (Mueller, M. J., et al. Proc Natl Acad Sci U S A 93, 5931-5935 (1996); and Mueller, M., Andberg, M., Samuelsson, B. & Haeggstrom, J. Z. J. Biol. Chem. Ill, 24345-24348 (1996)). From sequence comparisons with certain metalloproteases and aminopeptida- ses, a zinc binding motif (HEXXH-X18-E) was unexpectedly found in LTA4 hydrolase (Vallee, B.L. & Auld, D.S. Proc. Natl. Acad. Sci. USA 87, 220-224 (1990)). Further studies demonstrated that the enzyme indeed contains one catalytic zinc atom complexed to His295, His299, and Glu318 (Medina, J.F., et al. Proc. Natl. Acad. Sci. USA 88, 7620-7624 (1991)). In addition, a previously unknown peptide cleaving activity was discovered which requires the presence of anions, particularly chloride (Haeggstrόm, J.Z., Wetterholm, A., Medina, J.F. & Samuelsson, B. J Lipid Mediator 6, 1-13 (1993)). Although the endogenous physiological peptidase substrate^) has not yet been identified, LTA4 hydrolase cleaves certain arginyl di- and tripeptides with very high efficiency (Orning, L., Gierse, J.K. & Fitzpatrick, F.A. J. Biol. Chem. 269, 11269-11273 (1994)). Hence, LTA4 hydrolase can be described as a bifunctional zinc metalloenzyme with the unique ability to accept both lipid and peptide substrates. Using site-directed mutagenesis, Glu296 and Tyr383 were found to be critical for the peptidase reaction, presumably as a general base and proton donor, respectively (Blomster, M., Wetterholm, A., Mueller, M.J. & Haeggstrόm, J.Z. Eur. J. Biochem. 231, 528-534 (1995); and Wetterholm, A., et al. Proc Natl Acad Sci U SA 89, 9141-9145 (1992)). Since the enzyme's ability to convert LTA4 into LTB4 was not affected by the mutations, the two enzyme activities of LTA4 hydrolase are exerted via non-identical but overlapping active sites. Notably, unlike other enzymes in the leukotriene cascade, LTA4 hydrolase is ubiquitous in mammalian cells and tissues suggesting that it may have other functions presumably related to its peptide cleaving activity. As a consequence of the identification of LTA 4 hydrolase as a zinc metalloen- zyme with a peptidase activity, it was observed that LTA4 hydrolase is inhibited by bestatin, a general aminopeptidase inhibitor, and captopril, an inhibitor of angioten- sin converting enzyme (Oming, L., et al. J. Biol. Chem. 266, 16507-16511 (1991)). Tsuge et al., (J. Mol. Biol. 238,854-856 (1994)), have described the crystallization of LTA 4 hydrolase. However, despite the well recognized need thereof, the three-dimensional structure of LTΛi hydrolase has not yet been disclosed. More specifically, the problems that need to be overcome in order to provide such a determination may in brief be explained as follows. There are two major difficulties in obtaining a three-dimensional structure of a protein molecule. The first one is to grow crystals of good quality that are reproducible and diffract to atomic resolution (beyond 2.5A). This means a thorough and cumbersome investigation of parameters that influence the crystal growth such as pH, temperature, nature of buffers, nature of precipitant, just to mention a few. The addition of ligands such as substrate analogues or inhibitors or the addition of other molecules can be important for obtaining good crystals. There is only little understanding of the physical background of the crystallisation process which means that the search for suitable crystallisation conditions for a certain protein is unique, requires creativity and intuition, and is governed by trial and error procedures. The purity of the protein is also a crucial parameter in the crystallisation and a suitable degree of purity can be hard, or even imposible, to achieve. The second major difficulty is associated with overcoming the phase-problem which is inherent to X-ray diffraction methods. To be able to overcome this problem it is necessary to substitute the protein with suitable heavy atom substance such as e.g. mercury , gold or platinum compounds. Crystals often cannot withstand the treatment with these compounds and the search for suitable substitutions is not straight forward and may become very exhaustive. Another option is to substitute all methionines by seleno-methionine (Se-Met) residues. This method requires production of recombinant protein in special strains of E. coli under non-standard conditions, followed by a new purification and recrystallisation of the Se-Met containing protein . Although Tsuge et al reported the crystallisation of LTA4 hydrolase, their crystals only diffracted to medium resolution and the phase- problem was not solved. Thus, as a reliable definition of the three-dimensional structure of LTNj hydrolase would enable e.g. a display in visual form on a computer screen of the shape of the molecule, then, could the above mentioned problems be solved, a whole range of possibilities would be opened, such as rational structure-based drug design, e.g. in combination with combinatorial chemistry, aimed at production of novel medicaments useful in disorders associated with the leu- kotriene cascade, as well as protein-engineering to create novel variants of the enzyme with altered, but yet useful, catalytic properties. As LTA4 hydrolase is a recognized important drug target, some inhibitors thereof have been synthesized (Wetterholm, A., et al. J Pharmacol Exp Ther 275, 31-7 (1995); and Yuan, W., Wong, C, Haeggstrom, J. Z., Wetterholm, A. & Samuelsson, B. J. Am. Chem. Soc, 114, 6552-6553 (1992)). Interestingly, certain inhibitors of LTA4 hydrolase were reported to act also as LTB4 receptor antagonists (Labaudini- ere R, Hilboll G, Leon-Lomeli A, Terlain B, Cavy F, Parnham M, Kuhl P, and De- reu N. J. Med. Chem. 35, 3170-3179 (1992)). Due to the absence of any available information regarding the three-dimensional structure of LTA4 hydrolase, as discus- sed above, none of the previously described inhibitors have been designed based on the exact structure thereof. Accordingly, there is a need within this field of determining the three-dimensional structure of LTA4 hydrolase in order to design more potent and selective inhibitors of LTA4 hydrolase as well as modified structures exhibiting even more advantageous pharmaceutical properties. 2. THE PRESENT INVENTION As the following chapter includes a substantial amount of text, it has herein been divided into separate sections, each one of which disclose separate aspects of the present invention. Index Chapter 2 2.1 Summary of the invention 2.2 Brief description of the drawings 2.3 Definitions 2.4 Detailed description of the invention 2.4.1 LTA 4 hydrolase, subsequences and analogues thereof 2.4.2 Compounds complementary to LTNi hydrolase 2.4.3 A complex of LTNi hydrolase and acomplementary compound 2.4.4 Advantageous uses of LTA 4 hydrolase, complementery compounds and complexes thereof 2.4.5 Screening for LTA 4 hydrolase analogues 2.4.5 (a) Method 2.4.5 (b) Analogues obtainable by the present screening method 2.4.5 (c) Mutated forms of LTA 4 hydrolase obtainable by the present screening method 2.4.5 (d) Nucleic acids encoding the novel compounds 2.4.6 (a) Production and purification of genetically modified forms of LTAj hydrolase 2.4.6 (b) Purified LTN, hydrolase 2.4.7 Identification of LTAi hydrolase binding compounds 2.4.7 (a) Method 2.4.7 (b) Identified binding compounds 2.4.8 Protein engineering 2.4.8 (a) Method 2.4.8. (b) Novel specifically designed proteins 2.4.8. (c) Use of genetically modified LTAi hydrolase 2.4.9 Pharmaceutical applications of the present invention 2.4.9 (a) First medical indication 2.4.9 (b) Second medical indication and pharmaceutical methods 2.4.9.(c) Methods of treatment 2.5 Production of the novel molecules 2.6 Detailed description of the drawings 2.1 Summary of the invention The object of the present invention is to fulfill the above defined need. This has been achieved by the crystallization and determination of the three-dimensional structure of LTA4 hydrolase complexed with the competitive inhibitor bestatin and subsequent structure determination of complexes between LTA 4 hydrolase and two specific inhibitors. It is the first three-dimensional structure of any protein component of the leukotriene cascade and enables a description of the structural basis and molecular mechanisms of various enzyme functions, such as the two catalytic acti- vities of LTA4 hydrolase. In addition, the structural information will now make possible rational design of enzyme inhibitors, which may be developed into clinically useful anti-inflammatory drugs. 2.2 Brief description of the drawings Figure 1 shows the key enzymes and intermediates in leukotriene biosynthesis. Figure 2 shows 2Fo-Fc density contoured at 1.1 s. Part of the active site in the neighborhood of the bestatin molecules is shown. Figure 3 is a ribbon diagram of the tertiary structure of leukotriene A4 hydrolase. Figure 4 shows ribbon diagrams of the N-terminal domains of . LTA hydrolase. Figure 5 shows ribbon diagrams of the catalytic domain of LTA 4 hydrolase and the- rolysin. Figure 6 shows the structure of the C-terminal domain. Figure 7 illustrates zinc binding ligands in LTA4 hydrolase. Figure 8 (a) is a Ball-and-Stick presentation of the binding of bestatin in LTA4 hydrolase, while Figure 8 (b) is a schematic overview of bestatin binding in LTA4 hyd- rolase. Figure 9 (a) is a wire representation of the central cavity found in LTA4 hydrolase (shown as Cα-trace). Figure 9 (b) is a schematic presentation for the proposed binding of LTA4 into the cavity. Figure 10 is a schematic representation for the proposed reaction mechanism of the epoxide hydrolase. 2.3 Definitions In the present context, the term "the three-dimensional form adopted thereof in nature" is to be understood as the conformational structure, defined by the parame- ters x, y and z in a conventional coordinate system, that a naturally occurring molecule adapt under conditions where it is capable of exerting its biological activities. The specific conditions during which the herein presented data were collected are detailed in the section "Experimental". The term "isolated" and variations thereof when used in connection with a mo- lecule, such as protein, a polypeptide or a nucleic acid, means that said molecule is isolated from other substances, such as other proteins, DNA etc normally accompanying it in its natural environment. The term "leukotriene A 4 (LTA 4 ) hydrolase" as used herein is to be understood to include any mammalian or other LΥA 4 hydrolase which comprises the same backbone as the human form specifically disclosed in the present application, irrespective of source. The amino acid sequences of mammalian LTA hydrolase have been shown to be identical to about 90%. Thus, the three-dimensional structures thereof may be suspected to be identical to approximately the same extent. "Thiolamine" and "hydroxamic acid" are used herein to denote the compounds examplified in the Experimental section of the present specification. A "complementary compound" means any compound, the structure of which enables a binding thereof to a specified protein, i.e a compound having a conformation or structure enabling such a suitable fit as to provide an energetically favorable interaction between protein-complementary compound. "Analogue" means, as used herein, a chemically altered molecule which shares the backbone with, or at least structurally resembles, a "parent molecule". In the present specification, such a "parent molecule" may be LTA hydrolase or an inhibitor thereof. In the present application, the term "active site" is to be understood to include any region capable of binding a substrate and converting it into product. The term "nucleic acid" refers to a deoxyribonucleotide or ribonucleotide polymer in either single- or double-stranded form, and unless otherwise limited, encompasses known analogs of nucleotides, that can function in a similar manner as naturally occurring nucleotides. The phrase "hybridising specifically to" refers to the binding, duplexing, or hybridising of a molecule only to a particular nucleotide sequence under stringent conditions when that sequence is present in a complex mixture (e.g., total cellular) of DNA or RNA. The term "stringent conditions" refers to conditions under which a probe will hybridise to its target subsequence, but to no other sequences. Stringent conditions are sequence-dependent and will be different in different circumstances. Longer sequences hybridise specifically at higher temperatures. Generally, stringent conditions are selected to be about 5°C lower than the thermal melting point Tm for the specific sequence at a defined ionic strength and pH. The Tm is the temperature (under defined ionic strength, pH, and nucleic acid concentration) at which 50% of the probes complementary to the target sequence hybridise to the target sequence at equilibrium. (As the target sequences are generally present in excess, at Tm, 50% of the probes are occupies at equilibrium). Typically, stringent conditions will be those in which the salt concentration is less than about 1.0 M Na ion, typically about 0.01 to 1.0 M Na ion concentration (or other salts) at pH 7.0 to 8.3 and the temperature is at least about 30°C for short probes (e.g., 10 to 50 nucleotides) and at least about 60°C for long probes (e.g., greater than 50 nucleotides). Stringent conditions may also be achieved with the addition of destabilizing agents such as formamide. "Essentially pure" means herein a purity of at least about 80%, especially at least about 90% and preferably at least about 95%, such as 98-99%. The purity of LTA 4 hydrolase, an analogue or inhibitor thereof is according to the present invention preferably determined by general biochemical and biophysical methods well- known to the skilled in this field. For proteins, SDS polyacrylamide gel electrophoresis (SDS-PAGE) with Coomassie and silver staining or amino acid sequence ana- lysis can be used, whereas high-pressure liquid chromatography (HPLC), gas chromatography coupled to mass spectrometry (GC-MS), and nuclear magnetic resonance spectroscopy (NMR) are suitable methods for small organic molecules (peptides, lipids, or carbohydrates, or combinations of these classes of substances). 2.4 Detailed description of the invention 2.4.1 LTAj hydrolase. subsequences and analogues thereof In a first aspect, the present invention relates to an isolated protein comprising at least a subsequence of the amino acid sequence of leukotriene A 4 (LTAt) hydrolase, which subsequence has the corresponding three-dimensional form adopted thereof in nature. The protein according to invention as discussed below and elsewhere in this application is also understood to encompass any other functionally equivalent part, derivative or conformational analogue thereof. More specifically, the invention relates to the above disclosed protein which comprises a subsequence of the amino acid sequence of leukotriene Aj (LTA 4 ) hydrolase, which is able to participate in, and influence, e.g. by providing enzymatic activity, the leukotriene cascade. Most preferably, the protein according to the invention is capable of con- troling said cascade by exerting an enzymatic activity and thus regulate the production of leukotriene B (LTB 4 ). In a particular embodiment, the protein is comprised of essentially all of the amino acid sequence of leukotriene A 4 (LTA 4 ) hydrolase as disclosed in SEQ ID NO 1, or a functionally equivalent part, derivative or conformational analogue thereof. Thus, the present invention relates to an isolated LTA 4 hydrolase in its naturally ocurring three-dimensional form. More specifically, the present application provides a listing illustrating, for the first time, the coordinates defining human LTN t hydro- lase complexed to an inhibitor thereof. Thus, the coordinates defining the conformation of LTA hydrolase have been determined by the present inventors as com- plexed with bestatin, thiolamine and hydroxamic acid, respectively. Bestatin is a universal inhibitor of amino peptidase activity (see e.g. Mathe, G. Biochem. Pharmacol. 45, 49-54 (1991)), while the last mentioned two are specific inhibitors of LTA 4 hydrolase. Based on these different activities, said inhibitors may be used as models in the design of novel molecules having desired properties. Methods for such design will be discussed in further detail below as a further advantageous aspect of the invention. For reasons of conveniance for the reader of the present specification, the data collection comprising the novel coordinates according to the invention is included in the present description as a separate section denoted "X-ray data", as Table 9, immediately preceding the claims. In said table, atom no 1 to atom no 4876 define the LTN) hydrolase part of the complex, (protein part), atom no 4877 refers to Zn, atom nos. 4878-4880 refer to Yb, atom nos. 4881-4885 refer to imidazole, atom nos. 4886-4889 refer to acetate, atom nos 4890-4908 refer to thiolamine while atom nos. 4909-5160 refer to water. Thus, the intervening atoms relate to the metals that bind in LTN t hydrolase, i.e. the active site Zn atom and the Yb atoms that were crucial for the present structure determination. The conditions prevailing at the determination thereof will be described in detail in the Experimental section below. As the skilled in this field realises, such coordinates usually exhibit a certain degree of variation, due to e.g. thermal motion and slight differences in crystal packing. Thus, any references herein to Table 9 in connection with the proteins and other molecules are merely intended to illustrate an average value for each of the coordinates defining the conformation of the molecules under identical conditions, as determined by use of the same apparatus and method. Accordingly, this embodiment of the invention is not limited to a molecule having exactly the specified coordinates, but rather to molecules capable of adopting such a structure. For example, a human LTA hydrolase according to the invention will exhibit a strong bit a conformational similarity with the coordinates presented by atom nos 1 - 4876 of Table 9, wherein a variation of about 1%, or 0.5 A, may be expected. Accordingly, any such variants are within the scope of the present invention. As regards amino acid sequence, in a specific embodiment, the protein according to the invention is identical, by direct sequence comparison, to at least about 50%, more specifically, at least about 70%, such as at least about 90%, to the LTA 4 hydrolase as defined by SEQ ID NO. 1 while in the three-dimensional form adopted thereof in nature. In this context, it is noted that the amino acid sequence of LTNt hydrolase also appears from the data of Table 9, but is also included as a separate sequence listing for reasons of clarity. The protein of this embodiment of the invention are e.g. variants originating from any species, preferably mammals, such as humans, mice or other rodents, etc. Alternatively, the variants including subsequences of the human sequence are mutated forms, resulting from either spontaneous mutations or deliberately produced mutations, as discussed in more detail below. One preferred embodiment of the present invention is a protein which comprises at least one of the regions defined below in Tables 1-3 below as active sites. Table 1 : Residues lining the big cavity from outsite to insite In Table 1, Lys565, Ser380, Pro569, Glu533, Tyr383, Phe314, Glu318, Glu384, Arg326, Gly268, Gly269, Met270, His295, Phe340, Ser288, and Glu325 are strictly conserved amino acids, while Lys608, Phe356, Phe362, Lys572, Arg568, Tyr378, Phe536, Tyr 267, and Asn291 are conserved in nature. Table 2: Amino-acids in the bestatin binding site ("basic" amino-peptidase site) The binding of bestatin to LTNi hydrolase may also be described by way of coordinates. Below follows the specific amino acids involved in the binding of bestatin and similar structures, as defined according to the invention. Glnl36; Alal37; Tyr267; Gly268; Gly269; Met270; Glu271; Val292; His295; Glu296; His299; Glu318; Tyr378; Tyr383; Arg563; Lys565. Table 3 : Amino acids in the leukotriene binding site The present amino acids define the site binding leukotriene-based inhibitors, such as thiolamine and hydroxamic acid, as shown in Table 9 for thiolamine. Glnl36; Alal37; Tyr267; Gly268; Gly269; Met270; Glu271; Val292; His295; Glu296; His299; Trp315; Glu318; Val322; Phe362; Val367; Leu369; Pro374; Asp375; Ile372; Ala377; Pro382; Tyr378; Tyr383; Arg563; Lys565. In Tables 1-3 above, the enumeration of the amino acid sequence of LTA t hydrolase begin without the initial Met. Thus, compared to SEQ ID NO 1, which includes the initial Met, the amino acid enumeration above is lowered by one. Accordingly, Glnl36 above corresponds to Gin 137 of SED ID NO 1, Alal37 above corresponds to Ala 138 of SEQ ID NO 1, etc. Table 4: General catalytic domain for the Ml class of enzymes Amino acids no. 210-450. The present region will provide a basis for the development of enzyme inhibitors useful in the control other biological pathways than the leukotriene cascade. Thus, as regards the above defined region of aminopeptidase activity of LTA 4 hy- drolase, the present inventors have surprisingly observed, that said region is in fact universal for all enzymes belonging to the metallohy drolase family denoted Ml. Thus, this specific subsequence of LTA hydrolase is encompassed by the present invention as a novel protein per se. In addition to the various advantageous uses of subsequences of LT t hydrolase described herein in connection with the leukotriene cascade, this region, which is shared between all Ml enzymes, will find several further applications in connection with other enzymatic pathways. For example, the present region, herein denoted the "Ml region" in order to clarify that it is shared between the Ml enzymes, may advantageously be used to produce synthetic inhibitors, or identify natural inhibitors, of any one of the other Ml enzymes. Such Ml inhibitors will be discussed below when compounds complementary to LTA hydrolase are disclosed. The above disclosed proteins and peptides comprising subunits of LTA 4 hydrolase are advantageously used e.g. as enzymes or more preferably in methods wherein novel inhibitors of enzymatic activities are identified and/or designed. 2.4.2 Compounds complementary to LTA4 hydrolase In a second aspect, the present invention relates to a novel compound defined by a structure substantially complementary to the above described protein, preferably identified by use of the novel LTNi hydrolase conformation according to the present invention. The complementary compound is a naturally occurring or synthetic protein, peptide, lipid, carbohydrate or any other organic or inorganic compound. In relation to naturally occurring compounds, it is to be understood that the present invention relates to such compounds as isolated from their natural environment, preferably identifiable by aid of the novel coordinates defining structures according to the invention, as examplified by the complementary compounds used in the complexes shown in Table 9. In a first embodiment, the present complementary compound is substantially complementary to an enzymatically active site of the protein and is advantageously capable of specifically inhibiting an enzymatic activity of said protein. Thus, in one embodiment, the present compound is substantially complementary to parts, or all, of the "basic" aminopeptidase binding site defined in Table 2 above. Thus, the pres- ent compound is an inhibitor capable of specifically inhibiting an aminopeptidase activity of an enzyme, preferably of LT i hydrolase. In an alternative embodiment, the present compound is substantially complementary to parts, or all, of the leukotriene binding site as defined in Table 3 above. Thus, the present compound is an inhibitor capable of specifically inhibiting an epoxide hydrolase activity of an enzyme, preferably of LTA 4 hydrolase. (The inhibition of both aminopeptidase and epoxidase hydrolase is discussed in detail below in the experimental section.) As the present two binding sites of LTA 4 hydrolase overlap in part, a further embodiment is a compound which is complementary to essential parts of both of the above dis- cussed two binding sites, in part or partially, which thus preferably is an inhibitor of both the discussed activities. As already mentioned above, one compound which is complementary to an en- zymatically active site of LTA 4 hydrolase is a compound complementary to the Ml region thereof and thus capable of partial or total inhibition of the enzymatic activ- ity of LTA 4 hydrolase or any other metallohy drolase belonging to the Ml family. In the present application, such inhibitors will be denoted Ml inhibitors. As the skilled in this field will realise, the present inhibitors disclosed above need not be compound that inhibit a biological activity completely, but may be capable of exerting a partially inhibiting activity, i.e, lowering the enzymatic activity. In another embodiment, the present complementary compound is a compound which is also capable of binding to the receptor for the product of an LTNi hydrolase, i.e. an LTB 4 receptor, e.g. on a cell, such as a polymorphonuclear leukocyte. Thus, such a compound may be useful as an LTB 4 antagonist whereby the biological effect of LTNi hydrolase activity may be regulated. Accordingly, any such LTB 4 antagonist designed and/or identified using the coordinates of LTNi hydrolase as presented herein are also encompassed by the present invention. In another embodiment, the present complementary compound is a compound which, apart from being capable of binding to an active site of LTA4 hydrolase, is also capable of binding to an active site of LTC4 synthase which binds the same substrate as LTA4 hydrolase, i.e. LTA4, and turns it over into LTC4 (cf. Fig 1) and is thus expected to share important structural features with the active site of LTA4 hydrolase. Such a compound may be useful as an inhibitor of LTC4 biosynthesis, whereby the production thereof may be regulated. Accordingly, any such LTC4 synthase inhibitor, designed and/or identified using the coordinates of LTA4 hyd- rolase, are also encompassed by the present invention. The specific properties and advantageous uses of the present compounds as well as the design and production of novel LTA hydrolase inhibitors will be described in further detail below in relation to the various methods. 2.4.3 A complex of LTA4 hydrolase and a complementary compound In a third aspect, the present invention relates to an isolated complex comprised of a protein as described above and a compound complementary to said protein. Said complementary compound may thus be an inhibitor of one or more of the protein's enzymatic activities, such as an aminopeptidase and/or epoxide hydrolase ac- tivity, such as bestatin, hydroxamic acid or thiolamine, or leukotriene B 4 or any analogue thereof, or LTC 4 or any analogue thereof. Examples of complementary compounds are bestatin, thiolamine or hydroxamic acid. In the present context, it is to be understood that the invention also relates to specific regions of said inhibitors, that have never been specifically disclosed for the present purpose, as well as novel inhibitors identified by aid of the present invention. In specific embodiments, the complex according to the invention is composed of LTNi hydrolase complexed with bestatin, thiolamine or hydroxamic acid, respectively, wherein the LTA 4 hydrolase is as defined by the coordinates presented in Table 9, or any functional fragment, derivative or analogue thereof. As bestatin is aminopeptidase based, further similar and advantageous inhibitors may be developped based on the structural information for LTA* hydrolase complexed with bestatin, preferably combined with the specification of the binding site of Table 2. Further, as both thiolamine is leukotriene based, the information provided in Table 9, preferably combined with the specification of binding site of Table 3, will prove to be an advantageous tool in order to gain more information about such enzymatic binding and thus the development of further novel inhibitors, the same principles applying to hydroxamic acid, which is also leukotriene based. Accordingly, the present invention presents for the first time the coordinates defining the three-dimensional structure of a complex of LTA 4 hydrolase and an in- hibitor thereof as determined by X-ray crystallography, e.g. as illustrated in Table 9. In fact, this is the first time ever to disclose the exact parameters defining the three- dimensional structure of a protein component of the leukotriene cascade. Due to these novel reliable parameters, the complex as well as the components thereof are readily distinguished from the prior art. Together with biochemical and mutagenetic data, the novel structures will provide the basis for understanding the molecular mechanisms of the aminopeptidase and epoxide hydrolase activities, as well as the enzyme's suicide inhibition. Accordingly, the present invention will open a whole range of new possibilities as regards e.g. identification and/or design of novel biologically active molecules and methods of controlling said cascade, in vivo or in vi- tro. Consequently, novel advantageous drugs, such as medicaments for the treatment and/or prevention of inflammatory and/or allergic diseases, may be designed, as will be discussed in further detail below. In the present context, it is to be understood that proteins according to the invention include the naturally ocurring three dimensional forms thereof, separated and isolated from its natural environments, as well as any such protein, wherein deletions, additions and/or substitutions of the amino acid sequence have been made, provided that the three dimensional structure is substantially maintained, as the exerted biological activity is critically dependent upon the particular three-dimensional folding of the protein. The present invention also encompasses any derivative or conformational analogue of the above disclosed proteins, which has a three- dimensional structure essentially as disclosed above, or an effective part thereof having the biological activities discussed in detail below. 2.4.4 Advantageous uses of LTA4 hydrolase, complementary compounds and complexes thereof A fourth aspect of the present invention is the use of a protein, a complementary compound or a complex according to to the invention in drug design, such as in molecular modeling, direct structure-based design and/or combinatorial chemistry. Such methods will be disclosed in detail below. The drugs designed using the above mentioned compounds may be suitable for the treatment and/or prevention of disorders involving acute and chronic inflammatory symtoms, said disorder being selected from the group consisting of arthritis, inflammatory bowel disease (IBD), psoriasis, chronic obstructive pulmonary disease (COPD), and acquired immune deficiency syndrome (AIDS). Further, such a drug may be useed for the treatment and/or prevention of proliferative disorders, such as neoplasias and/or cancer. Alternatively, a drug may be designed which is effective for the treatment and/or prevention of an inflammatory and/or allergic disorders caused by the lethal factor of Ba- cillus anthracis, e.g. anthrax. However, the above mentioned diseases are exemplary and other diseases or conditions not mentioned herein may also be contemplated. In a further aspect, the present invention relates to the use of a protein having a structure substantially as defined for the LTNi hydrolase of the invention, or a part, analogue or derivative thereof, for screening a compound for possible medicinal ac- tivity. In the pharmaceutical industry, new or known compounds are routinely screened for new uses employing a variety of known in vitro or in vivo screens. Often such screens involve complex natural substances and are consequently expensive to carry out, and the results may be difficult to interpret. However, the knowledge of the three-dimensional protein structure according to the invention allows a preliminary screening to be carried out on the basis of the three-dimensional structure of a region thereof, and the structural similarity of a molecule which is being screened. Such screening can conveniently be carried out using computer modelling techniques, which match the three-dimensional structure of the protein or part thereof with the structure of the molecule being screened. Potential agonist or in- hibitor activity may be predicted. As a result, the production efficiency, bioavail- ability, immunogenicity, stability etc. may be favourably changed with respect to their therapeutic application. As regards the above disclosed Ml inhibitors, these compounds will presumably find a broader field of application than the other novel inhibitors according to the invention. Thus, the novel general Ml inhibitors are advantageously used e.g. in models to disclose in further detail other enzymatic pathways. Further, they may also be used in the above mentioned type of methods of drug design etc. 2.4.5 Screening for LTAi hydrolase analogues 2.4.5 (a) Method Accordingly, in another aspect, the invention relates to a method for screening LTNi hydrolase analogues that mimic at least a part of the three dimensional structure of LTNi hydrolase, which comprises the steps of (a) producing a multiplicity of analogue structures of the LTNj hydrolase (b) selecting an analogue structure represented by a three-dimensional representa- tion wherein the three-dimensional configuration and spatial arrangement of specific regions, preferably involved in ligand binding of said LTA 4 hydrolase, remain substantially preserved. The coordinates used are general for LTN) hydrolase are essentially as illustrated in Table 9, as defined by atom nos. 1-4876. More specifically, analogue structures of LTA4 hydrolase may be screened by their ability to catalyze a particular reaction which may be monitored by chemical physical or immunological means. Furthermore, the analogue structure may be selected from its ability to produce receptor ligands or inhibitors of secondary reactions, which may be monitored directly, as examplified above, via binding assays, enzyme assays, chemical assays, or functional bioassays. Thus, in one embodiment, the invention relates to a method of screening, wherein one or more analogues exhibiting epoxide hydrolase activity, are screened for. Thus, such a method may be based on the data of Table 9, wherein the binding of thiolamine to LTA hydrolase is shown, preferably combined with the informa- tion of Table 3 regarding the active site of LT ^ hydrolase. In one embodiment, the invention relates to a method of screening, wherein one or more analogues exhibiting epoxide hydrolase activity, are screened for. In an alternative embodiment, the present method is used to screen for analogues exhibiting aminopeptidase activity, which method e.g. is based data concerning the binding of bestatin to LTNi hydro- lase is used, preferably combined with the information of Table 2 regarding the active site of LTNj hydrolase. Thus, the present analogues will comprise a region which is essentially analogue with the regions of LTNj hydrolase exhibiting aminopeptidase activity, and/or analogues exhibiting epoxide hydrolase activity are selected. In an advantageous embodiment of the screening method according to the invention, one or more analogues comprising one or more genetic modifications, as compared to the naturally occuring form of LTN t hydrolase, are selected. 2.4.5 (b) Analogues obtainable by the present screening method Further, the invention also relates to a novel analogue obtainable by the method according to the invention, such as an analogue exhibiting an increased or improved or otherwise modified catalytic activity when compared to the naturally occurring form of LT ^ hydrolase. Preferably, said catalytic activity is an epoxide hydrolase and/or aminopeptidase activity. Further, the invention relates to an analogue obtainable by the present method and capable of acting as a metallohydrolase, preferably belonging to the Ml class of metallohydrolases. 2.4.5 (c Mutated forms of LTA4 hydrolase obtainable by the present screening method In one advantageous embodiment, the present invention relates to a specified analogue which is a mutated form of LTNi hydrolase, which analogue comprises one or more of the mutations defined in the following Tables 5-7, wherein amino acids are given in single letter code. Thus, Q134G/A/V/L/I/S/T/D/E N/R/H/K/P/C/M/F/Y/W indicates that residue glutamine 134, using the LTA4 hydrolase numbering scheme, is modified to an alanine, valine, a leucine and so forth. Table 5: Mutations in the active site Q134G/A/V/L/I/S/T/D/E/N/R/H/KyP/C/M/F/Y/W 5(1) Q136G/A/V/L/I/S/T/D/E/N/R/H/K/P/C/M/F/YAV 5(2) A 137G/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/ Y/W 5(3) Y267G/A/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/W 5(4) G268A/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/Y/W 5(5) G269A/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/Y/W 56) M270G/A/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/F/Y/W 5(7) E271G/A/V/L/I/S/T/D/N/Q/R/H/K/P/C/M/F/Y/W 5(8) V292G/A/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/Y/W 5(9) H295/G/AA^/L/I/S/T/D/E/N/Q R/K/P/C/M/FA^AV 5(10) E296/G/AA^ L/I/S/T/D/N/Q R/H/K/P/C/M/F/YAV 5(H) H299G/A/V L/I/S/T/D/E/N/Q/R/K/P/C/M/F/YAV 5(12) W311G/A/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/Y 5(13) F314G/A/ V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/ Y W 5(14) W315G/A/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/Y 5(15) E318G/A /V/L/I/S/T/D/N/Q/R/H/K/P/C/M/F /Y/W 5(16) V322G/A/L/I/S/T/D/E/N/Q/R/H/K P/C/M/F/Y/W 5(17) F362G/A/V/L/I/S/T/D/E N/Q/R/H/K/P/C/M/Y/W 5(18) V367G/A/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/YAV 5(19) L369G/A/V/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/Y W 5(20) I372G/A/V/L/S/T/D/E N/Q/R/H/K/P/C/M/F/Y/W 5(21) P374G/A/V/L/I/S/T/D/E/N/Q/R/H/K/C/M/F/YAV 5(22) D375G/A V/L/I/S/T/E/N/Q/R/H/K/P/C/M/F/Y/W 5(23) A377G/V/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/F/YAV 5(24) Y378G/AA^/L/I/S/T/D/E/N/Q/R/H/K/P/C/M/FAV 5(25) P382G/A/V/L/I/S/T/D/E/N/Q/R/H/K/C/M/F/YAV 5(26) Y383G/AA^/L/I/S/T/D/E/N/Q R/H/K/P/C/M/FAV 5(27) R563G/A/V/L/I/S/T/D/E/N/Q/H/K P/C/M/F/Y W 5(28) More specifically, this embodiment relates to an analogue comprising any combination of at least two mutated amino acids, or any one of the above mentioned sequences of mutations, or any separate one amino acid mutation selected from the group consisting of sequences nos 1-9, 13-15, 17-24, 26 and 28, which are all novel mutations that have never been published before the present application. As two specific embodiments of the present mutations according to the invention, E271Q and D375N are mentioned, which have shown to be especially advantageous. However, the other sequences not specified above are novel in the present context and thus such specific uses thereof are within the scope of the present invention. Table 6: Mutations of the curved outside of the N-terminal domain Rl 7 G/AV/L/I/S/T/D/N/E/Q/H/KP/C/M/F/Y/W 6(1) K 19 G/A/V/L/I/S/T/D/N/E/Q/R/H/P/C/M/F/ Y/W 6(2) H20G/AV/L/I/S/T/D/N/E/Q/R/KP/C/M/F/Y/W 6(3) H22 G/A/V/L/I/S/T/D/N/E/Q/RK/P/C/MF/Y/W 6(4) R24 G/A/V/L/I/S/T/D/N/E/Q/H/K/P/C/M/F/Y/W 6(5) D28 G/A/V/L/I/S/T/N/E/Q/R/H/K/P/C/MF/Y/W 6(6) T33G/A/V/L/I/S/D/N/E/Q/R/H/K/P/C/M/F/Y/W 6(7) T35G/A/V/L/I/S/D/N/E/Q/R/H/K/P/C/M/F/Y/W 6(8) G36/AV/L/I/S/T/D/N/E/Q/RH/KP/C/M/F/ Y/W 6(9) T37 G/A/V/L/I/S/D/N/E/Q/R/H/K/P/C/M/F/ Y/W 6(10 A39 G/ V/L/I/S/T/D/N/E/Q/RH/KP/C/M/F/ Y/W 6(11 T41 G/A/V/L/I/S/D/N/E/Q/R/H/K/P/C/M/F/YAV 6(12 Q43G/AV/L/I/S/T/D/N/E/R/H/KP/C/M/F/Y/W 6(13 K63 G/A/V/L/I/S/T/D/N/E/Q/RH/P/C/M/F/Y/W 6(14 V65G/A/L/I/S/T/D/N/E/Q/R/H/K/P/C/M/F/Y/W 6(15 N67G/A/V/L/I/S/T/D/E/Q/RH/K/P/C/M/F/Y/W 6(16 N97G/A/V/L/I/S/T/D/E/Q/RH/KP/C/M/F/Y/W 6(17 E99G/AV/L/IS/T/D/N/Q/RH/K/P/C/M/F/Y/W 6(18 V101 G/AL/I/S/T/D/N/E/Q/R/H/K/P/C/M/F/Y/W 6(19 E103G/AV/L/I/S/T/D/N/Q/R/H/KP/C/M/F/Y/W 6(20 S 105 G/A/V/L/I/T/D/N/E/Q/R/H/KP/C/M/F/Y/W 6(21 E 107 G/A/V/L/I/S/T/D/N/Q/R/H/K/P/C/M/F/Y/W 6(22 K153G/A/V/L/I/S/T/D/N/E/Q/RH/P/C/M/F/YAV 6(23 T155 G/AV/L/I/S/D/N/E/Q/RH/K/P/C/M/F/YAV 6(24 T157G/A/V/L/I/S/D/N/E/Q/R/H/K/P/C/M/F/Y/W 6(25 E 159 G/AV/L/l/S/T/D/N/Q/R/H/K/P/C/M/F/Y/W 6(26 S 161 G/AV/L/I/T/D/N/E/Q/RH/K/P/C/M/F/ Y/W 6(27 D 175 G/A/V/L/I/S/T/N/E/Q/RH/K/P/C/M/F/Y/W 6(28 El 77 G/A/V/L/I/S/T/D/N/Q/RH/K/P/C/M/F/YAV 6(29 T 178 G/AV/L/I/S/D/N/E/Q/R/H/K/P/C/M/F/Y/W 6(30 D 180 G/AV/L/I/S/T/N/E/Q/R/H/KP/C/M/F/Y/W 6(31 R 186 G/AV/L/l/S/T/D/N/E/Q/H/K/P/C/M/F/ Y/W 6(32 1188 G/AV/L/S/T/D/N/E/Q/R/H/K/P/C/M/F/Y/W 6(33 K190 G/AV/L/I/S/T/D/N/E/Q/RH/P/C/M/F/Y/W 6(34 I192G/AV/L/S/T/D/N/E/Q/RHKP/C/M/F/Y/W 6(35 K 194 G/A/V/L/I/S/T/D/N/E/Q/RH/P/C/M/F/ Y/W 6(36 Table 7: Mutations at the proline rich region T359 G/AV/L/I/S/D/N/E/Q/RH/K/P/C/M/F/Y/W 7(1) E358G/AV/L/I/S/T/D/N/Q/R/H/K/P/C/M/F/Y/W 7(2) D443G/AV/L/I/S/T/N/E/Q/RH/K/P/C/M/F/Y/W 7(3) A446G/V/L/I/S/T/D/N/E/Q/R/H/K/P/C/M/F/Y/W 7(4) Y449G/AV/L/I/S/T/D/N/E/Q/RH/K/P/C/M/F/W 7(5) S450 G/AV/L/I/T/D/N/E/Q/RH/K/P/C/M/F/YAV 7(6) P451 G/A/V/L/I S/T/D/N/E/Q/R H/K/C/M/F/Y/W 7(7) G452 /A/V/L/I/S/T/D/N/E/Q/R H/K P/C/M/F/Y/W 7(8) L453 G/A/V/l/S/T/D/N/E/Q/R/H/K/P/C/M/F/Y/W 7(9) P454 G/A V/L/I/S/T/D/N/E/Q/R/H/K C/M/F/ Y/W 7(10) P455 G/A/V/L/I/S/T/D/N/E/Q/R/H/K/C/M/F/Y/W 7(11) 1456 G/A/V/L/S/T/D/N/E/Q/R/H/K/P/C/M/F/Y/W 7(12) K457 G/A/V/L/I/S/T/D/N/E/Q/R/H P/C/M/F/Y/W 7(13) P458 G/A V/L/I/S/T/D/N/E/Q/R/H/K/C/M/F/Y/W 7(14) N459 G/A/V/L/I/S/T/D/E/Q/R/H/K/P/C/M/F/Y/W 7(15) Y460 G/A/V/L/I/S/T/D/N/E/Q/R/H/K/P/C/M/F/W 7(16) D461 G/A/V/L/I/S/T/N/E/Q/R/H/K/P/C/M/F/Y/W 7(17) 2.4.5 (d Nucleic acids encoding the novel compounds Further, the invention also relates to an isolated nucleic acid encoding a novel analogue as defined above, that is, including a combination of any at least two of said mutations or one of the novel mutations, as well as a nucleic acid capable of specifically hybridising to a such a nucleic acid. The conditions of specific hybridisation are defined above in the section "Definitions". Further, the invention also relates to any vector or carrier comprising such a nucleotide, such as plasmids, viral vectors, e.g. retrovirus, oligonucleotides etc. Thus, any cell including such a nucleic acid or vector are also within the scope of the present invention and may e.g. be a mammalian cell, such as a human cell, or any other eucaryotic cell, or a procaryotic cell, such as a bacterium. The above mentioned elements may be used in the design of model systems useful in the study of the diseases discussed elsewhere in this ap- plication, which systems may be cell cultures, animal models, such as mice, etc. 2.4.6 (a) Production and purification of genetically modified forms of LTA^ hydrolase Yet another aspect of the present invention is a process for the production of a novel genetically modified form of LTAj hydrolase identified or designed according to the present invention. Thus, the present process involves, after conventional steps of insertion a gene encoding the desired product in a host cell and expression thereof, a purification procedure, which includes a hydroxyapatite-based chromatography and a subsequent anion exchange chromatography. These last two steps have been shown to be especially advantageous, in fact, even crucial, for obtaining a satisfying purity of the novel LTN t hydrolase forms according to the invention. The preceding steps are conventional as disclosed in literature and are easily performed by the skilled in this field. Thus, in more detail, the invention relates to a method for purification of LTA4 hydrolase comprised of (i) precipitation with ammonium sulphate, followed by (ii) separations on FPLC using anion exchange, hydrophobic interaction, and chromato- focusing resins, essentially as described (Wetterholm A., Medina J.F., Radmark O., Shapiro R., Haeggstrϋm J.Z., Vallee B.L., Samuelsson B. Biochim. Biophys. Ada. 1080, 96-102 (1991)). To achieve a purity suitable for crystallography, we used (iii) chromatography on hydroxyapatite, e.g., on a TSKgel HA- 1000, Tosohaas, followed by (iv) a step of anion-exchange chromatography on e.g., Mono-Q HR5/5. Further, example 4 below describes in detail a purification of LTA 4 hydrolase according to the invention. Said example may be generalised to describe further the purification according to the invention. 2.4.6 (b Purified LTA4 hydrolase Further, the invention also relates to an essentially pure form of LTNi hydrolase obtained by the process described above. 2.4.7 Identification of LTA4 hydrolase binding compounds 2.4.7 (a) Method In yet a further aspect, the present invention relates to a method for screening LT ^ hydrolase binding compounds complementary to a region, preferably an en- zymatically active site, e.g. as defined in Tables 1-3, of the LTNj hydrolase molecule, which comprises the steps of (a) producing a multiplicity of possible complementary structures and (b) selecting a structure represented by a three-dimensional representation, wherein the three-dimensional configuration and spatial arrangement of regions of LTA 4 hydrolase involved in binding remain substantially preserved, which selection is based on the three-dimensional structure of LTAj hydrolase and/or LTA 4 hydrolase complexed to an inhibitor thereof, e.g. as defined by the coordinates of Table 9. More specifically, the method according to the invention will advantageously be used to select compounds capable of inhibiting epoxide hydrolase activity and or aminopeptidase activity, LTB 4 receptor antagonists or inhibitors of LTC synthases or inhibitors of any member of the Ml class of metallohydrolases. In one preferred embodiment, general enzyme inhibitors are screened for, which inhibitors are useful in the control of any one of a plurality of enzymatic pathways, wherein a metallo- hydrolase of the Ml type is participating. These general metallohydrolase inhibitors are herein denoted Ml inhibitors. Structure-based design of inhibitors In a further embodiment, the present invention relates to a method of structure- based design of LTA 4 hydrolase inhibitors. Such methods are based on the use of the present coordinates, or preferably the coordinates defining a selected region, as templates in order to synthesize advantageous inhibitors with strong and specific binding properties. More specifically, said method first uses a conventional organic synthesis, alone or combined with combinatorial chemistry, wherein the structure of the product of the synthesis is then further refined by cycles of crystallisation of enzyme and inhibitor, followed by another chemical synthesis, the product of which is again refined, etc. Example 2 describes such a design, wherein it is noted noted that the removal of an extra carbon atom could yield a compound, which is a better inhibitor than this hydroxamic acid compound. Thus, similar conclusions will be drawn from the present method and result in inhibitors with superior properties compared to any prior art inhibitors. 2.4.7 (b) Identified binding compounds Further, the present invention also relates to any novel compounds identifiable by the present method. Advantageous and desired properties as well as other features of such compounds, e.g. as inhibitors, is discussed above in relation to complementary compounds, analogues etc. In one preferred embodiment of the invention, such an identified compound is an inhibitor of another Ml enzyme than LTNt hydrolase, such as . The medicinal aspects of the present compounds will be discussed below. Protein engineering 2.4.8 (a) Method In a further aspect, the present invention relates to a method of engineering a protein, which method comprises the steps of -identification of a suitable set of mutation sites based on the structure of LTA 4 hydrolase according to the invention, -generation of a library of genes which contains the suitable sequence variations; -selection of clones encoding a LTA 4 analogue with a desired activity; wherein said desired activity is the capability of efficiently producing organic com- pounds of interest. The present method is based on recent techniques available for generating large libraries of mutated genes (>1 billion variants) which can be attributed to a selection process of individual genes in the laboratory. Such directed evolution schemes have enormous potential for the design of new proteins, including new substrate specifi- city for enzymes as well as improving enzyme activities. Directed evolution, or combinatorial engineering schemes have been successfully applied in evolving RNA molecules with improved binding and catalytic activities (Lorsch and Szostak, 1994). Also binding proteins (and peptides) with good affinities can now routinely be evolved based on a range of different protein folds (Nord et al, 1997). The present methods may be used to perform such a directed evolution of advantageous enzyme activity and specificity and may be performed by someone skilled in this field with reference to the literature, see e.g. O. Kuchner and F. H. Arnold (1997); A. Crameri, S.A. Raillard, E. Bermudez and W.P.C Stemmer (1998).) In this context, see also the descriptions provided in US patent no 5 873 082, Noguchi, wherein a list processing system for managing and processing lists of data is disclosed; US patent no 5 869 295, LaBean et al., disclosing methods and materials for producing gene libraries; and US patent no 5 856 928, disclosing a process for gene and protein representation, characterization and interpretation thereof. In general, major difficulties in this kind of process are to search the sequence space: find the suitable sequence variations for a large but limited number of muta- tions (for the same protein fold an immense number of variations can be made e.g. 10 resides protein, 20 100 variants are in theory possible). It is therefor very important to identify the residues in the protein structure which could effect the activity the most, i.e. the residues near the active site area. Thus, in order to enable a successful performance of a method for engineering proteins with properties relevant in the present field, the data discosed above, more specifically, in Tables 2-4, is crucial. Further references which are relevent in the context of protein engineering are K. Nord, E. Gunneriusson, J. Ringdahl, S. Stahl, M. Uhlen, P.A. Nygren (1997): "Binding proteins selected from combinatorial libraries of an alpha-helical bacterial receptor domain", Nature Biotechnology ,15, 772-777 (1997); R. Lorsch and J.W. Szostak (1994): "In vitro evolution of new ribozymes with polynucleotide kinase activity", Nature, 371, 31-36; A. Crameri, S.A. Raillard, E. Bermudez and W.P.C Stemmer (1998): "DNA shuffling of a family of genes from diverse species accelerates directed evolution", Nature, 391, 288-291; and O. Kuchner and F. H. Arnold (1997): "Directed evolution of enzyme catalysts", Trends in Biotechnology, 15, 523-530. In an advantageous embodiment, the present method is used to engineer LTA 4 hydrolase inhibitors and/or analogues. In a specific embodiment of said method, a compound capable of mimicking the suicidal mode of LTA 4 hydrolase catalysis, thus acting as a mechanism-based suicide inhibitor, or otherwise capable of regulating the production of LTB is engineered. In an alternative embodiment, an inhibitor of LTC synthase or an LTB receptor antagonist is designed. 2.4.8 (b) Novel specifically designed proteins Further, the present invention also relates to any novel protein designed by use of the above described method. Once specified, such proteins may be produced by any conventional method well known to the skilled in this field, some of which are examplified below. In Example 2 below, the binding of hydroxamic acid to LTA4 hydrolase is discussed. Thus, such a modified hydroxamic is one example of a novel inhibitor specifically designed according to the invention, and the resoning in the example may be used as a basis for the way of reasoning that is used in the present design. Accordingly, novel enzymes may be produced, which are capable of any different chemical activity. For example, enzymes capable of novel catalytic properties, enzymes that in turn produce enzymes, etc., may be produced according to the present invention. 2.4.8 (c) Use of genetically modified LTA4 hydrolase The invention also encompasses the use of a genetically modified LTA4 hydrolase, obtained by any method according to the invention, with altered catalytic pro- perties, e.g., increased ability to synthesize LTB4. The modified enzyme may thus be used for production of LTB4, or any analogues substances, a biomedical reagent which in turn may be used in, e.g., studies of leukotriene metabolism, induction of chemotaxis, as a reference compound in analysis of leukotrienes etc. 2.4.9 Pharmaceutical applications of the present invention 2.4.9 (a) First medical indication Further, the invention also encompasses a compound obtainable by the method of screening LTN t hydrolase binding compounds, structure-based drug design, or the protein engineering methods described above, and more preferably, said compound for use as a medicament. One specifically advantageous embodiment is the herein disclosed novel Ml inhibitor for use as a medicament. In an advantageous embodiment, the present compounds are used in the manufacture of a medicament for the treatment and/or prevention of acute and chronic inflammatory disorders, said disorder being selected from the group consisting of arthritis, inflammatory bowel disease (IBD), psoriasis and chronic obstructive pul- monary disease (COPD); neoplasias and/or cancer; or disorders caused by the lethal factor of Bacillus anthracis, e.g. anthrax. Alternatively, the use may relate to the manufacture of a medicament for the treatment and/or prevention of an inflammatory and/or allergenic disorder, such as bronchial asthma, allergic rhinitis, conjunctivitis etc. Yet an alternative use is in the manufacture of a medicament for the treatment and/or prevention of infection caused be human immunodeficiency virus (HIV). The novel Ml inhibitor are preferably used in medicaments for the treatment and or prevention of such various diseases as cancer and/or endochrinological disturbances. 2.4.9 (b) Second medical indication and pharmaceutical methods Thus, the present invention relates to the above mentioned molecules prepared by the method according to the invention for use in the manufacture of various medicaments for the above defined conditions. The invention also encompasses pharmaceutical preparations containing these molecules together with pharmaceutically acceptable carriers. Methods for the preparation of pharmaceutical preparations are e.g. found in Remington's Pharmaceutical Sciences, Mack Publishing Company, Philadelphia, PA, 17 th ed. (1985). For a review of drug delivery, see Langer, Science 249: 1527-1533 (1990). As those skilled in this field easily realise, the form of such a pharmaceutical preparation, the mode of administration thereof as well as suitable dosages will depend on the specific disease to be treated, the nature of the active substance used, the patient's age, body weight etc. 2.4.9 c) Methods of treatment The present invention also encompasses any method of treatment for the above defined purposes. Exact details regarding such methods are determined by the practitioner depending on the specific circumstances from case to case. 2.5 Production of novel proteinaeous compounds The compounds, which may be proteins, polypeptides, peptides or any other organic molecules, prepared according to the methods according to the invention may be synthesized chemically by methods well known to those of skill in this field or they may be prepared by use of recombinant DNA technology by any suitable method well known to those of skill in this field. General methods of synthesis are e.g. found in Berger and Kimmel, Guide to Molecular Cloning Techniques, Methods in Enzymology, vol. 152, Academic Press, Inc., San Diego, CA; Sambrook et al., Molecular Cloning, A Laboratory Manual, 2 nd Ed., vol. 1-3, Cold Spring Harbor Laboratory, Cold Spring Harbor, NY, 1989; and Current Protocols in Molecular Bi- ology, F.M. Ausbel et al., Current Protocols (1994). Methods of reducing and denaturing proteins and inducing re-folding are well known to those of skill in the art, see e.g. Debinski et al., J. Biol. Chem., 268: 14065-14070 (1993); Kreitman and Pastan, Bioconjug. Chem., 4: 581-585 (1993); and Buchner et al., Anal. Biochem., 205: 263-270 (1992). 2. 6 Detailed description of the drawings Figure 1 shows key enzymes and intermediates in leukotriene biosynthesis. Figure 2 shows 2Fo-Fc density contoured at 1.1 σ. Part of the active site in the neighborhood of the bestatin molecules is shown. Figures are created using a modified version of Molscript48,49. Figure 3 is a ribbon diagram of the tertiary structure of LTA4 hydrolase. The N- terminal domain at the top of the diagram is rich in β-strands and connects to the catalytic domain to the left in the figure which is more α-helical and extends into the central part of the molecule. The C-terminal domain, illustrated at the bottom of the ribbon diagram, extends towards the right side of the catalytic domain. Figure 4 (a) is a ribbon diagram of the N-terminal domain with its layers of β- strands, while (b) is a superimposition of the Cα trace of the N-terminal domain on the Cα trace of bacteriochlorophyll a. The N-terminal domain covers approx. half of the bacteriochlorophyll a structure (the right and bottom part of the diagram). Figure 5 (a) is a ribbon diagram of the catalytic domain. In the center of the diagram, the three zinc binding ligands, His295, His299, and Glu318, as well as the in- hibitor bestatin are depicted in ball and stick representation. The zinc ion is shown as a CPK model. The diagram in (b) shows the structure of thermolysin in the same orientation as the catalytic domain of LTA4 hydrolase. The three zinc ligands, His 142, His 146, and Glul66, as well as the inhibitor Cbz-GlyP-(O)-Leu-Leu50 are depicted in ball-and stick representation. The zinc ion is shown as a CPK model. Figure 6 shows the structure of the C-terminal domain. Figure 7 shows the zinc binding ligands in LTA4 hydrolase, His295, His299, and Glu318, superimposed on those in thermolysin, Hisl42, Hisl46, and Glu-166. Other catalytic or neighboring residues in the two enzymes are Tyr383, Glu325, Glu296, Thr302, and Asn317 in LTA4 hydrolase which correspond to His231, Aspl70, Glul43, Asnl65, and Tyrl57 in thermolysin. Figure 8 (a) is a Ball-and-Stick presentation of the binding of bestatin in LTA4 hydrolase. Figure 8 (b) is a schematic overview of bestatin binding in LTA4 hydrolase. Figure 9 (a) is a wire representation of the cavity found in LTA4 hydrolase (shown as Cα-trace). Figure 9 (b) is a schematic presentation for the proposed binding of LTA4 into the cavity. Figure 10 is a schematic representation for the proposed epoxide hydrolase reaction mechanism. The catalytic zinc acts as a Lewis acid and activates the epoxide to form a carbocation intermediate according to an SNI reaction. Water is added at C 12 in a stereospecific manner, presumably directed by Asp375. The double bond geometry is controlled by the binding conformation of LTA4. Further details are given elsewhere in the present description. 3. EXPERIMENTAL The following examples are intended for illustrating purposes only and should not in any way be used to construe the scope of the protection of the present invention as defined by the appended claims. All the references given below, and previously in this specification, are hereby included herein by reference. 3.1 Examples Example 1 : Binding of the thiol-compound (I) The thiol group of the compound is ligated to the Zn 2+ ion, that has a tetra-hedral configuration. Both the phenyl-groups are making extensive hydrophobic interac- tions. The first one makes aromatic stacking interactions with Phe314 and Trp311. Further hydrophobic interactions are made with Pro374 and Leu369. The other phenyl ring is making stacking interactions with Tyr267 and Tyr378. Met270 and Glnl36 provide additional hydrophobic interactions. The ether-oxygen in the linker between the two phenyl rings makes a hydrogen bond to the backbone nitrogen of Alal37 and also with a water molecule which is linked to Asp375. The amine group makes interactions to the Oεl of Glnl36 and the Oεl of Glu271. Oδl Asp375 Oε lGlu 318 Formula (I) Example 2: Binding of the hydroxamic acid compound (I The binding of this compound is very similar to the binding of the thiol compound described above. The manner in which the phenyl-moieties, the linker region and the amine group are bound is identical. The manner in which the hydroxamic acid part is bound is different in comparison with other complexes such as thermolysin- HA complexes and LTA 4 -hydrolase-bestatin complex. Instead of a double interaction of the hydroxyl and carbonyl oxygens and the Zn ion resulting in a pentavalent co-ordination, here only one of the oxygens (the hydroxyl) is making an interaction with the Zn ion giving a tetrahedral co-ordination. The other oxygens make an interaction to Asp296 and the backbone nitrogen of Gly268. This difference is probably due to the tight binding of the phenyl rings and the amine group. The linkage between the amine group and the hydroxamic acid group contains one more carbon atom than in a normal or modified peptide-linkage. Since the binding site for substrates is rather narrow near the Zn ion, the conformation of compounds which bind in this area is rather restricted. Therefore one of the otherwise binding oxygens is pushed out and can no longer make an interaction with the Zn 2+ ion. Removal of this extra carbon atom could yield a compound which is a better inhibitor than this hydroxamic acid compound. The acid group at the other end of the compound is fixed by making a double interaction with the Nε and the Nh2 of Arg563. Oεl Glnl36 Oδl Asp375 Formula (II) Example 3: Structure determination of two specific inhibitor-LTAj hydrolase complexes Crystals, grown as described above, were soaked in 1 mM solution of thiolamine (Yuan et al., 1993) or 0.5 mM solution of hydroxamic acid (Hogg et al., 1995) in 15% PEG8000, 50 mM Imidazol pH 6.7, 25 mM acetate and 2.5 mM YbCl3. After at least 24 hours, the crystals were transferred to a solution that contained a cryo- protectant (see above) and subsequently flash frozen in liquid nitrogen. The data for the crystal soaked with thiolamine was obtained at BM14B at the EMBL-outstation in DESY, Hamburg. The data for the hydroxamic acid was collected at beamline 7/11 at MAX-lab, Lund. Statistics from the data collections are shown in the table. The data were processed using MOSFLM, merging and other manipulations were performed by programs fiom CCP4 and the BIOMOL packages. The refinement procedures for both datasets were very similar. First rigid body refinement using TNT was performed. As a starting model for refinement and model building the structure of LTA4 hydrolase complexed with bestatin was used. The bestatin molecule and all water molecules were deleted fiom the model. After this initial refine- ment it was possible to build the inhibitors into the protein. For evaluation of the density maps and model-building the program QUANTA (Molecular Simulations Inc., Burlington, MA) was used. The refinement was continued using TNT and was combined with sessions of model-building. In all rounds no sigma cut-offs were used and the resolution was slowly increased during the procedure. Water molecules were identified and incorporated into the models. During these procedures the Rfree was carefully monitored. When refinement had converged, it was finished with one round in which all reflections, including those who were used for the calculations of the Rfree, were incorporated. Statistics about refinement and quality of the models can be found in Table 5. Table 8: Statistics of refinement and quality of the model Example 4: Purification of LTA4 hydrolase. For adsorption chromatography on hydroxyapatite, a TSKgel HA- 1000 column (Tosohaas) was equilibrated in 10 mM potassium phosphate buffer, pH 7.1, supplemented with 0.2 mM CaCl2. The enzyme sample was applied and a linear gradient of increasing phosphate (10 - 400 mM) was developed by mixing the starting buffer with 400 mM potassium phosphate buffer, pH 6.8, supplemented with 10 μM CaCl2- Active fractions containing LTA4 hydrolase were eluted between 150 - 190 mM potassium phosphate. Anion exchange chromatography was performed on a Mono-Q HR 5/5 column (Pharmacia Biotech) equilibrated with the loading buffer 10 mM Tris-Cl, pH 8. The pure protein was eluted using a linear gradient of KC1 (0 - 500 mM) and was recovered at 110 - 140 mM KCl. Example 5: Enzyme engineering The present inventors have shown, that when Tyr-378 in LTA4 hydrolase was exchanged for a Phe residue, the resulting mutated enzyme was no longer suicide in- hibited by LTA4 and exhibited a substantially increased catalytic efficiency. Furthermore, the mutated enzyme was capable of converting LTA4 not only into the natural product LTB4, but also into a novel metabolite, 6-trans-8-cis-LTB4. (Mueller, M.J., et al. Proc Natl Acad Sci U SA 93, 5931-5935 (1996)). Example 6: Enzyme-engineering Tyr-383 in mouse LTA4 hydrolase was exchanged for Gin residue, which resulted in a mutated enzyme capable of forming the unnatural product 5S, 6S-dihydroxy- 7,9-trø«5-l l, 14-cw-eicosatetraenoic acid from LTA4 (Andberg, M., Hamberg, M. & Haeggstrom, J.Z. J. Biol. Chem. 272, 23057-23063 (1997)). Example 7: Crystallisation of LTA hydrolase LTA 4 hydrolase was crystallised using YbCl 3 as an additive, 15% PEG and 50 mM Na-acetate as precipitant and 50 mM imidazole, pH 6.7, as buffer. Liquid-liquid- diffusion in capillaries were used as crystallisation set-ups. 3.2 Materials and Methods Enzyme purification. Human recombinant LTA4 hydrolase was expressed in E. coli and purified to homogeneity in four chromatographic steps on FPLC using anion exchange, hydrophobic interaction, chromatofocusing, and hydroxyapatite resins, essentially as described (Wetterholm A., Medina J.F., Radmark O., Shapiro R., Haeggstrόm J.Z., Vallee B.L., Samuelsson B. Recombinant mouse leukotriene A4 hyd- rolase: a zinc metalloenzyme with dual enzymatic activities. Biochim. Biophys. Ada. 1080, 96-102 (1991)). Crystallization conditions. The chemicals used for the crystallization experiments were purchased from Merck and were of highest purity available. The sparse matrix kit was obtained from Hampton Research. Crystallization conditions for the protein were initially sought by using the sparse matrix approach (Jancarik, J. & Kim, S.-H. J. Appl. Crystallogr. 24, 409-411 (1991)) in hanging drop vapor diffusion set-ups in cell culture plates at room temperature. Under condition 28, (30% PEG8000, 0.2 M sodium-acetate, 0.1 M cacodylate buffer, pH 6.5) needles grew. They were subsequently reproduced and optimized using a finer grid search, different temperatures for the equilibration and testing of additives. Crystals were only obtained when the inhibitor bestatin was present in the crystallization set-ups. Using YbCl3 as an additive and switching to liquid-liquid diffusion in capillaries, allowed plate-like crystals to grow. Thus, 5 μl 28% PEG8000, 0.1 mM Na-acetate, 0.1 mM imidazole buffer, pH 6.8, 5 mM Ybθ3 is injected into the bottom of a melting point capillary and an equal volume of LTA4 hydrolase (5 mg/ml) in 10 mM Tris-Cl, pH 8, supplemented with 1 mM bestatin, is layered on top. Finally, the capillary is closed and stored at 22°C Crystals with an average size of 0.6 x 0.4 x 0.05 mm3 appear in 3 to 4 weeks. Crystal properties. The plate-like crystals diffract beyond 2A using synchrotron radiation. They belong to space-group P21212 with cell dimensions a = 67.59 A, b = 133.51 A, c = 83.40 A, a = b - g = 90 ° at 100K. As a cryo-solution, a mixture of 15%PEG 8000, 50 mM Na-acetate, 50 mM imidazole buffer, pH 6.8, 2.5 mM YbCl3, and 25% glycerol was used. Assuming one molecule per asymmetric unit the solvent content of the crystals is 48%. Structure determination. The structure was determined by using multiple anomalous dispersion measurements on the LIII edge of Ytterbium (λ = 1.3862 A) at beam line BM14 at the European Synchrotron Radiation Facility (ESRF), Grenoble. Three datasets, peak (PK), point of inflection (PI) and remote (RM), were collected to 2.5 A resolution from the same crystal. The crystal was aligned such that Bijvoet equivalent reflections could be collected in one pass of 90° for each wavelength. For RM a subsequent dataset to 2.15A was collected. A second crystal was used for obtaining a dataset to 1.95 A. (For statistics on data-collection and quality, see table 1). Data were integrated using the program Denzo, scaled to each other using Scalepack (Otwinowski, Z. Data collection and Processing. Proceedings of the ccp4 study weekend. SERC Daresbury Laboratory, Warrington, UK. , 56-62 (1993)) and further analyzed using programs from the CCP4 package (Collaborative Computing Project Number 4. Acta Crystallogr. Sect. D 50, 760-763 (1994)). From Patterson functions one major and one minor Yb position could readily be identified, a third position was identified during heavy atom refinement in difference Fourier maps. The heavy atom parameters were refined using MLPHARE (Otwinowski, Z. Isomorphous replacement anomalous scattering. Proceedings of the CCP4 study weekend. SERC Daresbury Laboratory, Warrington, UK. , 80-85 (1991)) and SHARP (de La Fortelle, E. & Bricogne, G. Met. Enzymol. 276, 472-494 (1997)). The final figures of merit was 0.57 to 2.15A. Phase information was further improved to 2.15A by solvent flattening using SOLOMON (Abrahams, J.P. & Leslie, A.G.W. Acta Crystallographica D52, 30-42 (1996)) with a solvent content of 43%. The quality of the maps was very good and the entire protein molecule (residue 1-610) could be traced unambiguously. All model building was performed using QUANTA (Molecular simulations). Refinement was started by a run of slow- cooling molecular dynamics in XPLOR (Brϋnger, A.T., Kuriyan, J. & Karplus, M. Science 235, 458-460 (1987)) using the RM dataset to 2.7A. The three Yb ions were included into the refinement with full occupancy for the first Yb and half occupancy for the two other ions. All subsequent refinement was performed with TNT (Tron- rud, D.E., ten Eyk, L.F. & Matthews, B.W. Acta Crystallogr. Sect. A 43, 481-501 (1987)). The same set of reflections (4% of total amount from 25- 1.95 A) for the calculation of Rfee (Brunger, A.T. Nature 355, 472-475 (1992)) was maintained throughout all refinement procedures. The resolution was slowly improved by alternating sessions of model-building and refinement. The data for the second crystal to 1.95 A were used for further refinement during which a Zn ion, bestatin, an acetate and an imidazole molecule were identified. Judged from the B-factors these molecules are all fully occupied. 540 water molecules were added to the coordinates. The Rfree was 24.7% and the working R-factor was 18.8% for all data between 25- 1.95 A. In a final round of refinement all data between 25-1.95 A were included, yielding a final R-factor of 18.5 % for residues 1-610, 3 Yb ions, 1 Zn, 1 bestatin, 1 imidazole, 1 acetate and 540 water molecules. Most of the model is in good density (Fig. 2) except a loop encompassing residues 179 to 184 for which only poor density was obtained. The model has good stereo-chemical parameters (r.m.s bonds =0.01θA, r.m.s angles = 2.2°) and 91.7% of the residues lie in the most favored part of the Ramachandran plot. 4. RESULTS AND DISCUSSION 4.1 Overall structure and domain organization The leukotriene A4 hydrolase molecule is folded into three domains; an N- terminal domain, a catalytic domain and a C-terminal domain which together form a flat triangular arrangement with approximate dimensions of 85 x 65 x 50 A 3 . The overall structure of the enzyme is depicted in figure 3. Although the three domains pack closely and make contact with each other, a deep cleft is formed in between. 4.2 The N-terminal domain is structurally related to bacteriochlorophyll a The N-terminal domain (residue 1-209) is composed of one 7 stranded mixed b- sheet, one 4 and one 3 stranded antiparallel β-sheet. Strands from the larger β-sheet continue into the two smaller β-sheets that pack on the edges of the same side of the larger sheet so that a kind of envelope is formed (Fig. 4a & b). The two small β- sheets are turned towards the inside of the whole protein while the larger β-sheet is exposed to solvent and forms a large concave surface area. Loops connecting the other strands and hydrophobic residues fill the core of this domain. The N-terminal domain of LTA4 hydrolase shares important structural features with the chlorophyll-containing enzyme bacteriochlorophyll (Bchl) a (Matthews, B., Fenna, R., Bolognesi, M., Schmid, M. & Olson, J. J. Mol. Biol. 131, 259-285 (1979)). Thus, 111 Cα positions have equivalent positions in the two proteins despite the absence of any sequence identity (Fig. 4b). The domain is about half the size of Bchl a which has a single domain structure without major extensions. Like Bchl a, the shape of the N-terminal domain resembles an envelope (or Taco) with a hollow inside and in Bchl a, 1 bacteriochlorophylls are buried in this cavity. However, the domain is not as hollow as BChl a since loop 135-155, which contains a small helical segment, is turned inwards and fills up the core. In BChl a the equivalent loop (290-305) is positioned more towards the exterior of the protein, thereby leaving space for some of the tertrapyrroles of the bacteriochlorophylls. The large sheet (17 strands) of Bchl a is truncated to only 7 strands in LTA4 hydrolase. Especially the region between residue 35 and 263 of Bchl a has been replaced by a much shorter region in LTA4 hydrolase (res. 45 to 98) that forms the 3 stranded small β-sheet and the edge strand of the larger 7 stranded β-sheet. The structure of the other half of the molecule is almost completely conserved, except the insertion of two extra strands instead of loops in LTA4 hydrolase. The structural homology between Bchl a, a protein involved in light harvesting, and LTA4 hydrolase was certainly unexpected. In LTA4 hydrolase, the function of the N-terminal domain is not yet known, but one may speculate that it participates in binding to hydrophobic molecules or surfaces with a possible regulatory function. In mammalian 15-lipoxygenase, a similar function was proposed for an N-terminal β -barrel domain with structural homology to a corresponding C-terminal domain in mammalian Upases (Gillmor, S.A., Villasenor, A., Fletterick, R., Sigal, E. & Browner, M.F. Nature Struc. Biol. 4, 1003-1009 (1997)). The connection from the N-terminal to the catalytic domain is very short, a strand from the 4 stranded β-sheet connects into a strand of a 5-stranded anti- parallel β-sheet of the catalytic domain. The two sheets are closely packed and the interface is mainly hydrophobic in character with 14 hydrophobic residues contributing from the N-terminal domain and 11 from the catalytic domain. Hydrogen bonds occur between Glnl lό and Ser264, Serl24 and Gln226, the backbone of Serl24 and Glu223, the backbone of Serl51 and Lys309, Lysl53 and the backbone of Leu305 and indirectly through a water molecule between Tyrl30 and the back- bone of Val260. Two salt-bridges between His 139 and Asp375 and between Argl74 and Asp257 complete the interactions made in this interface. 4.3 The catalytic domain contains the zinc binding site and is structurally similar to thermolysin The structure of the catalytic domain (res. 210-450) is surprisingly similar to the structure of thermolysin (Fig. 5a & b) (Holmes, M. & Matthews, B. J. Mol. Biol. 160, 623-639 (1982)). When the amino acid sequence in this domain was compared with that of thermolysin, the sequence identity was found to be very low (essentially confined to the zinc binding motifs). However, the structural homology stretches out over the whole domain. Thus, no less than 146 Ca positions overlap with an r.m.s. deviation of 1.946 A. Like thermolysin, the catalytic domain consists of two lobes, one mainly a-helical and one mixed a/b lobe. The a-lobe consists of 6 major helices interconnected by long loops containing smaller helical segments, while the a/b lobe has a 5 stranded mixed β-sheet lined with 3 helices on one side. The zinc binding site is found in between the two lobes. Since this domain contains only 245 amino acids and thermolysin contains 314 residues, some truncations have taken place, especially in the a b lobe in which the N-terminal extended b structure is truncated and only a mixed 5 stranded β-sheet remains. The changes in the a-lobe are smaller. Here the long meandering loop 181 to 221 has been replaced by a long a-helix and the b-hairpin from 245 to 258 has been deleted. A loop in extended conformation on the surface of the protein from 451 to 463 connects the catalytic domain with the C-terminal domain. Interestingly, this segment contains a highly conserved proline rich motif P451-G-f-P-P-x-K-P-x-Y460 which bears some resemblance to an SH3 domain recognition sequence. However, the canonical arginine residue is not present on either side of the proline motif. Nevertheless, since this stretch of amino acids is exposed on the surface of the protein, it is still possible that it could serve as an anchoring site for protein-protein interactions. The C-terminal domain (464-610) is composed of 9 a-helices that form an un- usual coil of helices reminiscent of the ones found in lytic transglycosylase^O and recently in the armadillo repeat region of b-catenin (Huber, A.H., Nelson, W.J. & Weis, W.I. Cell 90, 871-882 (1997)) (Fig. 6). The helices pack into two layers of parallel helices (5 inner and 4 outer helices) and in an anti-parallel manner between the two layers. The arrangements found in the two other proteins are much larger and form super-helical structures. In the C-terminal domain of LTA4 hydrolase, the arrangement is more straight and has a very compact shape. One of the helices is deformed and one of the interconnecting loops is long and contains a small 310 helix. The domain makes contacts with both the a-lobe of the catalytic domain and one of the edges of the N-terminal domain. It is positioned in a way such that the helices lie perpendicular to the 7 stranded b-sheet of the N-terminal domain and to most of the helices in the catalytic domain. The helices are amphipatic in character, with the hydrophobic sides towards the middle of the domain and hydrophilic residues pointing towards the solvent and into the deep cleft in the middle of the whole molecule. This side of the cleft is highly polar; 10 Arg and Lys residues and 4 Asp and Glu residues are positioned on this side. 4.4 Zinc coordination The immediate surroundings of the active site Zn2 + ion are very similar in thermolysin and LTA4 hydrolase. The Zn2+ is bound between the two lobes and is coordinated by His295, His299, one carboxylic oxygen of Glu318 and the carbonyl and hydroxyl oxygens of the inhibitor bestatin so that a square based pyramid is formed. The two histidines originate from a long a-helix and the glutamate from a neighboring a-helix, all in the a-lobe. Glu296 and Tyτ383, two residues implicated in the reaction mechanism for the peptide cleaving activity, are located near the Zn ion. Glu296, the putative general base, is positioned next to the metal ligand His295 and bends over the bestatin molecule and Tyr383, which was described as a proton donor, also makes contact with the bestatin molecule (Figure 8a). Interestingly, the second layer around the Zn ion shows differences between thermolysin and LTA4 hydrolase. In both enzymes the orientation of the zinc binding ligands is fixed by hydrogen bonds, however the hydrogen bond acceptors are positioned differently. In thermolysin, the Ndl of His 142 is hydrogen bonded to the Od2 of Asp 170, while in LTA4 hydrolase the Ndl of His295 is hydrogen bonded to the Oel of Glu325. This residue comes from a structural equivalent to the helix carrying Asp 170 in thermolysin, but is shifted half a turn outwards. The Ndl of His 146 in thermolysin is hydrogen bonded to the Odl of Asnl65. This residue is part of the zinc binding signature and is conserved between the two enzymes. However, in LTA4 hydrolase the helix in which this conserved residue is placed has been rotated slightly and Asn317 is no longer making a hydrogen bond to His299. The orientation of His299 is now fixed by a hydrogen bond from the Ndl to the carbonyl backbone oxygen of Thr302. The Odl of Asn317 makes instead a hydrogen bond to the backbone amide of Asn381 while the Nd2 makes a hydrogen bond to the hydroxyl group of Tyr200. The last protein-ligand, Glul66 is in thermolysin hydrogen bonded to Tyrl57 and a water molecule, in LTA4 hydrolase, Glu318 is only hydrogen bonded to a water molecule (Fig. 7). 4.5 Bestatin binding Although the zinc binding site is formed by residues only from the catalytic domain and most catalytic residues also come from this domain, the active site itself is surrounded by loops from all three domains. The binding of bestatin reflects this, since it makes interactions with residues from all three domains. The main interactions of bestatin are made through the carbonyl and hydroxyl oxygens to the Zn atom. Hydrophobic interactions are made between the phenyl moiety and the phenyl rings of Tyr267, Phe316, Tyr378 and Tyr383. Also, Met270 and Glnl36 are involved (Fig. 8a). The other end of the inhibitor is pointing towards the solvent, the leucine moiety makes interactions with Val292 and His295, while the carboxylic oxygens make interactions with Arg563 and Lys565 through water molecules as well as hydrogen bonds to the backbone nitrogen atoms of Gly268 and Gly269. Hydrogen bonds are formed between the peptidyl N of bestatin and Oe2 of Glu296 and between the terminal NH2 and the Oel of Glu271 and Oel of Glnl36. The hydroxyl oxygen makes apart from the interaction with the Zn ion also an interaction to the OH of Tyr383. (For schematic overview see Fig. 8b). Tyr378 which gets modified during suicide inactivation sits slightly further away, but makes a hydro- gen bond to Tyr383 and some hydrophobic interactions with the phenyl ring of the inhibitor. These two tyrosine are both found on the same stretch of amino-acids that in thermolysin form a long a helix, however in leukotriene hydrolase this helix is interrupted and two turns of the helix are replaced by three residues (378-380) in an extended conformation. The binding of bestatin is quite different as was found in the complex between bestatin and bovine lens leucine amino-peptidase (blLAP) (Burley, S., David, P., Sweet, R., Taylor, A. & Lipscomb, W. J. Mol. Biol. 224, 113-140 (1992)). In that complex, bestatin was bound to the Zn by both the terminal nitrogen and the nonproteinaceous PI hydroxyl oxygen, while in LTA4 hydrolase the bestatin is bound by the hydroxyl and carbonyl oxygens. The terminal nitrogen is involved in hydrogen bonding to Glu271 and Glnl36. These differences could stem from the fact the blLAP is a bimetal protein with a different reaction mechanism. Moreover the binding of bestatin as seen in LTA4 hydrolase is similar with the complexes formed between thermolysin and hydroxamates which also act as bidentate ligands by the hydroxyl and carbonyl oxygens (Holmes, M. & Matthews, B. Biochemistry 20 (1981)). Behind the pocket in which the phenyl ring of bestatin binds, there is a cavity that stretches 15 A deeper into the protein and is approximately 6 to 7 A wide. In the present structure this cavity is filled with water molecules. It has however a very hydrophobic nature and is lined with Trp311, Phe314, Trp315 Phe362, Leu365, Val367, Leu369, Pro374, Ala377, Tyr378, and Pro382. Most of these residues are strictly conserved or conserved in nature in all LTA4 hydrolase sequences known up until now, with the exception of Val367, which is replaced by a Gin in the yeast and C. elegans sequences. Interestingly space for this cavity is partly created by the in- terruption by the extended conformation in the stretch where Tyr378 and Tyr383 are found. One patch of this binding site is quite hydrophilic with Asnl34, Asp375 and the OH of Tyr267 clustering together. This bigger cavity could be a binding site for the LTA4 substrate molecule. If the epoxide moiety would bind in a similar way as the carbonyl oxygen of bestatin to the Zn ion, then the hydrophobic tail would fit snugly into the binding site now occupied by the phenyl group of bestatin and would continue into the deeper hydrophobic cavity (Fig. 9a). The other tail would sit in the pocket that is now occupied by the carboxy group of bestatin and it would be long enough for the carboxylic acid to make direct electrostatic interactions with the conserved Arg563 and Lys565. The replacement of Val367 by Gin as seen in the enzyme from yeast would make the hydrophobic channel shorter and this might be one of the reasons why the yeast enzyme has a poor leukotriene A4 epoxide hydrolase activity. The manner in which the leukotriene molecule would bind is similar as what is proposed for binding of arachidonic acid in 15-lipoxygenase (Gillmor, S.A., Villasenor, A., Fletterick, R., Sigal, E. & Browner, M.F. Nature Struc. Biol. 4, 1003-1009 (1997)) with the hydrophobic end buried inside the protein and the carboxylic acid more towards the surface making interactions with Arg and Lys residues. The binding of bestatin acts also as a guide for the binding of peptide substrate molecules. From systematic binding studies with tri-peptides it was shown that the enzyme has a strong preference for an arginine residue as the N-terminal residue and for several tri-peptides the enzyme has a kcat/Km ratio 10-fold the kcat/Km for LTA4 (Orning, L., Gierse, J.K. & Fitzpatrick, F.A. J. Biol. Chem. 269, 11269- 11273 (1994). If we roughly model a peptide in the active site with an N-terminal Arg with the carbonyl oxygen sitting on the place of the hydroxyl group of bestatin, then the Arg side-chain of this residue would sit in the same place as the phenyl group of the bestatin with the guanidinium headgroup interacting with the conserved Asp375 and the OH of Tyr267 and the more hydrophobic Cb, Cd and Cg atoms making similar interactions as the phenyl ring. The terminal aminogroup could make the same electrostatic interaction as the terminal aminogroup of bestatin with Asp271 and Glnl36. This mode of binding of bestatin is in contrast with the mode proposed by Orning, since the phenyl ring seems to occupy the S 1 pocket. We also propose that the LTA4 substrate molecule is occupying all three pockets, SI, S'l and S'2. If the binding mode of peptides in LTA4 hydrolase is compared with the one described for thermolysin, a number of differences are observed. In thermolysin, the peptide molecule is held in place by many interactions to the main chain atoms provided by Asnl l2, Ala203, Arg203 and Tip 115. None of these residues or equivalent residues can be found in the binding site in LTA4 hydrolase. Furthermore, although binding pockets SI and S'l are at similar positions as in thermolysin, site S'2 has to be different since its space is occupied by Tyr378 in LTA4 hydrolase. Glu271 and Gin 136 and the N-terminal domain are filling up the space into which in thermolysin the upstream peptide binds contributing to the exo-peptidase function instead of an endo-peptidase function as in thermolysin. 4.6 Putative Phosphorylation site Recently specific phosphorylation by a yet unknown specific kinase of Ser415 has been described as means of regulation of LTA4 hydrolase activity in endothelial cells (Rybina, I.V., Liu, H., Gor, Y. & Feinmark, S.J. J Biol Chem 212, 31865-71 (1997)). This residue is conserved in all mammalian LTA4 hydrolases and is embedded in a highly homologous stretch of residues. Phosphorylation of this residue seems to inhibit the epoxide hydrolase activity but not the amino-peptidase activity. In the structure this residue is located in a loop connecting two a-helices that lie on the surface of the molecule. The loop itself is located at the back of the enzyme. 4.7 Aminopeptidase activity The amino-peptidase activity catalyzed by this enzyme has been well studied and many of the important residues have been target for site-directed mutagenesis work. This lead to a proposal in which Glu296 would act as a general base (Wetterholm, A., et al. Proc Natl Acad Sci U S A 89, 9141-9145 (1992)) and Tyr383 as a putative proton donor (Blomster, M., Wetterholm, A., Mueller, M.J. & Haeggstrόm, J.Z. Eur. J. Biochem. 231, 528-534 (1995)). In the current complex, these residues are involved in hydrogen bonds with the bestatin molecule. If bestatin binding is seen as a rough analog for the transition state binding, then the interaction of Glu296 with the hydroxyl oxygen of bestatin indicates that this residue could indeed activate a water-molecule for the nucleophilic attack. The role of Tyr383 cannot so easily be confirmed, however its position strongly suggest the role of proton donor. In thermolysin the proton donor is His231 and although the Ca position of this resi- due is 4.1 A removed from the Ca position of Tyr383 in LTA4 hydrolase, the Ndl is only 1 A removed from the OH position of Tyr383. The conserved Glu271 could be involved in the exo-protease activity of the protein. Recently, the analogous Glu350 in aminopeptidase N and Glu352 in aminopeptidase A were subject to site-directed mutagenesis work (Luciani, N., et al. Biochemistry 37, 686-692 (1998); and Vaze- ux, G., Iturrioz, X., Corvol, P. & Llorenz-Cortez, C. Biochem. J. 334, 407-413 (1998)) and it was observed that mutations of this residue lead to large decreases in the activity in the case of substitutions by conserved amino-acids such as aspartate and glutamine and absence of activity in substitution by alanine. It was concluded that Glu350 belonged to the anionic binding site in that protein. A mechanism based on thermolysin was proposed for aminopeptidase N with a pentavalent transition state with an additional interaction between the free a-aminogroup and Glu350. In this structure we can observe such an interaction between Glu271 and the free aminogroup of bestatin. Furthermore the penta-valent coordination of Zn by the His295, His299, Glu318 and the carbonyl and hydroxyl groups of bestatin indicates that this is an equivalent transition state analog complex as determined previously for thermolysin. From careful sequence alignments and structural insight we can conclude that the enzymes in the Ml family of proteases will share a highly conserved catalytic domain that includes part of the N-terminal domain as we see it in LTA4 hydrolase and the thermolysin-like domain. There is no homology for residues in the C- terminal domain and we believe that this domain is unique for LTA4 hydrolases. According to the present invention, it is suggested that all proteases belonging to class Ml with the signature HExxH and a Glu 18 residues downstream will function in a similar way to thermolysin. 4.8 Epoxide hydrolase activity Concerning the epoxide hydrolase activity, much less is known about the functional elements and mechanisms of catalysis. In fact, the prosthetic zinc is the only critical component identified thus far and may potentially assist in the introduction of a water molecule at C12 or in the activation of the epoxide. Although Tyr378 and Tyr383 are important active side residues, none of them is essential for catalysis. A mutation of Tyr378 to Phe protects the enzyme against suicide inhibition, however the specificity of the double bond configuration is partly lost (Mueller, M., And- berg, M., Samuelsson, B. & Haeggstrom, J. J. Biol. Chem. 271, 24345-24348 (1996)) since a novel metabolite with a cis-trans-cis conjugated system can be detected. Thus, Tyr378 is a major binding site for LTA4 during suicide inactivation and seems to play a role for the formation of the correct double bond geometry in the product LTB4. Mutations of Tyr383 abolish the amino-peptidase activity where it has a role as potential proton donor (vide supra) but the epoxide hydrolase activ- ity is only decreased compared to wild-type. It is however implicated in the stereo- specific introduction of water during the hydrolysis of LTA4 to LTB4 since these mutants convert LTA4 in both LTB4 and 5 [S],6 [S]-DHETE (Andberg, M., Ham- berg, M. & Haeggstrom, J. J. Biol. Chem. 272, 23057-23063 (1997)). Moreover careful analysis of the catalytic properties of enzymes mutated in pos. 383, viz [Y383F], [Y383H] and [Y383Q]LTA4 hydrolase have indicated that the epoxide hydrolase reaction follows an SNI mechanism. If one considers the chemistry carried out by LTA4 hydrolase, the enzyme has two major tasks during the hydrolysis of LTA4 to LTB4. First introduction of a water molecule stereospecific at C12 and second to generate a cw-double bond 6 in the resulting conjugated triene system [cf. Fig. 1]. If LTA4 is modeled into the putative substrate binding pocket as indicated in figure 9b, the catalytic zinc gets close to the epoxide and not C12 of the substrate. Therefore the most likely role of the Zn ion is to act directly as a Lewis acid to activate and open the epoxide ring. This would generate a carbocation, whose charge will be delocalised over the con- jugated triene system from C7 to C12. Since this intermediate has an sp2 hydridized planar configuration at C12, it is in principle open for nucleophilic attack from either side of the molecule. The conserved Asp375 is positioned in such a way that a water molecule bound to it is in "attacking" distance of C12 of a modeled LTA4 molecule, the position into which a hydroxyl group is inserted during the reaction. This will account for the proper stereo-chemical and positional insertion of the hy- droxyl-group at C 12 in R configuration. The shape and curvature of the LTA4 binding pocket also gives a clue as to how the enzyme creates the cis double bond at A β. Since there is free rotation be- tween the c6 and c7 of LTA4, this bond may be kept in a "pro-cis" configuration in the transition state, which in turn would facilitate the formation of a 6-cis double bond form the carbocation intermediate. If LTA4 is modeled in this way, the entire molecule adopts a bent shape, fitting very well with the architecture of the binding pocket (Fig. 9b). Hence, the critical double bond geometry at 6 of LTB4 is proba- bly guaranteed by the exact binding conformation of LTA4 at the active side which in turn is governed by all the structural elements participating in substrate binding, including the carboxylate recognition sites, Arg56 and Lys565, the catalytic zinc and the hydrophobic residues lining the pocket. The putative binding cleft for the leukotriene molecule is narrow and bend and thereby favoring LTA4 over other ep- oxides. The two tyrosines are positioned such that they are in contact with the triple double bond configuration of a modeled LTA4 molecule at the bent of the putative binding pocket and they are hydrogen-bonded to each other. Therefore their position is ideal for guidance in stereo-specificity of the double bond configuration. The loss of specificity for the hydroxyl-incorporation at the C12 position in case of the Tyr383 position can be explained that mutations at this position would possibly create extra space for a water molecule that could attack at the C6 position and thereby form 5 [S],6 [S]-DHETE. The position of Tyr378 is such that it is in contact with the C6 atom of the modeled LTA4 molecule. If after opening of the epoxide ring the hydroxyl group of Tyr378 instead of a water molecule would attack the carbon-cation at the C6 position, a covalently attached molecule is formed which forms the suicide inhibited complex. In order to check this hypothesis and to obtain more information about the binding-site for leukotriene A4, the structure of this inhibited species would be essential. In order to exclude the possibility that residues near the active site might have further catalytic roles in the epoxide hydrolase reaction, a thorough investigation of these residues, such as Glu271 and Glnl36 has to be started. Furthermore the proposed role of Asp375 in activating a water molecule for the stereospecific attack at C12 has to be investigated. Accordingly, the present invention has solved the first specific leukotriene converting enzyme, which for the first time reveals the binding mode for leukotriene molecules. Furthermore, insight is provided in a unique active site that harbours two activities using different amino-acids to catalyze different reactions. 5. CONFORMATIONAL DATA Table 9: Structure coordinates of LTA4 hydrolase-thiolamine complex CRYST 68. 560 132. ,150 83.270 90.00 90.00 90.00 ] P21212 > SCALE 1 0.01459 0 .00000 0.00000 0.00000 SCALE2 0.00000 0 .00757 0.00000 0.00000 SCALE3 0.00000 0 .00000 0.01201 0.00000 Atom res . , Chain No. X y z occ B- -factor ATOM 1 N PRO A 1 -0.593 16.387 63.494 1.00 97. ,99 ATOM 2 CA PRO A 1 -1.890 16.918 63.874 1.00 97. 22 ATOM 3 C PRO A 1 -2.210 18.371 63.525 1.00100. 00 ATOM 4 0 PRO A 1 -2.402 18.667 62.342 1.00100. ,00 ATOM 5 CB PRO A 1 -2.130 16.551 65.332 1.00 97. ,81 ATOM 6 CG PRO A 1 -1.221 15.355 65.583 1.00100. ,00 ATOM 7 CD PRO A 1 -0.290 15.233 64.369 1.00 97. ,05 ATOM 8 N GLU A 2 -2.216 19.272 64.556 1.00 96. ,95 ATOM 9 CA GLU A 2 -2.569 20.678 64.314 1.00 95. ,71 ATOM 10 C GLU A 2 -2.188 21.701 65.386 1.00 94, ,33 ATOM 11 0 GLU A 2 -2.512 21.542 66.562 1.00 93, ,21 ATOM 12 CB GLU A 2 -4.105 20.768 64.214 1.00 97, .26 ATOM 13 CG GLU A 2 -4.587 21.732 63.125 1.00100. ,00 ATOM 14 CD GLU A 2 -4.351 21.139 61.767 1.00100. .00 ATOM 15 OE1 GLU A 2 -3.301 21.261 61.152 1.00100. .00 ATOM 16 OE2 GLU A 2 -5.361 20.398 61.368 1.00100, ,00 ATOM 17 N ILE A 3 -1.550 22.799 64.944 1.00 86, .29 ATOM 18 CA ILE A 3 -1.148 23.905 65.820 1.00 81, .53 ATOM 19 C ILE A 3 -2.006 25.154 65.661 1.00 75, .68 ATOM 20 0 ILE A 3 -2.835 25.288 64.763 1.00 76, .97 ATOM 21 CB ILE A 3 0.308 24.324 65.707 1.00 83, .45 ATOM 22 CGI ILE A 3 0.452 25.521 64.759 1.00 83, .63 ATOM 23 CG2 ILE A 3 1.198 23.160 65.300 1.00 84, .76 ATOM 24 CD1 ILE A 3 -0.184 25.361 63.375 1.00 91 .36 ATOM 25 N VAL A 4 -1.725 26.099 66.523 1.00 61, .54 ATOM 26 CA VAL A 4 -2.477 27.303 66.482 1.00 56, .32 ATOM 27 C VAL A 4 -1.658 28.552 66.623 1.00 50 .98 ATOM 28 0 VAL A 4 -0.803 28.694 67.512 1.00 47 .84 ATOM 29 CB VAL A 4 -3.514 27.318 67.595 1.00 58 .99 ATOM 30 CGI VAL A 4 -3.735 28.754 68.047 1.00 58 .40 ATOM 31 CG2 VAL A 4 -4.819 26.691 67.131 1.00 58 .56 ATOM 32 N ASP A 5 -2.012 29.486 65.732 1.00 39 .38 ATOM 33 CA ASP A 5 -1.403 30.782 65.763 1.00 32 .64 ATOM 34 C ASP A 5 -2.308 31.596 66.634 1.00 36.35 ATOM 35 O ASP A 5 -3. 343 32. 051 66. 171 1. 00 38. 30 ATOM 36 CB ASP A 5 -1. 252 31. 492 64. 400 1. 00 30. 79 ATOM 37 CG ASP A 5 -0. 251 32. 581 64. 563 1. 00 29. 96 ATOM 38 OD1 ASP A 5 -0. 069 33. 123 65. 635 1. 00 35. 01 ATOM 39 OD2 ASP A 5 0. 457 32. 831 63. 493 1. 00 29. 81 ATOM 40 N THR A 6 -1. 931 31. 745 67. 903 1. 00 32. 32 ATOM 41 CA THR A 6 -2. 710 32. 507 68. 842 1. 00 32. 08 ATOM 42 C THR A 6 -2. 701 34. 011 68. 557 1. 00 40. 63 ATOM 43 O THR A 6 -3. 484 34. 759 69. 132 1. 00 46. 68 ATOM 44 CB THR A 6 -2. 357 32. 171 70. 295 1. 00 44. 71 ATOM 45 OG1 THR A 6 -0. 967 32. 322 70. 505 1. 00 51. 05 ATOM 46 CG2 THR A 6 -2. 789 30. 741 70. 604 1. 00 35. 79 ATOM 47 N CYS A 7 -1. 842 34. 480 67. 656 1. 00 32. 51 ATOM 48 CA CYS A 7 -1. 797 35. 923 67. 335 1. 00 28. ,92 ATOM 49 C CYS A 7 -2. 627 36. 329 66. 129 1. 00 31. 49 ATOM 50 O CYS A 7 -2. 780 37. 523 65. 875 1. 00 25. 42 ATOM 51 CB CYS A 7 -0. 362 36. 410 67. 107 1. 00 27. 38 ATOM 52 SG CYS A 7 0. 686 35. 944 68. 518 1. 00 32. 02 ATOM 53 N SER A 8 -3. 140 35. 315 65. 383 1. 00 34. 03 ATOM 54 CA SER A 8 -3. 940 35. 508 64. 158 1. 00 32. 97 ATOM 55 C SER A 8 -5. ,410 35. 136 64. ,264 1. 00 33. ,52 ATOM 56 O SER A 8 -5. ,744 34. 137 64. ,866 1. 00 32. ,89 ATOM 57 CB SER A 8 -3. ,363 34. ,754 62. ,980 1. 00 34. ,07 ATOM 58 OG SER A 8 -4. ,017 35. 182 61. ,798 1. 00 36. ,65 ATOM 59 N LEU A 9 -6. ,289 35. 921 63. ,635 1. ,00 30. ,79 ATOM 60 CA LEU A 9 -7. ,724 35. ,649 63. 672 1. 00 31. ,91 ATOM 61 C LEU A 9 -8, ,198 35. ,009 62. ,377 1. ,00 36, ,07 ATOM 62 0 LEU A 9 -9, ,359 34. .626 62. ,216 1. ,00 38, ,61 ATOM 63 CB LEU A 9 -8, ,514 36. ,958 63. ,874 1. ,00 32. ,47 ATOM 64 CG LEU A 9 -8, ,306 37. ,688 65. ,212 1. ,00 35, .39 ATOM 65 CD1 LEU A 9 -9, .113 38. ,983 65. ,193 1. ,00 32, .27 ATOM 66 CD2 LEU A 9 -8, ,746 36. ,816 66. ,397 1. ,00 33, ,25 ATOM 67 N ALA A 10 -7, .273 34, .933 61, .443 1, .00 28, .63 ATOM 68 CA ALA A 10 -7, .545 34, .408 60, .147 1, .00 27, .14 ATOM 69 C ALA A 10 -7, .643 32. .921 60. .090 1, ,00 34, .34 ATOM 70 O ALA A 10 -7, .296 32, .173 61, .005 1. .00 37, .34 ATOM 71 CB ALA A 10 -6, .551 34, .936 59, .100 1, ,00 27, .72 ATOM 72 N SER A 11 -8, .130 32, .503 58, ,959 1. .00 32, .08 ATOM 73 CA SER A 11 -8, .256 31, .115 58, .708 1. .00 32, .03 ATOM 74 C SER A 11 -6, .838 30 .519 58, .656 1, .00 32 .67 ATOM 75 O SER A 11 -5 .927 31, .028 57, .986 1, .00 29 .29 ATOM 76 CB SER A 11 -9 .013 30 .934 57, .401 1, .00 38 .42 ATOM 77 OG SER A 11 -10 .391 30 .728 57, .648 1, .00 44 .17 ATOM 78 N PRO A 12 -6 .651 29, .440 59, .387 1, .00 29 .14 ATOM 79 CA PRO A 12 -5, .370 28 .786 59, .476 1, .00 26 .83 ATOM 80 C PRO A 12 -4 .935 28 .176 58 .173 1 .00 32 .64 ATOM 81 O PRO A 12 -5 .737 28 .007 57 .284 1 .00 35 .89 ATOM 82 CB PRO A 12 -5 .544 27 .698 60 .540 1 .00 28 .28 ATOM 83 CG PRO A 12 -7 .029 27 .571 60 .843 1 .00 32 .92 ATOM 84 CD PRO A 12 -7 .731 28 .587 59 .952 1 .00 30 .42 ATOM 85 N ALA A 13 -3 .645 27 .836 58 .063 1 .00 30 .63 ATOM 86 CA ALA A 13 -3 .066 27 .236 56 .855 1 .00 28 .36 ATOM 87 C ALA A 13 -3 .644 25 .852 56 .576 1 .00 33 .99 ATOM 88 O ALA A 13 -3 .455 25 .240 55 .528 1 .00 31 .60 ATOM 89 CB ALA A 13 -1 .561 27 .133 57 .050 1 .00 27 .68 ATOM 90 N SER A 14 -4 .338 25 .352 57 .571 1 .00 31 .10 ATOM 91 CA SER A 14 -4 .919 24 .069 57 .469 1 .00 30 .66 ATOM 92 C SER A 14 -6 .242 24 .133 56 .753 1 .00 37 .86 ATOM 93 O SER A 14 -6 .768 23 .118 56 .328 1 .00 45 .79 ATOM 94 CB SER A 14 -5 .005 23 .386 58 .825 1 .00 34 .33 ATOM 95 OG SER A 14 -6 .006 23 .978 59 .621 1 .00 41 .01 ATOM 96 N VAL A 15 -6 .785 25 .327 56 .630 1 .00 32 .80 ATOM 97 CA VAL A 15 -8 .036 25 .529 55 .917 1 .00 31 .81 ATOM 98 C VAL A 15 -7.777 26.107 54.507 1.00 34.70 ATOM 99 O VAL A 15 -8. 241 25. 576 53. 494 1. 00 31. 96 ATOM 100 CB VAL A 15 -9. 033 26. 336 56. 720 1. 00 33. 07 ATOM 101 CGI VAL A 15 10. 272 26. 638 55. 861 1. 00 33. 31 ATOM 102 CG2 VAL A 15 -9. 412 25. 538 57. 949 1. 00 30. 32 ATOM 103 N CYS A 16 -6. 990 27. 183 54. 453 1. 00 33. 85 ATOM 104 CA CYS A 16 -6. 602 27. 826 53. 189 1. 00 38. 27 ATOM 105 C CYS A 16 -5. 206 28. 388 53. 265 1. 00 37. 14 ATOM 106 O CYS A 16 -4. 616 28. 534 54. 322 1. 00 39. 70 ATOM 107 CB CYS A 16 -7. 589 28. 870 52. 581 1. 00 42. 09 ATOM 108 SG CYS A 16 -7. 844 30. 418 53. 540 1. 00 47. 38 ATOM 109 N ARG A 17 -4. 679 28. 722 52. 132 1. 00 32. 10 ATOM 110 CA ARG A 17 -3. 349 29. 262 52. 101 1. 00 32. 54 ATOM 111 C ARG A 17 -3. 210 30. 307 51. 005 1. 00 34. 56 ATOM 112 O ARG A 17 -3. 511 30. 065 49. 842 1. 00 35. 07 ATOM 113 CB ARG A 17 -2. 371 28. 152 51. 758 1. 00 36. 83 ATOM 114 CG ARG A 17 -1. 779 27. 391 52. 915 1. 00 40. 61 ATOM 115 CD ARG A 17 -1. 472 25. 970 52. 503 1. 00 27. 18 ATOM 116 NE ARG A 17 -1. 963 25. 026 53. 501 1. 00 52. 41 ATOM 117 CZ ARG A 17 -1. 244 24. 036 54. 035 1. 00 69. 41 ATOM 118 NH1 ARG A 17 0. ,020 23. 812 53. 683 1. 00 54. 86 ATOM 119 NH2 ARG A 17 -1. ,810 23. 246 54. 952 1. 00 49. 68 ATOM 120 N THR A 18 -2. 711 31. 454 51. 378 1. 00 27. 06 ATOM 121 CA THR A 18 -2. .489 32. 477 50. ,428 1. 00 26. 12 ATOM 122 C THR A 18 -1. ,250 32. 110 49. ,653 1. 00 30. 83 ATOM 123 O THR A 18 -0. ,174 31. 964 50. ,194 1. 00 29. 06 ATOM 124 CB THR A 18 -2, ,276 33. ,810 51. ,134 1. ,00 34. ,27 ATOM 125 OG1 THR A 18 -3. ,481 34. ,261 51. ,738 1. 00 32. ,95 ATOM 126 CG2 THR A 18 -1, ,730 34. ,839 50. ,156 1. 00 35. ,91 ATOM 127 N LYS A 19 -1, .408 31. ,955 48, ,365 1. ,00 31. ,55 ATOM 128 CA LYS A 19 -0, .298 31. ,615 47. ,511 1. ,00 31. ,74 ATOM 129 C LYS A 19 0, .359 32. ,848 46. ,906 1. ,00 33. ,90 ATOM 130 O LYS A 19 1, .513 32, .834 46, .520 1. .00 34, ,57 ATOM 131 CB LYS A 19 -0, .795 30, ,697 46, .398 1. ,00 36, ,08 ATOM 132 CG LYS A 19 -1, .332 29, ,368 46, .924 1. ,00 62, ,54 ATOM 133 CD LYS A 19 -0, .281 28, .257 47, .057 1, ,00 82, .23 ATOM 134 CE LYS A 19 0, .093 27, .880 48, .496 1, ,00 77, .50 ATOM 135 NZ LYS A 19 1 .553 27, .849 48, .745 1. ,00 55, .63 ATOM 136 N HIS A 20 -0 .387 33, .928 46 .810 1, .00 31, .40 ATOM 137 CA HIS A 20 0 .160 35, .122 46 .198 1, .00 29, .22 ATOM 138 C HIS A 20 -0 .655 36, .345 46 .517 1, .00 34, .68 ATOM 139 O HIS A 20 -1 .833 36 .239 46 .846 1 .00 35 .34 ATOM 140 CB HIS A 20 0 .123 34 .956 44 .666 1, .00 26 .47 ATOM 141 CG HIS A 20 0 .865 36 .022 43 .970 1, .00 26 .77 ATOM 142 ND1 HIS A 20 2 .249 36 .046 43 .980 1 .00 28 .92 ATOM 143 CD2 HIS A 20 0 .415 37 .091 43 .280 1. .00 27 .43 ATOM 144 CE1 HIS A 20 2 .622 37 .126 43 .301 1 .00 28 .21 ATOM 145 NE2 HIS A 20 1 .536 37 .781 42 .865 1 .00 28 .18 ATOM 146 N LEU A 21 0 .000 37 .492 46 .390 1 .00 30 .14 ATOM 147 CA LEU A 21 -0 .596 38 .782 46 .610 1 .00 31 .02 ATOM 148 C LEU A 21 -0 .134 39 .786 45 .562 1 .00 38 .34 ATOM 149 O LEU A 21 1 .073 39 .952 45 .312 1 .00 37 .30 ATOM 150 CB LEU A 21 -0 .342 39 .363 47 .999 1 .00 31 .30 ATOM 151 CG LEU A 21 -0 .611 40 .880 48 .047 1 .00 32 .33 ATOM 152 CD1 LEU A 21 -2 .088 41 .192 48 .324 1 .00 27 .10 ATOM 153 CD2 LEU A 21 0 .277 41 .522 49 .100 1 .00 32 .86 ATOM 154 N HIS A 22 -1 .127 40 .442 44 .951 1 .00 35 .47 ATOM 155 CA HIS A 22 -0 .895 41 .452 43 .920 1 .00 34 .24 ATOM 156 C HIS A 22 -1 .249 42 .742 44 .550 1 .00 33 .99 ATOM 157 O HIS A 22 -2 .402 42 .957 44 .905 1 .00 35 .72 ATOM 158 CB HIS A 22 -1 .720 41 .244 42 .624 1 .00 33 .38 ATOM 159 CG HIS A 22 -1 .350 42 .256 41 .615 1 .00 35 .97 ATOM 160 ND1 HIS A 22 -0 .030 42 .576 41 .384 1 .00 38 .81 ATOM 161 CD2 HIS A 22 -2 .125 43 .043 40 .830 1 .00 39 .07 ATOM 162 CE1 HIS A 22 0.019 43.534 40.462 1.00 38.66 ATOM 163 NE2 HIS A 22 1. 262 43. 829 40. 103 1. 00 39. 13 ATOM 164 N LEU A 23 0. 235 43. 539 44. 757 1. 00 30. 17 ATOM 165 CA LEU A 23 0. 416 44. 793 45. 405 1. 00 33. 32 ATOM 166 C LEU A 23 0. 203 45. 949 44. 440 1. 00 44. 46 ATOM 167 O LEU A 23 0. 828 46. 068 43. 761 1. 00 44. 06 ATOM 168 CB LEU A 23 0. 446 44. 882 46. 680 1. 00 33. 72 ATOM 169 CG LEU A 23 0. 141 45. 682 47. 871 1. 00 33. 15 ATOM 170 CD1 LEU A 23 0. 780 46. 835 48. 172 1. 00 26. 07 ATOM 171 CD2 LEU A 23 1. 539 46. 213 47. 609 1. 00 35. 39 ATOM 172 N ARG A 24 1. 256 46. 765 44. 395 1. 00 42. 83 ATOM 173 CA ARG A 24 1. 406 47. 964 43. 596 1. 00 41. 79 ATOM 174 C ARG A 24 1. 930 49. 005 44. 562 1. 00 39. 15 ATOM 175 O ARG A 24 3. 025 48. 859 45. 107 1. 00 39. 85 ATOM 176 CB ARG A 24 2. 458 47. 716 42. 504 1. 00 46. 35 ATOM 177 CG ARG A 24 2. 054 46. 750 41. 382 1. 00 50. 50 ATOM 178 CD ARG A 24 2 754 47. 058 40. 043 1. 00 80. 27 ATOM 179 NE ARG A 24 4. 200 46. 798 40. 062 1. 00 95. 12 ATOM 180 CZ ARG A 24 5. 152 47. 703 39. 826 1. 00100. 00 ATOM 181 NH1 ARG A 24 4 863 48 973 39. 483 1 00100 00 ATOM 182 NH2 ARG A 24 6 432 47. 326 39. 865 1. 00100 00 ATOM 183 N CYS A 25 1 164 50. 028 44. 844 1. 00 32. 39 ATOM 184 CA CYS A 25 1 698 50 969 45 813 1 00 33 30 ATOM 185 C CYS A 25 1 061 52 325 45. 724 1 00 34 82 ATOM 186 O CYS A 25 0 012 52 514 45. 076 1 00 31 03 ATOM 187 CB CYS A 25 1 503 50 440 47 257 1 00 34 67 ATOM 188 SG CYS A 25 0 231 50 529 47 798 1 00 38 07 ATOM 189 N SER A 26 1 711 53 257 46 418 1 00 34 39 ATOM 190 CA SER A 26 1 196 54 601 46 437 1 00 36 77 ATOM 191 C SER A 26 0 963 55 133 47 821 1 00 39 85 ATOM 192 O SER A 26 1 738 54 853 48 757 1 00 37 56 ATOM 193 CB SER A 26 1 889 55 600 45 530 1 00 42 70 ATOM 194 OG SER A 26 0 899 56 330 44 824 1 00 61 74 ATOM 195 N VAL A 27 0 133 55 897 47 886 1 00 39 43 ATOM 196 CA VAL A 27 0 624 56 583 49 081 1 00 41 31 ATOM 197 C VAL A 27 0 209 58 043 49 082 1 00 44 32 ATOM 198 O VAL A 27 0 562 58 799 48 187 1 00 45 24 ATOM 199 CB VAL A 27 2 135 56 531 49 207 1 00 46 35 ATOM 200 CGI VAL A 27 2 524 57 207 50 522 1 00 45 62 ATOM 201 CG2 VAL A 27 2 592 55 079 49 178 1 00 47 20 ATOM 202 N ASP A 28 0 553 58 417 50 093 1 00 37 94 ATOM 203 CA ASP A 28 1 040 59 764 50 237 1 00 35 28 ATOM 204 C ASP A 28 -0 595 60 366 51 538 1 00 33 85 ATOM 205 O ASP A 28 -1 181 60 099 52 598 1 00 28 52 ATOM 206 CB ASP A 28 2 559 59 807 50 189 1 00 37 09 ATOM 207 CG ASP A 28 -3 .055 61 205 50 095 1 00 55 .20 ATOM 208 OD1 ASP A 28 -2 .611 62 119 50 767 1 00 59 .17 ATOM 209 OD2 ASP A 28 -3 .993 61 335 49 192 1 00 61 .41 ATOM 210 N PHE A 29 0 .436 61 .174 51 405 1 .00 36 .42 ATOM 211 CA PHE A 29 1 .044 61 .888 52 512 1 .00 43 .07 ATOM 212 C PHE A 29 0 .105 62 .928 53 077 1 .00 51 .14 ATOM 213 O PHE A 29 0 .161 63 .279 54 .257 1 .00 51 .35 ATOM 214 CB PHE A 29 2 .410 62 .517 52 .143 1 .00 47 .77 ATOM 215 CG PHE A 29 3 .519 61 .485 52 .079 1 .00 50 .86 ATOM 216 CD1 PHE A 29 4 .066 60 .957 53 .247 1 .00 52 .08 ATOM 217 CD2 PHE A 29 3 .996 61 .001 50 .863 1 .00 53 .94 ATOM 218 CE1 PHE A 29 5 .075 59 .995 53 .215 1 .00 52 .83 ATOM 219 CE2 PHE A 29 5 .013 60 .046 50 .813 1 .00 56 .46 ATOM 220 CZ PHE A 29 5 .559 59 .538 51 .992 1 .00 53 .39 ATOM 221 N THR A 30 -0 .766 63 .420 52 .220 1 .00 47 .10 ATOM 222 CA THR A 30 -1 .718 64 .386 52 .654 1 .00 45 .48 ATOM 223 C THR A 30 -2 .788 63 .715 53 .509 1 .00 48 .41 ATOM 224 O THR A 30 -3 .045 64 .082 54 .649 1 .00 48 .64 ATOM 225 CB THR A 30 -2 .283 65 .097 51 .434 1 .00 54 .06 ATOM 226 OG1 THR A 30 1.428 66.186 51.107 1.00 50.68 ATOM 227 CG2 THR A 30 3. 697 65. 568 51. 745 1. 00 60. 28 ATOM 228 N ARG A 31 3. 392 62. 683 52. 978 1. 00 46. 66 ATOM 229 CA ARG A 31 4. 404 61. 987 53. 734 1. 00 47. 88 ATOM 230 C ARG A 31 3. 826 60. 999 54. 750 1. 00 45. 46 ATOM 231 O ARG A 31 4. 590 60. 468 55. 551 1. 00 41. 52 ATOM 232 CB ARG A 31 5. 335 61. 214 52. 805 1. 00 56. 73 ATOM 233 CG ARG A 31 5. 950 62. 065 51. 700 1. 00 84. 16 ATOM 234 CD ARG A 31 7. 338 61. 568 51. 284 1. 00100. 00 ATOM 235 NE ARG A 31 7. 344 60. 450 50. 327 1. 00100. 00 ATOM 236 CZ ARG A 31 8. 148 60. 371 49. 251 1. 00100. 00 ATOM 237 NH1 ARG A 31 9. 034 61. 324 48. 944 1. 00100. 00 ATOM 238 NH2 ARG A 31 8. 062 59. 298 48. 460 1. 00100. 00 ATOM 239 N ARG A 32 2. 489 60. 752 54. 683 1. 00 39. 71 ATOM 240 CA ARG A 32 1. 751 59. 798 55. 531 1. 00 39. 09 ATOM 241 C ARG A 32 2. ,324 58. ,411 55. 379 1. 00 39. ,62 ATOM 242 O ARG A 32 2. ,495 57. ,655 56. 337 1. 00 33. ,10 ATOM 243 CB ARG A 32 1. ,523 60. 115 57. 022 1. 00 37. ,14 ATOM 244 CG ARG A 32 1. ,197 61. ,569 57. 337 1. 00 71. ,25 ATOM 245 CD ARG A 32 0. ,277 61. 834 57. 686 1. 00100. ,00 ATOM 246 NE ARG A 32 0. ,703 61. ,299 58. 986 1. ,00100. ,00 ATOM 247 CZ ARG A 32 1. ,284 62. ,005 59. 961 1. 00 79. ,51 ATOM 248 NH1 ARG A 32 1. ,522 63. ,308 59. 831 1. ,00 55. ,73 ATOM 249 NH2 ARG A 32 1. ,626 61. ,387 61. 098 1. 00 44. ,96 ATOM 250 N THR A 33 2. ,612 58, ,068 54. ,139 1. ,00 39. .83 ATOM 251 CA THR A 33 3. ,162 56, ,752 53. ,902 1. ,00 39. ,31 ATOM 252 C THR A 33 2, .543 56. ,010 52. ,760 1. ,00 41. ,13 ATOM 253 O THR A 33 1. ,853 56. ,574 51. ,926 1. ,00 42. ,93 ATOM 254 CB THR A 33 4. ,635 56. ,835 53. ,641 1. ,00 43. ,44 ATOM 255 OG1 THR A 33 4, .798 57, .636 52. ,468 1, ,00 40, .17 ATOM 256 CG2 THR A 33 5, .245 57, .468 54. ,880 1, .00 38, .71 ATOM 257 N LEU A 34 ■ 2, .822 54, .717 52. ,762 1, ,00 35, ,26 ATOM 258 CA LEU A 34 2, .372 53, .799 51. ,745 1. ,00 35, .20 ATOM 259 C LEU A 34 ■ 3, .632 53, .293 51. ,098 1. ,00 32, .49 ATOM 260 O LEU A 34 ■ 4, .474 52, .670 51, ,751 1, .00 30, .96 ATOM 261 CB LEU A 34 • 1, .522 52, .651 52, ,322 1, .00 37, .07 ATOM 262 CG LEU A 34 ■ 0, .149 52, .571 51, ,685 1, ,00 42, .99 ATOM 263 CD1 LEU A 34 0, .648 51, .425 52, ,285 1, ,00 40, .58 ATOM 264 CD2 LEU A 34 ■ 0, .360 52, .302 50, ,208 1. ,00 50, .83 ATOM 265 N THR A 35 ■ 3 .800 53 .632 49, .838 1, .00 28 .72 ATOM 266 CA THR A 35 ■ 5, .017 53 .228 49, .198 1, .00 31, .26 ATOM 267 C THR A 35 ■ 4 .838 52 .329 48, .013 1, .00 36, .54 ATOM 268 O THR A 35 ■ 3, .940 52 .546 47, .187 1, .00 34, .70 ATOM 269 CB THR A 35 ■ 5, .877 54 .427 48, .813 1, .00 44, .88 ATOM 270 OG1 THR A 35 -5 .484 55 .549 49, .579 1 .00 58 .59 ATOM 271 CG2 THR A 35 -7. .324 54 .094 49, .109 1, .00 49 .42 ATOM 272 N GLY A 36 -5 .726 51 .329 47, .950 1, .00 32 .57 ATOM 273 CA GLY A 36 -5 .696 50 .405 46, .837 1, .00 33 .89 ATOM 274 C GLY A 36 ■ 6 .418 49 .074 46, .993 1, .00 34 .50 ATOM 275 O GLY A 36 -7 .441 48 .919 47 .678 1 .00 31 .78 ATOM 276 N THR A 37 -5 .836 48 .103 46 .293 1 .00 35 .93 ATOM 277 CA THR A 37 -6 .327 46 .723 46 .281 1 .00 36 .12 ATOM 278 C THR A 37 -5 .268 45 .696 46 .473 1 .00 35 .67 ATOM 279 O THR A 37 -4 .155 45 .795 45 .964 1 .00 33 .86 ATOM 280 CB THR A 37 -7 .119 46 .306 45 .050 1 .00 42 .21 ATOM 281 OG1 THR A 37 -6 .507 46 .804 43 .870 1 .00 30 .98 ATOM 282 CG2 THR A 37 -8 .547 46 .793 45 .229 1 .00 50 .03 ATOM 283 N ALA A 38 -5 .687 44 .705 47 .220 1 .00 32 .95 ATOM 284 CA ALA A 38 -4 .886 43 .570 47 .533 1 .00 33 .45 ATOM 285 C ALA A 38 -5 .481 42 .374 46 .824 1 .00 35 .47 ATOM 286 O ALA A 38 -6 .580 41 .906 47 .151 1 .00 32 .91 ATOM 287 CB ALA A 38 -4 .845 43 .341 49 .044 1 .00 33 .72 ATOM 288 N ALA A 39 -4 .764 41 .874 45 .834 1 .00 32 .70 ATOM 289 CA ALA A 39 -5 .274 40 .702 45 .140 1 .00 31 .59 ATOM 290 C ALA A 39 -4.692 39.464 45.770 1.00 32.11 ATOM 291 O ALA A 39 -3. 514 39. 147 45. 608 1. 00 32. 46 ATOM 292 CB ALA A 39 -4. 934 40. 729 43. 662 1. 00 32. 13 ATOM 293 N LEU A 40 -5. 505 38. 774 46. 508 1. 00 27. 06 ATOM 294 CA LEU A 40 -5. 001 37. 593 47. 155 1. 00 29. 04 ATOM 295 C LEU A 40 -5. 331 36. 322 46. 364 1. 00 36. 88 ATOM 296 O LEU A 40 -6. 485 36. 100 45. 963 1. 00 28. 89 ATOM 297 CB LEU A 40 -5. 587 37. 451 48. 600 1. 00 29. 39 ATOM 298 CG LEU A 40 -5. 303 38. 598 49. 559 1. 00 31. 39 ATOM 299 CD1 LEU A 40 -5. 435 38. 063 50. 970 1. 00 32. 62 ATOM 300 CD2 LEU A 40 -3. 879 39. 019 49. 355 1. 00 31. 60 ATOM 301 N THR A 41 -4. 310 35. 470 46. 165 1. 00 42. 40 ATOM 302 CA THR A 41 -4. 523 34. ,210 45. 488 1. 00 43. 93 ATOM 303 C THR A 41 -4. 548 33. 155 46. 552 1. ,00 43. 75 ATOM 304 O THR A 41 -3. 510 32. 827 47. 115 1. 00 45. 22 ATOM 305 CB THR A 41 -3. 511 33. 892 44. 402 1. 00 55. 44 ATOM 306 OG1 THR A 41 -3. 604 34. 885 43. 418 1. 00 55. 57 ATOM 307 CG2 THR A 41 -3. 872 32. ,544 43. ,802 1. ,00 47. ,78 ATOM 308 N VAL A 42 -5. 755 32. ,688 46. ,848 1. ,00 33. ,25 ATOM 309 CA VAL A 42 -5. 946 31. .720 47. ,893 1. ,00 32. ,21 ATOM 310 C VAL A 42 -6. 166 30. ,312 47. ,380 1. ,00 40. 56 ATOM 311 O VAL A 42 -6. 827 30. ,105 46. 376 1. ,00 42. 56 ATOM 312 CB VAL A 42 -7. 017 32. ,153 48. 920 1. 00 36. 45 ATOM 313 CGI VAL A 42 -6. ,817 31. ,451 50. ,266 1, ,00 36. ,89 ATOM 314 CG2 VAL A 42 -6. ,963 33. ,665 49. ,170 1. ,00 36. ,10 ATOM 315 N GLN A 43 -5. ,590 29. ,357 48. ,117 1. ,00 35. ,91 ATOM 316 CA GLN A 43 -5. ,678 27. ,945 47. ,838 1. ,00 31. ,59 ATOM 317 C GLN A 43 -6. ,346 27. ,244 48. ,988 1. ,00 38. ,98 ATOM 318 O GLN A 43 -5, ,916 27, .317 50, ,144 1, .00 40. ,92 ATOM 319 CB GLN A 43 -4. ,305 27, .319 47, ,568 1, .00 30. ,50 ATOM 320 CG GLN A 43 -4. ,362 25, .800 47, ,259 1, ,00 53. ,80 ATOM 321 CD GLN A 43 -2. ,986 25, ,177 47. ,099 1, ,00 62. ,47 ATOM 322 OE1 GLN A 43 -2. ,569 24, ,842 45. ,978 1, ,00 57. ,34 ATOM 323 NE2 GLN A 43 -2. ,274 25, ,037 48, ,224 1, ,00 43. ,72 ATOM 324 N SER A 44 -7, ,423 26, .555 48. .664 1, .00 33, ,83 ATOM 325 CA SER A 44 -8, ,166 25, .839 49, .678 1, .00 31, .38 ATOM 326 C SER A 44 -7, ,495 24, .557 50, .117 1, .00 42, ,10 ATOM 327 O SER A 44 -6, ,955 23, .814 49. .292 1, .00 42, ,78 ATOM 328 CB SER A 44 -9, ,576 25, .530 49, .226 1, .00 28, ,60 ATOM 329 OG SER A 44 -10, .234 24 .785 50, .224 1 .00 34, .57 ATOM 330 N GLN A 45 -7, .579 24, .286 51. .423 1 .00 38, .84 ATOM 331 CA GLN A 45 -7, .007 23 .082 51. .994 1, .00 37, .05 ATOM 332 C GLN A 45 -8, .082 22 .050 52, .269 1 .00 47, .57 ATOM 333 O GLN A 45 -7, .801 20, .917 52, .678 1, .00 42, .94 ATOM 334 CB GLN A 45 -6, .247 23 .411 53, .280 1, .00 36, .10 ATOM 335 CG GLN A 45 -5, .246 24 .539 53 .034 1 .00 54, .73 ATOM 336 CD GLN A 45 -4, .323 24 .206 51 .888 1. .00 45, .43 ATOM 337 OE1 GLN A 45 -4, .257 24 .888 50 .833 1 .00 39, .23 ATOM 338 NE2 GLN A 45 -3, .621 23 .121 52 .092 1 .00 29, .80 ATOM 339 N GLU A 46 -9, .330 22 .459 52 .048 1 .00 50, .54 ATOM 340 CA GLU A 46 -10 .454 21 .573 52 .283 1 .00 50 .99 ATOM 341 C GLU A 46 -11 .496 21 .583 51 .179 1 .00 54 .49 ATOM 342 O GLU A 46 -11, .518 22 .406 50 .261 1 .00 54 .00 ATOM 343 CB GLU A 46 -11. .139 21 .793 53 .657 1 .00 51 .61 ATOM 344 CG GLU A 46 -10 .581 22 .979 54 .454 1 .00 55 .93 ATOM 345 CD GLU A 46 -11 .427 23 .329 55 .646 1 .00 78 .67 ATOM 346 OE1 GLU A 46 -12 .563 23 .765 55 .543 1 .00 69 .56 ATOM 347 OE2 GLU A 46 -10 .814 23 .129 56 .796 1 .00 75 .10 ATOM 348 N ASP A 47 -12 .387 20 .630 51 .300 1 .00 48 .90 ATOM 349 CA ASP A 47 -13 .450 20 .549 50 .362 1 .00 49 .03 ATOM 350 C ASP A 47 -14 .591 21 .425 50 .846 1 .00 55 .15 ATOM 351 O ASP A 47 -14 .760 21 .631 52 .044 1 .00 56 .66 ATOM 352 CB ASP A 47 -13 .913 19 .099 50 .227 1 .00 50 .20 ATOM 353 CG ASP A 47 -13 .083 18 .376 49 .218 1 .00 66 .88 ATOM 354 OD1 ASP A 47 12.340 18.945 48.434 1.00 66.27 ATOM 355 OD2 ASP A 47 13. 235 17. 081 49. 284 1. 00 76. 37 ATOM 356 N ASN A 48 15. 391 21. 941 49. 929 1. 00 50. 25 ATOM 357 CA ASN A 48 16. 519 22. 755 50. 339 1. 00 48. 45 ATOM 358 C ASN A 48 16. 115 24. 000 51. 115 1. 00 43. 07 ATOM 359 O ASN A 48 16. 699 24. 351 52. 138 1. 00 39. 78 ATOM 360 CB ASN A 48 17. 559 21. 909 51. 117 1. 00 51. 19 ATOM 361 CG ASN A 48 18. 985 22. 417 51. 005 1. 00 76. 39 ATOM 362 OD1 ASN A 48 19. 594 22. 348 49. 929 1. 00 85. 15 ATOM 363 ND2 ASN A 48 19. 515 22. 928 52. 115 1. 00 68. 29 ATOM 364 N LEU A 49 15. 113 24. 688 50. 628 1. 00 35. 36 ATOM 365 CA LEU A 49 14. 728 25. 874 51. 335 1. 00 34. 40 ATOM 366 C LEU A 49 15. 601 27. 009 50. 851 1. 00 47. 38 ATOM 367 O LEU A 49 15. 421 27. 515 49. 734 1. 00 45. 47 ATOM 368 CB LEU A 49 13. 239 26. 152 51. 173 1. 00 31. 04 ATOM 369 CG LEU A 49 12. 781 27. 394 51. 885 1. 00 29. 82 ATOM 370 CD1 LEU A 49 12. 725 27. 137 53. 385 1. 00 28. 15 ATOM 371 CD2 LEU A 49 11. 394 27. 753 51. 368 1. 00 30. 24 ATOM 372 N ARG A 50 16. 568 27. 363 51. 699 1. 00 50. 49 ATOM 373 CA ARG A 50 17. 560 28. 392 51. 401 1. 00 52. 83 ATOM 374 C ARG A 50 17. 169 29. 838 51. 702 1. 00 55. 57 ATOM 375 O ARG A 50 17 627 30 760 51. 011 1 00 53 89 ATOM 376 CB ARG A 50 18 928 28 028 51 986 1 00 58 35 ATOM 377 CG ARG A 50 19 863 27 354 50 980 1 00 74 76 ATOM 378 CD ARG A 50 20 438 26 024 51. 462 1 00 81 60 ATOM 379 NE ARG A 50 21 214 25 355 50. 415 1 00 94 37 ATOM 380 CZ ARG A 50 22 465 24 888 50. 538 1 00100 00 ATOM 381 NH1 ARG A 50 23 151 24 990 51 687 1 00100 00 ATOM 382 NH2 ARG A 50 23 046 24 297 49 471 1 00 74 34 ATOM 383 N SER A 51 16 331 30 006 52 743 1 00 54 71 ATOM 384 CA SER A 51 15 823 31 297 53 224 1 00 53 49 ATOM 385 C SER A 51 14 495 31 156 53 955 1 00 53 57 ATOM 386 O SER A 51 14 146 30 062 54 420 1 00 52 93 ATOM 387 CB SER A 51 16 788 31 900 54 232 1 00 54 03 ATOM 388 OG SER A 51 16 871 31 048 55 373 1 00 45 15 ATOM 389 N LEU A 52 13 796 32 298 54 067 1 00 47 19 ATOM 390 CA LEU A 52 12 519 32 422 54 762 1 00 45 66 ATOM 391 C LEU A 52 12 415 33 671 55 640 1 00 50 43 ATOM 392 O LEU A 52 13 145 34 633 55 471 1 00 52 64 ATOM 393 CB LEU A 52 11 235 32 117 53 923 1 00 44 20 ATOM 394 CG LEU A 52 10 896 33 044 52 745 1 00 43 98 ATOM 395 CD1 LEU A 52 11 739 32 687 51 554 1 00 42 82 ATOM 396 CD2 LEU A 52 11 128 34 501 53 094 1 00 44 71 ATOM 397 N VAL A 53 11 483 33 658 56 579 1 00 44 97 ATOM 398 CA VAL A 53 -11 .271 34 781 57 455 1 00 41 69 ATOM 399 C VAL A 53 -9 859 35 309 57 339 1 00 44 25 ATOM 400 O VAL A 53 -8 866 34 .551 57 302 1 00 45 42 ATOM 401 CB VAL A 53 -11 .565 34 .420 58 .906 1 .00 45 .48 ATOM 402 CGI VAL A 53 -11 .223 35 .554 59 .853 1 .00 44 .94 ATOM 403 CG2 VAL A 53 -13 .030 34 .073 59 .050 1 .00 45 .79 ATOM 404 N LEU A 54 -9 .796 36 .627 57 .166 1 .00 35 .12 ATOM 405 CA LEU A 54 -8 .555 37 .333 57 .080 1 .00 34 .14 ATOM 406 C LEU A 54 -8 .377 38 .207 58 .326 1 .00 38 .92 ATOM 407 O LEU A 54 -9 .281 38 .457 59 .108 1 .00 37 .45 ATOM 408 CB LEU A 54 -8 .461 38 .216 55 .831 1 .00 34 .73 ATOM 409 CG LEU A 54 -8 .539 37 .469 54 .510 1 .00 40 .25 ATOM 410 CD1 LEU A 54 -8 .416 38 .488 53 .374 1 .00 40 .69 ATOM 411 CD2 LEU A 54 -7 .424 36 .428 54 .415 1 .00 39 .64 ATOM 412 N ASP A 55 -7 .192 38 .674 58 .524 1 .00 35 .02 ATOM 413 CA ASP A 55 -6 .918 39 .526 59 .627 1 .00 31 .65 ATOM 414 C ASP A 55 -6 .956 40 .941 59 .078 1 .00 40 .38 ATOM 415 O ASP A 55 -6 .754 41 .151 57 .886 1 .00 39 .98 ATOM 416 CB ASP A 55 -5 .494 39 .232 60 .075 1 .00 30 .92 ATOM 417 CG ASP A 55 -5 .397 38 .103 61 .037 1 .00 35 .96 ATOM 418 OD1 ASP A 55 -6.049 , 074 62 . 066 1 . 00 38 . 49 ATOM 419 OD2 ASP A 55 -4. 491 37. 205 60. 682 1. 00 36. 53 ATOM 420 N THR A 56 -7. 196 41. 900 59. 963 1. 00 42. 93 ATOM 421 CA THR A 56 -7. 243 43. 334 59. 661 1. 00 41. 75 ATOM 422 C THR A 56 -7. 101 44. 128 60. 967 1. 00 37. 46 ATOM 423 O THR A 56 -7. 517 43. 687 62. 049 1. 00 36. 98 ATOM 424 CB THR A 56 -8. 514 43. 825 58. 894 1. 00 37. 17 ATOM 425 OG1 THR A 56 -9. 587 43. 957 59. 805 1. 00 31. 84 ATOM 426 CG2 THR A 56 -8. 910 42. 943 57. 714 1. 00 33. 58 ATOM 427 N LYS A 57 -6. 513 45. 304 60. 863 1. 00 26. 63 ATOM 428 CA LYS A 57 -6. 363 46. 134 62. 020 1. 00 25. 64 ATOM 429 C LYS A 57 -6. 585 47. 539 61. 547 1. 00 30. 08 ATOM 430 O LYS A 57 -5. 854 48. 012 60. 711 1. 00 25. 68 ATOM 431 CB LYS A 57 -4. 991 45. 983 62. 641 1. 00 27. 34 ATOM 432 CG LYS A 57 -4. 907 46. 387 64. 100 1. 00 35. 83 ATOM 433 CD LYS A 57 -3. 514 46. 904 64. 471 1. 00 35. 57 ATOM 434 CE LYS A 57 -2. 901 46. 225 65. 689 1. 00 50. 54 ATOM 435 NZ LYS A 57 -2. 521 47. 180 66. 757 1. 00 55. 43 ATOM 436 N ASP A 58 -7. 617 48. 188 62. 065 1. 00 32. 68 ATOM 437 CA ASP A 58 -7. 895 49. ,545 61. 665 1. 00 35. 27 ATOM 438 C ASP A 58 -7. 894 49. 710 60. 149 1. 00 38. 24 ATOM 439 O ASP A 58 -7. 289 50. 627 59. 571 1. 00 35. 86 ATOM 440 CB ASP A 58 -6. ,968 50. ,550 62. ,386 1. ,00 37. ,22 ATOM 441 CG ASP A 58 -7. .041 50. ,393 63. ,880 1. ,00 50. 71 ATOM 442 OD1 ASP A 58 -8. ,073 50. ,136 64. ,478 1. 00 57. 20 ATOM 443 OD2 ASP A 58 -5. ,878 50. ,562 64. ,463 1. 00 45. 82 ATOM 444 N LEU A 59 -8. ,604 48. ,796 59. .516 1. ,00 37. ,68 ATOM 445 CA LEU A 59 -8. ,720 48. ,813 58. ,079 1. ,00 39. ,36 ATOM 446 C LEU A 59 • 10. ,077 49. ,243 57. ,555 1. ,00 45. ,51 ATOM 447 O LEU A 59 -11. ,146 48, ,946 58. ,120 1. ,00 44. ,18 ATOM 448 CB LEU A 59 -8, ,265 47, ,506 57. .422 1. ,00 38. ,42 ATOM 449 CG LEU A 59 -6, ,762 47, ,475 57. ,218 1. ,00 37. ,40 ATOM 450 CD1 LEU A 59 -6, .392 46, .173 56, .526 1, ,00 36, ,39 ATOM 451 CD2 LEU A 59 -6, .321 48, .655 56, .361 1, ,00 36. ,57 ATOM 452 N THR A 60 -9. ,984 49, .949 56, ,437 1. ,00 42. ,59 ATOM 453 CA THR A 60 -11, .132 50, .483 55, .734 1, .00 42, .63 ATOM 454 C THR A 60 -11, .357 49, .705 54, .463 1, .00 38, .18 ATOM 455 O THR A 60 -10, .632 49, .856 53, .454 1, .00 34, .33 ATOM 456 CB THR A 60 -11 .030 52 .028 55, .532 1, .00 65, .15 ATOM 457 OG1 THR A 60 -11, .806 52 .736 56, .504 1, .00 67, .56 ATOM 458 CG2 THR A 60 -11 .345 52 .480 54, .104 1, .00 56, .89 ATOM 459 N ILE A 61 -12 .360 48 .847 54 .571 1 .00 33 .39 ATOM 460 CA ILE A 61 -12 .753 47 .975 53 .482 1 .00 35, .89 ATOM 461 C ILE A 61 -13 .726 48 .634 52 .533 1 .00 41, .05 ATOM 462 O ILE A 61 -14 .913 48 .706 52 .840 1, .00 40, .08 ATOM 463 CB ILE A 61 -13 .403 46 .670 53 .944 1. .00 39 .71 ATOM 464 CGI ILE A 61 -12 .482 45 .826 54 .832 1, .00 39 .90 ATOM 465 CG2 ILE A 61 -13 .788 45 .900 52 .691 1 .00 38 .96 ATOM 466 CD1 ILE A 61 -11 .027 45 .851 54 .358 1 .00 49 .61 ATOM 467 N GLU A 62 -13 .219 49 .080 51 .391 1 .00 40 .23 ATOM 468 CA GLU A 62 -14 .040 49 .700 50 .365 1 .00 41 .73 ATOM 469 C GLU A 62 -14 .986 48 .633 49 .826 1 .00 47 .09 ATOM 470 O GLU A 62 -16 .207 48 .726 49 .926 1 .00 47 .52 ATOM 471 CB GLU A 62 -13 .138 50 .272 49 .239 1 .00 44 .08 ATOM 472 CG GLU A 62 -13 .765 51 .406 48 .381 1 .00 64 .08 ATOM 473 CD GLU A 62 -14 .686 50 .946 47 .256 1 .00100 .00 ATOM 474 OE1 GLU A 62 -15 .458 50 .002 47 .376 1 .00100 .00 ATOM 475 OE2 GLU A 62 -14 .591 51 .670 46 .146 1 .00 75 .11 ATOM 476 N LYS A 63 -14 .399 47 .580 49 .267 1 .00 43 .46 ATOM 477 CA LYS A 63 -15 .168 46 .474 48 .746 1 .00 40 .53 ATOM 478 C LYS A 63 -14 .250 45 .307 48 .489 1 .00 45 .38 ATOM 479 O LYS A 63 -13 .046 45 .500 48 .362 1 .00 43 .51 ATOM 480 CB LYS A 63 -15 .818 46 .830 47 .428 1 .00 40 .46 ATOM 481 CG LYS A 63 -14 .789 46 .959 46 .321 1 .00 20 .53 ATOM 482 CD LYS A 63 15.367 47.555 45.054 1.00 28.36 ATOM 483 CE LYS A 63 14. 315 48. 158 44. 139 1. 00 40. 61 ATOM 484 NZ LYS A 63 14. 588 47. 938 42. 711 1. 00 54. 71 ATOM 485 N VAL A 64 14. 862 44. 116 48. 441 1. 00 45. 57 ATOM 486 CA VAL A 64 14. 190 42. 844 48. 171 1. 00 44. 90 ATOM 487 C VAL A 64 14. 666 42. 263 46. 841 1. 00 46. 44 ATOM 488 O VAL A 64 15. 826 41. 917 46. 700 1. 00 45. 81 ATOM 489 CB VAL A 64 14. 505 41. 748 49. 192 1. 00 46. 24 ATOM 490 CGI VAL A 64 13. 864 40. 471 48. 669 1. 00 44. 81 ATOM 491 CG2 VAL A 64 14. 040 42. 048 50. 627 1. 00 44. 77 ATOM 492 N VAL A 65 13. 793 42. 099 45. 875 1. 00 43. 10 ATOM 493 CA VAL A 65 14. 240 41. 537 44. 604 1. 00 41. 42 ATOM 494 C VAL A 65 13. 707 40. 156 44. 282 1. 00 42. 13 ATOM 495 O VAL A 65 12. 605 39. 787 44. 660 1. 00 42. 64 ATOM 496 CB VAL A 65 13. 856 42. 462 43. 484 1. 00 44. 58 ATOM 497 CGI VAL A 65 14. 520 42. 037 42. 189 1. 00 42. 79 ATOM 498 CG2 VAL A 65 14. 264 43. 874 43. 883 1. 00 45. 05 ATOM 499 N ILE A 66 14. 515 39. 402 43. 556 1. 00 38. 68 ATOM 500 CA ILE A 66 14 179 38 053 43 113 1. 00 39 98 ATOM 501 C ILE A 66 14 899 37 774 41 802 1. 00 44 86 ATOM 502 O ILE A 66 16 136 37 735 41 729 1. 00 42 69 ATOM 503 CB ILE A 66 14 520 36 947 44. 113 1. 00 44 28 ATOM 504 CGI ILE A 66 13 813 37 127 45 445 1. 00 47 27 ATOM 505 CG2 ILE A 66 14 141 35 578 43 550 1 00 42 84 ATOM 506 CD1 ILE A 66 14 352 36 169 46 514 1. 00 38 79 ATOM 507 N ASN A 67 14 120 37 549 40 759 1 00 42 94 ATOM 508 CA ASN A 67 14 715 37 266 39 472 1 00 44 24 ATOM 509 C ASN A 67 15 541 38 444 39 008 1 00 54 25 ATOM 510 O ASN A 67 16 743 38 344 38 768 1 00 57 56 ATOM 511 CB ASN A 67 15 595 36 007 39 507 1 00 40 72 ATOM 512 CG ASN A 67 14 788 34 759 39 745 1 00 57 39 ATOM 513 OD1 ASN A 67 13 581 34 711 39 454 1 00 52 63 ATOM 514 ND2 ASN A 67 15 446 33 760 40 317 1 00 44 54 ATOM 515 N GLY A 68 14 876 39 574 38 899 1 00 50 43 ATOM 516 CA GLY A 68 15 517 40 796 38 462 1 00 48 89 ATOM 517 C GLY A 68 16 807 41 115 39 194 1 00 48 77 ATOM 518 O GLY A 68 17 523 42 018 38 803 1 00 51 39 ATOM 519 N GLN A 69 17 129 40 385 40 244 1 00 40 06 ATOM 520 CA GLN A 69 18 348 40 716 40 928 1 00 40 02 ATOM 521 C GLN A 69 18 031 41 059 42 364 1 00 50 45 ATOM 522 O GLN A 69 16 943 40 748 42 855 1 00 50 53 ATOM 523 CB GLN A 69 19 415 39 602 40 829 1 00 40 78 ATOM 524 CG GLN A 69 19 966 39 367 39 414 1 00 23 77 ATOM 525 CD GLN A 69 20 513 40 646 38 831 1 00 56 53 ATOM 526 OE1 GLN A 69 19 974 41 198 37 859 1 00 55 28 ATOM 527 NE2 GLN A 69 21 588 41 134 39 437 1 00 62 26 ATOM 528 N GLU A 70 18 975 41 718 43 028 1 00 49 43 ATOM 529 CA GLU A 70 18 766 42 094 44 407 1 00 50 67 ATOM 530 C GLU A 70 19 296 40 996 45 288 1 00 57 90 ATOM 531 O GLU A 70 -20 .272 40 .367 44 .909 1 00 63 .90 ATOM 532 CB GLU A 70 -19 .449 43 .434 44 .732 1 .00 52 .26 ATOM 533 CG GLU A 70 -18 .824 44 .624 43 .970 1 00 64 .80 ATOM 534 CD GLU A 70 -19 .181 45 .967 44 .555 1 .00 91 .82 ATOM 535 OE1 GLU A 70 -19 .749 46 .108 45 .629 1 .00100 .00 ATOM 536 OE2 GLU A 70 -18 .814 46 .963 43 .785 1 .00 76 .01 ATOM 537 N VAL A 71 -18 .655 40 .742 46 .433 1 .00 47 .28 ATOM 538 CA VAL A 71 -19 .119 39 .685 47 .335 1 .00 43 .84 ATOM 539 C VAL A 71 -19 .434 40 .153 48 .768 1 .00 41 .62 ATOM 540 O VAL A 71 -18 .983 41 .206 49 .254 1 .00 35 .70 ATOM 541 CB VAL A 71 -18 .308 38 .361 47 .273 1 .00 46 .05 ATOM 542 CGI VAL A 71 -18 .062 37 .923 45 .827 1 .00 45 .19 ATOM 543 CG2 VAL A 71 -16 .979 38 .460 48 .017 1 .00 45 .24 ATOM 544 N LYS A 72 -20 .239 39 .343 49 .431 1 .00 39 .34 ATOM 545 CA LYS A 72 -20 .610 39 .594 50 .792 1 .00 42 .40 ATOM 546 C LYS A 72 -19.347 39.466 51.668 1.00 56.92 ATOM 547 O LYS A 72 -18. 399 38. 729 51. 334 1. 00 59. 27 ATOM 548 CB LYS A 72 -21. 719 38. 629 51. 211 1. 00 45. 76 ATOM 549 CG LYS A 72 -22. 378 38. 960 52. 557 1. 00 86. 98 ATOM 550 CD LYS A 72 -23. 898 38. 767 52. 606 1. 00100. 00 ATOM 551 CE LYS A 72 -24. 656 40. 012 53. 077 1. 00100. 00 ATOM 552 NZ LYS A 72 -26. 011 39. 730 53. 592 1. 00100. 00 ATOM 553 N TYR A 73 -19. 332 40. 210 52. 780 1. 00 55. 45 ATOM 554 CA TYR A 73 -18. 236 40. 226 53. 747 1. 00 53. 31 ATOM 555 C TYR A 73 -18. 636 40. 884 55. 068 1. 00 50. 87 ATOM 556 O TYR A 73 -19. 552 41. 703 55. 139 1. 00 47. 82 ATOM 557 CB TYR A 73 -16. 891 40. 741 53. 214 1. 00 52. 73 ATOM 558 CG TYR A 73 -16. 765 42. 244 53. 227 1. 00 51. 76 ATOM 559 CD1 TYR A 73 -16. 539 42. 946 54. 416 1. 00 52. 82 ATOM 560 CD2 TYR A 73 -16. 927 42. 967 52. 039 1. 00 53. 30 ATOM 561 CE1 TYR A 73 -16. 439 44. 340 54. 422 1. 00 52. 71 ATOM 562 CE2 TYR A 73 -16. 804 44. 359 52. 026 1. 00 55. ,39 ATOM 563 CZ TYR A 73 -16. 592 45. 044 53. 229 1. 00 63. 45 ATOM 564 OH TYR A 73 -16. 471 46. 404 53. 215 1. 00 69. 53 ATOM 565 N ALA A 74 -17. 927 40. ,494 56. ,112 1. 00 45. ,37 ATOM 566 CA ALA A 74 -18. 180 40. 999 57. 433 1. 00 42. ,62 ATOM 567 C ALA A 74 -16. 892 41. 265 58. 222 1. 00 47. 81 ATOM 568 O ALA A 74 -15. 894 40. ,554 58. ,133 1. .00 45. ,50 ATOM 569 CB ALA A 74 -19. 111 40. ,035 58. ,170 1. 00 40. ,75 ATOM 570 N LEU A 75 -16. 930 42. ,323 59. ,005 1. 00 49. ,02 ATOM 571 CA LEU A 75 -15. 829 42. ,693 59. 869 1. 00 48. ,85 ATOM 572 C LEU A 75 -16. ,319 42. ,464 61. ,281 1. ,00 47. ,18 ATOM 573 O LEU A 75 -17. ,309 43. .021 61. ,687 1. 00 44. ,35 ATOM 574 CB LEU A 75 -15. 332 44. ,136 59. ,675 1. 00 49. ,64 ATOM 575 CG LEU A 75 -14. ,789 44, .357 58, ,270 1. ,00 58, ,09 ATOM 576 CD1 LEU A 75 -14. ,524 45, ,841 58. ,023 1. ,00 61, ,34 ATOM 577 CD2 LEU A 75 -13. ,512 43. ,565 58. ,069 1. ,00 62. ,34 ATOM 578 N GLY A 76 -15. ,647 41, .592 62, .004 1. ,00 47, .67 ATOM 579 CA GLY A 76 -16. ,034 41, .281 63, .359 1. ,00 46, .79 ATOM 580 C GLY A 76 -15. ,495 42, .337 64, .279 1. ,00 47, ,74 ATOM 581 0 GLY A 76 -14, ,656 43, .171 63, ,882 1. ,00 42, .87 ATOM 582 N GLU A 77 -15, ,988 42, .311 65, .502 1, ,00 48, .32 ATOM 583 CA GLU A 77 -15, ,526 43, .300 66, .431 1, ,00 52, ,14 ATOM 584 C GLU A 77 -14, .029 43 .195 66 .679 1, .00 56 .71 ATOM 585 O GLU A 77 -13, .418 42 .120 66, .591 1, .00 55 .78 ATOM 586 CB GLU A 77 -16, .357 43, .341 67, .732 1, ,00 55, .55 ATOM 587 CG GLU A 77 -17, .198 42 .063 67 .969 1, ,00 79 .57 ATOM 588 CD GLU A 77 -17, .440 41 .739 69 .427 1, .00100 .00 ATOM 589 OE1 GLU A 77 -16, .537 41 .435 70, .211 1, .00100, .00 ATOM 590 OE2 GLU A 77 -18, .712 41 .799 69, .770 1, ,00100, .00 ATOM 591 N ARG A 78 -13. .452 44 .344 67 .000 1, .00 54 .17 ATOM 592 CA ARG A 78 -12 .041 44 .433 67 .298 1, .00 53 .38 ATOM 593 C ARG A 78 -11, .627 43 .656 68 .579 1, .00 58 .88 ATOM 594 O ARG A 78 -12 .247 43 .767 69 .635 1. .00 61 .35 ATOM 595 CB ARG A 78 -11. .571 45 .891 67 .367 1 .00 41 .96 ATOM 596 CG ARG A 78 -10 .050 46 .006 67 .326 1. .00 38 .20 ATOM 597 CD ARG A 78 -9 .537 47 .411 67 .551 1 .00 44 .73 ATOM 598 NE ARG A 78 -8 .294 47 .648 66 .842 1 .00 66 .47 ATOM 599 CZ ARG A 78 -7 .250 48 .247 67 .389 1 .00 97 .61 ATOM 600 NH1 ARG A 78 -7 .276 48 .692 68 .645 1 .00100 .00 ATOM 601 NH2 ARG A 78 -6 .151 48 .413 66 .663 1 .00 80 .10 ATOM 602 N GLN A 79 -10 .557 42 .857 68 .463 1 .00 49 .54 ATOM 603 CA GLN A 79 -9 .995 42 .115 69 .566 1 .00 47 .71 ATOM 604 C GLN A 79 -8 .664 42 .789 69 .865 1 .00 49 .77 ATOM 605 O GLN A 79 -7 .626 42 .421 69 .333 1 .00 52 .63 ATOM 606 CB GLN A 79 -9 .803 40 .613 69 .240 1 .00 49 .05 ATOM 607 CG GLN A 79 -11 .109 39 .794 69 .339 1 .00 57 .32 ATOM 608 CD GLN A 79 -11 .043 38 .435 68 .656 1 .00 69 .51 ATOM 609 OE1 GLN A 79 -10 .400 37 .480 69 .152 1 .00 49 .72 ATOM 610 NE2 GLN A 79 -11.727 38.340 67.517 1.00 62.60 ATOM 611 N SER A 80 -8. 699 43. 826 70. 683 1. 00 41. 74 ATOM 612 CA SER A 80 -7. 490 44. 543 71. 022 1. 00 37. 90 ATOM 613 C SER A 80 -6. 437 44. 559 69. 920 1. 00 35. 98 ATOM 614 O SER A 80 -6. 736 44. 939 68. 801 1. 00 34. 52 ATOM 615 CB SER A 80 -6. 910 44. 144 72. 372 1. 00 39. 07 ATOM 616 OG SER A 80 -7. 255 42. 803 72. 684 1. 00 61. 32 ATOM 617 N TYR A 81 -5. 206 44. 154 70. 289 1. 00 29. 92 ATOM 618 CA TYR A 81 -4. 027 44. 114 69. 430 1. 00 26. 45 ATOM 619 C TYR A 81 -4. 163 43. 116 68. 285 1. 00 30. 82 ATOM 620 O TYR A 81 -3. ,480 43. ,215 67. 269 1. 00 34. 48 ATOM 621 CB TYR A 81 -2. 727 43. 893 70. 257 1. 00 25. 19 ATOM 622 CG TYR A 81 -2. 713 42. 491 70. 839 1. 00 24. 57 ATOM 623 CD1 TYR A 81 -3. ,327 42. .247 72. ,066 1. ,00 27. 27 ATOM 624 CD2 TYR A 81 -2. 165 41. ,410 70. ,148 1. 00 21. 82 ATOM 625 CE1 TYR A 81 -3. 380 40. 975 72. 632 1. 00 26. 49 ATOM 626 CE2 TYR A 81 -2. ,230 40. ,122 70. ,682 1. ,00 23. ,48 ATOM 627 CZ TYR A 81 -2. ,827 39. ,908 71. ,930 1. ,00 38. 28 ATOM 628 OH TYR A 81 -2. ,889 38. ,653 72. ,493 1. ,00 42. 17 ATOM 629 N LYS A 82 -5. ,038 42. ,136 68. ,415 1. ,00 26. ,97 ATOM 630 CA LYS A 82 -5. ,170 41. ,229 67. .293 1. ,00 27. ,99 ATOM 631 C LYS A 82 -5. ,867 41. ,898 66. ,072 1. ,00 38. 90 ATOM 632 O LYS A 82 -5. ,614 41. ,541 64. ,900 1. ,00 37. ,15 ATOM 633 CB LYS A 82 -5. ,785 39, ,918 67. ,708 1. ,00 27. ,59 ATOM 634 CG LYS A 82 -5. ,169 39. ,451 69. ,008 1. ,00 39. ,68 ATOM 635 CD LYS A 82 -5. ,435 37. ,993 69. ,350 1. ,00 46. ,78 ATOM 636 CE LYS A 82 -6, ,414 37, ,819 70. ,492 1. ,00 59. ,84 ATOM 637 NZ LYS A 82 -7. ,097 36, ,523 70. ,452 1. .00 63. ,48 ATOM 638 N GLY A 83 -6. .738 42. ,894 66. ,367 1. ,00 35. ,64 ATOM 639 CA GLY A 83 -7, .512 43, ,620 65. ,368 1, ,00 33. ,65 ATOM 640 C GLY A 83 -8. .866 42, .925 65. ,111 1, ,00 32. ,95 ATOM 641 O GLY A 83 -9, ,297 42, ,063 65. ,870 1. ,00 28. ,28 ATOM 642 N SER A 84 -9, .535 43, .300 64, ,026 1. ,00 34, ,51 ATOM 643 CA SER A 84 -10, ,839 42, .742 63, ,673 1. ,00 36, ,13 ATOM 644 C SER A 84 -10, ,796 41, .724 62, ,549 1. ,00 40. ,65 ATOM 645 O SER A 84 -10, .173 41, .893 61, ,501 1, .00 39, ,77 ATOM 646 CB SER A 84 -11, .883 43, .808 63, .383 1, .00 37, ,68 ATOM 647 OG SER A 84 -11, .812 44, ,832 64, .352 1, ,00 45, ,14 ATOM 648 N PRO A 85 -11, ,491 40, .656 62, .791 1, .00 37, .01 ATOM 649 CA PRO A 85 -11, .573 39, .559 61, .863 1, .00 34, .91 ATOM 650 C PRO A 85 -12, .459 39, .946 60, .712 1, .00 35, ,92 ATOM 651 O PRO A 85 -13, .514 40 .522 60, .941 1, .00 35, .30 ATOM 652 CB PRO A 85 -12, .227 38 .406 62, .647 1, .00 37, .00 ATOM 653 CG PRO A 85 -12, .714 38 .981 63, .974 1, .00 44, ,97 ATOM 654 CD PRO A 85 -12, .325 40, .462 64. .004 1, .00 40. ,72 ATOM 655 N MET A 86 -12 .018 39 .642 59, .487 1, .00 30, .47 ATOM 656 CA MET A 86 -12, .756 39 .960 58, .275 1, .00 28, .55 ATOM 657 C MET A 86 -13, .165 38, .683 57, .552 1, .00 40, ,49 ATOM 658 O MET A 86 -12 .338 38 .015 56, .954 1 .00 39, .69 ATOM 659 CB MET A 86 -11, .921 40 .829 57, .337 1 .00 29, .51 ATOM 660 CG MET A 86 -12, .750 41 .242 56, .136 1, .00 37, .40 ATOM 661 SD MET A 86 -11 .816 41 .878 54 .701 1 .00 47 .84 ATOM 662 CE MET A 86 -13. .244 42 .527 53 .805 1 .00 46 .52 ATOM 663 N GLU A 87 -14, .441 38 .324 57 .610 1, .00 44 .34 ATOM 664 CA GLU A 87 -14 .912 37 .107 56 .950 1 .00 47 .21 ATOM 665 C GLU A 87 -15 .495 37 .352 55 .560 1 .00 51 .53 ATOM 666 O GLU A 87 -16 .425 38 .129 55 .424 1 .00 53 .92 ATOM 667 CB GLU A 87 -15 .942 36 .390 57 .813 1 .00 49 .46 ATOM 668 CG GLU A 87 -16 .144 34 .937 57 .389 1 .00 56 .39 ATOM 669 CD GLU A 87 -17 .300 34 .316 58 .104 1 .00 80 .78 ATOM 670 OE1 GLU A 87 -18 .439 34 .738 57 .994 1 .00 86 .69 ATOM 671 OE2 GLU A 87 -16 .943 33 .301 58 .868 1 .00 68 .69 ATOM 672 N ILE A 88 -14 .942 36 .659 54 .544 1 .00 43 .84 ATOM 673 CA ILE A 88 -15 .332 36 .765 53 .145 1 .00 40 .15 ATOM 674 C ILE A 88 16.145 35.610 52.613 1.00 46.72 ATOM 675 O ILE A 88 15. 725 34. 460 52. 656 1. 00 48. 10 ATOM 676 CB ILE A 88 14. 107 36. 891 52. 292 1. 00 39. 13 ATOM 677 CGI ILE A 88 13. 328 38. 146 52. 696 1. 00 38. 40 ATOM 678 CG2 ILE A 88 14. 538 36. 932 50. 839 1. 00 28. 13 ATOM 679 CD1 ILE A 88 11. 944 38. 200 52. 051 1. 00 30. 07 ATOM 680 N SER A 89 17. 314 35. 931 52. 077 1. 00 45. 16 ATOM 681 CA SER A 89 18. 181 34. 893 51. 559 1. 00 44. 76 ATOM 682 C SER A 89 17. 902 34. 531 50. 131 1. 00 46. 01 ATOM 683 O SER A 89 18. 048 35. 347 49. 243 1. 00 44. 34 ATOM 684 CB SER A 89 19. 657 35. 121 51. 827 1. 00 51. 87 ATOM 685 OG SER A 89 19. 942 34. 834 53. 198 1. 00 69. 07 ATOM 686 N LEU A 90 17. 494 33. 279 49. 914 1. 00 46. 43 ATOM 687 CA LEU A 90 17. 204 32. 804 48. 575 1. 00 46. 93 ATOM 688 C LEU A 90 18. 450 32. 235 47. 935 1. 00 55. 26 ATOM 689 O LEU A 90 19. 210 31. 476 48. 556 1. 00 54. 94 ATOM 690 CB LEU A 90 16. 080 31. 750 48. 521 1. 00 46. 14 ATOM 691 CG LEU A 90 15. 262 31. 607 49. 792 1. 00 50 78 ATOM 692 CD1 LEU A 90 14. 546 30. 261 49. 806 1. 00 50. 27 ATOM 693 CD2 LEU A 90 14. 219 32. 708 49. 863 1. 00 55. 52 ATOM 694 N PRO A 91 18. 626 32. 607 46. 683 1. 00 54. 81 ATOM 695 CA PRO A 91 19 756 32 183 45 870 1 00 58 45 ATOM 696 C PRO A 91 19 585 30 782 45 254 1 00 67 78 ATOM 697 O PRO A 91 20 500 30 250 44 623 1 00 68 64 ATOM 698 CB PRO A 91 19 843 33 213 44 738 1 00 59 70 ATOM 699 CG PRO A 91 18 503 33 952 44 711 1 00 61 25 ATOM 700 CD PRO A 91 17 731 33 539 45 961 1 00 54 16 ATOM 701 N ILE A 92 18 413 30 177 45 416 1 00 64 82 ATOM 702 CA ILE A 92 18 210 28 863 44 850 1 00 65 03 ATOM 703 C ILE A 92 17 485 27 948 45 801 1 00 66 34 ATOM 704 O ILE A 92 16 258 27 984 45 865 1 00 70 20 ATOM 705 CB ILE A 92 17 433 28 927 43 547 1 00 69 56 ATOM 706 CGI ILE A 92 18 298 29 495 42 430 1 00 70 02 ATOM 707 CG2 ILE A 92 16 975 27 517 43 171 1 00 71 86 ATOM 708 CD1 ILE A 92 17 528 29 672 41 121 1 00 80 63 ATOM 709 N ALA A 93 18 219 27 115 46 534 1 00 54 40 ATOM 710 CA ALA A 93 17 526 26 247 47 452 1 00 51 74 ATOM 711 C ALA A 93 16 265 25 750 46 804 1 00 52 66 ATOM 712 O ALA A 93 16 288 25 319 45 662 1 00 49 87 ATOM 713 CB ALA A 93 18 367 25 101 47 968 1 00 52 76 ATOM 714 N LEU A 94 15 162 25 861 47 544 1 00 48 18 ATOM 715 CA LEU A 94 13 862 25 425 47 067 1 00 43 27 ATOM 716 C LEU A 94 -13 566 24 066 47 581 1 00 43 98 ATOM 717 O LEU A 94 14 086 23 633 48 601 1 00 44 63 ATOM 718 CB LEU A 94 -12 .713 26 .344 47 .509 1 .00 41 .05 ATOM 719 CG LEU A 94 -12 .685 27 .638 46 .739 1 .00 40 .03 ATOM 720 CD1 LEU A 94 -11 .272 28 .200 46 .751 1 .00 36 .88 ATOM 721 CD2 LEU A 94 -13 .115 27 .343 45 .311 1 .00 44 .98 ATOM 722 N SER A 95 -12 .706 23 .406 46 .875 1 .00 43 .26 ATOM 723 CA SER A 95 -12 .321 22 .074 47 .256 1 .00 43 .76 ATOM 724 C SER A 95 -10 .807 21 .991 47 .344 1 .00 38 .58 ATOM 725 O SER A 95 -10 .087 22 .944 46 .975 1 .00 36 .78 ATOM 726 CB SER A 95 -12 .902 21 .092 46 .256 1 .00 51 .55 ATOM 727 OG SER A 95 -14 .299 21 .305 46 .156 1 .00 62 .74 ATOM 728 N LYS A 96 -10 .321 20 .863 47 .830 1 .00 31 .10 ATOM 729 CA LYS A 96 -8 .883 20 .723 47 .958 1 .00 34 .92 ATOM 730 C LYS A 96 -8 .058 21 .238 46 .777 1 .00 45 .63 ATOM 731 O LYS A 96 -8 .400 21 .063 45 .612 1 .00 49 .35 ATOM 732 CB LYS A 96 -8 .401 19 .366 48 .451 1 .00 38 .53 ATOM 733 CG LYS A 96 -9 .189 18 .871 49 .651 1 .00 68 .97 ATOM 734 CD LYS A 96 -8 .691 17 .549 50 .221 1 .00 80 .86 ATOM 735 CE LYS A 96 -9 .596 17 .011 51 .330 1 .00 92 .53 ATOM 736 NZ LYS A 96 -9 .049 15 .833 52 .029 1 .00100 .00 ATOM 737 N ASN A 97 -6 .944 21 .873 47 .108 1 .00 41 .92 ATOM 738 CA ASN A 97 -6.009 22.403 46.139 1.00 40.91 ATOM 739 C ASN A 97 -6. 606 23. 348 45. 088 1. 00 42. 64 ATOM 740 O ASN A 97 -5. 963 23. 681 44. 068 1. 00 38. 69 ATOM 741 CB ASN A 97 -5. 084 21. 304 45. 583 1. 00 28. 16 ATOM 742 CG ASN A 97 -4. 327 20. 568 46. 677 1. 00 52. 21 ATOM 743 OD1 ASN A 97 -3. 089 20. 627 46. 744 1. 00 55. 30 ATOM 744 ND2 ASN A 97 -5. 060 19. 858 47. 533 1. 00 53. 87 ATOM 745 N GLN A 98 -7. 833 23. 791 45. 382 1. 00 36. 59 ATOM 746 CA GLN A 98 -8. 557 24. 718 44. 536 1. 00 38. 44 ATOM 747 C GLN A 98 -8. 288 26. 181 44. 951 1. 00 43. 30 ATOM 748 O GLN A 98 -8. 248 26. 526 46. 138 1. 00 43. 40 ATOM 749 CB GLN A 98 10. 064 24. 395 44. 575 1. 00 42. 26 ATOM 750 CG GLN A 98 10. 553 23. 538 43. 385 1. 00 68. 24 ATOM 751 CD GLN A 98 12. 008 23. 778 43. 010 1. 00 95. 57 ATOM 752 OE1 GLN A 98 12. 890 22. 935 43. 278 1. 00 86. 92 ATOM 753 NE2 GLN A 98 12. 271 24. 935 42. 393 1. 00 95. 48 ATOM 754 N GLU A 99 -8. 089 27. 062 43. 973 1. 00 39. 70 ATOM 755 CA GLU A 99 -7. 817 28. 468 44. 280 1. 00 40. 49 ATOM 756 C GLU A 99 -8. 750 29. 536 43. 683 1. 00 47. 84 ATOM 757 O GLU A 99 -9. 330 29. 394 42. 606 1. 00 46. 85 ATOM 758 CB GLU A 99 -6. 361 28. 866 43. 951 1. 00 40. 24 ATOM 759 CG GLU A 99 -5. 608 27. ,861 43. 080 1. 00 44. 16 ATOM 760 CD GLU A 99 -4. 120 28. ,119 42. 990 1. 00 65. 64 ATOM 761 OE1 GLU A 99 -3. ,636 29. ,062 42. ,376 1. 00 73. ,95 ATOM 762 OE2 GLU A 99 -3. ,395 27. ,210 43. ,614 1. 00 55. ,99 ATOM 763 N ILE A 100 -8. 848 30. ,643 44. 418 1. 00 43. ,55 ATOM 764 CA ILE A 100 -9. ,595 31. ,800 44. ,005 1. 00 43. ,46 ATOM 765 C ILE A 100 -8. ,701 32. ,992 44. ,238 1. 00 53. ,31 ATOM 766 O ILE A 100 -7. ,725 32, ,927 45. ,004 1. ,00 55. ,16 ATOM 767 CB ILE A 100 10. ,881 32, ,068 44. ,773 1. 00 46. ,65 ATOM 768 CGI ILE A 100 10. ,762 31, ,640 46. ,227 1. 00 50. ,76 ATOM 769 CG2 ILE A 100 12, ,111 31, .486 44, ,106 1. ,00 46, ,76 ATOM 770 CD1 ILE A 100 -9, ,959 32, .620 47. ,087 1. ,00 64. ,36 ATOM 771 N VAL A 101 -9, .060 34, ,076 43, .580 1. ,00 48, .20 ATOM 772 CA VAL A 101 -8, ,382 35, .329 43. ,760 1. ,00 45, .63 ATOM 773 C VAL A 101 -9, ,383 36, .351 44, ,295 1, ,00 48, ,59 ATOM 774 O VAL A 101 ■ 10, ,331 36, .722 43, .623 1, ,00 51, .29 ATOM 775 CB VAL A 101 -7, .461 35, .793 42, .633 1, .00 45, .06 ATOM 776 CGI VAL A 101 -7, .693 35 .000 41, .378 1, ,00 43, .25 ATOM 777 CG2 VAL A 101 -7, .609 37, .289 42, .395 1, ,00 45, .02 ATOM 778 N ILE A 102 -9 .182 36 .738 45 .546 1, .00 41 .15 ATOM 779 CA ILE A 102 ■ 10, .023 37 .690 46, .238 1, .00 39 .43 ATOM 780 C ILE A 102 -9, .439 39, .062 46, .170 1, .00 49, .35 ATOM 781 O ILE A 102 -8, .331 39 .274 46 .659 1, .00 53 .80 ATOM 782 CB ILE A 102 10 .097 37 .319 47 .694 1, .00 39 .19 ATOM 783 CGI ILE A 102 -10 .180 35 .800 47 .809 1, .00 35 .28 ATOM 784 CG2 ILE A 102 -11. .300 37 .992 48 .341 1 .00 35 .25 ATOM 785 CD1 ILE A 102 -10 .962 35 .392 49 .044 1, .00 47 .09 ATOM 786 N GLU A 103 -10 .192 39 .984 45 .572 1 .00 43 .20 ATOM 787 CA GLU A 103 -9 .748 41 .362 45 .433 1 .00 39 .88 ATOM 788 C GLU A 103 -10 .378 42 .299 46 .425 1 .00 44 .03 ATOM 789 O GLU A 103 -11 .580 42 .558 46 .385 1 .00 41 .34 ATOM 790 CB GLU A 103 -9 .950 41 .930 44 .047 1 .00 39 .11 ATOM 791 CG GLU A 103 -9 .017 43 .112 43 .863 1 .00 36 .18 ATOM 792 CD GLU A 103 -9 .150 43 .666 42 .485 1 .00 61 .93 ATOM 793 OE1 GLU A 103 -10 .157 44 .234 42 .100 1 .00 69 .89 ATOM 794 OE2 GLU A 103 -8 .087 43 .457 41 .744 1 .00 76 .18 ATOM 795 N ILE A 104 -9 .534 42 .797 47 .322 1 .00 42 .69 ATOM 796 CA ILE A 104 -9 .969 43 .718 48 .346 1 .00 40 .72 ATOM 797 C ILE A 104 -9 .522 45 .167 48 .099 1 .00 46 .21 ATOM 798 O ILE A 104 -8 .346 45 .478 47 .866 1 .00 42 .68 ATOM 799 CB ILE A 104 -9 .578 43 .283 49 .754 1 .00 41 .75 ATOM 800 CGI ILE A 104 -10 .006 41 .855 50 .032 1 .00 39 .85 ATOM 801 CG2 ILE A 104 -10 .225 44 .222 50 .768 1 .00 41 .53 ATOM 802 CD1 ILE A 104 -8.839 40.995 50.485 1.00 34.17 ATOM 803 N SER A 105 10. 506 46. 056 48. 173 1. 00 47. 94 ATOM 804 CA SER A 105 10. 278 47. 481 48. 046 1. 00 48. 05 ATOM 805 C SER A 105 10. 184 47. 977 49. 482 1. 00 42. 39 ATOM 806 O SER A 105 11. 134 47. 879 50. 263 1. 00 39. 69 ATOM 807 CB SER A 105 11. 399 48. 180 47. 290 1. 00 53. 77 ATOM 808 OG SER A 105 11. 399 47. 789 45. 930 1. 00 60. 69 ATOM 809 N PHE A 106 -9. 020 48. 445 49. 857 1. 00 35. 07 ATOM 810 CA PHE A 106 -8. 844 48. 890 51. 223 1. 00 34. 98 ATOM 811 C PHE A 106 -8. 177 50. 238 51. ,262 1. 00 39. 26 ATOM 812 O PHE A 106 -7. 607 50. 730 50. ,265 1. 00 34. 24 ATOM 813 CB PHE A 106 -8. 015 47. 864 52. 060 1. 00 36. 05 ATOM 814 CG PHE A 106 -6. 581 47. 815 51. ,556 1. 00 37. 24 ATOM 815 CD1 PHE A 106 -6. 251 47. 073 50. ,422 1. 00 39. 71 ATOM 816 CD2 PHE A 106 -5. 579 48. 579 52. 161 1. 00 36. 44 ATOM 817 CE1 PHE A 106 -4. 950 47. 086 49. ,920 1. 00 41. 48 ATOM 818 CE2 PHE A 106 -4. 273 48. 609 51. ,672 1. 00 38. 19 ATOM 819 CZ PHE A 106 -3. 961 47. 856 50. ,540 1. 00 37. 91 ATOM 820 N GLU A 107 -8. ,284 50. ,794 52. ,453 1. 00 40. 64 ATOM 821 CA GLU A 107 -7. ,711 52. 064 52. ,848 1. 00 43. 81 ATOM 822 C GLU A 107 -7. 206 51. 869 54. ,284 1. ,00 43. .82 ATOM 823 O GLU A 107 -7. ,933 51. ,303 55. ,121 1. 00 38. 38 ATOM 824 CB GLU A 107 -8. 737 53. 234 52. ,753 1. 00 46. 93 ATOM 825 CG GLU A 107 -8. ,107 54. ,637 52, ,467 1. ,00 67. ,21 ATOM 826 CD GLU A 107 -9. ,086 55. ,715 52. ,042 1. ,00100. ,00 ATOM 827 OE1 GLU A 107 10. ,208 55. ,504 51. .599 1. ,00100. 00 ATOM 828 OE2 GLU A 107 -8, ,631 56. ,938 52, .221 1. ,00 93. ,72 ATOM 829 N THR A 108 -5. ,963 52. ,294 54. ,551 1. ,00 39. ,12 ATOM 830 CA THR A 108 -5. ,345 52. ,175 55, ,873 1. ,00 39. ,69 ATOM 831 C THR A 108 -5. ,564 53, ,427 56, .724 1. ,00 49. ,82 ATOM 832 O THR A 108 -5. ,565 54, ,552 56, ,177 1. ,00 50. ,94 ATOM 833 CB THR A 108 -3. ,810 52. ,095 55, ,722 1. ,00 40. ,40 ATOM 834 OG1 THR A 108 -3, ,360 53, ,226 54, .981 1, ,00 32. ,22 ATOM 835 CG2 THR A 108 -3, ,371 50, ,802 55, .042 1. ,00 46. .43 ATOM 836 N SER A 109 -5, ,698 53, ,217 58, .065 1, ,00 42. ,02 ATOM 837 CA SER A 109 -5, .848 54, .294 59, .038 1, ,00 38. ,13 ATOM 838 C SER A 109 -4, .555 55, .101 59, .082 1, ,00 38. ,47 ATOM 839 O SER A 109 -3, ,460 54, .583 58, .921 1. ,00 33. ,60 ATOM 840 CB SER A 109 -6, .166 53, .759 60 .437 1, .00 41, .44 ATOM 841 OG SER A 109 -6, .205 54, ,812 61, .404 1, .00 47, ,63 ATOM 842 N PRO A 110 -4, .655 56, .392 59, .308 1, ,00 41. ,64 ATOM 843 CA PRO A 110 -3, .419 57, .116 59 .393 1, ,00 40, .75 ATOM 844 C PRO A 110 -2, .803 56, .749 60 .725 1, .00 41, .47 ATOM 845 O PRO A 110 -1, .676 57, ,080 61, .009 1, .00 42, .30 ATOM 846 CB PRO A 110 -3, .721 58 .605 59 .298 1, .00 42, .09 ATOM 847 CG PRO A 110 -5, .224 58, .719 59 .132 1, .00 48, ,77 ATOM 848 CD PRO A 110 -5, .811 57, .318 59 .269 1, .00 44, .58 ATOM 849 N LYS A 111 -3 .578 56 .017 61 .518 1 .00 36, .35 ATOM 850 CA LYS A 111 -3, .167 55 .535 62 .819 1, .00 36, .74 ATOM 851 C LYS A 111 -2, .669 54, .083 62 .720 1, .00 40, .19 ATOM 852 O LYS A 111 -2 .733 53 .319 63 .678 1 .00 40 .53 ATOM 853 CB LYS A 111 -4 .341 55 .606 63 .807 1 .00 41, .91 ATOM 854 CG LYS A 111 -4 .362 56 .838 64 .708 1 .00 71, .21 ATOM 855 CD LYS A 111 -5 .421 57 .854 64 .309 1 .00 97 .95 ATOM 856 CE LYS A 111 -6 .839 57 .394 64 .611 1 .00100 .00 ATOM 857 NZ LYS A 111 -7 .853 58 .120 63 .819 1 .00100 .00 ATOM 858 N SER A 112 -2 .184 53 .670 61 .550 1 .00 36 .84 ATOM 859 CA SER A 112 -1 .714 52 .296 61 .358 1 .00 34 .35 ATOM 860 C SER A 112 -0 .518 51 .917 62 .225 1 .00 35 .57 ATOM 861 O SER A 112 0 .533 52 .548 62 .166 1 .00 32 .49 ATOM 862 CB SER A 112 -1 .449 51 .995 59 .883 1 .00 35 .16 ATOM 863 OG SER A 112 -0 .682 50 .814 59 .762 1 .00 31 .94 ATOM 864 N SER A 113 -0 .666 50 .872 63 .033 1 .00 31 .84 ATOM 865 CA SER A 113 0 .445 50 .460 63 .866 1 .00 29 .27 ATOM 866 C SER A 113 1.601 49.927 63.040 1.00 33.37 ATOM 867 O SER A 113 2. 715 49. 792 63. 497 1. 00 32. 95 ATOM 868 CB SER A 113 0. 052 49. 498 64. 945 1. 00 29. 45 ATOM 869 OG SER A 113 0. 045 48. 169 64. 462 1. 00 34. 27 ATOM 870 N ALA A 114 1. 357 49. 628 61. 797 1. 00 33. 69 ATOM 871 CA ALA A 114 2. 437 49. 134 60. 981 1. 00 34. 05 ATOM 872 C ALA A 114 3. 239 50. 287 60. 388 1. 00 37. 83 ATOM 873 O ALA A 114 4. 411 50. 149 60. 033 1. 00 37. 72 ATOM 874 CB ALA A 114 1. 845 48. 292 59. 852 1. 00 34. 51 ATOM 875 N LEU A 115 2. 580 51. 432 60. 259 1. 00 32. 19 ATOM 876 CA LEU A 115 3. 201 52. 595 59. 662 1. 00 30. 48 ATOM 877 C LEU A 115 3. 509 53. 745 60. 565 1. 00 35. 32 ATOM 878 O LEU A 115 2. 902 54. 012 61. 604 1. 00 35. 25 ATOM 879 CB LEU A 115 2. 358 53. 156 58. 507 1. 00 30. 53 ATOM 880 CG LEU A 115 1. 787 52. 064 57. 602 1. 00 35. 51 ATOM 881 CD1 LEU A 115 0. 812 52. 710 56. 637 1. 00 35. 12 ATOM 882 CD2 LEU A 115 2. 903 51. 387 56. 821 1. 00 33. 88 ATOM 883 N GLN A 116 4. 490 54. 457 60. 096 1. 00 34. 00 ATOM 884 CA GLN A 116 4. 926 55. 656 60. 737 1. 00 32. 52 ATOM 885 C GLN A 116 5. 066 56. 689 59. 645 1. 00 31. 34 ATOM 886 O GLN A 116 5. 880 56. 552 58. 729 1. 00 28. 29 ATOM 887 CB GLN A 116 6. 232 55. 540 61. 496 1. 00 32. 66 ATOM 888 CG GLN A 116 6. 419 56. 813 62. 322 1. 00 41. 25 ATOM 889 CD GLN A 116 7. 777 56. ,897 62. 952 1. ,00 50. 08 ATOM 890 OE1 GLN A 116 8. 515 55. ,905 63. 017 1. 00 55. 36 ATOM 891 NE2 GLN A 116 8. 090 58. ,081 63. 438 1. 00 38. 23 ATOM 892 N TRP A 117 4. 210 57. 680 59. 748 1. ,00 26. 66 ATOM 893 CA TRP A 117 4. ,148 58. ,785 58. ,827 1. ,00 26. ,04 ATOM 894 C TRP A 117 4. ,912 59. ,978 59. ,375 1. .00 34. ,56 ATOM 895 O TRP A 117 4. ,467 60. ,589 60. ,364 1. ,00 36. ,83 ATOM 896 CB TRP A 117 2. ,669 59. ,188 58. ,630 1. ,00 23. ,15 ATOM 897 CG TRP A 117 1, ,826 58, .209 57. ,863 1, .00 23, ,02 ATOM 898 CD1 TRP A 117 1, ,052 57, .224 58. ,397 1, ,00 26. ,39 ATOM 899 CD2 TRP A 117 1, ,640 58, ,135 56. ,433 1, ,00 21. ,06 ATOM 900 NE1 TRP A 117 0, ,395 56, ,534 57. ,393 1, ,00 26. ,40 ATOM 901 CE2 TRP A 117 0, .735 57, .087 56, ,184 1, .00 27, ,99 ATOM 902 CE3 TRP A 117 2, .121 58, .872 55, .361 1, .00 20, .95 ATOM 903 CZ2 TRP A 117 0, .352 56, .753 54, .886 1, .00 28, .21 ATOM 904 CZ3 TRP A 117 1, .750 58, .560 54, ,079 1, .00 22. .43 ATOM 905 CH2 TRP A 117 0 .872 57, .512 53, .847 1 .00 24, .28 ATOM 906 N LEU A 118 6 .043 60 .340 58, .756 1, .00 31, .44 ATOM 907 CA LEU A 118 6, .745 61 .506 59, .276 1, .00 36, .67 ATOM 908 C LEU A 118 6, .584 62, .774 58, .432 1, .00 46, .93 ATOM 909 O LEU A 118 6 .434 62 .705 57 .210 1 .00 51 .17 ATOM 910 CB LEU A 118 8 .250 61 .327 59 .577 1 .00 38 .83 ATOM 911 CG LEU A 118 8 .881 59 .939 59 .398 1 .00 44 .33 ATOM 912 CD1 LEU A 118 10 .392 60 .065 59 .569 1 .00 42 .12 ATOM 913 CD2 LEU A 118 8 .351 58 .950 60 .426 1 .00 49 .99 ATOM 914 N THR A 119 6 .524 63 .939 59 .109 1 .00 41 .34 ATOM 915 CA THR A 119 6 .449 65 .260 58 .468 1 .00 38 .89 ATOM 916 C THR A 119 7 .847 65 .633 58 .034 1 .00 40 .14 ATOM 917 O THR A 119 8 .841 65 .165 58 .605 1 .00 44 .03 ATOM 918 CB THR A 119 5 .932 66 .300 59 .467 1 .00 42 .63 ATOM 919 OG1 THR A 119 6 .994 66 .605 60 .362 1 .00 50 .01 ATOM 920 CG2 THR A 119 4 .769 65 .668 60 .224 1 .00 36 .78 ATOM 921 N PRO A 120 7 .963 66 .440 57 .020 1 .00 33 .41 ATOM 922 CA PRO A 120 9 .275 66 .781 56 .517 1 .00 33 .18 ATOM 923 C PRO A 120 10 .260 67 .209 57 .599 1 .00 38 .27 ATOM 924 O PRO A 120 11 .433 66 .829 57 .566 1 .00 34 .42 ATOM 925 CB PRO A 120 9 .068 67 .840 55 .416 1 .00 33 .54 ATOM 926 CG PRO A 120 7 .582 67 .823 55 .097 1 .00 34 .86 ATOM 927 CD PRO A 120 6 .891 67 .180 56 .300 1 .00 30 .86 ATOM 928 N GLU A 121 9 .751 67 .982 58 .563 1 .00 38 .03 ATOM 929 CA GLU A 121 10 .534 68 .474 59 .681 1 .00 41 .03 ATOM 930 C GLU A 121 11.212 67.361 60.411 1.00 50.88 ATOM 931 O GLU A 121 12. 279 67. 548 60. 977 1. 00 54. 97 ATOM 932 CB GLU A 121 9. 742 69. 325 60. 699 1. 00 43. 28 ATOM 933 CG GLU A 121 8. 220 69. 071 60. 702 1. 00 64. 72 ATOM 934 CD GLU A 121 7. 398 70. 118 59. 988 1. 00 86. 07 ATOM 935 OE1 GLU A 121 7. 007 71. 131 60. 538 1. 00100. 00 ATOM 936 OE2 GLU A 121 7. 108 69. 803 58. 739 1. 00 59. 72 ATOM 937 N GLN A 122 10. 569 66. 202 60. 394 1. 00 44. 09 ATOM 938 CA GLN A 122 11. 083 65. 019 61. 041 1. 00 40. 20 ATOM 939 C GLN A 122 12. 170 64. 373 60. 232 1. 00 47. 73 ATOM 940 O GLN A 122 12. 711 63. 343 60. 643 1. 00 53. 29 ATOM 941 CB GLN A 122 9. 965 63. 992 61. 224 1. 00 39. 31 ATOM 942 CG GLN A 122 9. 057 64. 441 62. 361 1. 00 30. 23 ATOM 943 CD GLN A 122 7. 756 63. 691 62. 438 1. 00 38. 25 ATOM 944 OE1 GLN A 122 6. 899 63. 804 61. 548 1. 00 53. 34 ATOM 945 NE2 GLN A 122 7. 592 62. 938 63. 521 1. 00 18. ,98 ATOM 946 N THR A 123 12. 486 64. 942 59. 074 1. 00 38. 99 ATOM 947 CA THR A 123 13. 490 64. 319 58. 229 1. 00 36. 00 ATOM 948 C THR A 123 14. ,755 65. 034 58. ,264 1. 00 35. ,30 ATOM 949 O THR A 123 14. ,842 66. 074 58. ,875 1. 00 34. ,95 ATOM 950 CB THR A 123 13. 067 64. 145 56. 759 1. 00 38. ,25 ATOM 951 OG1 THR A 123 13. ,144 65. ,374 56. ,046 1. 00 43. ,75 ATOM 952 CG2 THR A 123 11. ,643 63. ,616 56. ,725 1. 00 40. ,72 ATOM 953 N SER A 124 15. ,699 64. 447 57. ,557 1. 00 32. ,18 ATOM 954 CA SER A 124 17. ,025 64. 996 57. ,442 1. 00 33. ,71 ATOM 955 C SER A 124 17. ,007 66. ,216 56. ,553 1. ,00 39. ,04 ATOM 956 O SER A 124 17. ,537 67. ,268 56. ,883 1. ,00 39. ,07 ATOM 957 CB SER A 124 18. ,023 63. ,992 56. ,859 1. .00 37. ,73 ATOM 958 OG SER A 124 18, ,359 62. ,978 57. ,796 1. ,00 36, ,28 ATOM 959 N GLY A 125 16, ,389 66. ,025 55. ,414 1. ,00 38, ,59 ATOM 960 CA GLY A 125 16, ,280 67. ,034 54. ,396 1. ,00 39, ,90 ATOM 961 C GLY A 125 15, ,290 68, ,094 54. ,749 1. ,00 46. ,83 ATOM 962 O GLY A 125 15. .347 69, ,171 54, ,172 1. ,00 49, ,78 ATOM 963 N LYS A 126 14. ,391 67, ,788 55, ,678 1. ,00 41, ,09 ATOM 964 CA LYS A 126 13, ,396 68. ,761 56, ,126 1. ,00 41, ,26 ATOM 965 C LYS A 126 12, .498 69, .307 55, ,020 1. ,00 47, .42 ATOM 966 O LYS A 126 11, .617 70, ,141 55, .279 1, ,00 48, ,94 ATOM 967 CB LYS A 126 14, ,024 69, ,936 56, .894 1, ,00 41, .98 ATOM 968 CG LYS A 126 15 .094 69, .555 57, .913 1, .00 45, .84 ATOM 969 CD LYS A 126 14, .535 68, .838 59, .135 1, .00 58, .74 ATOM 970 CE LYS A 126 15, .612 68, .500 60, ,151 1, ,00 72, .12 ATOM 971 NZ LYS A 126 15, .395 67, .218 60, .839 1, ,00 88, .38 ATOM 972 N GLU A 127 12 .722 68, .858 53, .792 1, .00 41 .82 ATOM 973 CA GLU A 127 11 .921 69, .344 52, .708 1, .00 41 .98 ATOM 974 C GLU A 127 10 .899 68, .334 52, .239 1, .00 45, .14 ATOM 975 O GLU A 127 9 .994 68 .683 51 .496 1, .00 46 .95 ATOM 976 CB GLU A 127 12 .727 70 .015 51 .543 1, .00 44 .39 ATOM 977 CG GLU A 127 13 .198 71 .499 51 .820 1, .00 57 .99 ATOM 978 CD GLU A 127 12 .331 72 .659 51 .301 1, .00100 .00 ATOM 979 OE1 GLU A 127 11 .652 72 .611 50 .286 1 .00100 .00 ATOM 980 OE2 GLU A 127 12 .387 73 .758 52 .054 1 .00100 .00 ATOM 981 N HIS A 128 11 .027 67 .077 52 .653 1 .00 39 .18 ATOM 982 CA HIS A 128 10 .068 66 .072 52 .210 1 .00 39 .43 ATOM 983 C HIS A 128 9 .636 65 .148 53 .316 1 .00 42 .09 ATOM 984 O HIS A 128 10 .366 64 .955 54 .281 1. .00 45 .34 ATOM 985 CB HIS A 128 10 .628 65 .194 51 .097 1 .00 42 .16 ATOM 986 CG HIS A 128 10 .947 65 .936 49 .854 1 .00 47 .24 ATOM 987 ND1 HIS A 128 9 .943 66 .423 49 .029 1 .00 49 .12 ATOM 988 CD2 HIS A 128 12 .159 66 .262 49 .322 1 .00 51 .13 ATOM 989 CE1 HIS A 128 10 .559 67 .031 48 .026 1 .00 49 .97 ATOM 990 NE2 HIS A 128 11 .888 66 .953 48 .166 1 .00 50 .87 ATOM 991 N PRO A 129 8 .447 64 .572 53 .171 1 .00 32 .55 ATOM 992 CA PRO A 129 7 .968 63 .650 54 .163 1 .00 31 .15 ATOM 993 C PRO A 129 8 .636 62 .328 53 .900 1 .00 34 .90 ATOM 994 O PRO A 129 9.481 62.214 53.021 1.00 35.46 ATOM 995 CB PRO A 129 6. 466 63. 490 53. 986 1. 00 31. 94 ATOM 996 CG PRO A 129 6. 133 64. 104 52. 649 1. 00 36. 83 ATOM 997 CD PRO A 129 7. 384 64. 850 52. 185 1. 00 32. 71 ATOM 998 N TYR A 130 8. 248 61. 342 54. 659 1. 00 29. 47 ATOM 999 CA TYR A 130 8. 826 60. 025 54. 548 1. 00 29. 35 ATOM 1000 C TYR A 130 7. 856 59. 046 55. 156 1. 00 31. 83 ATOM 1001 O TYR A 130 7. 138 59. 375 56. 093 1. 00 29. 84 ATOM 1002 CB TYR A 130 10. 098 60. 029 55. 433 1. 00 30. 54 ATOM 1003 CG TYR A 130 11. 083 58. 886 55. 285 1. 00 29. 76 ATOM 1004 CD1 TYR A 130 10. 845 57. 630 55. 845 1. 00 26. 16 ATOM 1005 CD2 TYR A 130 12. 290 59. 110 54. 619 1. 00 30. 28 ATOM 1006 CE1 TYR A 130 11. 795 56. 621 55. 721 1. 00 17. 87 ATOM 1007 CE2 TYR A 130 13. 253 58. 114 54. 479 1. 00 27. 75 ATOM 1008 CZ TYR A 130 12. 983 56. 866 55. 031 1. 00 25. 76 ATOM 1009 OH TYR A 130 13. 899 55. 864 54. 894 1. 00 40. 52 ATOM 1010 N LEU A 131 7. 832 57. 842 54. 647 1. 00 31. 12 ATOM 1011 CA LEU A 131 6. ,994 56. 868 55. ,303 1. 00 30. 43 ATOM 1012 C LEU A 131 7. ,691 55. 568 55. ,289 1. 00 33. 91 ATOM 1013 O LEU A 131 8. 398 55. 257 54. ,397 1. 00 33. 68 ATOM 1014 CB LEU A 131 5. 679 56. 761 54. ,530 1. 00 26. 16 ATOM 1015 CG LEU A 131 5. ,065 55. ,367 54. ,600 1. ,00 21. 68 ATOM 1016 CD1 LEU A 131 4. ,163 55. ,206 55. ,797 1. ,00 17. 56 ATOM 1017 CD2 LEU A 131 4. ,222 55. ,008 53. ,380 1. 00 13. 86 ATOM 1018 N PHE A 132 7. ,533 54. 828 56. ,348 1. ,00 29. 24 ATOM 1019 CA PHE A 132 8. ,129 53. 527 56. ,323 1. ,00 33. 44 ATOM 1020 C PHE A 132 7, ,299 52. ,519 57, ,157 1. ,00 41. ,08 ATOM 1021 O PHE A 132 6, ,344 52. ,889 57, ,837 1. ,00 46. ,05 ATOM 1022 CB PHE A 132 9, ,621 53. ,670 56, ,791 1. ,00 36. ,40 ATOM 1023 CG PHE A 132 9, ,763 53. ,895 58. ,256 1. ,00 38. ,11 ATOM 1024 CD1 PHE A 132 9, ,601 52. ,821 59, .053 1, ,00 37. ,18 ATOM 1025 CD2 PHE A 132 10, .123 55, ,158 58, .803 1, ,00 43. .89 ATOM 1026 CE1 PHE A 132 9, ,771 52. ,936 60, ,422 1. ,00 41. ,04 ATOM 1027 CE2 PHE A 132 10, ,289 55. ,258 60, ,174 1, ,00 47. ,72 ATOM 1028 CZ PHE A 132 10. ,131 54, .143 60. ,986 1. ,00 44. ,34 ATOM 1029 N SER A 133 7, .612 51, .221 57, .002 1, .00 33, ,47 ATOM 1030 CA SER A 133 6, .744 50, .228 57, .629 1, ,00 29, ,86 ATOM 1031 C SER A 133 7, .499 49, .221 58, .504 1, .00 31, ,53 ATOM 1032 O SER A 133 8, ,724 49, .146 58, .531 1, .00 33, ,16 ATOM 1033 CB SER A 133 5 .942 49, .481 56 .535 1, .00 33, .19 ATOM 1034 OG SER A 133 6 .757 48, .480 55 .926 1, .00 50, ,66 ATOM 1035 N GLN A 134 6, .703 48, .466 59 .294 1, .00 24, .61 ATOM 1036 CA GLN A 134 7 .283 47, .422 60 .134 1, .00 22, ,55 ATOM 1037 C GLN A 134 6 .268 46 .321 60 .398 1 .00 27, .28 ATOM 1038 O GLN A 134 5 .161 46 .566 60 .809 1 .00 25, .09 ATOM 1039 CB GLN A 134 7 .711 48 .041 61 .464 1 .00 23, .29 ATOM 1040 CG GLN A 134 8 .218 46 .987 62 .454 1, .00 25, .96 ATOM 1041 CD GLN A 134 9 .423 46 .290 61 .872 1 .00 25, .65 ATOM 1042 OE1 GLN A 134 10 .296 46 .876 61 .263 1 .00 26 .36 ATOM 1043 NE2 GLN A 134 9 .445 44 .965 62 .095 1 .00 21 .75 ATOM 1044 N CYS A 135 6 .435 45 .124 59 .820 1 .00 29 .60 ATOM 1045 CA CYS A 135 5 .291 44 .220 59 .755 1 .00 32 .30 ATOM 1046 C CYS A 135 5 .442 43 .006 60 .662 1 .00 39 .58 ATOM 1047 O CYS A 135 4 .597 42 .144 60 .739 1 .00 40 .94 ATOM 1048 CB CYS A 135 5 .098 43 .794 58 .320 1 .00 35 .40 ATOM 1049 SG CYS A 135 3 .976 44 .922 57 .445 1 .00 41 .22 ATOM 1050 N GLN A 136 6 .582 42 .949 61 .345 1 .00 37 .37 ATOM 1051 CA GLN A 136 6 .715 41 .982 62 .417 1 .00 35 .71 ATOM 1052 C GLN A 136 6 .589 42 .645 63 .797 1 .00 31 .90 ATOM 1053 O GLN A 136 6 .878 43 .803 63 .981 1 .00 30 .54 ATOM 1054 CB GLN A 136 8 .077 41 .311 62 .295 1 .00 37 .24 ATOM 1055 CG GLN A 136 8 .076 39 .878 62 .847 1 .00 29 .70 ATOM 1056 CD GLN A 136 9 .483 39 .511 63 .235 1 .00 36 .48 ATOM 1057 OE1 GLN A 136 10.366 40.328 63.356 1.00 24.49 ATOM 1058 NE2 GLN A 136 9.665 38.201 63.443 1.00 22.19 ATOM 1059 N ALA A 137 5. 850 41. 899 64. 648 1. 00 28. 56 ATOM 1060 CA ALA A 137 5. 235 40. 581 64. 351 1. 00 28. 89 ATOM 1061 C ALA A 137 3. 860 40. 503 63. 630 1. 00 31. 83 ATOM 1062 O ALA A 137 3. 679 39. 688 62. 738 1. 00 29. 67 ATOM 1063 CB ALA A 137 5. 091 39. 742 65. 625 1. 00 28. 91 ATOM 1064 N ILE A 138 2. 863 41. 285 64. 070 1. 00 27. 07 ATOM 1065 CA ILE A 138 1. 553 41. 176 63. 445 1. 00 23. 90 ATOM 1066 C ILE A 138 0. 960 42. 492 63. 053 1. 00 28. 69 ATOM 1067 O ILE A 138 0. 144 42. 822 63. 426 1. 00 31. 92 ATOM 1068 CB ILE A 138 0. 641 40. 357 64. 339 1. 00 25. 41 ATOM 1069 CGI ILE A 138 0. 871 40. 811 65. 801 1. 00 27. 32 ATOM 1070 CG2 ILE A 138 1. 162 38. 938 64. 191 1. 00 16. 34 ATOM 1071 CD1 ILE A 138 0. 275 40. 615 66. 826 1. 00 20. 22 ATOM 1072 N HIS A 139 1. 718 43. 223 62. 265 1. 00 24. 05 ATOM 1073 CA HIS A 139 1. ,322 44. 511 61. ,824 1. 00 24. 05 ATOM 1074 C HIS A 139 0. 982 44. 579 60. 351 1. 00 34. 40 ATOM 1075 O HIS A 139 0. ,539 45. ,625 59. ,888 1. 00 35. 89 ATOM 1076 CB HIS A 139 2. ,439 45. 519 62. 173 1. 00 24. 63 ATOM 1077 CG HIS A 139 2. 689 45. 619 63. 657 1. 00 27. 97 ATOM 1078 ND1 HIS A 139 1. ,679 45. ,970 64. ,571 1. 00 27. 75 ATOM 1079 CD2 HIS A 139 3. ,835 45. ,437 64. ,356 1. 00 28. 42 ATOM 1080 CE1 HIS A 139 2. ,222 45. 983 65. ,770 1. 00 26. 19 ATOM 1081 NE2 HIS A 139 3. ,517 45. ,668 65. ,671 1. ,00 27. ,42 ATOM 1082 N CYS A 140 1. ,181 43. ,490 59. ,598 1. ,00 30. ,28 ATOM 1083 CA CYS A 140 0. ,832 43. ,517 58. ,181 1. 00 28. ,08 ATOM 1084 C CYS A 140 0. ,671 43. ,765 58. ,011 1. ,00 28. ,98 ATOM 1085 O CYS A 140 1. ,111 44. ,449 57. ,066 1. ,00 30. ,00 ATOM 1086 CB CYS A 140 1. ,181 42. ,213 57. ,447 1. ,00 28. ,82 ATOM 1087 SG CYS A 140 1, ,330 42, ,483 55, ,661 1. ,00 34. ,37 ATOM 1088 N ARG A 141 ■ 1, ,440 43, ,168 58, ,949 1. ,00 20. ,78 ATOM 1089 CA ARG A 141 2, ,884 43, ,252 58. ,996 1. ,00 20. ,33 ATOM 1090 C ARG A 141 ■ 3, ,286 44, .684 59, ,003 1, ,00 32. ,37 ATOM 1091 O ARG A 141 • 4, .355 45, .032 58, .510 1. ,00 35. ,81 ATOM 1092 CB ARG A 141 • 3, ,557 42, ,498 60, .156 1. ,00 14. ,60 ATOM 1093 CG ARG A 141 ■ 3, .081 42, .891 61, .568 1, ,00 20, .94 ATOM 1094 CD ARG A 141 • 3, .576 41, .978 62, .715 1, ,00 19, ,99 ATOM 1095 NE ARG A 141 • 2, .911 40, .690 62, .786 1, ,00 18, ,24 ATOM 1096 CZ ARG A 141 ■ 3, .140 39, .707 63, .648 1, .00 18, ,77 ATOM 1097 NH1 ARG A 141 ■ 4, ,029 39, .739 64, .634 1, ,00 20, ,76 ATOM 1098 NH2 ARG A 141 • 2, .415 38, .640 63, .508 1, ,00 24, .20 ATOM 1099 N ALA A 142 ■ 2, .408 45 .511 59 .580 1, .00 28, .35 ATOM 1100 CA ALA A 142 ■ 2, .668 46, .940 59, .657 1, .00 27, .60 ATOM 1101 C ALA A 142 ■ 2, .369 47, .652 58, .345 1, .00 34, .33 ATOM 1102 O ALA A 142 -2, .620 48 .835 58 .203 1, .00 34 .36 ATOM 1103 CB ALA A 142 -1 .994 47 .616 60 .843 1, .00 27, .67 ATOM 1104 N ILE A 143 -1 .824 46 .922 57 .382 1, .00 32, .39 ATOM 1105 CA ILE A 143 -1 .537 47 .499 56 .099 1 .00 30 .38 ATOM 1106 C ILE A 143 -2. .520 46 .994 55 .067 1 .00 37 .79 ATOM 1107 O ILE A 143 -2 .885 47 .709 54 .152 1 .00 42 .65 ATOM 1108 CB ILE A 143 -0 .142 47 .228 55 .613 1 .00 32 .06 ATOM 1109 CGI ILE A 143 0 .827 48 .062 56 .414 1 .00 31 .71 ATOM 1110 CG2 ILE A 143 -0 .074 47 .654 54 .143 1 .00 34 .02 ATOM 1111 CD1 ILE A 143 2 .258 47 .774 55 .988 1 .00 42 .10 ATOM 1112 N LEU A 144 -2 .939 45 .749 55 .218 1 .00 32 .50 ATOM 1113 CA LEU A 144 -3 .873 45 .142 54 .291 1 .00 32 .36 ATOM 1114 C LEU A 144 -4 .435 43 .838 54 .849 1 .00 40 .36 ATOM 1115 O LEU A 144 -3 .959 43 .278 55 .852 1 .00 33 .27 ATOM 1116 CB LEU A 144 -3 .250 44 .936 52 .894 1 .00 31 .58 ATOM 1117 CG LEU A 144 -1 .923 44 .170 52 .917 1 .00 33 .31 ATOM 1118 CD1 LEU A 144 -2 .147 42 .770 52 .352 1 .00 32 .07 ATOM 1119 CD2 LEU A 144 -0 .836 44 .897 52 .110 1 .00 28 .67 ATOM 1120 N PRO A 145 -5 .490 43 .347 54 .213 1 .00 40 .02 ATOM 1121 CA PRO A 145 -6 .080 42 .129 54 .715 1 .00 37 .86 ATOM 1122 C PRO A 145 5.264 40.941 54.286 1.00 37.87 ATOM 1123 O PRO A 145 4. 819 40. 831 53. 144 1. 00 35. 27 ATOM 1124 CB PRO A 145 7. 530 42. 080 54. 220 1. 00 38. 81 ATOM 1125 CG PRO A 145 7. 778 43. 393 53. 492 1. 00 41. 34 ATOM 1126 CD PRO A 145 6. 432 44. 093 53. 341 1. 00 36. 69 ATOM 1127 N CYS A 146 5. 041 40. 056 55. 233 1. 00 36. 18 ATOM 1128 CA CYS A 146 4. 250 38. 882 54. 958 1. 00 35. 60 ATOM 1129 C CYS A 146 4. 358 37. 859 56. 069 1. 00 33. 04 ATOM 1130 O CYS A 146 5. 067 38. 062 57. 050 1. 00 30. 78 ATOM 1131 CB CYS A 146 2. 761 39. 287 54. 813 1. 00 36. 08 ATOM 1132 SG CYS A 146 2. 087 40. 108 56. 302 1. 00 39. 43 ATOM 1133 N GLN A 147 3. 637 36. 755 55. 883 1. 00 29. 33 ATOM 1134 CA GLN A 147 3. 517 35. 703 56. 875 1. 00 29. 71 ATOM 1135 C GLN A 147 2. 254 36. 131 57. 628 1. 00 38. 75 ATOM 1136 O GLN A 147 ■ 1. 141 35. 926 57. 135 1. 00 40. 79 ATOM 1137 CB GLN A 147 3. 322 34. 352 56. 206 1. 00 28. 99 ATOM 1138 CG GLN A 147 4. 672 33. 707 55. 894 1. 00 25. 73 ATOM 1139 CD GLN A 147 4. 562 32. 532 54. 960 1. 00 39. 92 ATOM 1140 OE1 GLN A 147 4. 217 32. 668 53. ,775 1. 00 43. 89 ATOM 1141 NE2 GLN A 147 4. 828 31. 368 55. 499 1. 00 26. 36 ATOM 1142 N ASP A 148 2. ,425 36. 834 58. ,765 1. 00 32. 68 ATOM 1143 CA ASP A 148 ■ 1. ,287 37. 362 59. ,474 1. 00 33. 50 ATOM 1144 C ASP A 148 • 0. ,629 36. 377 60. 371 1. 00 33. 13 ATOM 1145 O ASP A 148 0. 622 36. 563 61. 584 1. 00 31. 30 ATOM 1146 CB ASP A 148 • 1. ,633 38. ,642 60. ,253 1. 00 37. 78 ATOM 1147 CG ASP A 148 0. ,535 39. ,666 60. ,332 1. 00 45. 10 ATOM 1148 OD1 ASP A 148 0. ,564 39. ,540 59. ,836 1. 00 47. 89 ATOM 1149 OD2 ASP A 148 0, ,913 40. ,737 60. ,952 1. ,00 48. ,63 ATOM 1150 N THR A 149 ■ 0. ,080 35. ,345 59. ,742 1. ,00 29. ,15 ATOM 1151 CA THR A 149 0. ,584 34. ,251 60. ,422 1. ,00 28. ,25 ATOM 1152 C THR A 149 1. ,805 33. ,831 59. ,625 1. ,00 34. ,92 ATOM 1153 O THR A 149 1, ,757 33, ,764 58, .410 1. .00 34. ,47 ATOM 1154 CB THR A 149 ■ 0, ,403 33. ,087 60, ,674 1. ,00 24. ,79 ATOM 1155 OG1 THR A 149 0, ,241 32. ,059 61, ,352 1. ,00 37. ,15 ATOM 1156 CG2 THR A 149 -0, ,905 32. ,527 59, ,345 1. ,00 26. ,56 ATOM 1157 N PRO A 150 2, .910 33, .575 60, .323 1, ,00 34, .69 ATOM 1158 CA PRO A 150 4, .142 33, .217 59, .659 1, ,00 31. ,06 ATOM 1159 C PRO A 150 4, .087 31, ,813 59, .131 1, ,00 36. ,66 ATOM 1160 O PRO A 150 4 .995 31, .356 58, .450 1, .00 36, .37 ATOM 1161 CB PRO A 150 5 .245 33, .327 60, .712 1, .00 31, .18 ATOM 1162 CG PRO A 150 4 .570 33, .471 62, .077 1, .00 36, .95 ATOM 1163 CD PRO A 150 3, .078 33, .589 61, .823 1, .00 34, ,62 ATOM 1164 N SER A 151 2 .992 31 .150 59 .452 1, .00 31, .62 ATOM 1165 CA SER A 151 2 .778 29, .791 59 .029 1, .00 27, .35 ATOM 1166 C SER A 151 2 .357 29, .738 57 .564 1, .00 32, .97 ATOM 1167 O SER A 151 2 .344 28, .703 56 .928 1, .00 34, .25 ATOM 1168 CB SER A 151 1 .714 29 .203 59 .905 1, .00 25 .95 ATOM 1169 OG SER A 151 0 .483 29 .685 59 .439 1 .00 49 .35 ATOM 1170 N VAL A 152 1 .997 30 .887 57 .024 1, .00 34, .36 ATOM 1171 CA VAL A 152 1 .595 31 .015 55 .623 1 .00 33 .74 ATOM 1172 C VAL A 152 2 .705 31 .764 54 .847 1 .00 37 .45 ATOM 1173 O VAL A 152 3 .295 32 .761 55 .313 1 .00 37 .63 ATOM 1174 CB VAL A 152 0 .203 31 .697 55 .427 1 .00 32 .61 ATOM 1175 CGI VAL A 152 -0 .184 31 .767 53 .963 1 .00 31 .50 ATOM 1176 CG2 VAL A 152 -0 .915 30 .975 56 .149 1 .00 31 .29 ATOM 1177 N LYS A 153 2 .999 31 .289 53 .654 1 .00 26 .98 ATOM 1178 CA LYS A 153 4 .002 31 .927 52 .866 1 .00 25 .81 ATOM 1179 C LYS A 153 3 .469 32 .141 51 .473 1 .00 33 .94 ATOM 1180 O LYS A 153 2 .826 31 .251 50 .936 1 .00 32 .91 ATOM 1181 CB LYS A 153 5 .252 31 .091 52 .841 1 .00 24 .70 ATOM 1182 CG LYS A 153 6 .383 31 .760 53 .583 1 .00 34 .68 ATOM 1183 CD LYS A 153 7 .641 30 .893 53 .616 1 .00 39 .37 ATOM 1184 CE LYS A 153 8 .121 30 .506 55 .015 1 .00 29 .09 ATOM 1185 NZ LYS A 153 9 .556 30 .152 55 .112 1 .00 26 .03 ATOM 1186 N LEU A 154 3.732 33.321 50.896 1.00 32.13 ATOM 1187 CA LEU A 154 3. 285 33. 639 49. 544 1. 00 30. 67 ATOM 1188 C LEU A 154 4. 279 34. 475 48. 789 1. 00 40. 67 ATOM 1189 O LEU A 154 5. 264 35. 000 49. 344 1. 00 42. 56 ATOM 1190 CB LEU A 154 1. 966 34. 432 49. 515 1. 00 30. 10 ATOM 1191 CG LEU A 154 2. 084 35. 793 50. 207 1. 00 35. 20 ATOM 1192 CD1 LEU A 154 0. 989 36. 716 49. 690 1. 00 37. 21 ATOM 1193 CD2 LEU A 154 1. 934 35. 608 51. 715 1. 00 33. 07 ATOM 1194 N THR A 155 3. 963 34. 610 47. 499 1. 00 37. 82 ATOM 1195 CA THR A 155 4. 728 35. 449 46. 596 1. 00 38. 44 ATOM 1196 C THR A 155 3. 934 36. 730 46. 389 1. 00 41. 52 ATOM 1197 O THR A 155 2. 738 36. 775 46. 674 1. 00 43. 95 ATOM 1198 CB THR A 155 5. 041 34. 814 45. 230 1. 00 36. 99 ATOM 1199 OG1 THR A 155 3. 886 34. 281 44. 584 1. 00 32. 59 ATOM 1200 CG2 THR A 155 6. 133 33. 790 45. 404 1. 00 18. 24 ATOM 1201 N TYR A 156 4. 563 37. 768 45. 892 1. 00 33. 87 ATOM 1202 CA TYR A 156 3. 835 39. 003 45. 683 1. 00 32. 49 ATOM 1203 C TYR A 156 4. 509 39. 922 44. 717 1. 00 37. 91 ATOM 1204 O TYR A 156 5. 725 39. 940 44. 562 1. 00 39. 04 ATOM 1205 CB TYR A 156 3. 534 39. 795 46. 983 1. 00 31. 16 ATOM 1206 CG TYR A 156 4. 642 40. 731 47. 471 1. 00 28. 94 ATOM 1207 CD1 TYR A 156 4. 817 42. 021 46. 969 1. 00 30. 33 ATOM 1208 CD2 TYR A 156 5. 525 40. ,303 48. ,465 1. 00 30. ,43 ATOM 1209 CE1 TYR A 156 5. 829 42. 853 47. ,459 1. 00 36. ,89 ATOM 1210 CE2 TYR A 156 6. 553 41. .104 48. ,960 1. 00 31. ,47 ATOM 1211 CZ TYR A 156 6. ,690 42. ,396 48. ,462 1. ,00 43. ,34 ATOM 1212 OH TYR A 156 7. ,701 43. ,180 48. ,956 1. 00 36. ,86 ATOM 1213 N THR A 157 3. ,657 40. ,689 44. ,101 1. 00 36. ,75 ATOM 1214 CA THR A 157 4. ,036 41. ,691 43. ,171 1. ,00 38. ,49 ATOM 1215 C THR A 157 3. ,346 42, ,942 43. ,611 1. ,00 42. ,61 ATOM 1216 O THR A 157 2. ,228 42. ,913 44. ,143 1. ,00 38. ,45 ATOM 1217 CB THR A 157 3. ,631 41. ,316 41. ,751 1. ,00 39. ,73 ATOM 1218 OG1 THR A 157 2, ,380 40, ,655 41, .803 1. .00 55, ,71 ATOM 1219 CG2 THR A 157 4, ,680 40, ,370 41, .212 1. ,00 26, ,71 ATOM 1220 N ALA A 158 4, ,037 44, ,025 43, .404 1. ,00 41, ,36 ATOM 1221 CA ALA A 158 3, ,488 45, .273 43, .789 1, ,00 41, .08 ATOM 1222 C ALA A 158 3, ,869 46, ,401 42, .839 1, ,00 50, .77 ATOM 1223 O ALA A 158 4, .919 46, .390 42, .179 1, ,00 53, .47 ATOM 1224 CB ALA A 158 3 .910 45 .570 45, .212 1, .00 39, .87 ATOM 1225 N GLU A 159 2 .974 47, .376 42, .788 1, .00 43, .90 ATOM 1226 CA GLU A 159 3, .107 48, .604 42, .023 1, .00 42, .27 ATOM 1227 C GLU A 159 2 .451 49 .705 42 .843 1, .00 42 .17 ATOM 1228 O GLU A 159 1 .257 49 .630 43 .227 1, .00 41 .00 ATOM 1229 CB GLU A 159 2 .641 48 .521 40 .571 1, .00 43 .72 ATOM 1230 CG GLU A 159 1 .943 47 .197 40 .255 1 .00 62 .90 ATOM 1231 CD GLU A 159 1 .502 47 .156 38 .835 1 .00 91 .28 ATOM 1232 OE1 GLU A 159 2 .202 46 .696 37 .955 1 .00 77 .84 ATOM 1233 OE2 GLU A 159 0 .322 47 .707 38 .644 1 .00100 .00 ATOM 1234 N VAL A 160 3 .263 50 .686 43 .197 1 .00 34 .67 ATOM 1235 CA VAL A 160 2 .738 51 .717 44 .044 1 .00 36 .57 ATOM 1236 C VAL A 160 3 .024 53 .091 43 .533 1 .00 43 .02 ATOM 1237 O VAL A 160 4 .121 53 .380 43 .050 1 .00 42 .71 ATOM 1238 CB VAL A 160 3 .180 51 .530 45 .500 1 .00 40 .73 ATOM 1239 CGI VAL A 160 3 .988 50 .239 45 .644 1 .00 38 .56 ATOM 1240 CG2 VAL A 160 4 .006 52 .728 45 .963 1 .00 40 .46 ATOM 1241 N SER A 161 2 .002 53 .922 43 .653 1 .00 41 .79 ATOM 1242 CA SER A 161 2 .076 55 .292 43 .185 1 .00 42 .07 ATOM 1243 C SER A 161 2 .532 56 .204 44 .270 1 .00 44 .28 ATOM 1244 O SER A 161 2 .047 56 .121 45 .403 1 .00 43 .60 ATOM 1245 CB SER A 161 0 .751 55 .801 42 .635 1 .00 43 .32 ATOM 1246 OG SER A 161 0 .971 56 .850 41 .726 1 .00 49 .40 ATOM 1247 N VAL A 162 3 .447 57 .080 43 .896 1 .00 36 .49 ATOM 1248 CA VAL A 162 3 .979 58 .019 44 .838 1 .00 34 .99 ATOM 1249 C VAL A 162 4 .273 59 .319 44 .148 1 .00 42 .57 ATOM 1250 O VAL A 162 4.470 59.354 42.932 1.00 44.41 ATOM 1251 CB VAL A 162 5.300 57.498 45.402 .00 35.97 ATOM 1252 CGI VAL A 162 5.084 56.219 46.188 ,00 36.12 ATOM 1253 CG2 VAL A 162 6.222 57.194 44.239 ,00 35.42 ATOM 1254 N PRO A 163 4.332 60.377 44.942 .00 32.95 ATOM 1255 CA PRO A 163 664 61.662 44.400 ,00 31.07 ATOM 1256 C PRO A 163 966 61.496 43.652 .00 39.67 ATOM 1257 O PRO A 163 919 60.892 44.142 .00 42.78 ATOM 1258 CB PRO A 163 780 62.562 45.618 1.00 31.62 ATOM 1259 CG PRO A 163 946 61.893 46.714 1. 00 33. 93 ATOM 1260 CD PRO A 163 652 60.480 46.259 1. 00 28. 53 ATOM 1261 N LYS A 164 962 61.978 42.436 1. 00 38. 52 ATOM 1262 CA LYS A 164 086 61.860 41.539 1. 00 39. 97 ATOM 1263 C LYS A 164 8.451 62.222 42.088 1. 00 42. 75 ATOM 1264 O LYS A 164 9.453 61.708 41.593 1. 00 44. 47 ATOM 1265 CB LYS A 164 6.828 62.479 40.177 1. 00 44. 67 ATOM 1266 CG LYS A 164 6.004 63.758 40.257 1. 00 78. 05 ATOM 1267 CD LYS A 164 6.651 64.918 39.497 1. 00100. 00 ATOM 1268 CE LYS A 164 6.016 66.289 39.772 1. 00100. 00 ATOM 1269 NZ LYS A 164 6.679 67.075 40.835 1. 00100. 00 ATOM 1270 N GLU A 165 8.519 63.097 43.082 1. 00 37. 25 ATOM 1271 CA GLU A 165 9.814 63.489 43.665 1. 00 39. 56 ATOM 1272 C GLU A 165 10.333 62.462 44.677 1. 00 46. 39 ATOM 1273 O GLU A 165 11.531 62.318 44.927 1. 00 48. 93 ATOM 1274 CB GLU A 165 9.797 64.902 44.297 1. 00 42. 10 ATOM 1275 CG GLU A 165 8.602 65.156 45.257 1. ,00 58. 16 ATOM 1276 CD GLU A 165 7.214 64.970 44.664 1. 00 88. 01 ATOM 1277 OE1 GLU A 165 6.994 64.757 43.475 1. 00 79. 46 ATOM 1278 OE2 GLU A 165 .266 65.050 45.575 1. ,00 70. ,27 ATOM 1279 N LEU A 166 ,398 61.733 45.265 1. ,00 40. ,39 ATOM 1280 CA LEU A 166 ,696 60.733 46.254 1. ,00 36. ,56 ATOM 1281 C LEU A 166 .934 59.377 45.640 1. ,00 47. ,57 ATOM 1282 O LEU A 166 ,366 59.080 44.581 1. ,00 52. ,86 ATOM 1283 CB LEU A 166 8.525 60.630 47.250 1. ,00 31. ,92 ATOM 1284 CG LEU A 166 8.315 61.912 48.057 1. ,00 29, ,18 ATOM 1285 CD1 LEU A 166 7.363 61.590 49.189 1, ,00 25, ,96 ATOM 1286 CD2 LEU A 166 9.635 62.467 48.622 1, ,00 23, ,78 ATOM 1287 N VAL A 167 10.769 58.564 46.328 1, ,00 34. ,75 ATOM 1288 CA VAL A 167 11.077 57.218 45.908 1. ,00 30, ,00 ATOM 1289 C VAL A 167 10.332 56.229 46.771 1, .00 38, .80 ATOM 1290 O VAL A 167 9.902 56.532 47.879 1, .00 40, .91 ATOM 1291 CB VAL A 167 12.549 56.860 46.048 1, .00 31, .28 ATOM 1292 CGI VAL A 167 12.854 55.542 45.329 1, .00 28, ,20 ATOM 1293 CG2 VAL A 167 13.456 57.964 45.565 1, .00 31, ,06 ATOM 1294 N ALA A 168 10.217 55.019 46.257 1, .00 36, .46 ATOM 1295 CA ALA A 168 9.584 53.935 46.979 1, .00 35, .14 ATOM 1296 C ALA A 168 10.418 52.662 46.836 1 .00 43, .27 ATOM 1297 O ALA A 168 10.889 52.343 45.733 1 .00 44, .74 ATOM 1298 CB ALA A 168 8.149 53.700 46.550 1 .00 34, .20 ATOM 1299 N LEU A 169 10.603 51.960 47.975 1, .00 35, .27 ATOM 1300 CA LEU A 169 11.323 50.696 48.069 1 .00 29 .39 ATOM 1301 C LEU A 169 10.491 49.635 48.797 1 .00 33 .87 ATOM 1302 O LEU A 169 9.604 49.918 49.613 1 .00 31 .21 ATOM 1303 CB LEU A 169 12.721 50.835 48.656 1 .00 28 .62 ATOM 1304 CG LEU A 169 13.593 51.810 47.891 1 .00 35 .90 ATOM 1305 CD1 LEU A 169 14.953 51.819 48.558 1 .00 39 .38 ATOM 1306 CD2 LEU A 169 13.765 51.394 46.432 1 .00 37 .35 ATOM 1307 N MET A 170 10.758 48.381 48.479 1 .00 34 .23 ATOM 1308 CA MET A 170 10.012 47.291 49.069 1 .00 31 .07 ATOM 1309 C MET A 170 10.874 46.083 49.287 1 .00 34 .13 ATOM 1310 O MET A 170 11.995 45.973 48.775 1 .00 35 .20 ATOM 1311 CB MET A 170 8.842 46.882 48.154 1 .00 31 .95 ATOM 1312 CG MET A 170 7.751 47.934 48.116 1.00 33.13 ATOM 1313 SD MET A 170 6.105 47.253 47.815 1.00 34.54 ATOM 1314 CE MET A 170 5.820 46.349 49.363 1.00 32.25 ATOM 1315 N SER A 171 10. 332 45. 165 50. 057 1. 00 28. 20 ATOM 1316 CA SER A 171 11. 064 43. 953 50. 297 1. 00 28. 47 ATOM 1317 C SER A 171 10. 929 43. 054 49. 049 1. 00 32. 01 ATOM 1318 O SER A 171 10. 396 41. 958 49. 089 1. 00 30. 93 ATOM 1319 CB SER A 171 10. 662 43. 265 51. 606 1. 00 30. 93 ATOM 1320 OG SER A 171 9. 297 42. 920 51. 581 1. 00 32. 90 ATOM 1321 N ALA A 172 11. 401 43. 543 47. 912 1. 00 28. 84 ATOM 1322 CA ALA A 172 11. 286 42. 773 46. 691 1. 00 29. 48 ATOM 1323 C ALA A 172 12. 241 43. 258 45. 644 1. 00 37. 63 ATOM 1324 O ALA A 172 13. 060 44. 147 45. 881 1. 00 35. 07 ATOM 1325 CB ALA A 172 9. 884 42. 969 46. 120 1. 00 29. 48 ATOM 1326 N ILE A 173 12. 104 42. 686 44. 452 1. 00 39. 49 ATOM 1327 CA ILE A 173 12. 966 43. 120 43. 382 1. 00 38. 64 ATOM 1328 C ILE A 173 12. .418 44. 343 42. .648 1. 00 44. ,83 ATOM 1329 O ILE A 173 11. 269 44. 394 42. ,193 1. 00 40. ,97 ATOM 1330 CB ILE A 173 13. 549 42. 027 42. ,479 1. 00 38. ,79 ATOM 1331 CGI ILE A 173 14. 258 40. 970 43. ,302 1. 00 37. ,40 ATOM 1332 CG2 ILE A 173 14. 606 42. 621 41. ,570 1. 00 38. ,88 ATOM 1333 CD1 ILE A 173 15. 770 41. 069 43. ,193 1. 00 25. ,93 ATOM 1334 N ARG A 174 13. ,286 45. 345 42. ,584 1. 00 43. ,21 ATOM 1335 CA ARG A 174 12. ,997 46. ,567 41. ,917 1. 00 42. ,34 ATOM 1336 C ARG A 174 12. ,630 46. ,173 40. ,516 1. 00 47. ,54 ATOM 1337 O ARG A 174 13. ,478 45. ,667 39. ,770 1. 00 42. ,08 ATOM 1338 CB ARG A 174 14. ,254 47. ,422 41. ,937 1. 00 42. ,47 ATOM 1339 CG ARG A 174 14. ,231 48. 450 43. ,075 1. 00 53. ,40 ATOM 1340 CD ARG A 174 15. ,617 48. ,917 43. ,515 1. 00 33. ,80 ATOM 1341 NE ARG A 174 16, ,036 50. ,083 42, ,756 1. ,00 53, ,32 ATOM 1342 CZ ARG A 174 17, ,221 50. ,208 42, ,181 1. ,00 97. ,11 ATOM 1343 NH1 ARG A 174 18, ,132 49. ,243 42. ,266 1. ,00100, ,00 ATOM 1344 NH2 ARG A 174 17. ,503 51. .321 41. ,489 1. ,00100. ,00 ATOM 1345 N ASP A 175 11, ,356 46. ,356 40. ,195 1. ,00 51, ,12 ATOM 1346 CA ASP A 175 10, ,858 45. ,981 38. ,882 1. ,00 53, ,89 ATOM 1347 C ASP A 175 10, .778 47, ,128 37, ,885 1. ,00 58, ,32 ATOM 1348 O ASP A 175 10, .455 46, ,901 36. .727 1, ,00 56, .00 ATOM 1349 CB ASP A 175 9, .533 45, ,186 38, .948 1. ,00 57, ,16 ATOM 1350 CG ASP A 175 9, .196 44, ,446 37, .675 1, .00 81, ,25 ATOM 1351 OD1 ASP A 175 10, .034 44, ,118 36, .851 1. .00 83, .53 ATOM 1352 OD2 ASP A 175 7, .910 44, ,176 37. .558 1, ,00 92. ,45 ATOM 1353 N GLY A 176 11, .062 48, ,356 38, .331 1, ,00 58. ,24 ATOM 1354 CA GLY A 176 11, .021 49, .498 37, .438 1, .00 57, .71 ATOM 1355 C GLY A 176 9, .969 50, .546 37, .773 1, .00 58, .98 ATOM 1356 O GLY A 176 9, .090 50, .371 38, .620 1. .00 52, .04 ATOM 1357 N GLU A 177 10, .110 51, .649 37, .050 1, .00 63, .72 ATOM 1358 CA GLU A 177 9, .267 52, .812 37, .172 1, .00 67, ,79 ATOM 1359 C GLU A 177 8, .874 53, .388 35, .817 1. ,00 86, ,22 ATOM 1360 O GLU A 177 9 .614 53 .364 34 .830 1, .00 91 .14 ATOM 1361 CB GLU A 177 9. .986 53 .902 38 .006 1, .00 68 .25 ATOM 1362 CG GLU A 177 11 .432 54 .145 37 .519 1, .00 71 .58 ATOM 1363 CD GLU A 177 12 .183 55, .088 38 .404 1, .00 85 .08 ATOM 1364 OE1 GLU A 177 13 .045 54, .733 39 .198 1, .00100 .00 ATOM 1365 OE2 GLU A 177 11 .765 56 .316 38 .264 1, .00 56 .71 ATOM 1366 N THR A 178 7 .671 53 .924 35 .835 1 .00 84 .76 ATOM 1367 CA THR A 178 6 .684 54 .686 35 .042 1 .00 84 .81 ATOM 1368 C THR A 178 6 .024 55 .810 35 .855 1 .00 90 .37 ATOM 1369 O THR A 178 5 .664 55 .655 36 .996 1 .00 91 .10 ATOM 1370 CB THR A 178 5 .618 53 .713 34 .561 1 .00 89 .82 ATOM 1371 OG1 THR A 178 5 .283 52 .830 35 .636 1. .00 80 .25 ATOM 1372 CG2 THR A 178 6 .161 52 .898 33 .396 1 .00 93 .46 ATOM 1373 N PRO A 179 5 .921 56 .984 35 .217 1 .00 87 .05 ATOM 1374 CA PRO A 179 5 .365 58 .187 35 .845 1 .00 86 .61 ATOM 1375 C PRO A 179 3 .857 58 .419 35 .531 1 .00 89 .04 ATOM 1376 O PRO A 179 3 .444 59 .516 35 .140 1 .00 91 .15 ATOM 1377 CB PRO A 179 6 .176 59 .345 35 .301 1 .00 88 .63 ATOM 1378 CG PRO A 179 6.657 58.947 33.895 1.00 92.62 ATOM 1379 CD PRO A 179 6. 426 57. 345 33. 902 1. 00 87. 63 ATOM 1380 N ASP A 180 3. 020 57. 347 35. 694 1. 00 82. 31 ATOM 1381 CA ASP A 180 1. 616 57. 568 35. 310 1. 00 81. 19 ATOM 1382 C ASP A 180 0. 629 56. 743 36. 166 1. 00 90. 72 ATOM 1383 O ASP A 180 0. 533 55. 519 36. 072 1. 00 91. 13 ATOM 1384 CB ASP A 180 1. 458 57. 196 33. 827 1. 00 82. 12 ATOM 1385 CG ASP A 180 0. 087 57. 651 33. 327 1. 00 95. 94 ATOM 1386 OD1 ASP A 180 0. 155 58. 858 33. 337 1. 00100. 00 ATOM 1387 OD2 ASP A 180 0. 714 56. 801 32. 946 1. 00 94. 36 ATOM 1388 N PRO A 181 0. 060 57. 456 37. 086 1. 00 92. 45 ATOM 1389 CA PRO A 181 1. 212 56. 934 37. 795 1. 00 92. 02 ATOM 1390 C PRO A 181 2. 519 57. 566 37. 284 1. 00100. 00 ATOM 1391 O PRO A 181 2. 605 58. 114 36. 192 1. 00100. 00 ATOM 1392 CB PRO A 181 1. 014 57. 340 39. 210 1. 00 92. 48 ATOM 1393 CG PRO A 181 0. 362 58. 734 39. 152 1. 00 98. 39 ATOM 1394 CD PRO A 181 0 268 58. 736 37. 663 1. 00 94. 17 ATOM 1395 N GLU A 182 3. 567 57. 456 38. 141 1. 00100. 00 ATOM 1396 CA GLU A 182 4. 822 58. 161 37. 876 1. 00 98. 21 ATOM 1397 C GLU A 182 5 359 58 856 39 154 1. 00100 00 ATOM 1398 O GLU A 182 6 404 59 497 39. 167 1. 00 99. 44 ATOM 1399 CB GLU A 182 5 854 57 142 37. 356 1. 00 98. 57 ATOM 1400 CG GLU A 182 5 880 57 077 35 816 1 00100 00 ATOM 1401 CD GLU A 182 7 013 57 938 35 300 1. 00100 00 ATOM 1402 OE1 GLU A 182 7 817 58 385 36 105 1. 00100 00 ATOM 1403 OE2 GLU A 182 7 084 58 153 34 091 1 00100 00 ATOM 1404 N ASP A 183 4 607 58 672 40 265 1 00 98 63 ATOM 1405 CA ASP A 183 5 021 59 257 41 552 1 00 97 49 ATOM 1406 C ASP A 183 4 126 60 472 41 932 1 00100 00 ATOM 1407 O ASP A 183 3 464 61 061 41 079 1 00100 00 ATOM 1408 CB ASP A 183 4 946 58 144 42 619 1 00 98 36 ATOM 1409 CG ASP A 183 3 612 57 409 42 547 1 00100 00 ATOM 1410 OD1 ASP A 183 3 471 56 556 41 668 1 00100 00 ATOM 1411 OD2 ASP A 183 2 741 57 688 43 364 1 00100 00 ATOM 1412 N PRO A 184 4 187 60 906 43 237 1 00 97 96 ATOM 1413 CA PRO A 184 3 311 61 985 43 738 1 00 97 92 ATOM 1414 C PRO A 184 1 865 61 528 44 071 1 00 97 89 ATOM 1415 O PRO A 184 1 348 61 748 45 159 1 00100 00 ATOM 1416 CB PRO A 184 3 973 62 561 44 992 1 00 98 86 ATOM 1417 CG PRO A 184 5 262 61 777 45 284 1 00100 00 ATOM 1418 CD PRO A 184 -5 122 60 532 44 284 1 00 97 20 ATOM 1419 N SER A 185 -1 249 60 840 43 071 1 00 82 40 ATOM 1420 CA SER A 185 0 .196 60 496 43 086 1 00 75 26 ATOM 1421 C SER A 185 0 .748 60 563 41 .623 1 00 71 84 ATOM 1422 O SER A 185 -0 .006 60 525 40 670 1 00 77 97 ATOM 1423 CB SER A 185 0 .337 59 .068 43 .636 1 00 73 .41 ATOM 1424 OG SER A 185 0 .672 59 .109 45 .027 1 00 63 .60 ATOM 1425 N ARG A 186 2 .107 60 .704 41 .461 1 00 57 89 ATOM 1426 CA ARG A 186 2 .650 60 .971 40 .088 1 .00 56 .00 ATOM 1427 C ARG A 186 3 .725 59 .943 39 .633 1 .00 59 .64 ATOM 1428 O ARG A 186 4 .473 60 .157 38 .688 1 00 60 .30 ATOM 1429 CB ARG A 186 3 .258 62 .393 40 .064 1 .00 63 .74 ATOM 1430 CG ARG A 186 2 .339 63 .457 40 .677 1 .00 80 .44 ATOM 1431 CD ARG A 186 1 .188 63 .874 39 .736 1 .00 71 .31 ATOM 1432 NE ARG A 186 1 .316 63 .215 38 .436 1 .00 79 .64 ATOM 1433 CZ ARG A 186 0 .185 62 .862 37 .784 1 .00 95 .30 ATOM 1434 NH1 ARG A 186 -0 .999 63 .109 38 .312 1 .00 56 .25 ATOM 1435 NH2 ARG A 186 0 .276 62 .232 36 .603 1 .00 89 .98 ATOM 1436 N LYS A 187 3 .892 58 .778 40 .265 1 .00 54 .50 TOM 1437 CA LYS A 187 4 .891 57 .805 39 .851 1 .00 51 .93 ATOM 1438 C LYS A 187 4 .506 56 .436 40 .276 1 .00 52 .96 ATOM 1439 O LYS A 187 3 .971 56 .236 41 .368 1 .00 53 .58 ATOM 1440 CB LYS A 187 6 .247 58 .047 40 .470 1 .00 53 .78 ATOM 1441 CG LYS A 187 7 .427 57 .714 39 .574 1 .00 43 .05 ATOM 1442 CD LYS A 187 8.517 58.761 39.762 1.00 53.36 ATOM 1443 CE LYS A 187 9.870 58.468 39.146 1.00 39.68 ATOM 1444 NZ LYS A 187 10.795 59.601 39.341 1.00 40.19 ATOM 1445 N ILE A 188 4.819 55.502 39.403 1.00 46.36 ATOM 1446 CA ILE A 188 4.565 54.128 39.700 1.00 43.57 ATOM 1447 C ILE A 188 5.824 53.311 39.851 1.00 42.64 ATOM 1448 O ILE A 188 6.647 53.189 38.937 1.00 41.55 ATOM 1449 CB ILE A 188 3.579 53.425 38.826 1.00 45.64 ATOM 1450 CGI ILE A 188 2.193 54.021 39.047 1.00 45.82 ATOM 1451 CG2 ILE A 188 3.590 51.969 39.273 1.00 43.43 ATOM 1452 CD1 ILE A 188 1.448 53.505 40.276 1.00 62.08 ATOM 1453 N TYR A 189 5.950 52.757 41.042 1.00 35.58 ATOM 1454 CA TYR A 189 7.079 51.933 41.356 1.00 37.57 ATOM 1455 C TYR A 189 6.652 50.465 41.359 1.00 44.89 ATOM 1456 O TYR A 189 5.656 50.092 41.999 1.00 44.33 ATOM 1457 CB TYR A 189 7.752 52.392 42.661 1.00 37.85 ATOM 1458 CG TYR A 189 8.692 53.563 42.456 1.00 34.49 ATOM 1459 CD1 TYR A 189 9.968 53.375 41.930 1.00 35.93 ATOM 1460 CD2 TYR A 189 8.310 54.859 42.813 1.00 32.44 ATOM 1461 CE1 TYR A 189 10.843 54.449 41.753 1.00 36.88 ATOM 1462 CE2 TYR A 189 9.170 55.945 42.647 1.00 31.63 ATOM 1463 CZ TYR A 189 10.441 55.734 42.113 1.00 44.54 ATOM 1464 OH TYR A 189 11.296 56.788 41.929 1.00 57.77 ATOM 1465 N LYS A 190 7.413 49.651 40.608 1.00 42.91 ATOM 1466 CA LYS A 190 7.173 48.210 40.420 1.00 42.22 ATOM 1467 C LYS A 190 8.152 47.262 41.143 1.00 40.73 ATOM 1468 O LYS A 190 9.398 47.400 41.093 1.00 35.69 ATOM 1469 CB LYS A 190 7.007 47.839 38.944 1.00 45.87 ATOM 1470 CG LYS A 190 5.735 48.403 38.306 1.00 71.08 ATOM 1471 CD LYS A 190 5.758 48.384 36.779 1.00 84.62 ATOM 1472 CE LYS A 190 4.386 48.157 36.147 1.00100.00 ATOM 1473 NZ LYS A 190 4.299 46.930 35.329 1.00100.00 ATOM 1474 N PHE A 191 7.539 46.264 41.812 1.00 35.01 ATOM 1475 CA PHE A 191 8.276 45.304 42.592 1.00 31.57 ATOM 1476 C PHE A 191 7.792 43.871 42.465 1.00 30.89 ATOM 1477 O PHE A 191 6.603 43.584 42.377 1.00 25.06 ATOM 1478 CB PHE A 191 8.217 45.734 44.080 1.00 32.11 ATOM 1479 CG PHE A 191 8.570 47.190 44.372 1.00 29.24 ATOM 1480 CD1 PHE A 191 9.895 47.593 44.539 1.00 31.81 ATOM 1481 CD2 PHE A 191 7.565 48.147 44.508 1.00 30.17 ATOM 1482 CE1 PHE A 191 10.230 48.925 44.805 1.00 34.10 ATOM 1483 CE2 PHE A 191 7.866 49.483 44.776 1.00 33.69 ATOM 1484 CZ PHE A 191 9.201 49.860 44.928 1.00 33.32 ATOM 1485 N ILE A 192 8.764 42.961 42.505 1.00 35.75 ATOM 1486 CA ILE A 192 8.525 41.520 42.415 1.00 37.02 ATOM 1487 C ILE A 192 9.255 40.653 43.469 1.00 33.05 ATOM 1488 0 ILE A 192 10.489 40.672 43.593 1.00 30.73 ATOM 1489 CB ILE A 192 8.850 40.970 41.025 1.00 42.45 ATOM 1490 CGI ILE A 192 8.289 41.914 39.981 1.00 46.39 ATOM 1491 CG2 ILE A 192 8.251 39.567 40.859 1.00 44.02 ATOM 1492 CD1 ILE A 192 7.609 41.231 38.798 1.00 69.61 ATOM 1493 N GLN A 193 8.459 39.864 44.195 1.00 27.51 ATOM 1494 CA GLN A 193 8.954 38.908 45.177 1.00 32.05 ATOM 1495 C GLN A 193 8.626 37.488 44.757 1.00 44.32 ATOM 1496 0 GLN A 193 7.583 36.926 45.120 1.00 43.11 ATOM 1497 CB GLN A 193 8.502 39.100 46.638 1.00 33.44 ATOM 1498 CG GLN A 193 9.285 38.203 47.632 1.00 22.34 ATOM 1499 CD GLN A 193 10.824 38.337 47.636 1.00 48.52 ATOM 1500 OE1 GLN A 193 11.557 37.537 47.016 1.00 45.24 ATOM 1501 NE2 GLN A 193 11.326 39.330 48.373 1.00 24.82 ATOM 1502 N LYS A 194 9.543 36.908 43.993 1.00 46.91 ATOM 1503 CA LYS A 194 9.384 35.540 43.529 1.00 47.56 ATOM 1504 C LYS A 194 9.456 34.524 44.666 1.00 49.56 ATOM 1505 O LYS A 194 8.777 33.520 44.598 1.00 50.85 ATOM 1506 CB LYS A 194 10.385 35.159 42.439 1.00 48.11 ATOM 1507 CG LYS A 194 9. 884 35. 443 41. 031 1. 00 55. 70 ATOM 1508 CD LYS A 194 10. 895 36. 200 40. 179 1. 00 67. 67 ATOM 1509 CE LYS A 194 10. 614 36. 122 38. 682 1. 00 81. 92 ATOM 1510 NZ LYS A 194 11. 284 37. 185 37. 910 1. 00 88. 34 ATOM 1511 N VAL A 195 10. 308 34. 753 45. 689 1. 00 39. 55 ATOM 1512 CA VAL A 195 10. 422 33. 780 46. 764 1. 00 33. 56 ATOM 1513 C VAL A 195 9. 261 33. 862 47. 698 1. 00 35. 67 ATOM 1514 O VAL A 195 8. 804 34. 945 48. 034 1. 00 38. 69 ATOM 1515 CB VAL A 195 11. 716 33. 844 47. 560 1. 00 32. 62 ATOM 1516 CGI VAL A 195 11. 849 32. 539 48. 310 1. 00 32. 40 ATOM 1517 CG2 VAL A 195 12. 933 34. 029 46. 667 1. 00 30. 55 ATOM 1518 N PRO A 196 8. 770 32. 717 48. 126 1. 00 27. 75 ATOM 1519 CA PRO A 196 7. 653 32. 757 49. 038 1. 00 26. 18 ATOM 1520 C PRO A 196 8. 132 33. 236 50. 410 1. 00 35. 86 ATOM 1521 O PRO A 196 9. 185 32. 809 50. 899 1. 00 35. 43 ATOM 1522 CB PRO A 196 7. 022 31. 359 49. 044 1. 00 26. 04 ATOM 1523 CG PRO A 196 7. 856 30. 472 48. 113 1. 00 27. 79 ATOM 1524 CD PRO A 196 8. 964 31. 352 47. 546 1. 00 25. 40 ATOM 1525 N ILE A 197 7. 388 34. 171 51. ,009 1. 00 29. 92 ATOM 1526 CA ILE A 197 7. 772 34. 697 52. 284 1. 00 26. 98 ATOM 1527 C ILE A 197 6. ,544 34. 809 53. ,128 1. 00 34. 88 ATOM 1528 O ILE A 197 5. 444 34. 788 52. ,606 1. 00 29. 68 ATOM 1529 CB ILE A 197 8. 334 36. 100 52. ,094 1. 00 27. 90 ATOM 1530 CGI ILE A 197 7. ,342 36. 867 51. ,254 1. .00 27. 78 ATOM 1531 CG2 ILE A 197 9. ,659 36. 091 51. ,337 1. 00 28. ,12 ATOM 1532 CD1 ILE A 197 7. ,494 38. 378 51. ,438 1. 00 19. 03 ATOM 1533 N PRO A 198 6. ,743 34. ,936 54. ,447 1. ,00 36. ,02 ATOM 1534 CA PRO A 198 5. ,647 35. ,110 55. ,410 1. ,00 31. ,31 ATOM 1535 C PRO A 198 5. ,299 36. 583 55, ,308 1. ,00 28. ,27 ATOM 1536 O PRO A 198 6. ,212 37. ,391 55, .115 1. ,00 22. ,70 ATOM 1537 CB PRO A 198 6. ,252 34. ,849 56, ,794 1. ,00 31. ,17 ATOM 1538 CG PRO A 198 7. ,768 34, ,768 56. ,615 1, ,00 34. ,94 ATOM 1539 CD PRO A 198 8, ,057 34, ,706 55, .122 1, ,00 32. ,99 ATOM 1540 N CYS A 199 4, ,011 36, ,939 55. ,405 1, ,00 27. ,60 ATOM 1541 CA CYS A 199 3, .555 38. ,360 55, .289 1, .00 27, .66 ATOM 1542 C CYS A 199 4, .255 39. ,390 56, .187 1. ,00 30. ,13 ATOM 1543 O CYS A 199 4, .294 40, ,596 55, .895 1. ,00 29, ,50 ATOM 1544 CB CYS A 199 2, .025 38, .534 55, .242 1, .00 27, .18 ATOM 1545 SG CYS A 199 1, .232 38, ,279 56, .841 1, .00 30, .85 ATOM 1546 N TYR A 200 4, .847 38, .903 57, .270 1, .00 26, .15 ATOM 1547 CA TYR A 200 5 .538 39, .798 58 .123 1, .00 28, .28 ATOM 1548 C TYR A 200 6 .760 40, .395 57 .483 1, .00 32, .29 ATOM 1549 O TYR A 200 7 .359 41, .286 58 .036 1, .00 31, .56 ATOM 1550 CB TYR A 200 5 .844 39 .215 59 .489 1 .00 30 .59 ATOM 1551 CG TYR A 200 6. .989 38 .272 59 .568 1, .00 28 .28 ATOM 1552 CD1 TYR A 200 8 .288 38 .733 59 .689 1 .00 29 .48 ATOM 1553 CD2 TYR A 200 6 .756 36 .903 59 .475 1 .00 27 .55 ATOM 1554 CE1 TYR A 200 9 .377 37 .862 59 .825 1 .00 21 .42 ATOM 1555 CE2 TYR A 200 7 .838 36 .015 59 .595 1 .00 27 .41 ATOM 1556 CZ TYR A 200 9 .144 36 .488 59 .737 1 .00 25 .11 ATOM 1557 OH TYR A 200 10 .215 35 .614 59 .880 1 .00 27 .62 ATOM 1558 N LEU A 201 7 .113 39 .897 56 .313 1 .00 31 .66 ATOM 1559 CA LEU A 201 8 .278 40 .378 55 .579 1 .00 29 .49 ATOM 1560 C LEU A 201 7 .914 41 .343 54 .484 1 .00 33 .65 ATOM 1561 O LEU A 201 8 .767 41 .737 53 .686 1 .00 35 .31 ATOM 1562 CB LEU A 201 9 .225 39 .275 55 .035 1 .00 27 .04 ATOM 1563 CG LEU A 201 9 .697 38 .271 56 .071 1 .00 27 .42 ATOM 1564 CD1 LEU A 201 10 .254 37 .030 55 .390 1 .00 23 .71 ATOM 1565 CD2 LEU A 201 10 .764 38 .913 56 .957 1 .00 30 .55 ATOM 1566 N ILE A 202 6 .648 41 .710 54 .438 1 .00 28 .66 ATOM 1567 CA ILE A 202 6 .249 42 .674 53 .433 1 .00 29 .57 ATOM 1568 C ILE A 202 6 .636 44 .074 53 .951 1 .00 40 .28 ATOM 1569 O ILE A 202 6 .192 44 .493 55 .027 1 .00 40 .75 ATOM 1570 CB ILE A 202 4.733 42.651 53.182 1.00 31.18 ATOM 1571 CGI ILE A 202 4. 250 41. 429 52. 405 1. 00 28. 21 ATOM 1572 CG2 ILE A 202 4. 259 43. 962 52. 521 1. 00 29. 23 ATOM 1573 CD1 ILE A 202 2. 724 41. 288 52. 449 1. 00 23. 01 ATOM 1574 N ALA A 203 7. 445 44. 813 53. 197 1. 00 39. 14 ATOM 1575 CA ALA A 203 7. 840 46. 150 53. 611 1. 00 37. 03 ATOM 1576 C ALA A 203 7. 819 47. 159 52. 482 1. 00 34. 32 ATOM 1577 O ALA A 203 8. 060 46. 836 51. 311 1. 00 30. 63 ATOM 1578 CB ALA A 203 9. 180 46. 143 54. 309 1. 00 38. 22 ATOM 1579 N LEU A 204 7. 514 48. 388 52. 910 1. 00 33. 64 ATOM 1580 CA LEU A 204 7. 388 49. 604 52. 102 1. 00 32. 56 ATOM 1581 C LEU A 204 7. 993 50. 817 52. 812 1. 00 37. 69 ATOM 1582 O LEU A 204 7. 854 51. 037 54. 034 1. 00 32. 66 ATOM 1583 CB LEU A 204 5. 906 49. 929 51. 718 1. 00 29. 74 ATOM 1584 CG LEU A 204 5. 706 51. 182 50. 855 1. 00 29. 64 ATOM 1585 CD1 LEU A 204 6. 263 50. 994 49. 445 1. 00 29. 47 ATOM 1586 CD2 LEU A 204 4. 222 51. 515 50. 750 1. 00 33. 50 ATOM 1587 N VAL A 205 8. 670 51. 603 51. 991 1. 00 36. 87 ATOM 1588 CA VAL A 205 9. 305 52. 821 52. 415 1. 00 35. 15 ATOM 1589 C VAL A 205 9. 224 53. 795 51. 284 1. 00 38. 41 ATOM 1590 O VAL A 205 9. 575 53. 462 50. 148 1. 00 39. 50 ATOM 1591 CB VAL A 205 10. ,769 52. ,651 52. ,804 1. ,00 36. ,06 ATOM 1592 CGI VAL A 205 11. ,466 51. 794 51. ,757 1. .00 35. ,08 ATOM 1593 CG2 VAL A 205 11. 432 54. 020 52. ,833 1. ,00 35. ,98 ATOM 1594 N VAL A 206 8. ,750 54. ,983 51. ,623 1. ,00 33. ,54 ATOM 1595 CA VAL A 206 8. ,623 56. ,104 50. ,687 1. ,00 31. ,81 ATOM 1596 C VAL A 206 9. ,300 57. ,343 51. ,249 1. ,00 31. ,62 ATOM 1597 O VAL A 206 9. ,076 57. ,722 52. ,406 1. ,00 34. .81 ATOM 1598 CB VAL A 206 7. ,179 56. ,405 50. ,305 1. ,00 33. ,35 ATOM 1599 CGI VAL A 206 7. ,129 57. ,243 49. ,029 1. ,00 33. ,44 ATOM 1600 CG2 VAL A 206 6, ,452 55. ,084 50. ,109 1, ,00 31, ,98 ATOM 1601 N GLY A 207 10. ,130 57. ,959 50. ,431 1. ,00 24. .94 ATOM 1602 CA GLY A 207 10. ,807 59. ,168 50, .861 1, ,00 27, ,25 ATOM 1603 C GLY A 207 11. ,802 59. ,632 49, .838 1, ,00 38, ,81 ATOM 1604 O GLY A 207 12, ,046 58, ,966 48. ,840 1, ,00 39, ,82 ATOM 1605 N ALA A 208 12, ,375 60, .783 50, .113 1, .00 41, ,07 ATOM 1606 CA ALA A 208 13, ,370 61, .354 49, .233 1, .00 42, .72 ATOM 1607 C ALA A 208 14, ,660 60, .550 49. ,356 1. .00 49, .10 ATOM 1608 O ALA A 208 15, .651 60, .997 49, .957 1, ,00 51, .30 ATOM 1609 CB ALA A 208 13, .605 62, ,810 49, .589 1, .00 42, .95 ATOM 1610 N LEU A 209 14, .623 59. ,350 48, .773 1, .00 40, .92 ATOM 1611 CA LEU A 209 15, .739 58, .440 48, .825 1 .00 39, .55 ATOM 1612 C LEU A 209 16, .756 58, .575 47, .743 1, .00 47, .96 ATOM 1613 O LEU A 209 16, .420 58. .843 46, .597 1, .00 49, .44 ATOM 1614 CB LEU A 209 15 .269 56, .994 48, .894 1 .00 37, .97 ATOM 1615 CG LEU A 209 14 .420 56, .803 50, .129 1 .00 40, .46 ATOM 1616 CD1 LEU A 209 13 .713 55 .469 50 .075 1 .00 36 .99 ATOM 1617 CD2 LEU A 209 15 .283 56 .921 51 .387 1 .00 43 .31 ATOM 1618 N GLU A 210 17 .999 58 .317 48 .182 1 .00 42 .68 ATOM 1619 CA GLU A 210 19 .205 58 .311 47 .381 1 .00 40 .30 ATOM 1620 C GLU A 210 19 .965 57 .056 47 .693 1 .00 47 .51 ATOM 1621 O GLU A 210 19 .708 56 .432 48 .721 1 .00 47 .89 ATOM 1622 CB GLU A 210 20 .084 59 .553 47 .613 1 .00 42 .01 ATOM 1623 CG GLU A 210 19 .699 60 .734 46 .697 1 .00 58 .26 ATOM 1624 CD GLU A 210 20 .524 61 .970 46 .897 1 .00100 .00 ATOM 1625 OE1 GLU A 210 21 .629 61 .968 47 .451 1 .00 95 .26 ATOM 1626 OE2 GLU A 210 19 .935 63 .047 46 .486 1 .00100 .00 ATOM 1627 N SER A 211 20 .895 56 .662 46 .805 1 .00 45 .01 ATOM 1628 CA SER A 211 21 .661 55 .442 47 .013 1 .00 42 .25 ATOM 1629 C SER A 211 23 .143 55 .535 46 .667 1 .00 43 .37 ATOM 1630 O SER A 211 23 .649 56 .493 46 .086 1 .00 46 .43 ATOM 1631 CB SER A 211 21 .025 54 .233 46 .346 1 .00 44 .33 ATOM 1632 OG SER A 211 21 .274 54 .244 44 .934 1 .00 54 .15 ATOM 1633 N ARG A 212 23 .829 54 .497 47 .053 1 .00 34 .85 ATOM 1634 CA ARG A 212 25.229 54.328 46.791 1.00 35.41 ATOM 1635 C ARG A 212 25. 430 52. 838 46. 567 1. 00 45. 39 ATOM 1636 O ARG A 212 24. 840 52. 027 47. 276 1. 00 48. 85 ATOM 1637 CB ARG A 212 26. 101 54. 846 47. 915 1. 00 37. 25 ATOM 1638 CG ARG A 212 27. 151 55. 827 47. 402 1. 00 68. 10 ATOM 1639 CD ARG A 212 26. 532 56. 962 46. 587 1. 00 76. 55 ATOM 1640 NE ARG A 212 26. 695 58. 307 47. 148 1. 00 55. 19 ATOM 1641 CZ ARG A 212 25. 845 59. 301 46. 867 1. 00 70. 87 ATOM 1642 NH1 ARG A 212 24. 806 59. 105 46. 059 1. 00 35. 71 ATOM 1643 NH2 ARG A 212 26. 032 60. 516 47. 392 1. 00 73. 35 ATOM 1644 N GLN A 213 26. 210 52. 442 45. 567 1. 00 40. 74 ATOM 1645 CA GLN A 213 26. 408 51. 021 45. 331 1. 00 39. 90 ATOM 1646 C GLN A 213 27. 646 50. 537 46. 050 1. 00 46. 34 ATOM 1647 O GLN A 213 28. 740 50. 981 45. 741 1. 00 53. 77 ATOM 1648 CB GLN A 213 26. 545 50. 741 43. 846 1. 00 40. 99 ATOM 1649 CG GLN A 213 26. 976 49. 296 43. 532 1. 00 55. 79 ATOM 1650 CD GLN A 213 26. ,292 48. 743 42. ,301 1. 00 76. ,04 ATOM 1651 OE1 GLN A 213 26. ,275 47. 523 42. ,102 1. 00 86. ,66 ATOM 1652 NE2 GLN A 213 25. ,700 49. 618 41. 489 1. 00 55. 45 ATOM 1653 N ILE A 214 27. ,495 49. ,649 47. .013 1. 00 33. ,12 ATOM 1654 CA ILE A 214 28. ,663 49. ,206 47. ,743 1. 00 32. ,55 ATOM 1655 C ILE A 214 28. ,911 47. 765 47. ,536 1. 00 39. ,29 ATOM 1656 O ILE A 214 29. ,726 47. ,162 48. ,230 1. 00 42. ,41 ATOM 1657 CB ILE A 214 28. ,546 49. ,428 49. ,250 1. 00 35. ,72 ATOM 1658 CGI ILE A 214 27. ,395 48. ,573 49. ,791 1. 00 36. ,13 ATOM 1659 CG2 ILE A 214 28. ,344 50. ,911 49. ,598 1. 00 35. ,79 ATOM 1660 CD1 ILE A 214 27. ,067 48. ,841 51. ,260 1. ,00 46. ,69 ATOM 1661 N GLY A 215 28. ,199 47. ,197 46. ,598 1. ,00 35. ,02 ATOM 1662 CA GLY A 215 28. ,638 45. ,855 46. ,234 1. 00 34. ,88 ATOM 1663 C GLY A 215 27, ,970 45, ,405 44, ,950 1. ,00 41, ,09 ATOM 1664 O GLY A 215 27, ,083 46. ,048 44, ,425 1. ,00 44. ,25 ATOM 1665 N PRO A 216 28, ,448 44. .262 44. ,410 1. ,00 39. ,62 ATOM 1666 CA PRO A 216 27, .890 43, ,720 43, .197 1. ,00 39, ,69 ATOM 1667 C PRO A 216 26, .369 43, ,661 43, .253 1. ,00 41, ,56 ATOM 1668 O PRO A 216 25, .655 43, ,817 42, ,240 1. ,00 44, ,35 ATOM 1669 CB PRO A 216 28, .448 42, ,311 42, .996 1, ,00 39, .91 ATOM 1670 CG PRO A 216 29, .377 41, .993 44, .164 1, ,00 41, .54 ATOM 1671 CD PRO A 216 29, .514 43, ,411 44, .897 1, ,00 37, .70 ATOM 1672 N ARG A 217 25 .846 43, .398 44, .477 1, .00 31, .04 ATOM 1673 CA ARG A 217 24 .421 43, .328 44, .652 1, .00 29, .22 ATOM 1674 C ARG A 217 23, .928 44, .109 45, .872 1. ,00 38, .24 ATOM 1675 O ARG A 217 22 .861 43 .885 46 .368 1, .00 40 .69 ATOM 1676 CB ARG A 217 24 .012 41 .844 44 .790 1, .00 22 .75 ATOM 1677 CG ARG A 217 25 .221 40 .963 45, .109 1, .00 40 .77 ATOM 1678 CD ARG A 217 24 .828 39, .774 45. .985 1. .00 34, .08 ATOM 1679 NE ARG A 217 26 .020 39 .183 46 .581 1, .00 45 .20 ATOM 1680 CZ ARG A 217 25 .955 37 .894 46 .911 1, .00 65 .13 ATOM 1681 NH1 ARG A 217 24 .832 37 .220 46 .716 1, .00 42 .40 ATOM 1682 NH2 ARG A 217 26 .997 37 .300 47 .472 1 .00 48 .08 ATOM 1683 N THR A 218 24 .784 45 .022 46 .404 1, .00 31 .00 ATOM 1684 CA THR A 218 24 .309 45 .886 47 .487 1, .00 31 .00 ATOM 1685 C THR A 218 24 .128 47 .319 47 .021 1 .00 43 .60 ATOM 1686 O THR A 218 25 .065 47 .930 46 .512 1 .00 48 .42 ATOM 1687 CB THR A 218 25 .315 45 .845 48 .640 1 .00 36 .95 ATOM 1688 OG1 THR A 218 25 .430 44 .517 49 .139 1 .00 45 .66 ATOM 1689 CG2 THR A 218 24 .826 46 .751 49 .766 1 .00 34 .17 ATOM 1690 N LEU A 219 23 .099 48 .018 47 .431 1 .00 39 .19 ATOM 1691 CA LEU A 219 23 .055 49 .452 47 .315 1 .00 38 .18 ATOM 1692 C LEU A 219 22 .713 50 .000 48 .695 1 .00 42 .32 ATOM 1693 O LEU A 219 22 .108 49 .289 49 .498 1 .00 43 .67 ATOM 1694 CB LEU A 219 21 .927 49 .841 46 .356 1 .00 37 .05 ATOM 1695 CG LEU A 219 22 .386 50 .657 45 .168 1 .00 39 .31 ATOM 1696 CD1 LEU A 219 23 .670 50 .064 44 .613 1 .00 40 .57 ATOM 1697 CD2 LEU A 219 21 .283 50 .619 44 .131 1 .00 29 .39 ATOM 1698 N VAL A 220 23.066 51.241 48.976 1.00 35.01 ATOM 1699 CA VAL A 220 22. 741 51. 830 50. 253 1. 00 36. 98 ATOM 1700 C VAL A 220 21. 736 52. 923 50. 043 1. 00 44. 08 ATOM 1701 O VAL A 220 21. 959 53. 835 49. 256 1. 00 46. 60 ATOM 1702 CB VAL A 220 23. 965 52. 346 51. 028 1. 00 44. 95 ATOM 1703 CGI VAL A 220 23. 675 52. 428 52. 516 1. 00 43. 16 ATOM 1704 CG2 VAL A 220 25. 138 51. 382 50. 828 1. 00 47. 70 ATOM 1705 N TRP A 221 20. 622 52. 818 50. 731 1. 00 41. 98 ATOM 1706 CA TRP A 221 19. 605 53. 828 50. 602 1. 00 41. 64 ATOM 1707 C TRP A 221 19. 464 54. 612 51. 872 1. 00 42. 40 ATOM 1708 O TRP A 221 19. 461 54. 060 52. 960 1. 00 45. 56 ATOM 1709 CB TRP A 221 18. 256 53. 245 50. 186 1. 00 41. 24 ATOM 1710 CG TRP A 221 18. 353 52. ,459 48. ,918 1. 00 42. 59 ATOM 1711 CD1 TRP A 221 18. 888 51. 225 48. 793 1. 00 45. 35 ATOM 1712 CD2 TRP A 221 17. 949 52. 873 47. 590 1. 00 41. 62 ATOM 1713 NE1 TRP A 221 18. ,826 50. ,832 47. ,478 1. 00 44. 74 ATOM 1714 CE2 TRP A 221 18. 243 51. ,821 46. 720 1. 00 45. 31 ATOM 1715 CE3 TRP A 221 17. 345 54. 009 47. 061 1. 00 41. 17 ATOM 1716 CZ2 TRP A 221 17. ,958 51. ,902 45. ,346 1. 00 42. 60 ATOM 1717 CZ3 TRP A 221 17. ,054 54. ,083 45. ,710 1. 00 39. 08 ATOM 1718 CH2 TRP A 221 17. ,360 53. ■ 040 44. ,864 1. ,00 38. ,48 ATOM 1719 N SER A 222 19. ,271 55. .896 51. ,688 1. ,00 37. ,01 ATOM 1720 CA SER A 222 19. ,017 56. ,846 52. ,748 1. 00 38. 05 ATOM 1721 C SER A 222 18. ,853 58, .251 52. ,205 1. ,00 45. ,28 ATOM 1722 O SER A 222 19. ,005 58. ,503 51. ,008 1. ,00 44. ,02 ATOM 1723 CB SER A 222 20. ,098 56. ,816 53. .820 1. ,00 39. ,07 ATOM 1724 OG SER A 222 21, ,322 57, ,149 53, ,229 1. ,00 42. ,36 ATOM 1725 N GLU A 223 18, ,586 59, ,190 53. ,088 1. ,00 40. ,91 ATOM 1726 CA GLU A 223 18. ,465 60, ,527 52. ,584 1. ,00 41. ,97 ATOM 1727 C GLU A 223 19. ,843 61, .042 52, .234 1, ,00 50. ,17 ATOM 1728 O GLU A 223 20, ,829 60. .701 52, ,863 1. ,00 52. ,02 ATOM 1729 CB GLU A 223 17, ,856 61, .483 53. ,597 1. ,00 43. ,06 ATOM 1730 CG GLU A 223 16. .364 61, .262 53, .861 1. ,00 51, ,71 ATOM 1731 CD GLU A 223 15, .799 62, ,478 54, ,545 1, ,00 84, ,51 ATOM 1732 OE1 GLU A 223 15, ,905 63, .610 54, ,085 1. ,00 56, ,82 ATOM 1733 OE2 GLU A 223 15, .244 62, .222 55, .705 1, .00 88, ,87 ATOM 1734 N LYS A 224 19, .892 61, .875 51, .229 1, ,00 47, ,39 ATOM 1735 CA LYS A 224 21, .139 62, .456 50. ,792 1, ,00 48, ,51 ATOM 1736 C LYS A 224 22, .163 62 .683 51, .930 1, .00 50. .90 ATOM 1737 O LYS A 224 23, .382 62, .569 51, .736 1, .00 51. .55 ATOM 1738 CB LYS A 224 20, .843 63, .736 49, .986 1. .00 51. ,58 ATOM 1739 CG LYS A 224 22 .039 64 .648 49, .723 1, .00 81, .16 ATOM 1740 CD LYS A 224 21, .954 65, .397 48, .392 1. .00 97, .82 ATOM 1741 CE LYS A 224 21, .646 66, .891 48, .530 1, .00100, .00 ATOM 1742 NZ LYS A 224 22 .056 67 .700 47 .362 1, .00100, .00 ATOM 1743 N GLU A 225 21 .683 63 .011 53 .123 1, .00 45, .77 ATOM 1744 CA GLU A 225 22, .607 63 .309 54, .199 1, .00 46, .00 ATOM 1745 C GLU A 225 23 .227 62 .150 54 .902 1, .00 47 .99 ATOM 1746 O GLU A 225 24 .107 62 .354 55 .732 1 .00 47, .21 ATOM 1747 CB GLU A 225 22 .057 64 .296 55 .210 1, .00 47, .71 ATOM 1748 CG GLU A 225 20 .530 64 .296 55 .182 1 .00 63 .24 ATOM 1749 CD GLU A 225 19 .931 65 .219 54 .150 1, .00 75 .13 ATOM 1750 OE1 GLU A 225 20 .187 66 .420 54 .046 1 .00 54, .64 ATOM 1751 OE2 GLU A 225 19 .039 64 .578 53 .420 1 .00 49 .64 ATOM 1752 N GLN A 226 22 .798 60 .949 54 .564 1 .00 43 .92 ATOM 1753 CA GLN A 226 23 .340 59 .772 55 .224 1 .00 43 .91 ATOM 1754 C GLN A 226 24 .036 58 .756 54 .322 1 .00 45 .86 ATOM 1755 O GLN A 226 24 .756 57 .871 54 .806 1 .00 45 .70 ATOM 1756 CB GLN A 226 22 .252 59 .084 56 .063 1 .00 45 .27 ATOM 1757 CG GLN A 226 21 .965 59 .790 57 .400 1 .00 31 .17 ATOM 1758 CD GLN A 226 21 .297 61 .155 57 .302 1 .00 44 .48 ATOM 1759 OE1 GLN A 226 21 .823 62 .149 57 .820 1 .00 37 .36 ATOM 1760 NE2 GLN A 226 20 .115 61 .202 56 .696 1 .00 30 .28 ATOM 1761 N VAL A 227 23 .814 58 .871 53 .021 1 .00 41 .20 ATOM 1762 CA VAL A 227 24.406 57.947 52.071 1.00 43.13 ATOM 1763 C VAL A 227 25. 884 57. 670 52. 261 1. 00 50. 55 ATOM 1764 O VAL A 227 26. 298 56. 518 52. 480 1. 00 53. 01 ATOM 1765 CB VAL A 227 24. 155 58. 293 50. 604 1. 00 49. 39 ATOM 1766 CGI VAL A 227 24. 319 57. 029 49. 771 1. 00 48. 89 ATOM 1767 CG2 VAL A 227 22. 752 58. 851 50. 421 1. 00 50. 47 ATOM 1768 N GLU A 228 26. 696 58. 718 52. 170 1. 00 44. 08 ATOM 1769 CA GLU A 228 28. 123 58. 542 52. 310 1. 00 41. 71 ATOM 1770 C GLU A 228 28. 514 57. 871 53. 583 1. 00 44. 20 ATOM 1771 O GLU A 228 29. 227 56. 868 53. 589 1. 00 44. 88 ATOM 1772 CB GLU A 228 28. 935 59. 824 52. 102 1. 00 43. 08 ATOM 1773 CG GLU A 228 29. 153 60. 161 50. 611 1. 00 64. 74 ATOM 1774 CD GLU A 228 29. 114 58. 965 49. 701 1. 00 84. 29 ATOM 1775 OE1 GLU A 228 29. 975 58. 107 49. 685 1. 00 84. 36 ATOM 1776 OE2 GLU A 228 28. 064 58. 951 48. 917 1. 00 73. 81 ATOM 1777 N LYS A 229 28. 066 58. 423 54. 685 1. 00 39. 79 ATOM 1778 CA LYS A 229 28. 449 57. 796 55. 922 1. 00 39. 04 ATOM 1779 C LYS A 229 27. 949 56. 375 55. 930 1. 00 40. 38 ATOM 1780 O LYS A 229 28. 639 55. 433 56. 346 1. 00 43. 63 ATOM 1781 CB LYS A 229 28. 129 58. ,585 57. 187 1. 00 39. 79 ATOM 1782 CG LYS A 229 28. 903 58. 072 58. 394 1. 00 63. 75 ATOM 1783 CD LYS A 229 28. 498 58. 763 59. 685 1. 00 77. 46 ATOM 1784 CE LYS A 229 29. 677 59. .084 60. .593 1. 00 94. ,73 ATOM 1785 NZ LYS A 229 30. 344 60. ,353 60. ,256 1. 00100. ,00 ATOM 1786 N SER A 230 26. 741 56. ,220 55. 428 1. 00 28. ,48 ATOM 1787 CA SER A 230 26. 174 54. ,891 55. 377 1. 00 25. 93 ATOM 1788 C SER A 230 27. ,089 53. ,988 54. ,587 1. 00 30. ,26 ATOM 1789 O SER A 230 27. .469 52. ,855 54. ,955 1. 00 28. ,48 ATOM 1790 CB SER A 230 24. ,824 54. ,927 54. ,694 1. 00 30. ,08 ATOM 1791 OG SER A 230 23. ,822 55, ,293 55. ,605 1. ,00 41. ,60 ATOM 1792 N ALA A 231 27. ,436 54, ,536 53. ,459 1. ,00 31, ,13 ATOM 1793 CA ALA A 231 28. ,288 53, ,820 52. ,593 1. ,00 36. ,66 ATOM 1794 C ALA A 231 29. ,597 53. .383 53, ,270 1. .00 47. .68 ATOM 1795 O ALA A 231 30. ,003 52. .238 53. ,103 1. ,00 54, .59 ATOM 1796 CB ALA A 231 28. ,406 54. ,518 51. ,257 1. ,00 38. ,49 ATOM 1797 N TYR A 232 30. ,256 54, .246 54, ,060 1. ,00 40, ,77 ATOM 1798 CA TYR A 232 31, ,500 53, .830 54. .730 1, ,00 38, .40 ATOM 1799 C TYR A 232 31. .265 52, .721 55, ,753 1. ,00 39, .70 ATOM 1800 O TYR A 232 32, .041 51, .772 55, .862 1, .00 36, ,46 ATOM 1801 CB TYR A 232 32, .311 54, .981 55. .414 1, ,00 38, .27 ATOM 1802 CG TYR A 232 33, ,497 54, .525 56, .303 1. ,00 42, .36 ATOM 1803 CD1 TYR A 232 34. .755 54 .238 55, .753 1, .00 46, .41 ATOM 1804 CD2 TYR A 232 33, .373 54 .394 57, .691 1, ,00 40 .99 ATOM 1805 CE1 TYR A 232 35, .835 53 .815 56, .534 1, .00 47, .23 ATOM 1806 CE2 TYR A 232 34, .441 53, .979 58, .496 1, ,00 40, .10 ATOM 1807 CZ TYR A 232 35 .680 53 .695 57 .916 1, .00 48 .59 ATOM 1808 OH TYR A 232 36 .734 53 .282 58 .698 1, .00 51 .92 ATOM 1809 N GLU A 233 30 .191 52 .883 56 .519 1, .00 35 .75 ATOM 1810 CA GLU A 233 29 .835 51 .984 57 .606 1 .00 34 .55 ATOM 1811 C GLU A 233 29 .633 50 .498 57 .252 1 .00 38 .39 ATOM 1812 O GLU A 233 30 .152 49 .576 57 .892 1, .00 38 .55 ATOM 1813 CB GLU A 233 28 .673 52 .623 58 .414 1 .00 34 .48 ATOM 1814 CG GLU A 233 28 .666 52 .262 59 .912 1 .00 24 .95 ATOM 1815 CD GLU A 233 29 .463 53 .183 60 .787 1 .00 37 .55 ATOM 1816 OE1 GLU A 233 29 .408 54 .410 60 .741 1 .00 55 .33 ATOM 1817 OE2 GLU A 233 30 .216 52 .518 61 .619 1 .00 40 .65 ATOM 1818 N PHE A 234 28 .867 50 .282 56 .202 1 .00 33 .02 ATOM 1819 CA PHE A 234 28 .493 48 .974 55 .719 1 .00 29 .90 ATOM 1820 C PHE A 234 29 .341 48 .398 54 .592 1 .00 34 .69 ATOM 1821 O PHE A 234 28 .883 47 .521 53 .823 1 .00 34 .21 ATOM 1822 CB PHE A 234 27 .020 49 .081 55 .293 1 .00 30 .23 ATOM 1823 CG PHE A 234 26 .215 49 .752 56 .394 1 .00 30 .32 ATOM 1824 CD1 PHE A 234 26 .518 49 .521 57 .739 1 .00 31 .50 ATOM 1825 CD2 PHE A 234 25 .151 50 .605 56 .102 1 .00 28 .66 ATOM 1826 CE1 PHE A 234 25.780 50.103 58.772 1.00 30.43 ATOM 1827 CE2 PHE A 234 24. 407 51. 203 57. 121 1. 00 29. 60 ATOM 1828 CZ PHE A 234 24. 725 50. 959 58. 458 1. 00 27. 47 ATOM 1829 N SER A 235 30. 571 48. 874 54. 476 1. 00 29. 55 ATOM 1830 CA SER A 235 31. 428 48. 366 53. 412 1. 00 28. 64 ATOM 1831 C SER A 235 31. 387 46. 858 53. 338 1. 00 30. 38 ATOM 1832 O SER A 235 31. 166 46. 252 52. 282 1. 00 32. 37 ATOM 1833 CB SER A 235 32. 861 48. 787 53. 604 1. 00 31. 15 ATOM 1834 OG SER A 235 33. 028 49. 368 54. 873 1. 00 39. 32 ATOM 1835 N GLU A 236 31. 698 46. 299 54. 504 1. 00 22. 49 ATOM 1836 CA GLU A 236 31. 815 44. 873 54. 737 1. 00 23. 79 ATOM 1837 C GLU A 236 30. 627 43. 992 54. 380 1. 00 32. 37 ATOM 1838 O GLU A 236 30. 697 42. 772 54. 545 1. 00 29. 91 ATOM 1839 CB GLU A 236 32. 305 44. 529 56. 134 1. 00 24. 06 ATOM 1840 CG GLU A 236 33. 491 45. 403 56. 585 1. 00 22. 96 ATOM 1841 CD GLU A 236 33. 600 45. 492 58. 090 1. 00 66. 18 ATOM 1842 OE1 GLU A 236 32. 633 45. 482 58. 849 1. 00 37. 01 ATOM 1843 OE2 GLU A 236 34. 848 45. 518 58. 494 1. 00 78. 68 ATOM 1844 N THR A 237 29. 560 44. 593 53. 891 1. 00 34. 11 ATOM 1845 CA THR A 237 28. 384 43. ,823 53. ,539 1. ,00 33. ,69 ATOM 1846 C THR A 237 28. 644 42. 609 52. ,644 1. 00 33. ,33 ATOM 1847 O THR A 237 28. 517 41. 451 53. 048 1. 00 31. 09 ATOM 1848 CB THR A 237 27. 218 44. ,710 53. ,057 1. ,00 37. ,99 ATOM 1849 OG1 THR A 237 26. 899 45. ,675 54. ,048 1. ,00 33. ,49 ATOM 1850 CG2 THR A 237 25. 995 43. 862 52. 744 1. ,00 25. 66 ATOM 1851 N GLU A 238 29. 020 42. 854 51. 409 1. ,00 29. 69 ATOM 1852 CA GLU A 238 29. ,267 41. ,734 50. ,520 1. ,00 27. ,05 ATOM 1853 C GLU A 238 30. ,071 40. ,638 51. ,146 1. ,00 33. ,17 ATOM 1854 O GLU A 238 29. ,660 39. ,497 51. ,055 1. ,00 38. ,50 ATOM 1855 CB GLU A 238 29. ,851 42. ,080 49. ,161 1, ,00 27. ,50 ATOM 1856 CG GLU A 238 30. ,116 40. ,813 48. ,320 1. ,00 18. ,83 ATOM 1857 CD GLU A 238 28. ,902 40. ,297 47. ,596 1, ,00 41. ,67 ATOM 1858 OE1 GLU A 238 27, ,848 40, ,909 47, ,464 1, ,00 33, ,59 ATOM 1859 OE2 GLU A 238 29. ,085 39, ,089 47, ,138 1, ,00 46, ,30 ATOM 1860 N SER A 239 31. ,203 40, ,973 51, ,772 1. ,00 24, ,44 ATOM 1861 CA SER A 239 32, ,045 39. .957 52, ,387 1, .00 24, ,60 ATOM 1862 C SER A 239 31, ,245 39. .060 53, .344 1, .00 35, .72 ATOM 1863 O SER A 239 31, ,379 37. .830 53, .360 1. .00 35, .25 ATOM 1864 CB SER A 239 33, ,231 40, .601 53, .074 1, .00 29, .14 ATOM 1865 OG SER A 239 32, ,747 41, .590 53, .961 1, .00 54, .60 ATOM 1866 N MET A 240 30, ,382 39, .703 54, .154 1, .00 33, .13 ATOM 1867 CA MET A 240 29, .529 38, .993 55 .091 1 .00 28, .55 ATOM 1868 C MET A 240 28, ,603 38, .075 54, .325 1 .00 35, .65 ATOM 1869 O MET A 240 28, ,435 36, .926 54, .689 1 .00 35, .99 ATOM 1870 CB MET A 240 28, .736 39, .945 55, .993 1 .00 26, .50 ATOM 1871 CG MET A 240 29 .691 40 .675 56 .910 1 .00 27 .57 ATOM 1872 SD MET A 240 28 .871 41 .986 57 .833 1 .00 32 .91 ATOM 1873 CE MET A 240 30, .040 42 .085 59 .183 1 .00 28, .47 ATOM 1874 N LEU A 241 28 .019 38 .603 53 .243 1 .00 32 .77 ATOM 1875 CA LEU A 241 27 .120 37 .859 52 .381 1 .00 29 .87 ATOM 1876 C LEU A 241 27 .848 36 .615 51 .878 1 .00 36 .76 ATOM 1877 O LEU A 241 27 .302 35 .509 51 .858 1 .00 36 .97 ATOM 1878 CB LEU A 241 26 .715 38 .753 51 .196 1 .00 29 .71 ATOM 1879 CG LEU A 241 25 .283 39 .289 51 .237 1 .00 37 .68 ATOM 1880 CD1 LEU A 241 25 .174 40 .552 50 .389 1 .00 35 .76 ATOM 1881 CD2 LEU A 241 24 .309 38 .257 50 .673 1 .00 45 .60 ATOM 1882 N LYS A 242 29 .114 36 .806 51 .468 1 .00 34 .76 ATOM 1883 CA LYS A 242 29 .908 35 .702 50 .972 1 .00 33 .62 ATOM 1884 C LYS A 242 30 .072 34 .690 52 .039 1 .00 32 .18 ATOM 1885 O LYS A 242 29 .887 33 .512 51 .795 1 .00 32 .56 ATOM 1886 CB LYS A 242 31 .292 36 .069 50 .468 1 .00 38 .43 ATOM 1887 CG LYS A 242 31 .406 36 .263 48 .961 1 .00 49 .23 ATOM 1888 CD LYS A 242 31.160 37.721 48.536 1.00 88.36 ATOM 1889 CE LYS A 242 32.371 38.456 47.943 1.00100.00 ATOM 1890 NZ LYS A 242 32.033 39.411 46.862 1.00100.00 ATOM 1891 N ILE A 243 30.428 35.154 53.227 1.00 30.87 ATOM 1892 CA ILE A 243 30.627 34.229 54.359 1.00 31.70 ATOM 1893 C ILE A 243 29.381 33.458 54.764 1.00 36.50 ATOM 1894 O ILE A 243 29.458 32.303 55.119 1.00 39.33 ATOM 1895 CB ILE A 243 31.227 34.886 55.579 1.00 32.36 ATOM 1896 CGI ILE A 243 32.630 35.337 55.222 1.00 32.09 ATOM 1897 CG2 ILE A 243 31.243 33.891 56.718 1.00 28.26 ATOM 1898 CD1 ILE A 243 33.035 36.578 55.981 1.00 20.09 ATOM 1899 N ALA A 244 28.237 34.120 54.708 1.00 32.10 ATOM 1900 CA ALA A 244 26.968 33.519 55.066 1.00 32.95 ATOM 1901 C ALA A 244 26.600 32.392 54.127 1.00 36.35 ATOM 1902 O ALA A 244 26.074 31.358 54.546 1.00 36.88 ATOM 1903 CB ALA A 244 25.858 34.576 55.123 1.00 34.02 ATOM 1904 N GLU A 245 26.890 32.617 52.846 1.00 31.20 ATOM 1905 CA GLU A 245 26.614 31.635 51.818 1.00 29.26 ATOM 1906 C GLU A 245 27.360 30.354 52.092 1.00 35.18 ATOM 1907 O GLU A 245 26.849 29.276 51.800 1.00 36.21 ATOM 1908 CB GLU A 245 26.908 32.177 50.421 1.00 30.22 ATOM 1909 CG GLU A 245 25.701 32.938 49.842 1.00 39.79 ATOM 1910 CD GLU A 245 26.026 33.564 48.529 1.00 51.91 ATOM 1911 OE1 GLU A 245 26.945 34.351 48.358 1.00 34.19 ATOM 1912 OE2 GLU A 245 25.246 33.142 47.585 1.00 47.48 ATOM 1913 N ASP A 246 28.570 30.484 52.680 1.00 32.29 ATOM 1914 CA ASP A 246 29.417 29.350 53.033 1.00 30.70 ATOM 1915 C ASP A 246 28.848 28.645 54.230 1.00 35.47 ATOM 1916 O ASP A 246 28.881 27.417 54.347 1.00 37.08 ATOM 1917 CB ASP A 246 30.873 29.717 53.355 1.00 33.17 ATOM 1918 CG ASP A 246 31.709 28.473 53.413 1.00 64.49 ATOM 1919 OD1 ASP A 246 31.934 27.789 52.437 1.00 67.15 ATOM 1920 OD2 ASP A 246 32.118 28.167 54.622 1.00 79.01 ATOM 1921 N LEU A 247 28.323 29.434 55.134 1.00 33.59 ATOM 1922 CA LEU A 247 27.731 28.868 56.334 1.00 36.70 ATOM 1923 C LEU A 247 26.355 28.208 56.083 1.00 35.92 ATOM 1924 O LEU A 247 26.060 27.110 56.551 1.00 30.77 ATOM 1925 CB LEU A 247 27.562 29.954 57.435 1.00 38.34 ATOM 1926 CG LEU A 247 28.732 30.100 58.394 1.00 44.30 ATOM 1927 CD1 LEU A 247 29.341 28.738 58.641 1.00 48.20 ATOM 1928 CD2 LEU A 247 29.779 31.013 57.815 1.00 35.25 ATOM 1929 N GLY A 248 25.471 28.887 55.353 1.00 34.97 ATOM 1930 CA GLY A 248 24.160 28.315 55.181 1.00 36.00 ATOM 1931 C GLY A 248 23.754 27.976 53.778 1.00 37.99 ATOM 1932 O GLY A 248 22.637 27.524 53.526 1.00 38.13 ATOM 1933 N GLY A 249 24.637 28.158 52.849 1.00 30.74 ATOM 1934 CA GLY A 249 24.203 27.852 51.526 1.00 30.15 ATOM 1935 C GLY A 249 23.918 29.131 50.759 1.00 38.91 ATOM 1936 O GLY A 249 24.126 30.240 51.238 1.00 41.32 ATOM 1937 N PRO A 250 23.453 28.946 49.547 1.00 38.93 ATOM 1938 CA PRO A 250 23.173 30.021 48.639 1.00 38.03 ATOM 1939 C PRO A 250 22.203 31.078 49.096 1.00 42.17 ATOM 1940 O PRO A 250 21.258 30.823 49.840 1.00 45.20 ATOM 1941 CB PRO A 250 22.663 29.357 47.352 1.00 39.18 ATOM 1942 CG PRO A 250 22.952 27.864 47.436 1.00 41.01 ATOM 1943 CD PRO A 250 23.396 27.610 48.865 1.00 38.57 ATOM 1944 N TYR A 251 22.486 32.275 48.600 1.00 35.37 ATOM 1945 CA TYR A 251 21.692 33.461 48.817 1.00 34.87 ATOM 1946 C TYR A 251 20.740 33.479 47.649 1.00 39.55 ATOM 1947 O TYR A 251 21.125 33.794 46.535 1.00 42.57 ATOM 1948 CB TYR A 251 22.540 34.759 48.790 1.00 35.07 ATOM 1949 CG TYR A 251 21.711 35.980 49.119 1.00 35.25 ATOM 1950 CD1 TYR A 251 21.341 36.229 50.441 1.00 33.14 ATOM 1951 CD2 TYR A 251 21.260 36.846 48.121 1.00 37.98 ATOM 1952 CE1 TYR A 251 20.575 37.341 50.781 1.00 28.05 ATOM 1953 CE2 TYR A 251 20.492 37.967 48.443 1.00 40.05 ATOM 1954 CZ TYR A 251 20.160 38.213 49.777 1.00 42.84 ATOM 1955 OH TYR A 251 19.409 39.307 50.112 1.00 39.70 ATOM 1956 N VAL A 252 19.510 33.102 47.914 1.00 32.21 ATOM 1957 CA VAL A 252 18.495 33.003 46.899 1.00 30.05 ATOM 1958 C VAL A 252 17.708 34.279 46.631 1.00 38.47 ATOM 1959 O VAL A 252 17.000 34.340 45.640 1.00 40.65 ATOM 1960 CB VAL A 252 17.560 31.845 47.253 1.00 31.27 ATOM 1961 CGI VAL A 252 18.378 30.605 47.643 1.00 28.15 ATOM 1962 CG2 VAL A 252 16.614 32.234 48.405 1.00 30.93 ATOM 1963 N TRP A 253 17.800 35.292 47.504 1.00 32.44 ATOM 1964 CA TRP A 253 17.041 36.509 47.309 1.00 30.93 ATOM 1965 C TRP A 253 17.468 37.341 46.119 1.00 43.56 ATOM 1966 O TRP A 253 16.690 38.119 45.568 1.00 46.70 ATOM 1967 CB TRP A 253 16.898 37.302 48.606 1.00 29.65 ATOM 1968 CG TRP A 253 16.364 36.369 49.625 1.00 30.19 ATOM 1969 CD1 TRP A 253 17.086 35.546 50.413 1.00 32.81 ATOM 1970 CD2 TRP A 253 14.989 36.110 49.913 1.00 29.63 ATOM 1971 NE1 TRP A 253 16.251 34.794 51.194 1.00 30.69 ATOM 1972 CE2 TRP A 253 14.955 35.128 50.912 1.00 31.50 ATOM 1973 CE3 TRP A 253 13.789 36.637 49.450 1.00 30.18 ATOM 1974 CZ2 TRP A 253 13.746 34.657 51.433 1.00 30.31 ATOM 1975 CZ3 TRP A 253 12.600 36.164 49.958 1.00 31.14 ATOM 1976 CH2 TRP A 253 12.579 35.176 50.946 1.00 31.37 ATOM 1977 N GLY A 254 18.697 37.182 45.675 1.00 42.35 ATOM 1978 CA GLY A 254 19.101 37.944 44.509 1.00 41.34 ATOM 1979 C GLY A 254 19.875 39.192 44.858 1.00 45.47 ATOM 1980 O GLY A 254 21.079 39.236 44.671 1.00 45.89 ATOM 1981 N GLN A 255 19.160 40.210 45.351 1.00 41.86 ATOM 1982 CA GLN A 255 19.746 41.488 45.675 1.00 38.67 ATOM 1983 C GLN A 255 19.576 41.776 47.153 1.00 40.18 ATOM 1984 O GLN A 255 18.494 41.811 47.659 1.00 38.67 ATOM 1985 CB GLN A 255 19.023 42.552 44.836 1.00 37.82 ATOM 1986 CG GLN A 255 19.455 43.979 45.169 1.00 50.17 ATOM 1987 CD GLN A 255 20.618 44.368 44.283 1.00 62.88 ATOM 1988 OE1 GLN A 255 21.104 43.612 43.463 1.00 55.76 ATOM 1989 NE2 GLN A 255 21.057 45.625 44.479 1.00 34.97 ATOM 1990 N TYR A 256 20.716 41.900 47.866 1.00 33.01 ATOM 1991 CA TYR A 256 20.651 42.361 49.258 1.00 28.69 ATOM 1992 C TYR A 256 20.891 43.854 49.329 1.00 26.72 ATOM 1993 0 TYR A 256 21.963 44.321 49.225 1.00 24.22 ATOM 1994 CB TYR A 256 21.743 41.629 50.075 1.00 29.99 ATOM 1995 CG TYR A 256 21.567 41.867 51.556 1.00 35.47 ATOM 1996 CD1 TYR A 256 20.582 41.200 52.250 1.00 35.76 ATOM 1997 CD2 TYR A 256 22.405 42.746 52.239 1.00 37.52 ATOM 1998 CE1 TYR A 256 20.436 41.396 53.599 1.00 25.80 ATOM 1999 CE2 TYR A 256 22.255 42.946 53.588 1.00 39.10 ATOM 2000 CZ TYR A 256 21.283 42.275 54.268 1.00 31.78 ATOM 2001 OH TYR A 256 21.153 42.433 55.631 1.00 37.35 ATOM 2002 N ASP A 257 19.834 44.613 49.463 1.00 23.26 ATOM 2003 CA ASP A 257 20.077 46.027 49.621 1.00 23.47 ATOM 2004 C ASP A 257 19.977 46.444 51.071 1.00 35.90 ATOM 2005 O ASP A 257 19.729 45.661 51.967 1.00 39.48 ATOM 2006 CB ASP A 257 19.073 46.803 48.758 1.00 24.13 ATOM 2007 CG ASP A 257 19.689 47.030 47.388 1.00 38.50 ATOM 2008 OD1 ASP A 257 20.843 46.675 47.220 1.00 42.61 ATOM 2009 OD2 ASP A 257 19.020 47.555 46.517 1.00 29.02 ATOM 2010 N LEU A 258 20.370 47.661 51.386 1.00 30.86 ATOM 2011 CA LEU A 258 20.306 48.159 52.735 1.00 27.50 ATOM 2012 C LEU A 258 19.526 49.466 52.765 1.00 36.37 ATOM 2013 O LEU A 258 19.620 50.302 51.840 1.00 37.98 ATOM 2014 CB LEU A 258 21.727 48.442 53.274 1.00 24.71 ATOM 2015 CG LEU A 258 22.552 47.191 53.491 1.00 31.13 ATOM 2016 CD1 LEU A 258 23.913 47.567 54.043 1.00 30.89 ATOM 2017 CD2 LEU A 258 21.854 46.282 54.500 1.00 33.65 ATOM 2018 N LEU A 259 18.762 49.632 53.838 1.00 29.87 ATOM 2019 CA LEU A 259 18.006 50.849 54.052 1.00 28.43 ATOM 2020 C LEU A 259 18.283 51.453 55.446 1.00 31.30 ATOM 2021 O LEU A 259 18.055 50.819 56.477 1.00 31.19 ATOM 2022 CB LEU A 259 16.500 50.809 53.693 1.00 27.63 ATOM 2023 CG LEU A 259 15.706 51.980 54.298 1.00 31.51 ATOM 2024 CD1 LEU A 259 16.026 53.300 53.605 1.00 32.32 ATOM 2025 CD2 LEU A 259 14.212 51.731 54.253 1.00 26.87 ATOM 2026 N VAL A 260 18.807 52.683 55.447 1.00 25.88 ATOM 2027 CA VAL A 260 19.105 53.435 56.638 1.00 25.99 ATOM 2028 C VAL A 260 17.896 54.336 56.796 1.00 34.83 ATOM 2029 O VAL A 260 17.647 55.187 55.959 1.00 41.92 ATOM 2030 CB VAL A 260 20.390 54.234 56.408 1.00 29.97 ATOM 2031 CGI VAL A 260 20.701 55.179 57.592 1.00 32.08 ATOM 2032 CG2 VAL A 260 21.563 53.295 56.130 1.00 26.15 ATOM 2033 N LEU A 261 17.098 54.120 57.815 1.00 28.41 ATOM 2034 CA LEU A 261 15.865 54.878 58.024 1.00 25.52 ATOM 2035 C LEU A 261 16.016 56.054 58.948 1.00 29.42 ATOM 2036 O LEU A 261 17.090 56.300 59.489 1.00 29.96 ATOM 2037 CB LEU A 261 14.874 53.921 58.706 1.00 25.70 ATOM 2038 CG LEU A 261 14.387 52.877 57.740 1.00 33.14 ATOM 2039 CD1 LEU A 261 15.161 51.571 57.929 1.00 32.73 ATOM 2040 CD2 LEU A 261 12.900 52.686 57.935 1.00 43.74 ATOM 2041 N PRO A 262 14.903 56.758 59.142 1.00 28.52 ATOM 2042 CA PRO A 262 14.894 57.870 60.047 1.00 28.50 ATOM 2043 C PRO A 262 15.152 57.294 61.432 1.00 35.36 ATOM 2044 O PRO A 262 14.866 56.124 61.683 1.00 34.52 ATOM 2045 CB PRO A 262 13.512 58.512 59.971 1.00 29.19 ATOM 2046 CG PRO A 262 12.707 57.719 58.964 1.00 34.34 ATOM 2047 CD PRO A 262 13.581 56.575 58.492 1.00 30.63 ATOM 2048 N PRO A 263 15.706 58.105 62.327 1.00 31.50 ATOM 2049 CA PRO A 263 16.060 57.657 63.673 1.00 28.77 ATOM 2050 C PRO A 263 14.966 57.021 64.493 1.00 29.15 ATOM 2051 O PRO A 263 15.256 56.335 65.434 1.00 26.36 ATOM 2052 CB PRO A 263 16.652 58.867 64.392 1.00 29.16 ATOM 2053 CG PRO A 263 16.851 59.954 63.335 1.00 31.55 ATOM 2054 CD PRO A 263 15.994 59.558 62.138 1.00 29.17 ATOM 2055 N SER A 264 13.712 57.258 64.143 1.00 33.87 ATOM 2056 CA SER A 264 12.578 56.703 64.864 1.00 33.81 ATOM 2057 C SER A 264 12.403 55.223 64.604 1.00 37.36 ATOM 2058 O SER A 264 11.529 54.570 65.201 1.00 39.61 ATOM 2059 CB SER A 264 11.280 57.423 64.576 1.00 35.61 ATOM 2060 OG SER A 264 10.955 57.276 63.201 1.00 53.45 ATOM 2061 N PHE A 265 13.213 54.684 63.710 1.00 29.00 ATOM 2062 CA PHE A 265 13.136 53.256 63.453 1.00 28.56 ATOM 2063 C PHE A 265 13.260 52.491 64.787 1.00 28.49 ATOM 2064 O PHE A 265 14.208 52.675 65.533 1.00 27.36 ATOM 2065 CB PHE A 265 14.200 52.833 62.454 1.00 31.40 ATOM 2066 CG PHE A 265 13.875 51.458 62.028 1.00 34.51 ATOM 2067 CD1 PHE A 265 12.601 51.174 61.543 1.00 35.11 ATOM 2068 CD2 PHE A 265 14.814 50.435 62.156 1.00 38.94 ATOM 2069 CE1 PHE A 265 12.282 49.876 61.154 1.00 37.42 ATOM 2070 CE2 PHE A 265 14.511 49.131 61.772 1.00 42.65 ATOM 2071 CZ PHE A 265 13.236 48.860 61.274 1.00 40.14 ATOM 2072 N PRO A 266 12.272 51.650 65.128 1.00 24.06 ATOM 2073 CA PRO A 266 12.249 50.945 66.419 1.00 20.62 ATOM 2074 C PRO A 266 13.231 49.794 66.701 1.00 29.34 ATOM 2075 O PRO A 266 13.343 49.364 67.847 1.00 28.17 ATOM 2076 CB PRO A 266 10.808 50.463 66.593 1.00 19.16 ATOM 2077 CG PRO A 266 10.076 50.686 65.281 1.00 21.07 ATOM 2078 CD PRO A 266 11.046 51.355 64.325 1.00 19.44 ATOM 2079 N TYR A 267 13.922 49.280 65.676 1.00 27.23 ATOM 2080 CA TYR A 267 14.849 48.160 65.817 1.00 25.74 ATOM 2081 C TYR A 267 16.181 48.454 65.189 1.00 32.57 ATOM 2082 O TYR A 267 16.281 49.316 64.324 1.00 32.48 ATOM 2083 CB TYR A 267 14. 298 46. 903 65. 121 1. 00 25. 07 ATOM 2084 CG TYR A 267 12. 968 46. 502 65. 674 1. 00 24. 45 ATOM 2085 CD1 TYR A 267 12. 915 45. 765 66. 856 1. 00 27. 05 ATOM 2086 CD2 TYR A 267 11. 776 46. 851 65. 037 1. 00 22. 15 ATOM 2087 CE1 TYR A 267 11. 697 45. 387 67. 419 1. 00 25. 01 ATOM 2088 CE2 TYR A 267 10. 548 46. 496 65. 596 1. 00 19. 09 ATOM 2089 CZ TYR A 267 10. 510 45. 767 66. 786 1. 00 17. 98 ATOM 2090 OH TYR A 267 9. 302 45. 416 67. 353 1. 00 19. 51 ATOM 2091 N GLY A 268 17. 196 47. 698 65. 627 1. 00 30. 22 ATOM 2092 CA GLY A 268 18. 547 47. 826 65. 114 1. 00 27. 29 ATOM 2093 C GLY A 268 18. 485 47. 620 63. 614 1. 00 29. 82 ATOM 2094 O GLY A 268 19. 136 48. 297 62. 836 1. 00 32. 99 ATOM 2095 N GLY A 269 17. 637 46. 676 63. 228 1. 00 23. 19 ATOM 2096 CA GLY A 269 17. 393 46. 320 61. 853 1. 00 21. 62 ATOM 2097 C GLY A 269 16. 187 45. 402 61. 777 1. 00 27. 53 ATOM 2098 O GLY A 269 15. 681 44. 948 62. 820 1. 00 20. 14 ATOM 2099 N MET A 270 15. 735 45. 154 60. 528 1. 00 27. 81 ATOM 2100 CA MET A 270 14. 615 44. 267 60. 176 1. 00 25. 61 ATOM 2101 C MET A 270 14. 956 43. 585 58. 874 1. 00 33. 56 ATOM 2102 O MET A 270 15. 221 44. 247 57. 867 1. 00 34. 67 ATOM 2103 CB MET A 270 13. ,247 44. 936 60. ,028 1. 00 26. 07 ATOM 2104 CG MET A 270 12. ,195 43. 937 59. ,602 1. 00 28. 81 ATOM 2105 SD MET A 270 11. ,875 42. 742 60. ,929 1. 00 37. 39 ATOM 2106 CE MET A 270 10. ,720 41. 621 60. ,082 1. 00 35. ,30 ATOM 2107 N GLU A 271 14. ,995 42. 263 58. ,904 1. 00 32. 20 ATOM 2108 CA GLU A 271 15. ,393 41. 459 57. ,753 1. 00 33. ,32 ATOM 2109 C GLU A 271 14. ,419 41. ,382 56. ,567 1. ,00 40. ,86 ATOM 2110 O GLU A 271 14. ,087 40. ,285 56. ,107 1. ,00 42. ,02 ATOM 2111 CB GLU A 271 15. ,802 40. ,054 58. ,230 1. ,00 35. ,05 ATOM 2112 CG GLU A 271 14. ,607 39. ,218 58. ,760 1. ,00 33. ,55 ATOM 2113 CD GLU A 271 14, ,291 39. ,428 60. ,219 1. ,00 25. ,52 ATOM 2114 OE1 GLU A 271 14, ,586 40. ,436 60. ,844 1. ,00 37. .23 ATOM 2115 OE2 GLU A 271 13, .699 38, ,393 60, .757 1. ,00 25, ,86 ATOM 2116 N ASN A 272 13. .978 42, ,535 56, .052 1, ,00 35, ,34 ATOM 2117 CA ASN A 272 13. .057 42, ,544 54, ,928 1, ,00 33, .26 ATOM 2118 C ASN A 272 13. .787 42, ,048 53, .702 1, ,00 34, .47 ATOM 2119 O ASN A 272 14. ,811 42, ,613 53. .351 1, ,00 33, ,64 ATOM 2120 CB ASN A 272 12. .441 43, ,947 54, .719 1, ,00 30, .65 ATOM 2121 CG ASN A 272 11, .667 44, .453 55, .935 1, .00 42, .50 ATOM 2122 OD1 ASN A 272 11, .908 45, .554 56 .475 1, .00 47, .09 ATOM 2123 ND2 ASN A 272 10, .716 43, .661 56 .371 1, .00 24, .31 ATOM 2124 N PRO A 273 13, .281 40, .983 53, .078 1, .00 29, .63 ATOM 2125 CA PRO A 273 13 .935 40, .373 51 .910 1, .00 28, .47 ATOM 2126 C PRO A 273 14 .303 41, .345 50, .819 1, .00 30, .43 ATOM 2127 O PRO A 273 13 .457 42, .089 50 .372 1, .00 31, .65 ATOM 2128 CB PRO A 273 12 .991 39 .305 51 .381 1 .00 30 .16 ATOM 2129 CG PRO A 273 11 .829 39 .237 52 .365 1 .00 36 .65 ATOM 2130 CD PRO A 273 11 .927 40 .440 53 .310 1 .00 30 .84 ATOM 2131 N CYS A 274 15 .571 41 .333 50 .431 1 .00 27 .40 ATOM 2132 CA CYS A 274 16 .069 42 .206 49 .373 1 .00 28 .17 ATOM 2133 C CYS A 274 16 .327 43 .604 49 .860 1 .00 27 .35 ATOM 2134 O CYS A 274 17 .114 44 .345 49 .248 1 .00 28 .53 ATOM 2135 CB CYS A 274 15 .121 42 .347 48 .145 1 .00 32 .00 ATOM 2136 SG CYS A 274 14 .659 40 .798 47 .340 1 .00 38 .42 ATOM 2137 N LEU A 275 15 .658 43 .972 50 .947 1 .00 26 .20 ATOM 2138 CA LEU A 275 15 .789 45 .315 51 .535 1 .00 29 .54 ATOM 2139 C LEU A 275 15 .857 45 .279 53 .059 1 .00 32 .52 ATOM 2140 O LEU A 275 14 .859 45 .250 53 .772 1 .00 32 .44 ATOM 2141 CB LEU A 275 14 .657 46 .253 51 .005 1 .00 28 .58 ATOM 2142 CG LEU A 275 14 .847 47 .735 51 .239 1 .00 26 .78 ATOM 2143 CD1 LEU A 275 16 .191 48 .183 50 .698 1 .00 21 .90 ATOM 2144 CD2 LEU A 275 13 .712 48 .478 50 .554 1 .00 31 .48 ATOM 2145 N THR A 276 17 .062 45 .244 53 .570 1 .00 29 .67 ATOM 2146 CA THR A 276 17.225 45.198 54.996 1.00 30.47 ATOM 2147 C THR A 276 17. 120 46. 624 55. 597 1. 00 34. 60 ATOM 2148 O THR A 276 17. 766 47. 588 55. 129 1. 00 31. 01 ATOM 2149 CB THR A 276 18. 508 44. 397 55. 387 1. 00 30. 98 ATOM 2150 OG1 THR A 276 18. 224 43. 030 55. 512 1. 00 42. 01 ATOM 2151 CG2 THR A 276 19. 124 44. 835 56. 694 1. 00 29. 43 ATOM 2152 N PHE A 277 16. 280 46. 759 56. 622 1. 00 27. 69 ATOM 2153 CA PHE A 277 16. 164 48. 034 57. 274 1. 00 28. 92 ATOM 2154 C PHE A 277 17. 184 48. 065 58. 403 1. 00 36. 07 ATOM 2155 O PHE A 277 17. 337 47. 088 59. 131 1. 00 34. 57 ATOM 2156 CB PHE A 277 14. 791 48. 265 57. 901 1. 00 30. 17 ATOM 2157 CG PHE A 277 13. 774 48. 458 56. 848 1. 00 30. 72 ATOM 2158 CD1 PHE A 277 14. 011 47. 966 55. 568 1. 00 30. 73 ATOM 2159 CD2 PHE A 277 12. 573 49. 114 57. 105 1. 00 30. 61 ATOM 2160 CE1 PHE A 277 13. 072 48. 135 54. 552 1. 00 29. 30 ATOM 2161 CE2 PHE A 277 11. 619 49. 276 56. 101 1. 00 32. 26 ATOM 2162 CZ PHE A 277 11. 862 48. 772 54. 824 1. 00 27. 48 ATOM 2163 N VAL A 278 17. 864 49. 186 58. 562 1. 00 32. 97 ATOM 2164 CA VAL A 278 18. 839 49. 338 59. 614 1. 00 32. 66 ATOM 2165 C VAL A 278 18. 696 50. 698 60. 248 1. 00 37. 01 ATOM 2166 O VAL A 278 18. 251 51. 635 59. 599 1. 00 37. 16 ATOM 2167 CB VAL A 278 20. 246 49. 088 59. ,109 1. 00 36. ,51 ATOM 2168 CGI VAL A 278 20. 173 47. 967 58. 086 1. 00 37. 40 ATOM 2169 CG2 VAL A 278 20. 791 50. 356 58. 444 1. 00 34. 87 ATOM 2170 N THR A 279 19. 066 50. 778 61. 515 1. 00 32. 36 ATOM 2171 CA THR A 279 18. ,948 51. ,994 62. ,264 1. ,00 31. ,03 ATOM 2172 C THR A 279 20. ,121 52. ,883 62. ,035 1. ,00 37. .42 ATOM 2173 O THR A 279 21. ,243 52. ,397 61. ,920 1. ,00 39. ,87 ATOM 2174 CB THR A 279 18. ,885 51. ,695 63. ,759 1. ,00 31. ,39 ATOM 2175 OG1 THR A 279 19. ,110 52. ,895 64. ,472 1. ,00 34. ,21 ATOM 2176 CG2 THR A 279 19. ,989 50. ,706 64, .083 1. ,00 23, .69 ATOM 2177 N PRO A 280 19, ,845 54. ,187 62, ,000 1, ,00 30, ,07 ATOM 2178 CA PRO A 280 20, ,903 55. ,132 61, ,802 1, ,00 27, ,00 ATOM 2179 C PRO A 280 21. ,823 55. ,110 63, ,005 1. ,00 30, ,60 ATOM 2180 O PRO A 280 22, .951 55, .588 62, .934 1, .00 30, ,20 ATOM 2181 CB PRO A 280 20, .249 56, ,497 61, .601 1, .00 26, .23 ATOM 2182 CG PRO A 280 18, .769 56, .337 61, .889 1, .00 28, .07 ATOM 2183 CD PRO A 280 18. .499 54, .848 61, .984 1, .00 26, .11 ATOM 2184 N THR A 281 21, .348 54, .509 64, .112 1, .00 27, .82 ATOM 2185 CA THR A 281 22, .199 54, .426 65 .302 1, .00 27 .48 ATOM 2186 C THR A 281 23, .372 53, .523 65, .073 1, .00 31, .37 ATOM 2187 O THR A 281 24, .226 53, .385 65, .944 1, .00 31, .93 ATOM 2188 CB THR A 281 21, .499 54, .016 66, .601 1, .00 21, .45 ATOM 2189 OG1 THR A 281 21 .021 52 .681 66 .524 1 .00 33 .18 ATOM 2190 CG2 THR A 281 20 .388 54 .994 66 .874 1 .00 9 .89 ATOM 2191 N LEU A 282 23 .378 52 .881 63 .913 1 .00 25 .29 ATOM 2192 CA LEU A 282 24 .473 51 .993 63 .586 1 .00 24 .04 ATOM 2193 C LEU A 282 25 .682 52 .790 63 .049 1 .00 34 .74 ATOM 2194 O LEU A 282 26 .787 52 .279 62 .884 1 .00 34 .84 ATOM 2195 CB LEU A 282 24 .063 51 .038 62 .464 1 .00 22 .14 ATOM 2196 CG LEU A 282 23 .104 49 .916 62 .819 1 .00 26 .88 ATOM 2197 CD1 LEU A 282 23 .312 48 .809 61 .791 1 .00 27 .77 ATOM 2198 CD2 LEU A 282 23 .322 49 .404 64 .249 1 .00 21 .75 ATOM 2199 N LEU A 283 25 .465 54 .063 62 .744 1 .00 32 .05 ATOM 2200 CA LEU A 283 26 .501 54 .903 62 .159 1 .00 31 .43 ATOM 2201 C LEU A 283 27 .659 55 .324 63 .055 1 .00 41 .94 ATOM 2202 O LEU A 283 27 .907 56 .525 63 .196 1 .00 49 .19 ATOM 2203 CB LEU A 283 25 .861 56 .117 61 .418 1 .00 29 .55 ATOM 2204 CG LEU A 283 24 .720 55 .661 60 .488 1 .00 32 .94 ATOM 2205 CD1 LEU A 283 23 .933 56 .811 59 .869 1 .00 33 .48 ATOM 2206 CD2 LEU A 283 25 .232 54 .716 59 .409 1 .00 28 .39 ATOM 2207 N ALA A 284 28 .387 54 .370 63 .638 1 .00 33 .18 ATOM 2208 CA ALA A 284 29 .488 54 .728 64 .532 1 .00 30 .20 ATOM 2209 C ALA A 284 30 .655 55 .492 63 .922 1 .00 31 .97 ATOM 2210 O ALA A 284 31.411 56.165 64.642 1.00 31.40 ATOM 2211 CB ALA A 284 29. 973 53. 544 65. 336 1. 00 29. 60 ATOM 2212 N GLY A 285 30. 801 55. 371 62. 605 1. 00 27. 10 ATOM 2213 CA GLY A 285 31. 882 56. 018 61. 867 1. 00 29. 77 ATOM 2214 C GLY A 285 33. 174 55. 194 61. 910 1. 00 39. 25 ATOM 2215 0 GLY A 285 34. 264 55. 649 61. 544 1. 00 41. 21 ATOM 2216 N ASP A 286 33. 022 53. 951 62. 363 1. 00 34. 57 ATOM 2217 CA ASP A 286 34. 144 53. 057 62. 473 1. 00 32. 57 ATOM 2218 C ASP A 286 33. 805 51. 625 62. 130 1. 00 31. 59 ATOM 2219 O ASP A 286 34. 609 50. 743 62. 325 1. 00 29. 27 ATOM 2220 CB ASP A 286 34. 812 53. 163 63. 860 1. 00 34. 65 ATOM 2221 CG ASP A 286 34. 081 52. 447 64. 945 1. 00 41. 93 ATOM 2222 ODl ASP A 286 33. 008 51. 893 64. 765 1. 00 45. ,21 ATOM 2223 OD2 ASP A 286 34. 714 52. 492 66. 087 1. 00 35. ,67 ATOM 2224 N LYS A 287 32. 590 51. 395 61. 641 1. 00 29. ,46 ATOM 2225 CA LYS A 287 32. 199 50. 038 61. 272 1. 00 31. 62 ATOM 2226 C LYS A 287 31. 976 49. 060 62. 437 1. 00 37. ,91 ATOM 2227 O LYS A 287 31. 761 47. 879 62. 240 1. 00 37. 91 ATOM 2228 CB LYS A 287 33. ,215 49. 447 60. ,304 1. 00 32. ,17 ATOM 2229 CG LYS A 287 33. ,510 50. ,358 59. ,119 1. 00 51. ,60 ATOM 2230 CD LYS A 287 33. ,960 49. ,601 57. ,877 1. 00 50. ,74 ATOM 2231 CE LYS A 287 35. ,290 50. ,105 57. ,328 1. 00 63. ,80 ATOM 2232 NZ LYS A 287 35. ,167 50. ,866 56. ,069 1. 00 71. ,91 ATOM 2233 N SER A 288 32. ,168 49. ,575 63. ,647 1. 00 31. ,58 ATOM 2234 CA SER A 288 32. ,079 48. 737 64. ,810 1. 00 27. ,15 ATOM 2235 C SER A 288 30. ,742 48. ,137 65. ,142 1. ,00 36, ,08 ATOM 2236 O SER A 288 30. ,676 47. ,318 66. ,057 1. ,00 37. ,87 ATOM 2237 CB SER A 288 32. ,618 49. ,463 66. ,005 1. ,00 16. .31 ATOM 2238 OG SER A 288 31, ,659 50. ,443 66. ,312 1. ,00 29. ,71 ATOM 2239 N LEU A 289 29. ,669 48. .529 64. ,460 1. ,00 29. ,34 ATOM 2240 CA LEU A 289 28. .351 47. ,979 64. .794 1. ,00 24. ,70 ATOM 2241 C LEU A 289 27. ,792 47. ,105 63. ,686 1. ,00 32. ,97 ATOM 2242 O LEU A 289 26. ,591 46. ,766 63. ,648 1. ,00 30. ,35 ATOM 2243 CB LEU A 289 27, .385 49, .090 65, ,191 1. ,00 21, .45 ATOM 2244 CG LEU A 289 27, .954 49, .887 66, .347 1. ,00 22, ,99 ATOM 2245 CD1 LEU A 289 26, .881 50, .769 66, ,950 1, .00 20, ,66 ATOM 2246 CD2 LEU A 289 28, .381 48, .881 67. .394 1, .00 29, ,65 ATOM 2247 N SER A 290 28, .723 46, .753 62, .801 1, ,00 31, .21 ATOM 2248 CA SER A 290 28, .453 45, ,941 61, .645 1, ,00 29, .89 ATOM 2249 C SER A 290 27, .861 44. .582 62, .006 1, ,00 30, ,57 ATOM 2250 0 SER A 290 27 .299 43, .872 61, .153 1, .00 29, .73 ATOM 2251 CB SER A 290 29 .704 45, .800 60, .783 1, .00 29, .27 ATOM 2252 OG SER A 290 30, .470 44, .725 61, .266 1. .00 38, .77 ATOM 2253 N ASN A 291 27, .980 44, .207 63, .282 1, .00 26, .55 ATOM 2254 CA ASN A 291 27 .449 42, .909 63, .706 1, .00 25, .78 ATOM 2255 C ASN A 291 26, .006 42, .773 63, .355 1, .00 30, .89 ATOM 2256 O ASN A 291 25 .576 41, .702 62, .975 1, .00 29, .73 ATOM 2257 CB ASN A 291 27 .725 42 .503 65 .157 1 .00 28 .48 ATOM 2258 CG ASN A 291 26 .910 43 .313 66 .119 1. .00 33 .33 ATOM 2259 ODl ASN A 291 27 .065 44 .529 66 .198 1, .00 34 .48 ATOM 2260 ND2 ASN A 291 26 .001 42 .653 66 .818 1, .00 28 .96 ATOM 2261 N VAL A 292 25 .277 43 .885 63 .476 1 .00 30 .68 ATOM 2262 CA VAL A 292 23 .865 43 .924 63 .142 1 .00 30 .27 ATOM 2263 C VAL A 292 23 .667 43 .619 61 .669 1, .00 32 .61 ATOM 2264 0 VAL A 292 22 .644 43 .082 61 .255 1 .00 33 .31 ATOM 2265 CB VAL A 292 23 .288 45 .289 63 .505 1 .00 35 .13 ATOM 2266 CGI VAL A 292 21 .877 45 .486 62 .946 1 .00 33 .48 ATOM 2267 CG2 VAL A 292 23 .328 45 .478 65 .014 1 .00 35 .02 ATOM 2268 N ILE A 293 24 .653 43 .975 60 .861 1 .00 27 .92 ATOM 2269 CA ILE A 293 24 .527 43 .685 59 .461 1 .00 28 .71 ATOM 2270 C ILE A 293 24 .658 42 .159 59 .296 1 .00 35 .03 ATOM 2271 O ILE A 293 23 .860 41 .475 58 .624 1 .00 38 .34 ATOM 2272 CB ILE A 293 25 .554 44 .438 58 .606 1 .00 33 .84 ATOM 2273 CGI ILE A 293 25 .608 45 .952 58 .898 1 .00 34 .55 ATOM 2274 CG2 ILE A 293 25.305 44.186 57.121 1.00 36.50 ATOM 2275 CD1 ILE A 293 24. 265 46. 680 58. 808 1. 00 30. 49 ATOM 2276 N ALA A 294 25. 668 41. 584 59. 934 1. 00 23. 76 ATOM 2277 CA ALA A 294 25. 836 40. 138 59. 809 1. 00 19. 95 ATOM 2278 C ALA A 294 24. 559 39. 409 60. 165 1. 00 27. 33 ATOM 2279 O ALA A 294 24. 183 38. 422 59. 505 1. 00 25. 48 ATOM 2280 CB ALA A 294 26. 984 39. 644 60. 688 1. 00 19. 24 ATOM 2281 N HIS A 295 23. 917 39. 934 61. 244 1. 00 27. 63 ATOM 2282 CA HIS A 295 22. 666 39. 414 61. 797 1. 00 26. 83 ATOM 2283 C HIS A 295 21. 611 39. 383 60. 734 1. 00 28. 61 ATOM 2284 O HIS A 295 21. 169 38. 301 60. 348 1. 00 25. 72 ATOM 2285 CB HIS A 295 22. 148 40. 175 63. 028 1. 00 27. 98 ATOM 2286 CG HIS A 295 20. 937 39. 534 63. 657 1. 00 31. 62 ATOM 2287 ND1 HIS A 295 21. 047 38. 675 64. 763 1. 00 32. 66 ATOM 2288 CD2 HIS A 295 19. 602 39. 643 63. 338 1. 00 30. 92 ATOM 2289 CE1 HIS A 295 19. 802 38. 298 65. 088 1. 00 30. 14 ATOM 2290 NE2 HIS A 295 18. 916 38. 860 64. 254 1. 00 30. 24 ATOM 2291 N GLU A 296 21. 257 40. 590 60. 251 1. 00 27. 23 ATOM 2292 CA GLU A 296 20. 266 40. 749 59. 195 1. 00 25. 98 ATOM 2293 C GLU A 296 20. 533 39. 790 58. 056 1. 00 32. 73 ATOM 2294 O GLU A 296 19. 628 39. 081 57. 561 1. 00 31. 88 ATOM 2295 CB GLU A 296 20. 046 42. 203 58. 728 1. 00 24. 55 ATOM 2296 CG GLU A 296 19. ,892 43. ,148 59. ,936 1. 00 23. ,16 ATOM 2297 CD GLU A 296 18. ,939 42. ,632 60. ,991 1. 00 53. ,50 ATOM 2298 OE1 GLU A 296 17. ,964 41. ,956 60. ,700 1. 00 23. ,99 ATOM 2299 OE2 GLU A 296 19. ,237 43. ,006 62. ,233 1. 00 32. ,77 ATOM 2300 N ILE A 297 21. ,803 39. ,745 57. ,675 1. ,00 25. ,37 ATOM 2301 CA ILE A 297 22. ,195 38. ,870 56. ,599 1. ,00 22. ,64 ATOM 2302 C ILE A 297 21, ,812 37. ,445 56. ,859 1. ,00 27. ,47 ATOM 2303 O ILE A 297 21, ,175 36. ,799 56. ,048 1. ,00 26. ,25 ATOM 2304 CB ILE A 297 23, ,672 38. ,963 56. ,302 1. ,00 24, ,19 ATOM 2305 CGI ILE A 297 23, ,920 40. ,140 55. ,355 1. ,00 25. ,28 ATOM 2306 CG2 ILE A 297 24, ,079 37, ,686 55. ,626 1. ,00 20, .77 ATOM 2307 CD1 ILE A 297 25, .325 40, .705 55, ,435 1, ,00 16. .26 ATOM 2308 N SER A 298 22, .226 36, .947 58, .012 1, ,00 28, .23 ATOM 2309 CA SER A 298 21, .939 35, .569 58, .377 1, ,00 25, .04 ATOM 2310 C SER A 298 20, .467 35, .235 58, .298 1, ,00 26, .21 ATOM 2311 O SER A 298 20, .118 34, .097 58, .000 1, ,00 26, ,30 ATOM 2312 CB SER A 298 22, .520 35, .209 59, .714 1. ,00 27, .82 ATOM 2313 OG SER A 298 23 .890 35, .552 59, .714 1, .00 35 .98 ATOM 2314 N HIS A 299 19 .599 36, .230 58, .562 1, .00 22 .17 ATOM 2315 CA HIS A 299 18 .205 36, .092 58, .719 1, .00 22, .77 ATOM 2316 C HIS A 299 17 .614 35, .710 57, .387 1, .00 29 .10 ATOM 2317 O HIS A 299 16 .553 35 .162 57, .290 1, .00 31, .50 ATOM 2318 CB HIS A 299 17 .662 37 .432 59. .200 1, .00 24 .67 ATOM 2319 CG HIS A 299 17 .053 37 .338 60 .602 1 .00 29 .10 ATOM 2320 ND1 HIS A 299 16 .190 36 .368 60 .975 1 .00 30 .70 ATOM 2321 CD2 HIS A 299 17 .196 38 .233 61 .667 1 .00 32 .39 ATOM 2322 CE1 HIS A 299 15 .811 36 .675 62 .233 1 .00 30 .41 ATOM 2323 NE2 HIS A 299 16 .397 37 .783 62 .674 1 .00 31 .74 ATOM 2324 N SER A 300 18 .356 36 .048 56 .315 1 .00 23 .31 ATOM 2325 CA SER A 300 17 .942 35 .581 55 .010 1 .00 24 .24 ATOM 2326 C SER A 300 17 .879 34 .050 54 .977 1 .00 34 .13 ATOM 2327 O SER A 300 17 .075 33 .463 54 .305 1 .00 33 .28 ATOM 2328 CB SER A 300 18 .941 36 .092 53 .965 1 .00 27 .31 ATOM 2329 OG SER A 300 18 .947 37 .519 53 .962 1 .00 49 .96 ATOM 2330 N TRP A 301 18 .773 33 .411 55 .752 1 .00 33 .09 ATOM 2331 CA TRP A 301 18 .702 31 .969 55 .829 1 .00 31 .84 ATOM 2332 C TRP A 301 17 .740 31 .511 56 .895 1 .00 32 .15 ATOM 2333 O TRP A 301 16 .764 30 .876 56 .620 1 .00 27 .05 ATOM 2334 CB TRP A 301 20 .095 31 .429 56 .082 1 .00 30 .16 ATOM 2335 CG TRP A 301 20 .791 31 .421 54 .801 1 .00 32 .02 ATOM 2336 CD1 TRP A 301 20 .787 30 .393 53 .859 1 .00 35 .05 ATOM 2337 CD2 TRP A 301 21 .496 32 .520 54 .202 1 .00 30 .84 AATTOOMM 2338 NE1 TRP A 301 21.415 30.732 52.722 1.00 33.29 A ATTOOMM 2339 CE2 TRP A 301 21.886 32.112 52.921 1.00 33.44 A ATTOOMM 2340 CE3 TRP A 301 21.811 33.790 54.631 1.00 32.65 A ATTOOMM 2341 CZ2 TRP A 301 22.577 32.970 52.108 1.00 32.21 A ATTOOMM 2342 CZ3 TRP A 301 22.503 34.652 53.812 1.00 36.10 A ATTOOMM 2343 CH2 TRP A 301 22.888 34.239 52.544 1.00 36.83 A ATTOOMM 2344 N THR A 302 18.042 31.864 58.146 1.00 31.77 A ATTOOMM 2345 CA THR A 302 17.125 31.488 59.215 1.00 33.55 A ATTOOMM 2346 C THR A 302 16.276 32.690 59.695 1.00 36.35 A ATTOOMM 2347 O THR A 302 16.759 33.590 60.330 1.00 36.56 A ATTOOMM 2348 CB THR A 302 17.963 30.920 60.366 1.00 31.04 AATTOOMM 2349 OG1 THR A 302 19.047 31.807 60.639 1.00 38.50 AATTOOMM 2350 CG2 THR A 302 18.544 29.555 59.967 1.00 17.10 AATTOOMM 2351 N GLY A 303 15.053 32.418 59.250 1.00 25.28 AATTOOMM 2352 CA GLY A 303 13.908 33.236 59.483 1.00 21.59 AATTOOMM 2353 C GLY A 303 13.202 33.382 58.163 1.00 26.99 AATTOOMM 2354 O GLY A 303 12.040 33.040 57.994 1.00 26.18 AATTOOMM 2355 N ASN A 304 13.936 33.891 57.195 1.00 28.05 AATTOOMM 2356 CA ASN A 304 13.363 34.101 55.875 1.00 28.17 AATTOOMM 2357 C ASN A 304 13.141 32.839 55.056 1.00 28.99 AATTOOMM 2358 O ASN A 304 12.118 32.715 54.415 1.00 24.87 AATTOOMM 2359 CB ASN A 304 14.091 35.176 55.047 1.00 23.55 AATTOOMM 2360 CG ASN A 304 14.133 36.499 55.757 1.00 37.80 AATTOOMM 2361 ODl ASN A 304 13.630 36.613 56.892 1.00 20.66 AATTOOMM 2362 ND2 ASN A 304 14.752 37.488 55.093 1.00 24.17 AATTOOMM 2363 N LEU A 305 14.110 31.919 55.055 1.00 27.24 AATTOOMM 2364 CA LEU A 305 13.987 30.677 54.306 1.00 27.34 AATTOOMM 2365 C LEU A 305 13.218 29.665 55.121 1.00 31.29 AATTOOMM 2366 O LEU A 305 12.235 29.051 54.678 1.00 29.23 AATTOOMM 2367 CB LEU A 305 15.371 30.119 53.967 1.00 27.62 AATTOOMM 2368 CG LEU A 305 15.805 30.593 52.603 1.00 32.23 AATTOOMM 2369 CD1 LEU A 305 17.289 30.293 52.412 1.00 28.91 AATTOOMM 2370 CD2 LEU A 305 14.951 29.887 51.549 1.00 41.51 AATTOOMM 2371 N VAL A 306 13.711 29.528 56.347 1.00 27.75 AATTOOMM 2372 CA VAL A 306 13.134 28.652 57.327 1.00 29.99 AATTOOMM 2373 C VAL A 306 12.578 29.527 58.403 1.00 31.78 AATTOOMM 2374 O VAL A 306 13.306 30.217 59.110 1.00 28.32 AATTOOMM 2375 CB VAL A 306 14.092 27.593 57.827 1.00 37.24 AATTOOMM 2376 CGI VAL A 306 15.479 28.180 57.969 1.00 38.36 AATTOOMM 2377 CG2 VAL A 306 13.602 27.107 59.164 1.00 37.56 AATTOOMM 2378 N THR A 307 11.259 29.517 58.440 1.00 29.40 AATTOOMM 2379 CA THR A 307 10.499 30.358 59.320 1.00 28.14 ATOM 2380 C THR A 307 9.729 29.712 60.446 1.00 34.06 ATOM 2381 O THR A 307 9.029 28.706 60.277 1.00 36.72 ATOM 2382 CB THR A 307 9.474 31.115 58.460 1.00 23.03 ATOM 2383 OG1 THR A 307 10.124 31.811 57.422 1.00 28.56 ATOM 2384 CG2 THR A 307 8.665 32.068 59.336 1.00 12.55 ATOM 2385 N ASN A 308 9.802 30.347 61.608 1.00 29.29 ATOM 2386 CA ASN A 308 9.042 29.862 62.724 1.00 27.82 ATOM 2387 C ASN A 308 7.576 29.716 62.234 1.00 31.42 ATOM 2388 O ASN A 308 7.072 30.535 61.450 1.00 32.96 ATOM 2389 CB ASN A 308 9.194 30.790 63.972 1.00 23.57 ATOM 2390 CG ASN A 308 8.935 32.298 63.745 1.00 30.38 ATOM 2391 ODl ASN A 308 9.505 33.190 64.400 1.00 23.70 ATOM 2392 ND2 ASN A 308 8.056 32.608 62.818 1.00 41.34 ATOM 2393 N LYS A 309 6.890 28.658 62.640 1.00 24.10 ATOM 2394 CA LYS A 309 5.502 28.433 62.230 1.00 23.40 ATOM 2395 C LYS A 309 4.514 29.380 62.964 1.00 28.17 ATOM 2396 O LYS A 309 3.430 29.756 62.474 1.00 22.88 ATOM 2397 CB LYS A 309 5.151 26.975 62.459 1.00 24.26 ATOM 2398 CG LYS A 309 4.036 26.478 61.555 1.00 28.57 ATOM 2399 CD LYS A 309 3.543 25.075 61.924 1.00 38.25 ATOM 2400 CE LYS A 309 3.475 24.112 60.739 1.00 78.39 ATOM 2401 NZ LYS A 309 4.389 22.953 60.849 1.00 98.22 ATOM 2402 N THR A 310 4 . 917 29 . 744 64 . 179 1 . 00 23 . 46 ATOM 2403 CA THR A 310 4. 179 30. 616 65. 037 1. 00 22. 98 ATOM 2404 C THR A 310 5. 142 31. 336 65. 922 1. 00 31. 43 ATOM 2405 O THR A 310 6. 223 30. 836 66. 230 1. 00 31. 51 ATOM 2406 CB THR A 310 3. 104 29. 917 65. 871 1. 00 34. 01 ATOM 2407 OG1 THR A 310 3. 684 29. 148 66. 945 1. 00 27. 97 ATOM 2408 CG2 THR A 310 2. 174 29. 114 64. 956 1. 00 24. 58 ATOM 2409 N TRP A 311 4. 733 32. 527 66. 299 1. 00 29. 82 ATOM 2410 CA TRP A 311 5. 559 33. 371 67. 120 1. 00 30. 49 ATOM 2411 C TRP A 311 6. 044 32. 692 68. 381 1. 00 26. 99 ATOM 2412 O TRP A 311 7. 015 33. 101 68. 971 1. 00 25. 15 ATOM 2413 CB TRP A 311 4. 933 34. 768 67. 320 1. 00 30. 34 ATOM 2414 CG TRP A 311 4. 706 35. 412 66. 001 1. 00 30. 63 ATOM 2415 CD1 TRP A 311 3. 514 35. 785 65. 490 1. 00 32. 07 ATOM 2416 CD2 TRP A 311 5. 705 35. 723 65. 008 1. 00 31. 31 ATOM 2417 NE1 TRP A 311 3. 703 36. 335 64. 250 1. 00 29. 97 ATOM 2418 CE2 TRP A 311 5. 033 36. 317 63. 931 1. 00 32. 88 ATOM 2419 CE3 TRP A 311 7. 099 35. 586 64. 943 1. 00 31. 44 ATOM 2420 CZ2 TRP A 311 5. 721 36. 771 62. 804 1. 00 31. 56 ATOM 2421 CZ3 TRP A 311 7. 779 36. 059 63. 848 1. 00 30. 39 ATOM 2422 CH2 TRP A 311 7. 089 36. 639 62. 789 1. 00 30. 58 ATOM 2423 N ASP A 312 5. ,366 31. 632 68. 770 1. 00 27. 36 ATOM 2424 CA ASP A 312 5. 757 30. 868 69. ,950 1. 00 27. 38 ATOM 2425 C ASP A 312 7. ,149 30. 213 69. 757 1. 00 31. 25 ATOM 2426 O ASP A 312 7. ,826 29. 802 70. 718 1. 00 27. 07 ATOM 2427 CB ASP A 312 4. ,697 29. ,750 70. ,217 1. ,00 25. 96 ATOM 2428 CG ASP A 312 3. ,432 30. 230 70. ,872 1. ,00 27. 42 ATOM 2429 ODl ASP A 312 3. ,197 31. 396 71. ,102 1. 00 28. 97 ATOM 2430 OD2 ASP A 312 2, ,623 29. ,265 71. ,208 1. ,00 29. ,33 ATOM 2431 N HIS A 313 7, .562 30. ,089 68. ,487 1. ,00 25. ,04 ATOM 2432 CA HIS A 313 8, ,820 29. ,454 68. ,164 1. ,00 23. ,48 ATOM 2433 C HIS A 313 9. ,864 30. ,452 67. ,737 1. ,00 25. ,38 ATOM 2434 O HIS A 313 10, .929 30. ,139 67, ,214 1. ,00 29. ,97 ATOM 2435 CB HIS A 313 8, .588 28. ,245 67. .209 1. ,00 25. ,00 ATOM 2436 CG HIS A 313 7, .641 27. ,230 67, .837 1. ,00 29. ,77 ATOM 2437 ND1 HIS A 313 8, .087 26, .183 68, .635 1, .00 31, ,37 ATOM 2438 CD2 HIS A 313 6, .279 27, .152 67, .808 1. ,00 31, ,31 ATOM 2439 CE1 HIS A 313 7, ,015 25, .509 69, ,039 1, ,00 28, ,91 ATOM 2440 NE2 HIS A 313 5 .913 26, .066 68, .559 1, .00 29, .40 ATOM 2441 N PHE A 314 9 .521 31, ,682 68, .005 1, .00 17, ,43 ATOM 2442 CA PHE A 314 10 .345 32, .810 67 .701 1, .00 17, .16 ATOM 2443 C PHE A 314 11, .852 32, .523 67, .812 1, .00 26, .01 ATOM 2444 O PHE A 314 12 .669 32 .922 66 .963 1, .00 30, .40 ATOM 2445 CB PHE A 314 9 .908 34, .056 68 .517 1, .00 18, .63 ATOM 2446 CG PHE A 314 10 .592 35, .351 68 .113 1, .00 20, .10 ATOM 2447 CD1 PHE A 314 10 .712 35 .697 66 .768 1 .00 21 .80 ATOM 2448 CD2 PHE A 314 11 .129 36 .214 69 .070 1 .00 22 .60 ATOM 2449 CE1 PHE A 314 11 .337 36 .890 66 .400 1 .00 24 .74 ATOM 2450 CE2 PHE A 314 11 .750 37 .416 68 .716 1 .00 27 .24 ATOM 2451 CZ PHE A 314 11 .857 37 .756 67 .368 1 .00 24 .97 ATOM 2452 N TRP A 315 12 .235 31 .828 68 .861 1 .00 19 .66 ATOM 2453 CA TRP A 315 13 .639 31 .541 69 .068 1 .00 17 .87 ATOM 2454 C TRP A 315 14 .292 30 .775 67 .953 1 .00 28 .55 ATOM 2455 O TRP A 315 15 .518 30 .769 67 .830 1 .00 29 .23 ATOM 2456 CB TRP A 315 13 .860 30 .842 70 .362 1 .00 16 .03 ATOM 2457 CG TRP A 315 13 .613 29 .408 70 .161 1 .00 19 .64 ATOM 2458 CD1 TRP A 315 12 .428 28 .787 70 .247 1 .00 22 .39 ATOM 2459 CD2 TRP A 315 14 .599 28 .430 69 .876 1 .00 21 .70 ATOM 2460 NE1 TRP A 315 12 .597 27 .457 70 .033 1 .00 24 .22 ATOM 2461 CE2 TRP A 315 13 .934 27 .205 69 .801 1 .00 27 .96 ATOM 2462 CE3 TRP A 315 15 .976 28 .481 69 .681 1 .00 22 .89 ATOM 2463 CZ2 TRP A 315 14 .631 26 .018 69 .547 1 .00 27 .76 ATOM 2464 CZ3 TRP A 315 16 .651 27 .321 69 .421 1 .00 23 .16 ATOM 2465 CH2 TRP A 315 15 .991 26 .108 69 .341 1 .00 23 .94 ATOM 2466 N LEU A 316 13.488 30.114 67.144 1.00 26.33 ATOM 2467 CA LEU A 316 14.092 29.400 66.067 1.00 25.44 ATOM 2468 C LEU A 316 14.666 30.443 65.129 1.00 33.21 ATOM 2469 O LEU A 316 15.737 30.252 64.530 1.00 37.80 ATOM 2470 CB LEU A 316 13.050 28.567 65.311 1.00 24.82 ATOM 2471 CG LEU A 316 12.663 27.242 65.956 1.00 27.62 ATOM 2472 CD1 LEU A 316 11.574 26.552 65.106 1.00 22.30 ATOM 2473 CD2 LEU A 316 13.897 26.344 66.097 1.00 27.03 ATOM 2474 N ASN A 317 13.931 31.555 64.997 1.00 20.55 ATOM 2475 CA ASN A 317 14.354 32.624 64.115 1.00 19.34 ATOM 2476 C ASN A 317 15.603 33.333 64.531 1.00 30.38 ATOM 2477 O ASN A 317 16.553 33.425 63.766 1.00 32.04 ATOM 2478 CB ASN A 317 13.273 33.682 63.838 1.00 14.82 ATOM 2479 CG ASN A 317 12.330 33.177 62.793 1.00 31.14 ATOM 2480 ODl ASN A 317 12.151 31.966 62.657 1.00 38.42 ATOM 2481 ND2 ASN A 317 11.724 34.074 62.049 1.00 17.34 ATOM 2482 N GLU A 318 15.562 33.870 65.750 1.00 26.15 ATOM 2483 CA GLU A 318 16.624 34.648 66.358 1.00 20.23 ATOM 2484 C GLU A 318 17.860 33.884 66.816 1.00 23.53 ATOM 2485 O GLU A 318 19.006 34.273 66.554 1.00 26.34 ATOM 2486 CB GLU A 318 15.998 35.484 67.456 1.00 19.11 ATOM 2487 CG GLU A 318 14.999 36.480 66.800 1.00 24.06 ATOM 2488 CD GLU A 318 15.615 37.391 65.758 1.00 40.32 ATOM 2489 OE1 GLU A 318 16.833 37.559 65.612 1.00 21.24 ATOM 2490 OE2 GLU A 318 14.703 38.025 65.062 1.00 24.23 ATOM 2491 N GLY A 319 17.621 32.782 67.494 1.00 17.17 ATOM 2492 CA GLY A 319 18.681 31.955 68.016 1.00 15.31 ATOM 2493 C GLY A 319 19.673 31.601 66.953 1.00 24.07 ATOM 2494 O GLY A 319 20.860 31.897 67.080 1.00 28.47 ATOM 2495 N HIS A 320 19.165 30.956 65.907 1.00 20.24 ATOM 2496 CA HIS A 320 19.977 30.556 64.790 1.00 20.13 ATOM 2497 C HIS A 320 20.678 31.759 64.142 1.00 24.97 ATOM 2498 O HIS A 320 21.855 31.700 63.739 1.00 23.54 ATOM 2499 CB HIS A 320 19.143 29.737 63.791 1.00 20.57 ATOM 2500 CG HIS A 320 18.662 28.426 64.349 1.00 22.57 ATOM 2501 ND1 HIS A 320 17.471 28.332 65.058 1.00 22.98 ATOM 2502 CD2 HIS A 320 19.217 27.176 64.286 1.00 19.52 ATOM 2503 CE1 HIS A 320 17.336 27.046 65.385 1.00 19.18 ATOM 2504 NE2 HIS A 320 18.368 26.329 64.952 1.00 18.12 ATOM 2505 N THR A 321 19.958 32.875 64.053 1.00 21.61 ATOM 2506 CA THR A 321 20.543 34.056 63.478 1.00 22.16 ATOM 2507 C THR A 321 21.697 34.552 64.342 1.00 27.47 ATOM 2508 O THR A 321 22.789 34.825 63.836 1.00 26.64 ATOM 2509 CB THR A 321 19.470 35.097 63.113 1.00 27.88 ATOM 2510 OG1 THR A 321 18.403 34.392 62.523 1.00 27.92 ATOM 2511 CG2 THR A 321 19.999 36.088 62.087 1.00 18.05 ATOM 2512 N VAL A 322 21.496 34.634 65.659 1.00 21.90 ATOM 2513 CA VAL A 322 22.610 35.054 66.470 1.00 19.44 ATOM 2514 C VAL A 322 23.762 34.071 66.285 1.00 24.43 ATOM 2515 O VAL A 322 24.926 34.414 66.188 1.00 21.48 ATOM 2516 CB VAL A 322 22.218 35.185 67.928 1.00 20.92 ATOM 2517 CGI VAL A 322 23.406 35.644 68.772 1.00 18.37 ATOM 2518 CG2 VAL A 322 21.093 36.200 68.048 1.00 20.01 ATOM 2519 N TYR A 323 23.427 32.811 66.197 1.00 27.08 ATOM 2520 CA TYR A 323 24.446 31.803 66.013 1.00 26.26 ATOM 2521 C TYR A 323 25.222 32.036 64.728 1.00 28.26 ATOM 2522 O TYR A 323 26.431 31.894 64.643 1.00 27.51 ATOM 2523 CB TYR A 323 23.804 30.407 66.020 1.00 25.74 ATOM 2524 CG TYR A 323 24.867 29.341 65.987 1.00 26.66 ATOM 2525 CD1 TYR A 323 25.539 28.957 67.150 1.00 29.09 ATOM 2526 CD2 TYR A 323 25.199 28.713 64.789 1.00 24.52 ATOM 2527 CE1 TYR A 323 26.530 27.974 67.157 1.00 22.56 ATOM 2528 CE2 TYR A 323 26.178 27.722 64.770 1.00 25.31 ATOM 2529 CZ TYR A 323 26.846 27.370 65.944 1.00 29.19 ATOM 2530 OH TYR A 323 27.823 26.434 65.895 1.00 27.51 ATOM 2531 N LEU A 324 24.497 32.408 63.702 1.00 24.82 ATOM 2532 CA LEU A 324 25.135 32.638 62.439 1.00 26.04 ATOM 2533 C LEU A 324 25.832 33.952 62.417 1.00 30.92 ATOM 2534 O LEU A 324 26.903 34.045 61.851 1.00 33.76 ATOM 2535 CB LEU A 324 24.176 32.537 61.235 1.00 26.21 ATOM 2536 CG LEU A 324 23.916 31.112 60.778 1.00 28.46 ATOM 2537 CD1 LEU A 324 22.752 31.109 59.791 1.00 28.95 ATOM 2538 CD2 LEU A 324 25.169 30.508 60.151 1.00 26.54 ATOM 2539 N GLU A 325 25.234 34.976 63.033 1.00 27.04 ATOM 2540 CA GLU A 325 25.870 36.303 63.064 1.00 22.88 ATOM 2541 C GLU A 325 27.282 36.210 63.624 1.00 28.76 ATOM 2542 O GLU A 325 28.250 36.722 63.026 1.00 26.24 ATOM 2543 CB GLU A 325 25.016 37.365 63.759 1.00 22.01 ATOM 2544 CG GLU A 325 25.827 38.411 64.524 1.00 41.55 ATOM 2545 CD GLU A 325 25.035 39.040 65.646 1.00 72.11 ATOM 2546 OE1 GLU A 325 23.866 38.764 65.862 1.00 41.88 ATOM 2547 OE2 GLU A 325 25.719 39.922 66.350 1.00 67.15 ATOM 2548 N ARG A 326 27.349 35.479 64.755 1.00 27.84 ATOM 2549 CA ARG A 326 28.551 35.213 65.511 1.00 28.10 ATOM 2550 C ARG A 326 29.604 34.457 64.771 1.00 30.90 ATOM 2551 O ARG A 326 30.763 34.747 64.976 1.00 33.93 ATOM 2552 CB ARG A 326 28.334 34.761 66.947 1.00 31.52 ATOM 2553 CG ARG A 326 27.645 35.864 67.726 1.00 22.20 ATOM 2554 CD ARG A 326 27.462 35.572 69.203 1.00 28.71 ATOM 2555 NE ARG A 326 26.727 36.673 69.830 1.00 23.82 ATOM 2556 CZ ARG A 326 25.805 36.556 70.780 1.00 26.09 ATOM 2557 NH1 ARG A 326 25.443 35.388 71.305 1.00 23.16 ATOM 2558 NH2 ARG A 326 25.220 37.655 71.222 1.00 24.77 ATOM 2559 N HIS A 327 29.221 33.511 63.918 1.00 29.85 ATOM 2560 CA HIS A 327 30.207 32.777 63.120 1.00 30.52 ATOM 2561 C HIS A 327 30.778 33.738 62.085 1.00 35.50 ATOM 2562 O HIS A 327 31.966 33.777 61.822 1.00 36.74 ATOM 2563 CB HIS A 327 29.591 31.555 62.407 1.00 31.59 ATOM 2564 CG HIS A 327 29.764 30.259 63.176 1.00 34.51 ATOM 2565 NDl HIS A 327 30.963 29.913 63.788 1.00 36.17 ATOM 2566 CD2 HIS A 327 28.875 29.263 63.432 1.00 35.58 ATOM 2567 CE1 HIS A 327 30.778 28.740 64.384 1.00 35.27 ATOM 2568 NE2 HIS A 327 29.532 28.322 64.191 1.00 35.56 ATOM 2569 N ILE A 328 29.902 34.549 61.511 1.00 31.10 ATOM 2570 CA ILE A 328 30.328 35.517 60.528 1.00 31.66 ATOM 2571 C ILE A 328 31.416 36.407 61.086 1.00 40.12 ATOM 2572 O ILE A 328 32.451 36.615 60.465 1.00 40.81 ATOM 2573 CB ILE A 328 29.175 36.379 59.998 1.00 32.94 ATOM 2574 CGI ILE A 328 28.220 35.570 59.114 1.00 29.53 ATOM 2575 CG2 ILE A 328 29.694 37.591 59.201 1.00 30.91 ATOM 2576 CD1 ILE A 328 27.119 36.463 58.535 1.00 32.98 ATOM 2577 N CYS A 329 31.179 36.948 62.266 1.00 37.88 ATOM 2578 CA CYS A 329 32.170 37.810 62.851 1.00 39.54 ATOM 2579 C CYS A 329 33.475 37.092 63.157 1.00 40.19 ATOM 2580 O CYS A 329 34.567 37.642 62.971 1.00 38.44 ATOM 2581 CB CYS A 329 31.607 38.509 64.083 1.00 42.61 ATOM 2582 SG CYS A 329 30.241 39.595 63.619 1.00 48.14 ATOM 2583 N GLY A 330 33.332 35.852 63.632 1.00 34.74 ATOM 2584 CA GLY A 330 34.471 35.030 63.980 1.00 35.20 ATOM 2585 C GLY A 330 35.359 34.854 62.778 1.00 43.66 ATOM 2586 O GLY A 330 36.581 34.857 62.891 1.00 46.79 ATOM 2587 N ARG A 331 34.709 34.725 61.622 1.00 34.99 ATOM 2588 CA ARG A 331 35.416 34.562 60.392 1.00 33.19 ATOM 2589 C ARG A 331 36.086 35.863 60.017 1.00 40.63 ATOM 2590 O ARG A 331 37.238 35.914 59.586 1.00 44.40 ATOM 2591 CB ARG A 331 34.494 34.101 59.269 1.00 31.29 ATOM 2592 CG ARG A 331 33.987 32.685 59.450 1.00 47.66 ATOM 2593 CD ARG A 331 34.812 31.722 58.622 1.00 70.36 ATOM 2594 NE ARG A 331 34.461 31.851 57.221 1.00 80.25 ATOM 2595 CZ ARG A 331 33. 615 31. 023 56. 628 1. 00100. 00 ATOM 2596 NH1 ARG A 331 33. 055 29. 999 57. 279 1. 00 79. 12 ATOM 2597 NH2 ARG A 331 33. 334 31. 216 55. 341 1. 00 89. 33 ATOM 2598 N LEU A 332 35. 342 36. 926 60. 172 1. 00 32. 14 ATOM 2599 CA LEU A 332 35. 885 38. 198 59. 820 1. 00 30. 02 ATOM 2600 C LEU A 332 37. 013 38. 612 60. 761 1. 00 40. 33 ATOM 2601 O LEU A 332 38. 084 38. 972 60. 286 1. 00 40. 10 ATOM 2602 CB LEU A 332 34. 772 39. 262 59. 822 1. 00 28. 20 ATOM 2603 CG LEU A 332 34. 451 39. 896 58. 469 1. 00 28. 82 ATOM 2604 CD1 LEU A 332 35. 007 39. 063 57. 341 1. 00 23. 73 ATOM 2605 CD2 LEU A 332 32. 947 40. 114 58. 306 1. 00 29. 76 ATOM 2606 N PHE A 333 36. 744 38. 557 62. 091 1. 00 37. 69 ATOM 2607 CA PHE A 333 37. ,657 38. ,997 63. 143 1. 00 34. ,12 ATOM 2608 C PHE A 333 38. ,251 37. 956 64. 035 1. 00 37. ,99 ATOM 2609 O PHE A 333 39. 015 38. 293 64. 925 1. 00 41. 67 ATOM 2610 CB PHE A 333 36. ,970 40. ,058 64. ,024 1. 00 35. ,62 ATOM 2611 CG PHE A 333 36. ,209 41. ,003 63. ,138 1. 00 39. ,09 ATOM 2612 CD1 PHE A 333 36. ,887 41. 923 62. 332 1. 00 43. 22 ATOM 2613 CD2 PHE A 333 34. ,818 40. ,941 63. ,045 1. 00 42. ,78 ATOM 2614 CE1 PHE A 333 36. ,205 42. ,781 61. ,464 1. 00 44. ,14 ATOM 2615 CE2 PHE A 333 34. ,123 41. ,806 62. ,194 1. ,00 46. ,56 ATOM 2616 CZ PHE A 333 34. ,814 42, ,716 61. ,389 1. 00 43. ,20 ATOM 2617 N GLY A 334 37. ,908 36. ,706 63. ,865 1. 00 34. ,36 ATOM 2618 CA GLY A 334 38, ,507 35. ,705 64. ,763 1. ,00 32. ,89 ATOM 2619 C GLY A 334 37, ,582 34. ,985 65. ,767 1. ,00 32. ,67 ATOM 2620 O GLY A 334 36, ,641 35. ,540 66. ,340 1. 00 33. ,48 ATOM 2621 N GLU A 335 37, .908 33, ,726 66. ,003 1. ,00 23. ,52 ATOM 2622 CA GLU A 335 37, ,196 32, ,875 66. ,931 1. ,00 18. ,13 ATOM 2623 C GLU A 335 37, ,278 33. ,384 68. ,346 1. ,00 29. ,15 ATOM 2624 O GLU A 335 36. .357 33, ,124 69, ,112 1. ,00 34. .14 ATOM 2625 CB GLU A 335 37, .782 31, ,488 66, ,929 1. ,00 17, ,35 ATOM 2626 CG GLU A 335 37, ,041 30, .591 67. ,929 1. .00 32, .97 ATOM 2627 CD GLU A 335 35, .642 30, .305 67. ,473 1. ,00 46, ,14 ATOM 2628 OE1 GLU A 335 35, .093 30, .944 66, ,588 1. ,00 39, .31 ATOM 2629 OE2 GLU A 335 35, .080 29, .317 68. ,132 1, ,00 32, .80 ATOM 2630 N LYS A 336 38, .370 34, .077 68. .706 1, ,00 24, .53 ATOM 2631 CA LYS A 336 38, ,468 34. .609 70, .061 1, ,00 25. .38 ATOM 2632 C LYS A 336 37, .445 35 .726 70, .169 1. .00 35, .32 ATOM 2633 O LYS A 336 36, .908 36, .004 71, .233 1, ,00 38, .14 ATOM 2634 CB LYS A 336 39, .820 35, .199 70, .421 1, ,00 25, .45 ATOM 2635 CG LYS A 336 40 .871 34 .188 70, .825 1, .00 25 .43 ATOM 2636 CD LYS A 336 42 .207 34 .846 71, .189 1, .00 47, .10 ATOM 2637 CE LYS A 336 43, .325 34, .600 70, .172 1, .00 68, .74 ATOM 2638 NZ LYS A 336 44 .566 34 .072 70, .767 1, .00 77 .62 ATOM 2639 N PHE A 337 37 .174 36 .364 69, .029 1, .00 31, .52 ATOM 2640 CA PHE A 337 36 .186 37 .442 68 .967 1, .00 29 .34 ATOM 2641 C PHE A 337 34 .783 36 .869 69 .083 1, .00 31 .73 ATOM 2642 O PHE A 337 33 .908 37 .424 69 .742 1, .00 35 .53 ATOM 2643 CB PHE A 337 36 .304 38 .336 67 .709 1 .00 30 .04 ATOM 2644 CG PHE A 337 35 .435 39 .589 67 .747 1 .00 35 .16 ATOM 2645 CD1 PHE A 337 35 .468 40 .459 68 .843 1, .00 43 .88 ATOM 2646 CD2 PHE A 337 34 .550 39 .893 66 .709 1 .00 40 .16 ATOM 2647 CE1 PHE A 337 34 .688 41 .617 68 .913 1 .00 46 .53 ATOM 2648 CE2 PHE A 337 33 .753 41 .040 66 .760 1 .00 45 .62 ATOM 2649 CZ PHE A 337 33 .830 41 .908 67 .852 1 .00 45 .57 ATOM 2650 N ARG A 338 34 .566 35 .733 68 .452 1 .00 25 .52 ATOM 2651 CA ARG A 338 33 .266 35 .119 68 .508 1 .00 25 .23 ATOM 2652 C ARG A 338 32 .944 34 .759 69 .922 1 .00 29 .77 ATOM 2653 O ARG A 338 31 .854 35 .025 70 .415 1 .00 31 .81 ATOM 2654 CB ARG A 338 33 .186 33 .920 67 .606 1 .00 24 .04 ATOM 2655 CG ARG A 338 31 .839 33 .228 67 .623 1 .00 21 .31 ATOM 2656 CD ARG A 338 31 .807 32 .086 66 .599 1 .00 30 .62 ATOM 2657 NE ARG A 338 32 .518 30 .892 67 .040 1 .00 29 .87 ATOM 2658 CZ ARG A 338 31.919 29.781 67.466 1.00 26.37 ATOM 2659 NH1 ARG A 338 30. 616 29. 687 67. 518 1. 00 20. 26 ATOM 2660 NH2 ARG A 338 32. 632 28. 737 67. 864 1. 00 18. 57 ATOM 2661 N HIS A 339 33. 934 34. 190 70. 577 1. 00 25. 88 ATOM 2662 CA HIS A 339 33. 813 33. 797 71. 982 1. 00 25. 59 ATOM 2663 C HIS A 339 33. 455 34. 972 72. 892 1. 00 27. 61 ATOM 2664 O HIS A 339 32. 615 34. 912 73. 793 1. 00 25. 27 ATOM 2665 CB HIS A 339 35. 065 33. 045 72. 462 1. 00 25. 06 ATOM 2666 CG HIS A 339 34. 923 31. 587 72. 155 1. 00 28. 13 ATOM 2667 NDl HIS A 339 35. 049 30. 612 73. 127 1. 00 30. 52 ATOM 2668 CD2 HIS A 339 34. 586 30. 970 70. 981 1. 00 30. 89 ATOM 2669 CE1 HIS A 339 34. 843 29. 442 72. 535 1. 00 30. 89 ATOM 2670 NE2 HIS A 339 34. 546 29. 616 71. 245 1. 00 31. 36 ATOM 2671 N PHE A 340 34. 103 36. 065 72. 608 1. 00 24. 54 ATOM 2672 CA PHE A 340 33. 892 37. 278 73. 334 1. 00 25. 36 ATOM 2673 C PHE A 340 32. 452 37. 762 73. 216 1. 00 32. 47 ATOM 2674 O PHE A 340 31. 822 38. 222 74. 190 1. 00 32. 78 ATOM 2675 CB PHE A 340 34. 876 38. 309 72. 801 1. 00 26. 03 ATOM 2676 CG PHE A 340 34. 654 39. 671 73. 346 1. 00 26. 47 ATOM 2677 CD1 PHE A 340 35. 238 40. ,047 74. 559 1. 00 24. 59 ATOM 2678 CD2 PHE A 340 33. 902 40. 592 72. 616 1. 00 28. 22 ATOM 2679 CE1 PHE A 340 35. ,063 41. ,330 75. ,072 1. ,00 21. ,58 ATOM 2680 CE2 PHE A 340 33. ,715 41. ,879 73. ,115 1. ,00 29. ,13 ATOM 2681 CZ PHE A 340 34. 280 42. ,225 74. 345 1. 00 25. 28 ATOM 2682 N ASN A 341 31. ,944 37. ,663 72. ,004 1. ,00 28. ,41 ATOM 2683 CA ASN A 341 30. ,600 38. ,084 71. ,728 1. ,00 29. ,60 ATOM 2684 C ASN A 341 29. ,665 37. ,110 72. ,379 1. ,00 38. ,52 ATOM 2685 O ASN A 341 28. ,699 37. ,511 73. ,029 1. ,00 42. ,88 ATOM 2686 CB ASN A 341 30. ,322 38, ,274 70. ,224 1. ,00 30. ,01 ATOM 2687 CG ASN A 341 31. ,159 39, .374 69. ,587 1. ,00 52. ,80 ATOM 2688 ODl ASN A 341 31. .528 39, .284 68. ,404 1. ,00 60. ,88 ATOM 2689 ND2 ASN A 341 31, ,442 40, ,427 70. ,359 1. ,00 41. ,02 ATOM 2690 N ALA A 342 29. ,994 35, .826 72, .239 1. ,00 28, ,24 ATOM 2691 CA ALA A 342 29, ,195 34, .800 72, ,877 1, ,00 26, ,95 ATOM 2692 C ALA A 342 29, ,013 35, .134 74, ,393 1. ,00 35, ,98 ATOM 2693 O ALA A 342 27, .877 35, .261 74, ,897 1, .00 35, .09 ATOM 2694 CB ALA A 342 29, .837 33, .422 72. .671 1, ,00 25, .45 ATOM 2695 N LEU A 343 30, .153 35, .304 75, .122 1, ,00 29, .16 ATOM 2696 CA LEU A 343 30, .162 35, .633 76, .560 1, .00 22, .58 ATOM 2697 C LEU A 343 29, .310 36, .854 76, .831 1, ,00 27, .48 ATOM 2698 O LEU A 343 28, .452 36, .821 77, .696 1, .00 32, .73 ATOM 2699 CB LEU A 343 31 .583 35 .786 77, .147 1, .00 18, .70 ATOM 2700 CG LEU A 343 31, .647 35 .693 78, .671 1, ,00 20, .08 ATOM 2701 CD1 LEU A 343 30. .842 34 .510 79, .204 1, .00 17, .76 ATOM 2702 CD2 LEU A 343 33 .091 35 .522 79, .111 1, .00 21 .94 ATOM 2703 N GLY A 344 29 .512 37 .936 76, .080 1 .00 22 .60 ATOM 2704 CA GLY A 344 28 .670 39 .146 76 .278 1 .00 24 .15 ATOM 2705 C GLY A 344 27 .157 38 .824 76 .136 1 .00 31 .38 ATOM 2706 O GLY A 344 26 .339 39 .260 76 .943 1 .00 32 .44 ATOM 2707 N GLY A 345 26 .806 38 .017 75 .094 1 .00 22 .79 ATOM 2708 CA GLY A 345 25 .451 37 .587 74 .801 1 .00 19 .88 ATOM 2709 C GLY A 345 24 .787 36 .994 76 .034 1 .00 28 .37 ATOM 2710 O GLY A 345 23 .632 37 .294 76 .325 1 .00 27 .56 ATOM 2711 N TRP A 346 25 .547 36 .153 76 .765 1 .00 25 .41 ATOM 2712 CA TRP A 346 25 .082 35 .520 77 .994 1 .00 23 .90 ATOM 2713 C TRP A 346 24 .825 36 .541 79 .071 1 .00 31 .54 ATOM 2714 O TRP A 346 23 .957 36 .379 79 .924 1 .00 29 .57 ATOM 2715 CB TRP A 346 26 .122 34 .556 78 .562 1 .00 21 .53 ATOM 2716 CG TRP A 346 25 .680 33 .880 79 .837 1 .00 21 .92 ATOM 2717 CD1 TRP A 346 25 .933 34 .335 81 .079 1 .00 24 .36 ATOM 2718 CD2 TRP A 346 25 .004 32 .597 80 .010 1 .00 20 .97 ATOM 2719 NE1 TRP A 346 25 .450 33 .453 82 .008 1 .00 23 .95 ATOM 2720 CE2 TRP A 346 24 .859 32 .388 81 .391 1 .00 24 .13 ATOM 2721 CE3 TRP A 346 24 .488 31 .611 79 .144 1 .00 21 .46 ATOM 2722 CZ2 TRP A 346 24.225 31.244 81.921 1.00 22.89 ATOM 2723 CZ3 TRP A 346 23. 872 30. 477 79. 662 1. 00 22. 03 ATOM 2724 CH2 TRP A 346 23. 747 30. 286 81. 046 1. 00 21. 87 ATOM 2725 N GLY A 347 25. 627 37. 593 79. 039 1. 00 29. 66 ATOM 2726 CA GLY A 347 25. 465 38. 625 80. 042 1. 00 29. 03 ATOM 2727 C GLY A 347 24. 156 39. 333 79. 844 1. 00 33. 01 ATOM 2728 O GLY A 347 23. 491 39. 647 80. 799 1. 00 34. 17 ATOM 2729 N GLU A 348 23. 797 39. 574 78. 581 1. 00 30. 57 ATOM 2730 CA GLU A 348 22. 535 40. 220 78. 250 1. 00 29. 17 ATOM 2731 C GLU A 348 21. 423 39. 282 78. 664 1. 00 31. 25 ATOM 2732 O GLU A 348 20. 373 39. 663 79. 142 1. 00 33. 71 ATOM 2733 CB GLU A 348 22. 432 40. 606 76. 757 1. 00 30. 33 ATOM 2734 CG GLU A 348 23. 432 41. 715 76. 336 1. 00 49. 41 ATOM 2735 CD GLU A 348 23. 209 43. 088 76. 964 1. 00 73. 39 ATOM 2736 OE1 GLU A 348 22. 295 43. 846 76. 656 1. 00 71. 22 ATOM 2737 OE2 GLU A 348 24. 119 43. 395 77. 857 1. 00 44. 23 ATOM 2738 N LEU A 349 21. 682 38. 011 78. 541 1. 00 27. 36 ATOM 2739 CA LEU A 349 20. 677 37. 081 78. 976 1. 00 26. 89 ATOM 2740 C LEU A 349 20. 429 37. 250 80. 485 1. 00 24. 87 ATOM 2741 O LEU A 349 19. 299 37. 403 80. 914 1. 00 28. ,31 ATOM 2742 CB LEU A 349 20. 984 35. 630 78. 529 1. 00 27. 18 ATOM 2743 CG LEU A 349 19. ,943 34. ,565 78. ,942 1. 00 32. ,45 ATOM 2744 CD1 LEU A 349 18. ,611 34. ,704 78. ,154 1. 00 30. ,09 ATOM 2745 CD2 LEU A 349 20. 541 33. 169 78. 749 1. 00 27. ,10 ATOM 2746 N GLN A 350 21. ,460 37. ,255 81. ,315 1. ,00 14. ,78 ATOM 2747 CA GLN A 350 21. ,188 37. ,428 82. ,727 1. 00 18. ,51 ATOM 2748 C GLN A 350 20. ,442 38. ,722 82. ,953 1. 00 25. ,53 ATOM 2749 O GLN A 350 19. ,495 38. ,833 83. .737 1. ,00 28. ,35 ATOM 2750 CB GLN A 350 22. ,469 37. ,369 83. ,536 1. ,00 22. ,22 ATOM 2751 CG GLN A 350 23. ,512 36. ,426 82. ,919 1. ,00 22. ,37 ATOM 2752 CD GLN A 350 24, ,871 36, ,673 83. ,547 1. ,00 34, ,49 ATOM 2753 OE1 GLN A 350 25. ,261 35. ,932 84. ,417 1. ,00 24. ,01 ATOM 2754 NE2 GLN A 350 25. .588 37. .727 83, ,127 1, ,00 36, .58 ATOM 2755 N ASN A 351 20, .838 39, ,696 82, ,201 1. ,00 22. ,64 ATOM 2756 CA ASN A 351 20, .163 40, .960 82, .273 1. ,00 26. .10 ATOM 2757 C ASN A 351 18, .661 40, ,780 82, ,083 1, .00 37, .49 ATOM 2758 O ASN A 351 17, .890 41, ,098 82, .977 1, ,00 41, .41 ATOM 2759 CB ASN A 351 20, .769 42. .021 81, .341 1, ,00 20, .74 ATOM 2760 CG ASN A 351 22, .118 42, .477 81, .847 1, .00 23, .25 ATOM 2761 ODl ASN A 351 22, .692 41, .875 82, .771 1, .00 26, .88 ATOM 2762 ND2 ASN A 351 22, .644 43, .530 81, ,247 1. ,00 32, .93 ATOM 2763 N SER A 352 18 .228 40 .252 80, .938 1, .00 32, .84 ATOM 2764 CA SER A 352 16, .784 40, .041 80, .715 1, ,00 34, .27 ATOM 2765 C SER A 352 16 .107 39 .135 81 .784 1 .00 31 .72 ATOM 2766 O SER A 352 14 .927 39 .266 82 .189 1, .00 28 .64 ATOM 2767 CB SER A 352 16, .503 39 .531 79, .301 1, .00 42, .57 ATOM 2768 OG SER A 352 17 .506 39 .979 78 .407 1 .00 49 .17 ATOM 2769 N VAL A 353 16 .874 38 .188 82 .247 1 .00 21 .90 ATOM 2770 CA VAL A 353 16 .322 37 .351 83 .234 1, .00 22 .13 ATOM 2771 C VAL A 353 16 .068 38 .122 84 .516 1 .00 36 .22 ATOM 2772 O VAL A 353 14 .958 38 .076 85 .052 1 .00 37 .69 ATOM 2773 CB VAL A 353 17 .137 36 .070 83 .419 1 .00 20 .84 ATOM 2774 CGI VAL A 353 16 .632 35 .256 84 .634 1 .00 15 .06 ATOM 2775 CG2 VAL A 353 16 .968 35 .284 82 .105 1 .00 20 .93 ATOM 2776 N LYS A 354 17 .086 38 .847 85 .002 1 .00 30 .67 ATOM 2777 CA LYS A 354 16 .880 39 .587 86 .221 1 .00 31 .71 ATOM 2778 C LYS A 354 15 .660 40 .474 86 .098 1 .00 36 .17 ATOM 2779 O LYS A 354 14 .808 40 .582 86 .980 1 .00 35 .80 ATOM 2780 CB LYS A 354 18 .099 40 .396 86 .624 1 .00 35 .28 ATOM 2781 CG LYS A 354 17 .841 41 .303 87 .818 1 .00 51 .51 ATOM 2782 CD LYS A 354 19 .038 41 .405 88 .749 1 .00 60 .46 ATOM 2783 CE LYS A 354 19 .198 42 .780 89 .383 1 .00 50 .09 ATOM 2784 NZ LYS A 354 20 .596 43 .133 89 .657 1 .00 63 .77 ATOM 2785 N THR A 355 15 .608 41 .108 84 .962 1 .00 32 .63 ATOM 2786 CA THR A 355 14.562 42.025 84.610 1.00 34.03 ATOM 2787 C THR A 355 13.129 41.422 84.578 1.00 42.11 ATOM 2788 O THR A 355 12.216 42.006 85.154 1.00 40.96 ATOM 2789 CB THR A 355 14.974 42.736 83.308 1.00 41.11 ATOM 2790 OG1 THR A 355 16.071 43.615 83.542 1.00 29.85 ATOM 2791 CG2 THR A 355 13.798 43.438 82.656 1.00 45.50 ATOM 2792 N PHE A 356 12.895 40.273 83.908 1.00 33.89 ATOM 2793 CA PHE A 356 11.556 39.729 83.860 1.00 29.29 ATOM 2794 C PHE A 356 11.209 39.070 85.147 1.00 31.93 ATOM 2795 O PHE A 356 10.089 39.152 85.642 1.00 33.85 ATOM 2796 CB PHE A 356 11.460 38.645 82.785 1.00 33.30 ATOM 2797 CG PHE A 356 11.187 39.196 81.416 1.00 36.54 ATOM 2798 CD1 PHE A 356 10.106 40.054 81.224 1.00 42.38 ATOM 2799 CD2 PHE A 356 11.985 38.858 80.320 1.00 38.62 ATOM 2800 CE1 PHE A 356 9.831 40.596 79.968 1.00 44.75 ATOM 2801 CE2 PHE A 356 11.723 39.384 79.055 1.00 43.46 ATOM 2802 CZ PHE A 356 10.649 40.261 78.890 1.00 43.86 ATOM 2803 N GLY A 357 12.212 38.386 85.661 1.00 30.41 ATOM 2804 CA GLY A 357 12.152 37.564 86.864 1.00 29.17 ATOM 2805 C GLY A 357 12.446 36.100 86.438 1.00 28.92 ATOM 2806 O GLY A 357 12.008 35.642 85.372 1.00 27.33 ATOM 2807 N GLU A 358 13.211 35.382 87.243 1.00 21.27 ATOM 2808 CA GLU A 358 13.590 34.040 86.898 1.00 23.10 ATOM 2809 C GLU A 358 12.424 33.104 86.747 1.00 31.53 ATOM 2810 O GLU A 358 12.581 31.972 86.294 1.00 30.92 ATOM 2811 CB GLU A 358 14.596 33.473 87.880 1.00 25.36 ATOM 2812 CG GLU A 358 14.011 33.436 89.301 1.00 38.73 ATOM 2813 CD GLU A 358 15.011 33.037 90.345 1.00 56.34 ATOM 2814 OE1 GLU A 358 16.026 32.446 90.071 1.00 50.55 ATOM 2815 OE2 GLU A 358 14.678 33.403 91.564 1.00 75.65 ATOM 2816 N THR A 359 11.246 33.542 87.139 1.00 27.87 ATOM 2817 CA THR A 359 10.154 32.625 86.970 1.00 25.66 ATOM 2818 C THR A 359 9.236 33.152 85.906 1.00 25.96 ATOM 2819 O THR A 359 8.247 32.528 85.533 1.00 25.58 ATOM 2820 CB THR A 359 9.423 32.341 88.253 1.00 25.00 ATOM 2821 OGl THR A 359 8.908 33.565 88.692 1.00 33.10 ATOM 2822 CG2 THR A 359 10.406 31.785 89.273 1.00 14.43 ATOM 2823 N HIS A 360 9.602 34.310 85.407 1.00 20.75 ATOM 2824 CA HIS A 360 8.837 34.902 84.363 1.00 22.77 ATOM 2825 C HIS A 360 8.823 34.034 83.130 1.00 35.30 ATOM 2826 O HIS A 360 9.858 33.611 82.620 1.00 37.42 ATOM 2827 CB HIS A 360 9.294 36.291 83.982 1.00 23.18 ATOM 2828 CG HIS A 360 8.207 36.908 83.219 1.00 27.05 ATOM 2829 NDl HIS A 360 7.532 38.009 83.691 1.00 29.34 ATOM 2830 CD2 HIS A 360 7.651 36.545 82.059 1.00 29.91 ATOM 2831 CE1 HIS A 360 6.596 38.315 82.806 1.00 27.94 ATOM 2832 NE2 HIS A 360 6.651 37.440 81.812 1.00 29.60 ATOM 2833 N PRO A 361 7.606 33.817 82.666 1.00 32.40 ATOM 2834 CA PRO A 361 7.301 32.999 81.519 1.00 29.46 ATOM 2835 C PRO A 361 7.862 33.478 80.224 1.00 30.59 ATOM 2836 O PRO A 361 7.907 32.737 79.248 1.00 33.00 ATOM 2837 CB PRO A 361 5.770 32.963 81.478 1.00 30.74 ATOM 2838 CG PRO A 361 5.311 33.172 82.927 1.00 34.96 ATOM 2839 CD PRO A 361 6.463 33.869 83.627 1.00 31.82 ATOM 2840 N PHE A 362 8.289 34.712 80.179 1.00 26.32 ATOM 2841 CA PHE A 362 8.823 35.173 78.933 1.00 25.68 ATOM 2842 C PHE A 362 10.261 34.781 78.829 1.00 29.73 ATOM 2843 O PHE A 362 10.906 35.131 77.870 1.00 32.02 ATOM 2844 CB PHE A 362 8.643 36.677 78.723 1.00 28.12 ATOM 2845 CG PHE A 362 7.194 37.105 78.629 1.00 30.03 ATOM 2846 CD1 PHE A 362 6.204 36.276 78.098 1.00 30.92 ATOM 2847 CD2 PHE A 362 6.804 38.372 79.051 1.00 32.04 ATOM 2848 CE1 PHE A 362 4.864 36.655 77.998 1.00 26.59 ATOM 2849 CE2 PHE A 362 5.470 38.773 78.952 1.00 32.40 ATOM 2850 CZ PHE A 362 4.495 37.920 78.435 1.00 26.37 ATOM 2851 N THR A 363 10. 730 34. 049 79. 843 1. 00 27. 22 ATOM 2852 CA THR A 363 12. 102 33. 575 79. 943 1. 00 27. 52 ATOM 2853 C THR A 363 12. 251 32. 132 79. 504 1. 00 29. 28 ATOM 2854 O THR A 363 13. 331 31. 560 79. 524 1. 00 29. 42 ATOM 2855 CB THR A 363 12. 697 33. 111 81. 360 1. 00 31. 67 ATOM 2856 OGl THR A 363 12. 279 32. 745 82. 218 1. 00 26. 17 ATOM 2857 CG2 THR A 363 12. 278 35. 118 81. 930 1. 00 31. 62 ATOM 2858 N LYS A 364 11. 148 31. 530 79. 113 1. 00 23. 08 ATOM 2859 CA LYS A 364 11. 174 30. 160 78. 664 1. 00 20. ,50 ATOM 2860 C LYS A 364 11. 556 30. 270 77. 217 1. 00 28. 83 ATOM 2861 O LYS A 364 11. 139 31. 239 76. ,570 1. 00 29. ,80 ATOM 2862 CB LYS A 364 9. 766 29. 584 78. 667 1. 00 23. 55 ATOM 2863 CG LYS A 364 9. 252 29. 134 80. ,022 1. 00 40. ,85 ATOM 2864 CD LYS A 364 7. 761 29. 369 80. ,162 1. 00 44. 83 ATOM 2865 CE LYS A 364 7. 131 28. 492 81. ,224 1. 00 66. ,38 ATOM 2866 NZ LYS A 364 6. 063 27. ,638 80. ,691 1. 00 91. ,70 ATOM 2867 N LEU A 365 12. 332 29. 328 76. ,698 1. 00 23. ,57 ATOM 2868 CA LEU A 365 12. ,699 29. ,420 75. ,312 1. 00 23. ,95 ATOM 2869 C LEU A 365 11. 414 29. ,419 74. ,445 1. 00 35. ,57 ATOM 2870 O LEU A 365 11. ,166 30. ,369 73. ,708 1. ,00 34. ,58 ATOM 2871 CB LEU A 365 13. 702 28. ,303 75. ,021 1. 00 25. ,08 ATOM 2872 CG LEU A 365 14. ,456 28. ,372 73. ,702 1. ,00 31. ,15 ATOM 2873 CD1 LEU A 365 14. ,987 29. ,778 73. ,466 1. ,00 33. ,16 ATOM 2874 CD2 LEU A 365 15. ,609 27. ,353 73. ,781 1. ,00 30. ,62 ATOM 2875 N VAL A 366 10. .572 28. .360 74. ,564 1. ,00 35. .62 ATOM 2876 CA VAL A 366 9. ,294 28. ,232 73. ,840 1. ,00 32. ,10 ATOM 2877 C VAL A 366 8. ,211 28, ,911 74, ,694 1. ,00 33. ,14 ATOM 2878 O VAL A 366 7. ,982 28, ,470 75. ,808 1. ,00 34. ,20 ATOM 2879 CB VAL A 366 8. ,936 26, ,739 73, ,568 1. ,00 34, ,73 ATOM 2880 CGI VAL A 366 7, ,558 26, .605 72. .933 1, ,00 34, .88 ATOM 2881 CG2 VAL A 366 9, ,922 26, ,012 72, .649 1. ,00 32. ,65 ATOM 2882 N VAL A 367 7, .562 29, .990 74, ,211 1, ,00 28, ,76 ATOM 2883 CA VAL A 367 6, ,532 30, ,700 74, .987 1. .00 28, .27 ATOM 2884 C VAL A 367 5, ,161 30, .613 74, .420 1, ,00 30, .62 ATOM 2885 O VAL A 367 4. ,994 30, ,509 73, ,235 1, .00 34. ,30 ATOM 2886 CB VAL A 367 6, ,773 32, .185 75, .061 1. ,00 33, ,45 ATOM 2887 CGI VAL A 367 8, ,178 32. ,478 75, ,565 1. ,00 33. ,03 ATOM 2888 CG2 VAL A 367 6, .498 32, ,804 73, .693 1, ,00 33, ,18 ATOM 2889 N ASP A 368 4, .168 30, .722 75, .290 1, .00 29, .27 ATOM 2890 CA ASP A 368 2, ,764 30, .771 74, .984 1, ,00 27, .67 ATOM 2891 C ASP A 368 2, .315 32, .207 74, .862 1, .00 26, .94 ATOM 2892 O ASP A 368 2, ,283 32, .975 75, .830 1, .00 23, ,11 ATOM 2893 CB ASP A 368 1, .990 30, .073 76, .100 1. .00 26, .80 ATOM 2894 CG ASP A 368 0, .572 29, .781 75, .613 1. .00 37, .90 ATOM 2895 ODl ASP A 368 0 .276 30 .123 74, .481 1, .00 38, .93 ATOM 2896 OD2 ASP A 368 -0 .215 29 .217 76 .380 1, .00 38 .59 ATOM 2897 N LEU A 369 2 .027 32 .588 73, .622 1, .00 26 .55 ATOM 2898 CA LEU A 369 1 .643 33 .953 73 .373 1, .00 27 .39 ATOM 2899 C LEU A 369 0 .138 34 .105 73 .301 1, .00 30, .74 ATOM 2900 O LEU A 369 -0 .372 34 .979 72 .648 1, .00 30 .68 ATOM 2901 CB LEU A 369 2 .281 34 .395 72 .064 1, .00 26 .06 ATOM 2902 CG LEU A 369 3 .759 34 .760 72 .229 1, .00 26 .80 ATOM 2903 CD1 LEU A 369 4 .343 35 .415 70 .994 1 .00 24 .30 ATOM 2904 CD2 LEU A 369 4 .014 35 .728 73 .384 1, .00 21 .81 ATOM 2905 N THR A 370 -0 .577 33 .154 73 .953 1 .00 30 .26 ATOM 2906 CA THR A 370 -2 .022 33 .306 74 .093 1. .00 31 .38 ATOM 2907 C THR A 370 -2 .355 34 .519 74 .941 1 .00 38 .62 ATOM 2908 O THR A 370 -1 .821 34 .714 76 .027 1 .00 38 .84 ATOM 2909 CB THR A 370 -2 .601 32 .056 74 .750 1 .00 34 .04 ATOM 2910 OGl THR A 370 -2 .472 30 .949 73 .873 1 .00 29 .99 ATOM 2911 CG2 THR A 370 -4 .091 32 .266 75 .052 1 .00 26 .40 ATOM 2912 N ASP A 371 -3 .173 35 .387 74 .363 1 .00 37 .89 ATOM 2913 CA ASP A 371 -3 .641 36 .612 75 .012 1 .00 37 .85 ATOM 2914 C ASP A 371 -2.557 37.636 75.255 1.00 40.92 ATOM 2915 O ASP A 371 -2.784 38.625 75.933 1.00 41.63 ATOM 2916 CB ASP A 371 -4.519 36.375 76.245 1.00 39.88 ATOM 2917 CG ASP A 371 -5.805 35.733 75.798 1.00 51.30 ATOM 2918 ODl ASP A 371 -6.373 36.072 74.761 1.00 50.39 ATOM 2919 OD2 ASP A 371 -6.206 34.754 76.583 1.00 48.61 ATOM 2920 N ILE A 372 -1.387 37.398 74.664 1.00 36.37 ATOM 2921 CA ILE A 372 -0.259 38.283 74.817 1.00 34.61 ATOM 2922 C ILE A 372 0.203 39.018 73.555 1.00 35.46 ATOM 2923 O ILE A 372 0.545 38.400 72.548 1.00 36.69 ATOM 2924 CB ILE A 372 0.920 37.511 75.381 1.00 36.51 ATOM 2925 CGI ILE A 372 0.658 37.195 76.842 1.00 37.01 ATOM 2926 CG2 ILE A 372 2.121 38.441 75.281 1.00 35.52 ATOM 2927 CDl ILE A 372 1.268 38.261 77.747 1.00 54.33 ATOM 2928 N ASP A 373 0.254 40.345 73.601 1.00 25.92 ATOM 2929 CA ASP A 373 0.747 41.053 72.450 1.00 23.77 ATOM 2930 C ASP A 373 2.263 40.781 72.360 1.00 31.40 ATOM 2931 O ASP A 373 3.040 41.002 73.305 1.00 32.80 ATOM 2932 CB ASP A 373 0.408 42.543 72.519 1.00 25.08 ATOM 2933 CG ASP A 373 1.064 43.356 71.418 1.00 43.24 ATOM 2934 ODl ASP A 373 1.861 42.894 70.616 1.00 45.30 ATOM 2935 OD2 ASP A 373 0.668 44.610 71.395 1.00 38.59 ATOM 2936 N PRO A 374 2.709 40.267 71.225 1.00 29.51 ATOM 2937 CA PRO A 374 4.123 39.943 71.132 1.00 28.52 ATOM 2938 C PRO A 374 5.029 41.090 71.506 1.00 32.54 ATOM 2939 O PRO A 374 6.019 40.905 72.217 1.00 29.62 ATOM 2940 CB PRO A 374 4.390 39.421 69.714 1.00 28.88 ATOM 2941 CG PRO A 374 3.028 39.278 69.032 1.00 32.27 ATOM 2942 CD PRO A 374 1.966 39.786 70.008 1.00 28.84 ATOM 2943 N ASP A 375 4.660 42.257 70.981 1.00 26.85 ATOM 2944 CA ASP A 375 5.357 43.511 71.154 1.00 24.25 ATOM 2945 C ASP A 375 5.695 43.783 72.628 1.00 33.10 ATOM 2946 O ASP A 375 6.648 44.494 72.988 1.00 30.67 ATOM 2947 CB ASP A 375 4.507 44.617 70.509 1.00 24.46 ATOM 2948 CG ASP A 375 4.753 44.836 69.033 1.00 30.08 ATOM 2949 ODl ASP A 375 5.703 44.393 68.411 1.00 33.47 ATOM 2950 OD2 ASP A 375 3.852 45.609 68.491 1.00 38.41 ATOM 2951 N VAL A 376 4.885 43.161 73.477 1.00 30.21 ATOM 2952 CA VAL A 376 5.001 43.232 74.904 1.00 25.40 ATOM 2953 C VAL A 376 5.879 42.106 75.431 1.00 37.27 ATOM 2954 O VAL A 376 6.599 42.299 76.394 1.00 42.46 ATOM 2955 CB VAL A 376 3.638 43.099 75.550 1.00 22.48 ATOM 2956 CGI VAL A 376 3.799 42.533 76.975 1.00 21.25 ATOM 2957 CG2 VAL A 376 2.926 44.440 75.547 1.00 18.29 ATOM 2958 N ALA A 377 5.811 40.905 74.831 1.00 30.48 ATOM 2959 CA ALA A 377 6.671 39.793 75.288 1.00 27.04 ATOM 2960 C ALA A 377 8.149 39.911 74.797 1.00 28.15 ATOM 2961 O ALA A 377 9.077 39.325 75.312 1.00 27.36 ATOM 2962 CB ALA A 377 6.091 38.433 74.891 1.00 26.74 ATOM 2963 N TYR A 378 8.376 40.692 73.768 1.00 25.81 ATOM 2964 CA TYR A 378 9.683 40.876 73.161 1.00 25.43 ATOM 2965 C TYR A 378 10.862 41.194 74.057 1.00 30.49 ATOM 2966 O TYR A 378 10.873 42.204 74.747 1.00 32.35 ATOM 2967 CB TYR A 378 9 . 549 41 . 924 72 . 068 1 . 00 26. 20 ATOM 2968 CG TYR A 378 10.804 42.168 71.327 1.00 19.90 ATOM 2969 CDl TYR A 378 11.256 41.231 70.406 1.00 18.53 ATOM 2970 CD2 TYR A 378 11.536 43.331 71.543 1.00 18.47 ATOM 2971 CE1 TYR A 378 12.444 41.436 69.716 1.00 15.98 ATOM 2972 CE2 TYR A 378 12.719 43.555 70.840 1.00 18.77 ATOM 2973 CZ TYR A 378 13.161 42.609 69.920 1.00 16.37 ATOM 2974 OH TYR A 378 14.309 42.811 69.212 1.00 32.30 ATOM 2975 N SER A 379 11.879 40.317 73.977 1.00 23.03 ATOM 2976 CA SER A 379 13.115 40.430 74.725 1.00 18.13 ATOM 2977 SER A 379 14.267 39.777 73.970 1.00 20.60 ATOM 2978 O SER A 379 14.100 39.334 72.843 1.00 18.46 ATOM 2979 CB SER A 379 12. 976 39. 740 76. 067 1. 00 23. 56 ATOM 2980 OG SER A 379 12. 805 38. 329 75. 883 1. 00 37. 26 ATOM 2981 N SER A 380 15. 424 39. 697 74. 651 1. 00 23. 65 ATOM 2982 CA SER A 380 16. 701 39. 084 74. 222 1. 00 26. 09 ATOM 2983 C SER A 380 16. 669 37. 571 74. 457 1. 00 28. 37 ATOM 2984 O SER A 380 17. 480 36. 785 73. 975 1. 00 30. 81 ATOM 2985 CB SER A 380 17. 889 39. 588 75. 062 1. 00 31. 60 ATOM 2986 OG SER A 380 18. 036 41. 000 75. 033 1. 00 42. 48 ATOM 2987 N VAL A 381 15. 718 37. 188 75. 260 1. 00 18. 04 ATOM 2988 CA VAL A 381 15. 595 35. 812 75. 598 1. 00 14. 91 ATOM 2989 C VAL A 381 15. 708 34. 897 74. 419 1. 00 20. 31 ATOM 2990 O VAL A 381 16. 620 34. 091 74. 330 1. 00 27. 64 ATOM 2991 CB VAL A 381 14. 408 35. 546 76. 501 1. 00 16. 34 ATOM 2992 CGI VAL A 381 14. 284 34. 062 76. 734 1. 00 17. 26 ATOM 2993 CG2 VAL A 381 14. 687 36. ,204 77. ,829 1. ,00 13. 94 ATOM 2994 N PRO A 382 14. 797 35. 005 73. 489 1. 00 16. 53 ATOM 2995 CA PRO A 382 14. 886 34. ,139 72. ,324 1. ,00 17. ,21 ATOM 2996 C PRO A 382 16. 222 34. 230 71. ,634 1. ,00 24. 01 ATOM 2997 O PRO A 382 16. 709 33. ,192 71. .207 1. ,00 27. ,79 ATOM 2998 CB PRO A 382 13. 777 34. ,514 71. ,351 1. ,00 17. 20 ATOM 2999 CG PRO A 382 13. ,003 35. ,618 72. ,033 1. ,00 18. .32 ATOM 3000 CD PRO A 382 13. 627 35. ,873 73. ,399 1. ,00 12. 12 ATOM 3001 N TYR A 383 16. ,809 35. ,447 71. ,542 1. ,00 19. .33 ATOM 3002 CA TYR A 383 18. ,112 35. ,648 70. ,902 1. ,00 19. ,70 ATOM 3003 C TYR A 383 19. ,246 34, ,953 71. ,651 1, ,00 28. ,79 ATOM 3004 O TYR A 383 19. ,980 34. ,117 71. ,104 1. ,00 31. ,38 ATOM 3005 CB TYR A 383 18. ,468 37, ,135 70. ,894 1, .00 21. ,02 ATOM 3006 CG TYR A 383 17. ,593 37, ,968 70. ,011 1. ,00 23. ,86 ATOM 3007 CDl TYR A 383 16. ,290 38. ,277 70, ,404 1, ,00 28. ,36 ATOM 3008 CD2 TYR A 383 18. ,067 38, ,450 68. ,784 1, ,00 20. ,93 ATOM 3009 CE1 TYR A 383 15. ,473 39, ,054 69. .576 1, .00 30. ,88 ATOM 3010 CE2 TYR A 383 17, ,272 39, ,244 67, ,957 1, ,00 18. ,71 ATOM 3011 CZ TYR A 383 15, ,967 39, .533 68, ,358 1, ,00 25, ,95 ATOM 3012 OH TYR A 383 15, ,171 40. ,294 67, .556 1, ,00 30, ,84 ATOM 3013 N GLU A 384 19, ,389 35. .333 72, ,921 1, ,00 20, ,17 ATOM 3014 CA GLU A 384 20, ,419 34, .857 73, .803 1. .00 17, ,57 ATOM 3015 C GLU A 384 20. .188 33, .506 74, .405 1, .00 22, ,88 ATOM 3016 O GLU A 384 21, ,151 32, .775 74, .669 1, .00 25. .65 ATOM 3017 CB GLU A 384 20. ,833 35. .973 74, .773 1, .00 20, .44 ATOM 3018 CG GLU A 384 21, .263 37, .202 73, .944 1, .00 15, .21 ATOM 3019 CD GLU A 384 22, .539 36, .937 73, .184 1, .00 26, ,58 ATOM 3020 OE1 GLU A 384 23, .185 35 .915 73, .293 1, .00 17, .84 ATOM 3021 OE2 GLU A 384 22, .887 37, .915 72, .400 1, .00 21, .88 ATOM 3022 N LYS A 385 18 .935 33 .116 74 .610 1, .00 20, .33 ATOM 3023 CA LYS A 385 18, .736 31, .767 75. .146 1, .00 20, .05 ATOM 3024 C LYS A 385 18 .865 30 .716 74 .028 1, .00 27, .19 ATOM 3025 O LYS A 385 19, .420 29 .621 74, .219 1, .00 31, .66 ATOM 3026 CB LYS A 385 17 .507 31 .577 76 .014 1 .00 21 .51 ATOM 3027 CG LYS A 385 17 .676 30 .384 76 .953 1, .00 22, .29 ATOM 3028 CD LYS A 385 16 .386 29 .820 77 .518 1 .00 19 .87 ATOM 3029 CE LYS A 385 16 .049 30 .277 78 .937 1, .00 31 .60 ATOM 3030 NZ LYS A 385 14 .783 29 .694 79 .441 1 .00 30 .38 ATOM 3031 N GLY A 386 18 .364 31 .084 72 .832 1. .00 20 .72 ATOM 3032 CA GLY A 386 18 .453 30 .248 71 .637 1 .00 17 .41 ATOM 3033 C GLY A 386 19 .924 30 .106 71 .298 1 .00 20 .81 ATOM 3034 O GLY A 386 20 .396 29 .001 71 .225 1 .00 22 .50 ATOM 3035 N PHE A 387 20 .683 31 .228 71 .163 1 .00 20 .30 ATOM 3036 CA PHE A 387 22 .137 31 .158 70 .900 1 .00 19 .92 ATOM 3037 C PHE A 387 22 .840 30 .263 71 .905 1 .00 29 .09 ATOM 3038 O PHE A 387 23 .685 29 .478 71 .530 1 .00 32 .80 ATOM 3039 CB PHE A 387 22 .852 32 .519 70 .955 1 .00 20 .07 ATOM 3040 CG PHE A 387 24 .344 32 .358 70 .872 1 .00 19 .41 ATOM 3041 CDl PHE A 387 24 .949 32 .163 69 .631 1 .00 19 .67 ATOM 3042 CD2 PHE A 387 25.157 32.373 72.007 1.00 25.27 ATOM 3043 CE1 PHE A 387 26. 329 31. 977 69. 525 1. 00 20. 88 ATOM 3044 CE2 PHE A 387 26. 542 32. 202 71. 916 1. 00 28. 83 ATOM 3045 CZ PHE A 387 27. 131 31. 981 70. 668 1. 00 23. 24 ATOM 3046 N ALA A 388 22. 495 30. 381 73. 203 1. 00 25. 48 ATOM 3047 CA ALA A 388 23. 133 29. 556 74. 242 1. 00 23. 14 ATOM 3048 C ALA A 388 22. 872 28. 108 74. 055 1. 00 32. 10 ATOM 3049 O ALA A 388 23. 757 27. 282 74. 258 1. 00 37. 82 ATOM 3050 CB ALA A 388 22. 717 29. 932 75. 633 1. 00 23. 02 ATOM 3051 N ' LEU A 389 21. 636 27. 793 73. 691 1. 00 26. 31 ATOM 3052 CA LEU A 389 21. 275 26. 405 73. 460 1. 00 21. 42 ATOM 3053 C LEU A 389 22. 189 25. 906 72. 372 1. 00 27. 91 ATOM 3054 O LEU A 389 22. 865 24. 900 72. 532 1. 00 29. 25 ATOM 3055 CB LEU A 389 19. 841 26. 300 72. 937 1. 00 19. 24 ATOM 3056 CG LEU A 389 19. 427 24. 868 72. 632 1. 00 17. 17 ATOM 3057 CDl LEU A 389 19. 717 24. 017 73. 844 1. 00 14. 63 ATOM 3058 CD2 LEU A 389 17. 943 24. 808 72. 328 1. 00 10. 16 ATOM 3059 N LEU A 390 22. 217 26. 659 71. 262 1. 00 24. 49 ATOM 3060 CA LEU A 390 23. 050 26. 340 70. 107 1. 00 25. 05 ATOM 3061 C LEU A 390 24. 531 26. 256 70. ,383 1. 00 32. ,31 ATOM 3062 O LEU A 390 25. 183 25. 301 69. 932 1. 00 33. 60 ATOM 3063 CB LEU A 390 22. 765 27. ,152 68. ,844 1. 00 23. 33 ATOM 3064 CG LEU A 390 21. 307 27. 026 68. 442 1. 00 23. 38 ATOM 3065 CDl LEU A 390 20. 986 28. ,025 67. ,334 1. 00 20. ,84 ATOM 3066 CD2 LEU A 390 20. 988 25. ,591 68. ,017 1. 00 18. ,86 ATOM 3067 N PHE A 391 25. ,058 27. ,231 71. ,127 1. ,00 28. .52 ATOM 3068 CA PHE A 391 26. 480 27. ,236 71. ,494 1. ,00 27. ,82 ATOM 3069 C PHE A 391 26. ,813 25, ,992 72, ,312 1. ,00 28. ,67 ATOM 3070 O PHE A 391 27. ,839 25, ,331 72, ,148 1. ,00 26. ,96 ATOM 3071 CB PHE A 391 26. ,834 28, .455 72, .341 1. ,00 28. ,60 ATOM 3072 CG PHE A 391 28. ,296 28, ,786 72. ,283 1. .00 30. ,53 ATOM 3073 CDl PHE A 391 28, ,967 28, .816 71, .064 1, ,00 35, ,08 ATOM 3074 CD2 PHE A 391 29, ,020 29, .063 73, .440 1, ,00 36, ,52 ATOM 3075 CE1 PHE A 391 30, ,320 29, ,142 70, .983 1, .00 37, .61 ATOM 3076 CE2 PHE A 391 30, ,378 29, ,383 73, .382 1, ,00 40. .61 ATOM 3077 CZ PHE A 391 31, ,026 29. .432 72, .148 1, .00 37, .64 ATOM 3078 N TYR A 392 25, .913 25, .699 73, .225 1, .00 24, .90 ATOM 3079 CA TYR A 392 26, ,044 24, .550 74, .065 1, ,00 24, ,66 ATOM 3080 C TYR A 392 26, .106 23 .298 73 .186 1, .00 34, .30 ATOM 3081 0 TYR A 392 27, .058 22, .558 73 .268 1, .00 37, .51 ATOM 3082 CB TYR A 392 24, .821 24 .501 74 .967 1, .00 26 .39 ATOM 3083 CG TYR A 392 24, .631 23 .181 75 .678 1, .00 31, .99 ATOM 3084 CDl TYR A 392 25 .546 22 .715 76 .625 1 .00 35 .17 ATOM 3085 CD2 TYR A 392 23 .501 22 .397 75 .432 1 .00 32 .49 ATOM 3086 CE1 TYR A 392 25 .341 21 .512 77 .306 1 .00 39 .01 ATOM 3087 CE2 TYR A 392 23 .281 21 .184 76 .094 1. .00 31 .50 ATOM 3088 CZ TYR A 392 24 .206 20 .743 77 .035 1 .00 34 .08 ATOM 3089 OH TYR A 392 23 .986 19 .564 77 .683 1 .00 36 .46 ATOM 3090 N LEU A 393 25 .101 23 .067 72 .310 1 .00 31 .02 ATOM 3091 CA LEU A 393 25 .043 21 .889 71 .410 1 .00 29 .65 ATOM 3092 C LEU A 393 26 .274 21 .616 70 .507 1 .00 32 .03 ATOM 3093 O LEU A 393 26 .664 20 .468 70 .267 1 .00 27 .90 ATOM 3094 CB LEU A 393 23 .758 21 .905 70 .552 1 .00 28 .85 ATOM 3095 CG LEU A 393 22 .489 21 .688 71 .375 1 .00 30 .33 ATOM 3096 CDl LEU A 393 21 .256 22 .047 70 .559 1 .00 27 .38 ATOM 3097 CD2 LEU A 393 22 .400 20 .246 71 .865 1 .00 29 .76 ATOM 3098 N GLU A 394 26 .841 22 .701 69 .980 1 .00 30 .84 ATOM 3099 CA GLU A 394 28 .000 22 .727 69 .118 1 .00 30 .05 ATOM 3100 C GLU A 394 29 .210 22 .214 69 .868 1 .00 39 .16 ATOM 3101 O GLU A 394 30 .089 21 .595 69 .299 1 .00 42 .14 ATOM 3102 CB GLU A 394 28 .300 24 .204 68 .756 1 .00 31 .03 ATOM 3103 CG GLU A 394 29 .776 24 .406 68 .376 1 .00 37 .11 ATOM 3104 CD GLU A 394 30 .182 25 .830 68 .208 1 .00 45 .20 ATOM 3105 OE1 GLU A 394 29 .614 26 .609 67 .471 1 .00 56 .77 ATOM 3106 OE2 GLU A 394 31.229 26.133 68.927 1.00 39.77 ATOM 3107 N GLN A 395 29. 256 22. 534 71. 160 1. 00 34. 20 ATOM 3108 CA GLN A 395 30. 342 22. 139 72. 029 1. 00 32. 86 ATOM 3109 C GLN A 395 30. 143 20. 690 72. 435 1. 00 38. 65 ATOM 3110 O GLN A 395 31. 066 19. 899 72. 507 1. 00 38. 67 ATOM 3111 CB GLN A 395 30. 474 23. 051 73. 287 1. 00 33. 17 ATOM 3112 CG GLN A 395 30. 831 24. 540 72. 996 1. 00 13. 79 ATOM 3113 CD GLN A 395 31. 176 25. 354 74. 247 1. 00 37. 45 ATOM 3114 OE1 GLN A 395 30. 909 24. 959 75. 407 1. 00 26. 89 ATOM 3115 NE2 GLN A 395 31. 758 26. 523 74. 010 1. 00 31. 99 ATOM 3116 N LEU A 396 28. 903 20. 352 72. 682 1. 00 38. 68 ATOM 3117 CA LEU A 396 28. 514 19. 015 73. 083 1. 00 38. 49 ATOM 3118 C LEU A 396 28. 633 18. 017 71. ,924 1. ,00 39. 28 ATOM 3119 O LEU A 396 29. 012 16. 871 72. 100 1. 00 42. 17 ATOM 3120 CB LEU A 396 27. 055 19. 072 73. ,628 1. 00 37. 93 ATOM 3121 CG LEU A 396 26. 389 17. 732 73. ,946 1. ,00 42. 72 ATOM 3122 CDl LEU A 396 26. ,436 17. 489 75. ,445 1. ,00 45. .42 ATOM 3123 CD2 LEU A 396 24. 917 17. 709 73. ,527 1. 00 43. 81 ATOM 3124 N LEU A 397 28. .303 18. 456 70. ,730 1. ,00 28. 48 ATOM 3125 CA LEU A 397 28. ,337 17. 595 69. ,589 1. ,00 25. ,49 ATOM 3126 C LEU A 397 29. 620 17. 609 68. ,771 1. ,00 36. 86 ATOM 3127 O LEU A 397 29. 596 17. ,220 67. ,599 1. ,00 39. ,85 ATOM 3128 CB LEU A 397 27. ,156 17. 924 68. ,686 1. ,00 23. ,73 ATOM 3129 CG LEU A 397 25. ,843 17. ,773 69. ,401 1. .00 25. ,82 ATOM 3130 CDl LEU A 397 24. ,740 18. ,559 68. ,669 1. ,00 22. ,99 ATOM 3131 CD2 LEU A 397 25. ,525 16. ,272 69. ,452 1. ,00 27. ,30 ATOM 3132 N GLY A 398 30. ,731 18. ,069 69. ,342 1. ,00 33. ,98 ATOM 3133 CA GLY A 398 31. ,993 18. ,038 68. ,617 1, ,00 34. ,14 ATOM 3134 C GLY A 398 32. ,547 19. ,260 67. ,889 1. ,00 38. .92 ATOM 3135 O GLY A 398 33. ,502 19. ,097 67. ,115 1, ,00 39. ,98 ATOM 3136 N GLY A 399 32, ,001 20, ,457 68, ,105 1, ,00 33. ,01 ATOM 3137 CA GLY A 399 32, ,543 21, ,650 67. ,440 1. ,00 30. ,35 ATOM 3138 C GLY A 399 31, ,713 22, ,336 66. ,365 1, ,00 31. ,72 ATOM 3139 O GLY A 399 30, ,800 21, ,823 65, .762 1, .00 34. ,57 ATOM 3140 N PRO A 400 32, ,076 23, .550 66, .124 1, .00 33, .01 ATOM 3141 CA PRO A 400 31, ,429 24, ,406 65, ,151 1, ,00 35, ,02 ATOM 3142 C PRO A 400 31, ,379 23, ,794 63, ,750 1. ,00 43, ,93 ATOM 3143 O PRO A 400 30, ,360 23, ,838 63, ,045 1, ,00 40, ,14 ATOM 3144 CB PRO A 400 32. ,293 25. ,672 65, ,111 1. .00 35. ,73 ATOM 3145 CG PRO A 400 33, .539 25, ,411 65. ,948 1, ,00 38. ,03 ATOM 3146 CD PRO A 400 33, .423 24, .010 66, .517 1, .00 33. .92 ATOM 3147 N GLU A 401 32, .512 23, .237 63, .345 1, .00 43, .85 ATOM 3148 CA GLU A 401 32, .597 22. .620 62, ,042 1, .00 42, .92 ATOM 3149 C GLU A 401 31, .491 21, .587 61, .878 1, .00 37, .92 ATOM 3150 O GLU A 401 30, .810 21, .588 60, .866 1, .00 33, .79 ATOM 3151 CB GLU A 401 33 .996 22 .034 61, .789 1 .00 45, .93 ATOM 3152 CG GLU A 401 34, .578 22, .372 60, .398 1, .00 69, .62 ATOM 3153 CD GLU A 401 35 .603 21 .373 59, .911 1, .00100, .00 ATOM 3154 OE1 GLU A 401 36 .702 21 .236 60 .427 1, .00100 .00 ATOM 3155 OE2 GLU A 401 35 .195 20 .689 58, .865 1, .00 93. .16 ATOM 3156 N ILE A 402 31 .317 20 .720 62, .902 1, .00 34, .58 ATOM 3157 CA ILE A 402 30 .281 19 .681 62 .922 1, .00 33 .20 ATOM 3158 C ILE A 402 28 .898 20 .291 62 .938 1 .00 39 .09 ATOM 3159 O ILE A 402 28 .065 19 .896 62 .133 1 .00 41 .43 ATOM 3160 CB ILE A 402 30 .391 18 .673 64 .078 1 .00 33 .82 ATOM 3161 CGI ILE A 402 31 .490 17 .661 63 .811 1 .00 34 .70 ATOM 3162 CG2 ILE A 402 29 .080 17 .900 64 .287 1 .00 23 .32 ATOM 3163 CDl ILE A 402 31 .878 16 .896 65 .080 1 .00 49 .20 ATOM 3164 N PHE A 403 28 .668 21 .246 63 .868 1 .00 32 .73 ATOM 3165 CA PHE A 403 27 .390 21 .952 64 .044 1 .00 29 .52 ATOM 3166 C PHE A 403 27 .032 22 .816 62 .836 1 .00 33 .94 ATOM 3167 O PHE A 403 25 .866 23 .022 62 .469 1 .00 34 .15 ATOM 3168 CB PHE A 403 27 .319 22 .719 65 .381 1 .00 29 .03 ATOM 3169 CG PHE A 403 25 .917 22 .783 65 .929 1 .00 28 .54 ATOM 3170 CDl PHE A 403 25.323 21.643 66.484 1.00 29.91 ATOM 3171 CD2 PHE A 403 25. 176 23. 964 65. 873 1. 00 27. 62 ATOM 3172 CE1 PHE A 403 24. 021 21. 667 66. 990 1. 00 27. 38 ATOM 3173 CE2 PHE A 403 23. 881 24. 017 66. 393 1. 00 28. 82 ATOM 3174 CZ PHE A 403 23. 304 22. 863 66. 932 1. 00 25. 72 ATOM 3175 N LEU A 404 28. 040 23. 327 62. 165 1. 00 31. 31 ATOM 3176 CA LEU A 404 27. 687 24. 080 60. 983 1. 00 32. 95 ATOM 3177 C LEU A 404 27. 068 23. 099 59. 952 1. 00 32. 89 ATOM 3178 O LEU A 404 26. 050 23. 361 59. 315 1. 00 37. 36 ATOM 3179 CB LEU A 404 28. 798 25. 045 60. 464 1. 00 33. 15 ATOM 3180 CG LEU A 404 29. 029 26. 208 61. 444 1. 00 36. 96 ATOM 3181 CDl LEU A 404 30. 454 26. 717 61. 353 1. 00 37. 13 ATOM 3182 CD2 LEU A 404 28. 083 27. 362 61. 163 1. 00 39. 27 ATOM 3183 N GLY A 405 27. 670 21. 921 59. 826 1. 00 22. 02 ATOM 3184 CA GLY A 405 27. 167 20. 908 58. 928 1. 00 22. 77 ATOM 3185 C GLY A 405 25. 698 20. 676 59. 206 1. 00 31. 85 ATOM 3186 O GLY A 405 24. 885 20. 438 58. 297 1. 00 33. 01 ATOM 3187 N PHE A 406 25. 364 20. 747 60. 493 1. 00 26. 28 ATOM 3188 CA PHE A 406 23. 992 20. 565 60. 863 1. 00 25. 27 ATOM 3189 C PHE A 406 23. 188 21. 757 60. 365 1. 00 34. 80 ATOM 3190 O PHE A 406 22. 195 21. 629 59. 638 1. 00 36. 22 ATOM 3191 CB PHE A 406 23. 798 20. 268 62. 351 1. ,00 24. 52 ATOM 3192 CG PHE A 406 22. 388 20. 525 62. 798 1. 00 24. 82 ATOM 3193 CDl PHE A 406 21. ,328 19. 734 62. ,353 1. ,00 28. 50 ATOM 3194 CD2 PHE A 406 22. ,107 21. 579 63. 669 1. ,00 30. 12 ATOM 3195 CE1 PHE A 406 20. ,025 19. ,977 62. ,793 1. ,00 31. .40 ATOM 3196 CE2 PHE A 406 20. ,810 21. 862 64. ,105 1. ,00 32. ,57 ATOM 3197 CZ PHE A 406 19, ,771 21. ,037 63. ,669 1. ,00 31. ,88 ATOM 3198 N LEU A 407 23. ,661 22. ,934 60. ,708 1. ,00 32. ,11 ATOM 3199 CA LEU A 407 22, .972 24. ,132 60. ,269 1. ,00 33. ,11 ATOM 3200 C LEU A 407 22, ,706 24. ,204 58. ,767 1. ,00 34. ,74 ATOM 3201 O LEU A 407 21, .635 24, ,615 58. ,341 1, .00 35, ,21 ATOM 3202 CB LEU A 407 23, ,589 25, ,420 60. ,840 1, ,00 35. ,36 ATOM 3203 CG LEU A 407 22, ,597 26, ,577 60, .855 1, .00 41. ,79 ATOM 3204 CDl LEU A 407 23, ,048 27, ,626 61, ,833 1, ,00 40, ,45 ATOM 3205 CD2 LEU A 407 22, .513 27, ,197 59. ,461 1, .00 49, .57 ATOM 3206 N LYS A 408 23, .667 23, ,804 57, .948 1, .00 34, ,92 ATOM 3207 CA LYS A 408 23, .476 23, ,826 56, ,490 1, .00 36, .29 ATOM 3208 C LYS A 408 22 .378 22, .876 56, ,037 1, .00 38, .15 ATOM 3209 O LYS A 408 21, .568 23, ,191 55, .160 1, .00 35, ,09 ATOM 3210 CB LYS A 408 24 .747 23, ,517 55, .707 1, .00 40, .54 ATOM 3211 CG LYS A 408 24 .633 23, .873 54, .214 1, .00 43, ,41 ATOM 3212 CD LYS A 408 25 .950 23, .796 53, .422 1. .00 49, .26 ATOM 3213 CE LYS A 408 26 .808 25, .059 53, .459 1 .00 61, .45 ATOM 3214 NZ LYS A 408 28 .014 24 .994 52 .606 1 .00 73 .78 ATOM 3215 N ALA A 409 22 .352 21 .690 56, .655 1 .00 35, .34 ATOM 3216 CA ALA A 409 21 .333 20 .698 56 .298 1 .00 36 .14 ATOM 3217 C ALA A 409 19 .927 21 .041 56 .814 1 .00 38 .45 ATOM 3218 O ALA A 409 18 .913 20 .821 56 .134 1 .00 37 .39 ATOM 3219 CB ALA A 409 21 .762 19 .273 56 .626 1 .00 36 .66 ATOM 3220 N TYR A 410 19 .902 21 .597 58 .030 1 .00 33 .14 ATOM 3221 CA TYR A 410 18 .693 22 .059 58 .682 1 .00 29 .65 ATOM 3222 C TYR A 410 18 .028 23 .051 57 .730 1 .00 35 .55 ATOM 3223 O TYR A 410 16 .855 22 .976 57 .399 1 .00 37 .26 ATOM 3224 CB TYR A 410 19 .117 22 .762 59 .970 1 .00 24 .67 ATOM 3225 CG TYR A 410 18 .069 23 .643 60 .541 1 .00 26 .95 ATOM 3226 CDl TYR A 410 16 .861 23 .112 60 .990 1 .00 28 .10 ATOM 3227 CD2 TYR A 410 18 .288 25 .015 60 .663 1 .00 29 .66 ATOM 3228 CE1 TYR A 410 15 .883 23 .924 61 .571 1 .00 26 .98 ATOM 3229 CE2 TYR A 410 17 .316 25 .839 61 .230 1 .00 31 .84 ATOM 3230 CZ TYR A 410 16 .112 25 .294 61 .685 1 .00 37 .49 ATOM 3231 OH TYR A 410 15 .156 26 .110 62 .241 1 .00 33 .48 ATOM 3232 N VAL A 411 18 .848 23 .961 57 .262 1 .00 28 .75 ATOM 3233 CA VAL A 411 18 . 457 24 . 984 56 . 341 1 . 00 29 . 23 ATOM 3234 C VAL A 411 18.013 24.469 54.992 1.00 34.00 ATOM 3235 0 VAL A 411 17. 060 24. 982 54. 401 1. 00 30. 00 ATOM 3236 CB VAL A 411 19. 617 25. 922 56. 139 1. 00 32. 22 ATOM 3237 CGI VAL A 411 19. 331 26. 821 54. 950 1. 00 29. 86 ATOM 3238 CG2 VAL A 411 19. 850 26. 708 57. 431 1. 00 31. 69 ATOM 3239 N GLU A 412 18. 730 23. 479 54. 488 1. 00 33. 14 ATOM 3240 CA GLU A 412 18. 402 22. 900 53. 217 1. 00 31. 91 ATOM 3241 C GLU A 412 17. 068 22. 163 53. 355 1. 00 30. 32 ATOM 3242 O GLU A 412 16. 182 22. 225 52. 531 1. 00 31. 89 ATOM 3243 CB GLU A 412 19. 502 21. 883 52. 932 1. 00 36. 48 ATOM 3244 CG GLU A 412 20. 443 22. 174 51. 737 1. 00 67. 01 ATOM 3245 CD GLU A 412 21. 872 21. 699 51. 962 1. 00100. 00 ATOM 3246 OEl GLU A 412 22. 193 20. 782 52. 716 1. 00100. 00 ATOM 3247 OE2 GLU A 412 22. 750 22. 396 51. 277 1. 00 94. 73 ATOM 3248 N LYS A 413 16. 922 21. 444 54. 444 1. 00 22. 18 ATOM 3249 CA LYS A 413 15. 729 20. 692 54. 714 1. 00 17. 91 ATOM 3250 C LYS A 413 14. 463 21. 486 54. 855 1. 00 23. 75 ATOM 3251 O LYS A 413 13. 417 20. 978 54. 503 1. 00 25. 92 ATOM 3252 CB LYS A 413 15. 890 19. 911 55. 988 1. 00 15. 65 ATOM 3253 CG LYS A 413 14. 554 19. 422 56. 503 1. 00 38. 69 ATOM 3254 CD LYS A 413 14. ,150 18. 089 55. ,903 1. .00 58. 11 ATOM 3255 CE LYS A 413 13. ,634 17. 099 56. ,937 1. 00 64. 98 ATOM 3256 NZ LYS A 413 13. 457 15. 751 56. ,381 1. 00 73. 89 ATOM 3257 N PHE A 414 14. ,530 22. ,688 55. ,424 1. ,00 25. ,40 ATOM 3258 CA PHE A 414 13. ,316 23. ,479 55. ,640 1. ,00 27. ,80 ATOM 3259 C PHE A 414 13. ,151 24. 748 54. ,821 1. ,00 35. 82 ATOM 3260 O PHE A 414 12. ,276 25. ,557 55, ,122 1. ,00 35. ,17 ATOM 3261 CB PHE A 414 13. ,063 23. ,791 57, ,118 1. ,00 30. ,46 ATOM 3262 CG PHE A 414 12. ,936 22. ,553 57, ,964 1. ,00 33. ,88 ATOM 3263 CDl PHE A 414 11. ,746 21. ,826 57, .996 1, ,00 35, ,94 ATOM 3264 CD2 PHE A 414 14. ,005 22, ,110 58, .742 1, ,00 37, ,75 ATOM 3265 CE1 PHE A 414 11. ,629 20, ,664 58, .761 1, ,00 37, ,77 ATOM 3266 CE2 PHE A 414 13. ,888 20, .962 59, .526 1, ,00 42, ,23 ATOM 3267 CZ PHE A 414 12. .698 20, ,231 59, .542 1, .00 39, ,10 ATOM 3268 N SER A 415 13, .970 24, ,933 53, ,795 1, ,00 36, ,12 ATOM 3269 CA SER A 415 13, .858 26, .115 52, .945 1, .00 36, ,36 ATOM 3270 C SER A 415 12, .412 26, .295 52, .510 1, .00 38, .99 ATOM 3271 O SER A 415 11, ,730 25, ,315 52, .243 1, .00 41, .04 ATOM 3272 CB SER A 415 14 .773 26 .008 51 .736 1 .00 37, .43 ATOM 3273 OG SER A 415 16 .036 26 ,566 52 .046 1, .00 46, .73 ATOM 3274 N TYR A 416 11 .928 27, .537 52 .475 1, .00 33, .40 ATOM 3275 CA TYR A 416 10 .541 27 .832 52 .072 1, .00 30 .88 ATOM 3276 C TYR A 416 9 .453 27 .183 52 .947 1 .00 33 .62 ATOM 3277 O TYR A 416 8 .295 27 .095 52 .546 1 .00 33 .44 ATOM 3278 CB TYR A 416 10 .292 27 .479 50 .584 1 .00 28 .42 ATOM 3279 CG TYR A 416 11 .496 27 .782 49 .723 1 .00 24 .76 ATOM 3280 CDl TYR A 416 11 .791 29 .087 49 .338 1 .00 26 .55 ATOM 3281 CD2 TYR A 416 12 .375 26 .778 49 .335 1 .00 21 .68 ATOM 3282 CE1 TYR A 416 12 .914 29 .384 48 .570 1 .00 25 .16 ATOM 3283 CE2 TYR A 416 13 .504 27 .052 48 .572 1 .00 20 .15 ATOM 3284 CZ TYR A 416 13 .780 28 .360 48 .189 1 .00 30 .62 ATOM 3285 OH TYR A 416 14 .892 28 .616 47 .399 1 .00 35 .15 ATOM 3286 N LYS A 417 9 .823 26 .713 54 .122 1 .00 27 .67 ATOM 3287 CA LYS A 417 8 .889 26 .065 55 .008 1 .00 28 .02 ATOM 3288 C LYS A 417 8 .733 26 .830 56 .317 1 .00 31 .36 ATOM 3289 O LYS A 417 9 .547 27 .671 56 .682 1 .00 33 .15 ATOM 3290 CB LYS A 417 9 .335 24 .615 55 .252 1 .00 33 .86 ATOM 3291 CG LYS A 417 8 .449 23 .792 56 .201 1 .00 86 .28 ATOM 3292 CD LYS A 417 8 .742 22 .275 56 .232 1 .00100 .00 ATOM 3293 CE LYS A 417 7 .924 21 .471 57 .265 1 .00 72 .28 ATOM 3294 NZ LYS A 417 8 .280 20 .033 57 .323 1 .00 41 .88 ATOM 3295 N SER A 418 7 .668 26 .557 57 .033 1 .00 28 .88 ATOM 3296 CA SER A 418 7 .455 27 .195 58 .335 1 .00 30 .04 ATOM 3297 C SER A 418 7 .425 26 .064 59 .332 1 .00 34 .09 ATOM 3298 O SER A 418 6.614 25.145 59.193 1.00 31.54 ATOM 3299 CB SER A 418 6.261 28.126 58.410 1.00 31.46 ATOM 3300 OG SER A 418 6.417 29.106 57.399 1.00 35.01 ATOM 3301 N ILE A 419 8.356 26.077 60.281 1.00 28.50 ATOM 3302 CA ILE A 419 8.446 24.971 61.205 1.00 23.86 ATOM 3303 C ILE A 419 8.272 25.342 62.641 1.00 25.06 ATOM 3304 O ILE A 419 8.122 26.500 63.002 1.00 21.64 ATOM 3305 CB ILE A 419 9.803 24.314 61.026 1.00 25.02 ATOM 3306 CGI ILE A 419 10.863 25.325 61.399 1.00 23.63 ATOM 3307 CG2 ILE A 419 10.051 23.937 59.565 1.00 23.22 ATOM 3308 CDl ILE A 419 12.236 24.688 61.253 1.00 23.48 ATOM 3309 N THR A 420 8.321 24.302 63.455 1.00 24.71 ATOM 3310 CA THR A 420 8.201 24.417 64.895 1.00 24.36 ATOM 3311 C THR A 420 9.416 23.795 65.538 1.00 28.90 ATOM 3312 0 THR A 420 10.190 23.112 64.863 1.00 23.38 ATOM 3313 CB THR A 420 6.979 23.691 65.448 1.00 24.92 ATOM 3314 OGl THR A 420 7.190 22.313 65.291 1.00 26.43 ATOM 3315 CG2 THR A 420 5.728 24.082 64.694 1.00 31.57 ATOM 3316 N THR A 421 9.542 24.051 66.855 1.00 29.30 ATOM 3317 CA THR A 421 10.610 23.549 67.709 1.00 27.78 ATOM 3318 C THR A 421 10.831 22.035 67.585 1.00 30.99 ATOM 3319 O THR A 421 11.975 21.594 67.489 1.00 33.28 ATOM 3320 CB THR A 421 10.394 23.969 69.166 1.00 21.94 ATOM 3321 OGl THR A 421 10.567 25.369 69.263 1.00 24.52 ATOM 3322 CG2 THR A 421 11.399 23.221 70.045 1.00 20.12 ATOM 3323 N ASP A 422 9.721 21.272 67.575 1.00 21.94 ATOM 3324 CA ASP A 422 9.706 19.823 67.430 1.00 21.08 ATOM 3325 C ASP A 422 10.323 19.401 66.104 1.00 31.16 ATOM 3326 O ASP A 422 11.110 18.427 66.027 1.00 31.95 ATOM 3327 CB ASP A 422 8.276 19.278 67.561 1.00 19.49 ATOM 3328 CG ASP A 422 8.236 17.802 67.298 1.00 31.85 ATOM 3329 ODl ASP A 422 9.130 17.040 67.654 1.00 29.73 ATOM 3330 OD2 ASP A 422 7.197 17.415 66.598 1.00 56.60 ATOM 3331 N ASP A 423 9.957 20.146 65.049 1.00 26.75 ATOM 3332 CA ASP A 423 10.505 19.876 63.729 1.00 26.01 ATOM 3333 C ASP A 423 12.027 19.957 63.830 1.00 40.09 ATOM 3334 O ASP A 423 12.753 19.020 63.500 1.00 47.09 ATOM 3335 CB ASP A 423 10.000 20.833 62.631 1.00 24.86 ATOM 3336 CG ASP A 423 8.538 20.722 62.343 1.00 39.90 ATOM 3337 ODl ASP A 423 7.968 19.649 62.299 1.00 45.03 ATOM 3338 OD2 ASP A 423 7.943 21.887 62.113 1.00 40.43 ATOM 3339 N TRP A 424 12.493 21.099 64.320 1.00 31.92 ATOM 3340 CA TRP A 424 13.903 21.372 64.495 1.00 29.69 ATOM 3341 C TRP A 424 14.611 20.271 65.282 1.00 33.81 ATOM 3342 O TRP A 424 15.537 19.616 64.824 1.00 35.87 ATOM 3343 CB TRP A 424 14.056 22.711 65.239 1.00 26.11 ATOM 3344 CG TRP A 424 15.431 22.869 65.786 1.00 27.05 ATOM 3345 CDl TRP A 424 16.518 23.302 65.101 1.00 29.65 ATOM 3346 CD2 TRP A 424 15.885 22.587 67.119 1.00 26.62 ATOM 3347 NE1 TRP A 424 17.612 23.321 65.922 1.00 27.83 ATOM 3348 CE2 TRP A 424 17.257 22.891 67.163 1.00 28.62 ATOM 3349 CE3 TRP A 424 15.260 22.138 68.269 1.00 29.69 ATOM 3350 CZ2 TRP A 424 18.010 22.758 68.319 1.00 29.28 ATOM 3351 CZ3 TRP A 424 16.000 21.993 69.429 1.00 33.50 ATOM 3352 CH2 TRP A 424 17.362 22.317 69.459 1.00 33.93 ATOM 3353 N LYS A 425 14.156 20.090 66.497 1.00 28.75 ATOM 3354 CA LYS A 425 14.723 19.105 67.373 1.00 29.43 ATOM 3355 C LYS A 425 14.697 17.691 66.808 1.00 29.49 ATOM 3356 O LYS A 425 15.627 16.928 67.030 1.00 27.65 ATOM 3357 CB LYS A 425 14.078 19.171 68.744 1.00 29.70 ATOM 3358 CG LYS A 425 14.860 18.414 69.787 1.00 28.11 ATOM 3359 CD LYS A 425 14.161 18.409 71.132 1.00 23.57 ATOM 3360 CE LYS A 425 14.300 17.063 71.815 1.00 36.16 ATOM 3361 NZ LYS A 425 13.042 16.302 71.768 1.00 58.08 ATOM 3362 N ASP A 426 13 . 606 17 . 361 66. 107 1 . 00 19 . 05 ATOM 3363 CA ASP A 426 13. 417 16. 070 65. 516 1. 00 18. 43 ATOM 3364 C ASP A 426 14. 453 15. 879 64. 387 1. 00 28. 33 ATOM 3365 O ASP A 426 15. 070 14. 832 64. 232 1. 00 31. 25 ATOM 3366 CB ASP A 426 11. 920 15. 840 65. 098 1. 00 19. 79 ATOM 3367 CG ASP A 426 10. 998 15. 575 66. 274 1. 00 25. 54 ATOM 3368 ODl ASP A 426 11. 341 15. 466 67. 409 1. 00 29. 73 ATOM 3369 OD2 ASP A 426 9. 804 15. 611 65. 938 1. 00 20. 67 ATOM 3370 N PHE A 427 14. 674 16. 926 63. 612 1. 00 25. 09 ATOM 3371 CA PHE A 427 15. 654 16. 899 62. 540 1. 00 25. 81 ATOM 3372 C PHE A 427 17. 066 16. 718 63. 159 1. 00 34. 01 ATOM 3373 O PHE A 427 17. 843 15. 851 62. 773 1. 00 36. 25 ATOM 3374 CB PHE A 427 15. 589 18. 197 61. 704 1. 00 26. 35 ATOM 3375 CG PHE A 427 16. 698 18. 202 60. 702 1. 00 27. 40 ATOM 3376 CDl PHE A 427 16. 714 17. 247 59. 686 1. 00 29. 97 ATOM 3377 CD2 PHE A 427 17. 773 19. 084 60. 805 1. 00 28. 71 ATOM 3378 CE1 PHE A 427 17. 730 17. 194 58. 733 1. 00 27. 72 ATOM 3379 CE2 PHE A 427 18. 806 19. 046 59. 867 1. 00 30. 37 ATOM 3380 CZ PHE A 427 18. 780 18. ,104 58. ,837 1. 00 26. 34 ATOM 3381 N LEU A 428 17. 369 17. 544 64. ,160 1. 00 28. 94 ATOM 3382 CA LEU A 428 18. 622 17. 496 64. 924 1. 00 27. 74 ATOM 3383 C LEU A 428 18. ,989 16. ,047 65. ,303 1. ,00 32. ,08 ATOM 3384 O LEU A 428 20. ,145 15. ,647 65. ,209 1. ,00 36. ,38 ATOM 3385 CB LEU A 428 18. ,510 18. ,362 66. ,223 1. 00 24. 68 ATOM 3386 CG LEU A 428 19. 778 18. ,377 67. ,079 1. 00 24. 30 ATOM 3387 CDl LEU A 428 20. ,855 19. ,278 66. ,467 1. ,00 23. ,00 ATOM 3388 CD2 LEU A 428 19. ,446 18. ,856 68. ,481 1. ,00 16. ,41 ATOM 3389 N TYR A 429 17. ,991 15. ,271 65. ,735 1. ,00 23. ,71 ATOM 3390 CA TYR A 429 18, ,148 13, ,896 66, ,144 1. ,00 23. ,18 ATOM 3391 C TYR A 429 18, ,311 12, ,967 64, ,976 1. ,00 26. ,62 ATOM 3392 O TYR A 429 18, ,911 11, ,910 65, ,076 1. ,00 28. ,43 ATOM 3393 CB TYR A 429 16, .921 13. .453 66, .914 1, ,00 25. ,59 ATOM 3394 CG TYR A 429 17, ,069 13. .526 68, .414 1, ,00 29, ,53 ATOM 3395 CDl TYR A 429 16, ,823 14, ,714 69, .114 1, ,00 31, ,11 ATOM 3396 CD2 TYR A 429 17, ,361 12, ,383 69, .156 1, ,00 32, ,70 ATOM 3397 CE1 TYR A 429 16, .916 14, .769 70, .510 1, .00 32, ,23 ATOM 3398 CE2 TYR A 429 17, ,485 12, .420 70, .551 1, .00 35, .30 ATOM 3399 CZ TYR A 429 17, .251 13, .623 71, .231 1, .00 41. .02 ATOM 3400 OH TYR A 429 17, .339 13 .679 72 .609 1, .00 30, .02 ATOM 3401 N SER A 430 17, .748 13, .342 63 .854 1, .00 21, .68 ATOM 3402 CA SER A 430 17, .914 12, .469 62, .730 1, .00 23, .42 ATOM 3403 C SER A 430 19, .264 12, .722 62, .050 1, .00 32, .87 ATOM 3404 O SER A 430 19 .879 11 .819 61 .467 1, .00 35, .11 ATOM 3405 CB SER A 430 16 .756 12 .541 61 .773 1, .00 28, .79 ATOM 3406 OG SER A 430 17 .089 13 .475 60 .777 1, .00 49, .56 ATOM 3407 N TYR A 431 19 .748 13 .955 62 .132 1 .00 27 .18 ATOM 3408 CA TYR A 431 21 .017 14 .296 61 .537 1 .00 27 .14 ATOM 3409 C TYR A 431 22 .152 13 .702 62 .316 1, .00 32 .52 ATOM 3410 O TYR A 431 23 .155 13 .242 61 .771 1 .00 33 .64 ATOM 3411 CB TYR A 431 21 .216 15 .818 61 .385 1 .00 31 .07 ATOM 3412 CG TYR A 431 22 .566 16 .265 60 .812 1 .00 35 .63 ATOM 3413 CDl TYR A 431 23 .663 16 .492 61 .650 1 .00 36 .88 ATOM 3414 CD2 TYR A 431 22 .735 16 .496 59 .444 1 .00 36 .92 ATOM 3415 CE1 TYR A 431 24 .894 16 .924 61 .157 1 .00 33 .78 ATOM 3416 CE2 TYR A 431 23 .964 16 .916 58 .924 1 .00 37 .86 ATOM 3417 CZ TYR A 431 25 .038 17 .143 59 .786 1 .00 46 .01 ATOM 3418 OH TYR A 431 26 .247 17 .573 59 .294 1 .00 51 .28 ATOM 3419 N PHE A 432 21 .964 13 .728 63 .606 1 .00 29 .66 ATOM 3420 CA PHE A 432 22 .939 13 .215 64 .526 1 .00 29 .12 ATOM 3421 C PHE A 432 22 .522 11 .865 65 .007 1 .00 42 .64 ATOM 3422 O PHE A 432 22 .499 11 .593 66 .197 1 .00 46 .77 ATOM 3423 CB PHE A 432 23 .063 14 .157 65 .719 1 .00 30 .24 ATOM 3424 CG PHE A 432 23 .962 15 .327 65 .401 1 .00 33 .03 ATOM 3425 CDl PHE A 432 25 .336 15 .113 65 .277 1 .00 37 .22 ATOM 3426 CD2 PHE A 432 23.470 16.624 65.232 1.00 30.70 ATOM 3427 CE1 PHE A 432 26. 223 16. 153 64. 999 1. 00 34. 27 ATOM 3428 CE2 PHE A 432 24. 349 17. 667 64. 938 1. 00 31. 71 ATOM 3429 CZ PHE A 432 25. 722 17. 438 64. 823 1. 00 27. 82 ATOM 3430 N LYS A 433 22. 174 11. 029 64. 063 1. 00 42. 50 ATOM 3431 CA LYS A 433 21. 669 9. 670 64. 270 1. 00 40. 87 ATOM 3432 C LYS A 433 22. 718 8. 751 64. 908 1. 00 46. 17 ATOM 3433 O LYS A 433 22. 405 7. 734 65. 513 1. 00 48. 48 ATOM 3434 CB LYS A 433 21. 245 9. 106 62. 917 1. 00 39. 25 ATOM 3435 CG LYS A 433 19. 988 8. 241 63. 017 1. 00 84. 17 ATOM 3436 CD LYS A 433 18. 925 8. 660 62. 000 1. 00100. 00 ATOM 3437 CE LYS A 433 17. 523 8. 172 62. 384 1. 00100. 00 ATOM 3438 NZ LYS A 433 16. 525 9. 119 61. 884 1. 00100. 00 ATOM 3439 N ASP A 434 24. 002 9. 112 64. 697 1. 00 45. 20 ATOM 3440 CA ASP A 434 25. 083 8. 349 65. 321 1. 00 47. 80 ATOM 3441 C ASP A 434 25. 201 8. 684 66. 802 1. 00 50. 78 ATOM 3442 O ASP A 434 25. 474 7. 845 67. 653 1. 00 55. 76 ATOM 3443 CB ASP A 434 26. 405 8. 567 64. 562 1. 00 53. 91 ATOM 3444 CG ASP A 434 26. 123 8. 474 63. 069 1. 00 93. 32 ATOM 3445 ODl ASP A 434 25. 744 7. 573 62. 325 1. 00 96. 22 ATOM 3446 OD2 ASP A 434 26. 119 9. 664 62. 753 1. 00100. 00 ATOM 3447 N LYS A 435 25. 015 9. 978 67. 085 1. 00 38. 82 ATOM 3448 CA LYS A 435 24. ,974 10. ,404 68. ,468 1. ,00 34. ,57 ATOM 3449 C LYS A 435 23. ,549 10. ,749 68. ,881 1. 00 39. ,87 ATOM 3450 0 LYS A 435 23. ,070 11. ,840 68. ,693 1. 00 40. ,34 ATOM 3451 CB LYS A 435 25. ,864 11. ,631 68. ,615 1. 00 34. ,69 ATOM 3452 CG LYS A 435 27. ,064 11. ,595 67. ,679 1. ,00 40. ,86 ATOM 3453 CD LYS A 435 27. ,703 12, ,975 67. ,532 1. ,00 51. ,04 ATOM 3454 CE LYS A 435 29. ,242 12. ,904 67. ,557 1. ,00 24. ,08 ATOM 3455 NZ LYS A 435 29, ,822 13, ,990 66, ,760 1. ,00 45, ,26 ATOM 3456 N VAL A 436 22, ,843 9, ,728 69, ,414 1. ,00 38, ,07 ATOM 3457 CA VAL A 436 21. .601 10, ,036 70. ,111 1. ,00 36. ,86 ATOM 3458 C VAL A 436 21, .846 10, .129 71, .608 1, ,00 44, .88 ATOM 3459 0 VAL A 436 21, ,289 10, .948 72. ,300 1. ,00 46, ,42 ATOM 3460 CB VAL A 436 20, .567 8, ,923 69, .816 1. ,00 37, .37 ATOM 3461 CGI VAL A 436 19, .944 9, .143 68, .446 1, .00 36, .24 ATOM 3462 CG2 VAL A 436 21, .227 7, .556 69, .854 1, .00 36, .80 ATOM 3463 N ASP A 437 22, ,718 9, .232 72, .099 1, ,00 43, ,61 ATOM 3464 CA ASP A 437 23 .044 9 .222 73 .522 1, .00 41, .43 ATOM 3465 C ASP A 437 23 .657 10 .546 73, .958 1, .00 45, .71 ATOM 3466 O ASP A 437 23 .554 10 .956 75, .107 1, .00 49, .89 ATOM 3467 CB ASP A 437 24 .022 8 .082 73 .776 1. .00 43 .84 ATOM 3468 CG ASP A 437 23 .281 6 .752 73 .691 1, .00 72 .47 ATOM 3469 ODl ASP A 437 22 .062 6 .769 73 .823 1, .00 74 .64 ATOM 3470 OD2 ASP A 437 23 .933 5 .730 73 .481 1 .00 86 .09 ATOM 3471 N VAL A 438 24 .333 11 .324 73 .122 1 .00 40 .21 ATOM 3472 CA VAL A 438 24 .807 12 .624 73 .577 1 .00 40 .97 ATOM 3473 C VAL A 438 23 .621 13 .582 73 .668 1 .00 41 .86 ATOM 3474 O VAL A 438 23 .368 14 .276 74 .657 1 .00 39 .95 ATOM 3475 CB VAL A 438 25 .875 13 .165 72 .615 1 .00 47 .47 ATOM 3476 CGI VAL A 438 26 .438 14 .523 73 .051 1 .00 47 .51 ATOM 3477 CG2 VAL A 438 26 .996 12 .149 72 .440 1 .00 47 .51 ATOM 3478 N LEU A 439 22 .876 13 .595 72 .585 1 .00 37 .91 ATOM 3479 CA LEU A 439 21 .729 14 .442 72 .507 1 .00 36 .21 ATOM 3480 C LEU A 439 20 .850 14 .190 73 .695 1 .00 40 .03 ATOM 3481 O LEU A 439 20 .214 15 .064 74 .255 1 .00 42 .22 ATOM 3482 CB LEU A 439 20 .949 14 .180 71 .210 1 .00 33 .84 ATOM 3483 CG LEU A 439 21 .552 14 .939 70 .039 1 .00 32 .80 ATOM 3484 CDl LEU A 439 20 .813 14 .538 68 .775 1 .00 34 .08 ATOM 3485 CD2 LEU A 439 21 .435 16 .434 70 .258 1 .00 23 .80 ATOM 3486 N ASN A 440 20 .810 12 .953 74 .076 1 .00 34 .03 ATOM 3487 CA ASN A 440 19 .971 12 .603 75 .187 1 .00 34 .00 ATOM 3488 C ASN A 440 20 .494 13 .093 76 .532 1 .00 40 .95 ATOM 3489 O ASN A 440 19 .816 12 .995 77 .544 1 .00 42 .09 ATOM 3490 CB ASN A 440 19.681 11.095 75.178 1.00 24.89 ATOM 3491 CG ASN A 440 18. 790 10. 635 74. 028 1. 00 46. 52 ATOM 3492 ODl ASN A 440 19. 005 9. 537 73. 480 1. 00 58. 82 ATOM 3493 ND2 ASN A 440 17. 769 11. 440 73. 680 1. 00 31. 11 ATOM 3494 N GLN A 441 21. 707 13. 623 76. 531 1. 00 36. 98 ATOM 3495 CA GLN A 441 22. 339 14. 095 77. 744 1. 00 35. 47 ATOM 3496 C GLN A 441 21. 879 15. 478 78. 067 1. 00 36. 00 ATOM 3497 O GLN A 441 22. 137 16. 029 79. 142 1. 00 34. 96 ATOM 3498 CB GLN A 441 23. 878 14. 109 77. 581 1. 00 38. 10 ATOM 3499 CG GLN A 441 24. 504 12. 692 77. 422 1. 00 52. 06 ATOM 3500 CD GLN A 441 25. 954 12. 730 76. 955 1. 00 81. 69 ATOM 3501 OEl GLN A 441 26. 476 13. 796 76. 609 1. 00 74. 46 ATOM 3502 NE2 GLN A 441 26. 616 11. 574 76. 972 1. 00 91. 09 ATOM 3503 N VAL A 442 21. 197 16. 067 77. 112 1. 00 31. 86 ATOM 3504 CA VAL A 442 20. 753 17. 411 77. 384 1. 00 32. 78 ATOM 3505 C VAL A 442 19. 354 17. 468 77. 970 1. 00 38. 24 ATOM 3506 O VAL A 442 18. 468 16. 700 77. 588 1. 00 42. 83 ATOM 3507 CB VAL A 442 20. 845 18. 277 76. 159 1. 00 34. 84 ATOM 3508 CGI VAL A 442 21. 430 17. 435 75. 020 1. 00 34. 65 ATOM 3509 CG2 VAL A 442 19. 441 18. 705 75. 811 1. 00 33. 21 ATOM 3510 N ASP A 443 19. 172 18. 388 78. 908 1. 00 25. 60 ATOM 3511 CA ASP A 443 17. 931 18. 634 79. .616 1. 00 24. 57 ATOM 3512 C ASP A 443 16. 996 19. 533 78. ,791 1. 00 32. 14 ATOM 3513 O ASP A 443 16. 744 20. 732 79. 073 1. 00 34. 77 ATOM 3514 CB ASP A 443 18. ,332 19. ,272 80. ,957 1. ,00 27. 11 ATOM 3515 CG ASP A 443 17. ,216 19. ,413 81. ,901 1. 00 39. 99 ATOM 3516 ODl ASP A 443 16. 063 19. ,234 81. ,573 1. 00 44. 78 ATOM 3517 OD2 ASP A 443 17. ,631 19. ,753 83. ,094 1. ,00 56. ,66 ATOM 3518 N TRP A 444 16. ,525 18. ,914 77. ,722 1. ,00 28. ,30 ATOM 3519 CA TRP A 444 15. ,614 19. ,507 76. ,757 1. ,00 26. ,27 ATOM 3520 C TRP A 444 14. ,460 20, ,296 77, ,416 1. ,00 31. ,52 ATOM 3521 O TRP A 444 14, ,102 21. ,409 76, ,988 1. ,00 34. ,63 ATOM 3522 CB TRP A 444 15, .067 18. .398 75, .799 1, ,00 21. ,47 ATOM 3523 CG TRP A 444 16, ,095 17, .951 74, .806 1, ,00 22. ,03 ATOM 3524 CDl TRP A 444 16, ,675 16, ,718 74, .736 1, ,00 25. ,16 ATOM 3525 CD2 TRP A 444 16, ,733 18, .738 73, .776 1, .00 20, ,36 ATOM 3526 NE1 TRP A 444 17, .623 16, .677 73, .738 1, .00 23, .97 ATOM 3527 CE2 TRP A 444 17, ,688 17, ,906 73, .138 1, .00 24, ,71 ATOM 3528 CE3 TRP A 444 16, .596 20, .045 73 .342 1, .00 20, .86 ATOM 3529 CZ2 TRP A 444 18, .448 18, .345 72 .060 1, .00 24, .51 ATOM 3530 CZ3 TRP A 444 17, .353 20, .471 72, .264 1, .00 22, .88 ATOM 3531 CH2 TRP A 444 18 .281 19 .643 71 .643 1 .00 23, .48 ATOM 3532 N ASN A 445 13 .855 19 .711 78 .457 1, .00 24, .92 ATOM 3533 CA ASN A 445 12 .723 20 .326 79 .113 1, .00 26, .30 ATOM 3534 C ASN A 445 13 .040 21 .677 79 .729 1 .00 30 .17 ATOM 3535 O ASN A 445 12 .291 22 .660 79 .547 1, .00 31 .86 ATOM 3536 CB ASN A 445 11 .987 19 .382 80 .094 1 .00 40 .83 ATOM 3537 CG ASN A 445 10 .946 20 .033 81 .020 1 .00 87 .07 ATOM 3538 ODl ASN A 445 11 .271 20 .635 82 .065 1 .00 86 .38 ATOM 3539 ND2 ASN A 445 9 .670 19 .848 80 .688 1 .00 71 .65 ATOM 3540 N ALA A 446 14 .147 21 .687 80 .436 1 .00 22 .70 ATOM 3541 CA ALA A 446 14 .583 22 .886 81 .073 1 .00 24 .45 ATOM 3542 C ALA A 446 14 .886 23 .896 79 .990 1 .00 30 .52 ATOM 3543 O ALA A 446 14 .324 25 .001 79 .936 1 .00 33 .92 ATOM 3544 CB ALA A 446 15 .814 22 .543 81 .900 1 .00 25 .68 ATOM 3545 N TRP A 447 15 .776 23 .494 79 .102 1 .00 25 .24 ATOM 3546 CA TRP A 447 16 .162 24 .384 78 .034 1 .00 26 .83 ATOM 3547 C TRP A 447 14 .989 24 .912 77 .223 1 .00 31 .32 ATOM 3548 O TRP A 447 14 .971 26 .089 76 .875 1 .00 30 .48 ATOM 3549 CB TRP A 447 17 .166 23 .725 77 .062 1 .00 25 .78 ATOM 3550 CG TRP A 447 18 .625 23 .815 77 .421 1 .00 26 .60 ATOM 3551 CDl TRP A 447 19 .343 22 .840 78 .046 1 .00 28 .89 ATOM 3552 CD2 TRP A 447 19 .554 24 .896 77 .165 1 .00 26 .16 ATOM 3553 NE1 TRP A 447 20 .654 23 .217 78 .197 1 .00 27 .23 ATOM 3554 CE2 TRP A 447 20.822 24.476 77.660 1.00 29.00 ATOM 3555 CE3 TRP A 447 19. 435 26. 162 76. 607 1. 00 27. 56 ATOM 3556 CZ2 TRP A 447 21. 954 25. 290 77. 583 1. 00 27. 95 ATOM 3557 CZ3 TRP A 447 20. 554 26. 966 76. 538 1. 00 29. 93 ATOM 3558 CH2 TRP A 447 21. 792 26. 539 77. 035 1. 00 30. 16 ATOM 3559 N LEU A 448 14. 029 24. 034 76. 893 1. 00 26. 54 ATOM 3560 CA LEU A 448 12. 896 24. 421 76. 052 1. 00 26. 92 ATOM 3561 C LEU A 448 11. 734 25. 064 76. 779 1. 00 36. 15 ATOM 3562 O LEU A 448 11. 089 26. 031 76. 304 1. 00 31. 19 ATOM 3563 CB LEU A 448 12. 338 23. 197 75. 307 1. 00 25. 26 ATOM 3564 CG LEU A 448 13. 311 22. 545 74. 332 1. 00 28. 29 ATOM 3565 CDl LEU A 448 12. 597 21. 455 73. 530 1. 00 30. 49 ATOM 3566 CD2 LEU A 448 13. 879 23. 576 73. 375 1. 00 21. 94 ATOM 3567 N TYR A 449 11. 472 24. 455 77. 924 1. 00 33. 14 ATOM 3568 CA TYR A 449 10. 373 24. 835 78. 747 1. 00 30. 64 ATOM 3569 C TYR A 449 10. 646 25. 525 80. 041 1. 00 34. 31 ATOM 3570 O TYR A 449 9. 750 26. 191 80. 529 1. 00 41. 98 ATOM 3571 CB TYR A 449 9. 400 23. 674 78. 916 1. 00 29. 14 ATOM 3572 CG TYR A 449 9. 212 23. 089 77. 556 1. 00 26. 50 ATOM 3573 CDl TYR A 449 8. 762 23. 869 76. 485 1. 00 24. 36 ATOM 3574 CD2 TYR A 449 9. 560 21. 762 77. 325 1. 00 28. 48 ATOM 3575 CE1 TYR A 449 8. 626 23. 331 75. 202 1. 00 17. 56 ATOM 3576 CE2 TYR A 449 9. 427 21. 205 76. 054 1. 00 29. 93 ATOM 3577 CZ TYR A 449 8. 959 21. 988 74. 998 1. 00 33. 65 ATOM 3578 OH TYR A 449 8. 840 21. 415 73. ,762 1. ,00 39. ,47 ATOM 3579 N SER A 450 11. 806 25. 413 80. ,644 1. ,00 22. ,72 ATOM 3580 CA SER A 450 11. 902 26. 149 81. ,900 1. .00 21. 21 ATOM 3581 C SER A 450 12. ,278 27. ,625 81. ,749 1. ,00 23. ,98 ATOM 3582 O SER A 450 12. ,966 28. ,035 80. ,810 1. ,00 27. ,17 ATOM 3583 CB SER A 450 12. ,666 25. ,436 83. ,010 1. ,00 24. ,83 ATOM 3584 OG SER A 450 12. ,540 24. ,046 82. ,871 1. ,00 36. ,29 ATOM 3585 N PRO A 451 11, ,806 28, ,430 82, .689 1, ,00 19, ,76 ATOM 3586 CA PRO A 451 12. ,111 29. ,840 82, ,669 1, ,00 18. ,20 ATOM 3587 C PRO A 451 13, ,461 29, ,988 83, .271 1. ,00 21. ,72 ATOM 3588 O PRO A 451 14, ,022 29. ,015 83, ,742 1, ,00 24, ,34 ATOM 3589 CB PRO A 451 11, .185 30, .485 83, .695 1, ,00 18, .85 ATOM 3590 CG PRO A 451 10, ,836 29, .390 84, .677 1, .00 23, .13 ATOM 3591 CD PRO A 451 11, ,002 28, ,078 83, .900 1. .00 19, .61 ATOM 3592 N GLY A 452 13, ,959 31, .212 83, .307 1, .00 18, .97 ATOM 3593 CA GLY A 452 15, .241 31, .444 83 .922 1, .00 19 .09 ATOM 3594 C GLY A 452 16, .382 31, .107 83 .016 1, .00 26, .20 ATOM 3595 O GLY A 452 16, .191 30, .916 81, .819 1, .00 27, .37 ATOM 3596 N LEU A 453 17 .557 31 .057 83 .650 1 .00 25 .48 ATOM 3597 CA LEU A 453 18 .843 30 .750 83 .029 1, .00 25 .32 ATOM 3598 C LEU A 453 18 .906 29 .322 82 .629 1 .00 26 .21 ATOM 3599 O LEU A 453 18 .400 28 .458 83 .322 1 .00 25 .04 ATOM 3600 CB LEU A 453 20 .042 31 .119 83 .938 1 .00 25 .46 ATOM 3601 CG LEU A 453 20 .280 32 .632 83 .904 1 .00 31 .82 ATOM 3602 CDl LEU A 453 21 .019 33 .087 85 .119 1 .00 31 .78 ATOM 3603 CD2 LEU A 453 21 .046 33 .056 82 .651 1 .00 41 .50 ATOM 3604 N PRO A 454 19 .510 29 .082 81 .489 1 .00 22 .97 ATOM 3605 CA PRO A 454 19 .585 27 .747 81 .003 1 .00 21 .60 ATOM 3606 C PRO A 454 20 .145 26 .890 82 .075 1 .00 26 .94 ATOM 3607 O PRO A 454 20 .923 27 .359 82 .893 1 .00 29 .09 ATOM 3608 CB PRO A 454 20 .489 27 .780 79 .768 1 .00 22 .34 ATOM 3609 CG PRO A 454 20 .777 29 .232 79 .470 1 .00 23 .69 ATOM 3610 CD PRO A 454 20 .136 30 .054 80 .556 1 .00 20 .82 ATOM 3611 N PRO A 455 19 .721 25 .648 82 .067 1 .00 25 .61 ATOM 3612 CA PRO A 455 20 .167 24 .683 83 .031 1 .00 24 .27 ATOM 3613 C PRO A 455 21 .661 24 .568 82 .991 1 .00 30 .95 ATOM 3614 O PRO A 455 22 .225 24 .062 83 .920 1 .00 33 .47 ATOM 3615 CB PRO A 455 19 .631 23 .320 82 .592 1 .00 25 .04 ATOM 3616 CG PRO A 455 19 .149 23 .497 81 .162 1 .00 33 .02 ATOM 3617 CD PRO A 455 19 .111 25 .005 80 .888 1 .00 28 .49 ATOM 3618 N ILE A 456 22.305 25.002 81.911 1.00 27.91 ATOM 3619 CA ILE A 456 23. 764 24. 893 81. 821 1. 00 27. 82 ATOM 3620 C ILE A 456 24. 395 26. 057 81. 077 1. 00 34. 73 ATOM 3621 O ILE A 456 23. 737 26. 769 80. 293 1. 00 37. 01 ATOM 3622 CB ILE A 456 24. 228 23. 540 81. 259 1. 00 31. 34 ATOM 3623 CGI ILE A 456 25. 721 23. 305 81. 417 1. 00 29. 78 ATOM 3624 CG2 ILE A 456 23. 865 23. 369 79. 788 1. 00 32. 96 ATOM 3625 CDl ILE A 456 26. 054 21. 852 81. 116 1. 00 23. 94 ATOM 3626 N LYS A 457 25. 680 26. 252 81. 334 1. 00 30. 52 ATOM 3627 CA LYS A 457 26. 405 27. 335 80. 707 1. 00 30. 21 ATOM 3628 C LYS A 457 27. 515 26. 808 79. 835 1. 00 32. 14 ATOM 3629 O LYS A 457 28. 328 26. 037 80. 273 1. 00 33. 07 ATOM 3630 CB LYS A 457 26. 953 28. 264 81. 749 1. 00 32. 38 ATOM 3631 CG LYS A 457 27. 818 29. 327 81. 121 1. 00 34. 64 ATOM 3632 CD LYS A 457 28. 288 30. 306 82. 166 1. 00 13. 41 ATOM 3633 CE LYS A 457 28. 803 31. 596 81. 565 1. 00 18. 04 ATOM 3634 NZ LYS A 457 28. 974 32. 643 82. 595 1. 00 26. 77 ATOM 3635 N PRO A 458 27. 567 27. 208 78. 589 1. 00 27. 50 ATOM 3636 CA PRO A 458 28. 630 26. 675 77. 737 1. 00 26. 85 ATOM 3637 C PRO A 458 29. 994 27. 147 78. 185 1. 00 26. 89 ATOM 3638 O PRO A 458 30. 128 27. 876 79. 167 1. 00 24. 86 ATOM 3639 CB PRO A 458 28. 335 27. 191 76. 316 1. ,00 29. 41 ATOM 3640 CG PRO A 458 26. 952 27. 864 76. 375 1. 00 33. 24 ATOM 3641 CD PRO A 458 26. 574 28. 044 77. 848 1. 00 26. 12 ATOM 3642 N ASN A 459 31. 005 26. 754 77. 440 1. 00 22. 13 ATOM 3643 CA ASN A 459 32. ,359 27. 191 77. ,735 1. ,00 22. ,29 ATOM 3644 C ASN A 459 32. ,751 28. 325 76. ,820 1. ,00 30. ,27 ATOM 3645 O ASN A 459 32. 451 28. 296 75. ,617 1. ,00 32. ,89 ATOM 3646 CB ASN A 459 33. ,315 26. ,060 77. .494 1. ,00 25. ,03 ATOM 3647 CG ASN A 459 32. ,766 24. ,846 78. ,155 1, ,00 49. ,54 ATOM 3648 ODl ASN A 459 32. ,618 24. ,822 79. ,383 1, ,00 50. ,09 ATOM 3649 ND2 ASN A 459 32, ,411 23, ,870 77, ,332 1, .00 38, ,39 ATOM 3650 N TYR A 460 33, ,448 29, ,316 77, ,380 1. ,00 25, ,58 ATOM 3651 CA TYR A 460 33, ,851 30. ,493 76, ,625 1, ,00 23, ,89 ATOM 3652 C TYR A 460 35, ,298 30, ,853 76, ,745 1, ,00 34, ,20 ATOM 3653 O TYR A 460 35, ,849 30, .862 77, .839 1, .00 35, .27 ATOM 3654 CB TYR A 460 33. .120 31, ,708 77, ,171 1, .00 24, .38 ATOM 3655 CG TYR A 460 31. .636 31, ,631 77, .024 1, .00 26, .98 ATOM 3656 CDl TYR A 460 31, .029 32, .011 75, .829 1 .00 30 .69 ATOM 3657 CD2 TYR A 460 30, .838 31, .168 78, .064 1 .00 25, .70 ATOM 3658 CE1 TYR A 460 29, .644 31, ,952 75, .684 1, .00 28, .77 ATOM 3659 CE2 TYR A 460 29, .453 31, .096 77, .938 1, .00 25, .24 ATOM 3660 CZ TYR A 460 28 .863 31 .496 76 .741 1 .00 24 .49 ATOM 3661 OH TYR A 460 27 .519 31 .443 76 .587 1 .00 28 .39 ATOM 3662 N ASP A 461 35 .893 31 .227 75 .616 1 .00 30 .58 ATOM 3663 CA ASP A 461 37 .268 31 .640 75 .654 1 .00 27 .51 ATOM 3664 C ASP A 461 37 .319 32 .941 76 .464 1 .00 23 .53 ATOM 3665 O ASP A 461 36 .377 33 .704 76 .396 1 .00 26 .62 ATOM 3666 CB ASP A 461 37 .821 31 .784 74 .218 1 .00 27 .30 ATOM 3667 CG ASP A 461 39 .137 32 .466 74 .260 1 .00 32 .53 ATOM 3668 ODl ASP A 461 39 .262 33 .672 74 .334 1 .00 39 .66 ATOM 3669 OD2 ASP A 461 40 .130 31 .628 74 .306 1 .00 44 .34 ATOM 3670 N MET A 462 38 .375 33 .234 77 .224 1 .00 17 .26 ATOM 3671 CA MET A 462 38 .396 34 .511 78 .008 1 .00 18 .66 ATOM 3672 C MET A 462 39 .299 35 .634 77 .485 1 .00 24 .02 ATOM 3673 O MET A 462 39 .336 36 .738 78 .011 1 .00 24 .56 ATOM 3674 CB MET A 462 38 .818 34 .186 79 .431 1 .00 22 .99 ATOM 3675 CG MET A 462 37 .808 33 .209 80 .025 1 .00 28 .98 ATOM 3676 SD MET A 462 36 .166 33 .969 79 .951 1 .00 33 .22 ATOM 3677 CE MET A 462 36 .420 35 .300 81 .153 1 .00 27 .89 ATOM 3678 N THR A 463 40 .067 35 .348 76 .461 1 .00 22 .57 ATOM 3679 CA THR A 463 41 .015 36 .285 75 .911 1 .00 22 .64 ATOM 3680 C THR A 463 40 .690 37 .738 75 .961 1 .00 33 .12 ATOM 3681 O THR A 463 41 .372 38 .493 76 .640 1 .00 35 .27 ATOM 3682 CB THR A 463 41.574 35.929 74.536 1.00 29.80 ATOM 3683 OGl THR A 463 41.939 34.576 74.509 1.00 26.74 ATOM 3684 CG2 THR A 463 42.797 36.793 74.224 1.00 18.79 ATOM 3685 N LEU A 464 39.700 38.141 75.177 1.00 30.50 ATOM 3686 CA LEU A 464 39.293 39.533 75.061 1.00 29.15 ATOM 3687 C LEU A 464 38.490 40.067 76.216 1.00 34.24 ATOM 3688 O LEU A 464 38.439 41.270 76.422 1.00 37.12 ATOM 3689 CB LEU A 464 38.537 39.767 73.743 1.00 29.20 ATOM 3690 CG LEU A 464 39.393 39.394 72.527 1.00 33.73 ATOM 3691 CDl LEU A 464 38.609 39.565 71.217 1.00 32.72 ATOM 3692 CD2 LEU A 464 40.648 40.261 72.499 1.00 26.22 ATOM 3693 N THR A 465 37.855 39.167 76.964 1.00 30.71 ATOM 3694 CA THR A 465 37.005 39.496 78.103 1.00 28.58 ATOM 3695 C THR A 465 37.800 39.893 79.324 1.00 30.69 ATOM 3696 O THR A 465 37.530 40.865 80.030 1.00 31.27 ATOM 3697 CB THR A 465 36.016 38.328 78.372 1.00 35.85 ATOM 3698 OGl THR A 465 35.101 38.212 77.296 1.00 50.93 ATOM 3699 CG2 THR A 465 35.255 38.451 79.690 1.00 26.34 ATOM 3700 N ASN A 466 38.802 39.111 79.568 1.00 24.40 ATOM 3701 CA ASN A 466 39.635 39.375 80.688 1.00 23.11 ATOM 3702 C ASN A 466 39.899 40.856 80.967 1.00 28.37 ATOM 3703 O ASN A 466 39.763 41.270 82.120 1.00 27.03 ATOM 3704 CB ASN A 466 40.921 38.543 80.629 1.00 20.30 ATOM 3705 CG ASN A 466 40.709 37.145 81.155 1.00 32.26 ATOM 3706 ODl ASN A 466 41.384 36.191 80.723 1.00 29.29 ATOM 3707 ND2 ASN A 466 39.775 37.015 82.111 1.00 28.19 ATOM 3708 N ALA A 467 40.306 41.666 79.967 1.00 27.97 ATOM 3709 CA ALA A 467 40.587 43.079 80.295 1.00 26.66 ATOM 3710 C ALA A 467 39.352 43.827 80.720 1.00 31.78 ATOM 3711 O ALA A 467 39.406 44.845 81.393 1.00 31.71 ATOM 3712 CB ALA A 467 41.365 43.837 79.256 1.00 25.99 ATOM 3713 N CYS A 468 38.217 43.277 80.336 1.00 28.06 ATOM 3714 CA CYS A 468 36.942 43.862 80.693 1.00 25.80 ATOM 3715 C CYS A 468 36.668 43.619 82.165 1.00 26.47 ATOM 3716 O CYS A 468 36.469 44.517 82.963 1.00 27.99 ATOM 3717 CB CYS A 468 35.882 43.376 79.696 1.00 24.56 ATOM 3718 SG CYS A 468 36.455 43.873 78.049 1.00 27.76 ATOM 3719 N ILE A 469 36.752 42.384 82.540 1.00 24.34 ATOM 3720 CA ILE A 469 36.599 42.052 83.921 1.00 25.23 ATOM 3721 C ILE A 469 37.560 42.800 84.876 1.00 28.13 ATOM 3722 O ILE A 469 37.175 43.220 85.950 1.00 29.54 ATOM 3723 CB ILE A 469 36.858 40.574 84.068 1.00 27.23 ATOM 3724 CGI ILE A 469 35.956 39.801 83.112 1.00 26.94 ATOM 3725 CG2 ILE A 469 36.537 40.208 85.496 1.00 25.56 ATOM 3726 CDl ILE A 469 36.247 38.298 83.085 1.00 45.50 ATOM 3727 N ALA A 470 38.830 42.960 84.534 1.00 23.28 ATOM 3728 CA ALA A 470 39.749 43.621 85.461 1.00 22.23 ATOM 3729 C ALA A 470 39.392 45.038 85.808 1.00 30.29 ATOM 3730 O ALA A 470 39.474 45.451 86.986 1.00 32.82 ATOM 3731 CB ALA A 470 41.218 43.502 85.074 1.00 21.98 ATOM 3732 N LEU A 471 39.007 45.760 84.759 1.00 23.53 ATOM 3733 CA LEU A 471 38.643 47.173 84.834 1.00 18.39 ATOM 3734 C LEU A 471 37.333 47.373 85.569 1.00 26.57 ATOM 3735 O LEU A 471 37.210 48.208 86.462 1.00 30.48 ATOM 3736 CB LEU A 471 38.676 47.827 83.444 1.00 15.51 ATOM 3737 CG LEU A 471 38.671 49.325 83.539 1.00 24.20 ATOM 3738 CDl LEU A 471 39.754 49.795 84.513 1.00 24.86 ATOM 3739 CD2 LEU A 471 38.876 49.941 82.156 1.00 26.35 ATOM 3740 N SER A 472 36.351 46.570 85.222 1.00 25.31 ATOM 3741 CA SER A 472 35.080 46.674 85.901 1.00 27.56 ATOM 3742 C SER A 472 35.260 46.477 87.396 1.00 33.46 ATOM 3743 O SER A 472 34.800 47.292 88.214 1.00 32.85 ATOM 3744 CB SER A 472 33.989 45.714 85.393 1.00 32.06 ATOM 3745 OG SER A 472 34.492 44.774 84.470 1.00 48.56 ATOM 3746 N GLN A 473 35.911 45.350 87.736 1.00 27.52 ATOM 3747 CA GLN A 473 36. 170 44. 971 89. 108 1. 00 24. 10 ATOM 3748 C GLN A 473 36. 866 46. 096 89. 836 1. 00 25. 18 ATOM 3749 O GLN A 473 36. 534 46. 458 90. 969 1. 00 21. 62 ATOM 3750 CB GLN A 473 36. 994 43. 671 89. 148 1. 00 25. 86 ATOM 3751 CG GLN A 473 36. 128 42. 402 89. 118 1. 00 32. 72 ATOM 3752 CD GLN A 473 34. 970 42. 504 90. 090 1. 00 46. 08 ATOM 3753 OEl GLN A 473 35. 165 42. 422 91. 308 1. 00 40. 73 ATOM 3754 NE2 GLN A 473 33. 761 42. 692 89. 559 1. 00 28. 28 ATOM 3755 N ARG A 474 37. 855 46. 656 89. 161 1. 00 24. 00 ATOM 3756 CA ARG A 474 38. 562 47. 765 89. 779 1. 00 24. 46 ATOM 3757 C ARG A 474 37. 609 48. 893 90. 141 1. 00 29. 31 ATOM 3758 O ARG A 474 37. 620 49. 447 91. 242 1. 00 33. 13 ATOM 3759 CB ARG A 474 39. 682 48. 290 88. 898 1. 00 20. 19 ATOM 3760 CG ARG A 474 40. 866 47. 352 88. 831 1. 00 28. 48 ATOM 3761 CD ARG A 474 41. 871 47. 869 87. 832 1. 00 34. 41 ATOM 3762 NE ARG A 474 42. 258 49. 245 88. 093 1. 00 40. 09 ATOM 3763 CZ ARG A 474 42. 927 49. 938 87. 185 1. 00 51. 25 ATOM 3764 NH1 ARG A 474 43. 220 49. 376 86. 019 1. 00 24. 79 ATOM 3765 NH2 ARG A 474 43. 316 51. 199 87. 444 1. 00 20. 43 ATOM 3766 N TRP A 475 36. 791 49. 259 89. 178 1. 00 25. 32 ATOM 3767 CA TRP A 475 35. 862 50. 332 89. 400 1. 00 26. 77 ATOM 3768 C TRP A 475 34. 881 49. 962 90. 474 1. 00 27. ,52 ATOM 3769 O TRP A 475 34. ,749 50. ,633 91. ,475 1. ,00 29. ,64 ATOM 3770 CB TRP A 475 35. ,199 50. ,804 88. ,093 1. ,00 27. ,95 ATOM 3771 CG TRP A 475 36. ,047 51. ,819 87. ,361 1. ,00 32. ,11 ATOM 3772 CDl TRP A 475 36. ,873 51. ,592 86. ,298 1. ,00 35. ,65 ATOM 3773 CD2 TRP A 475 36. ,161 53, ,217 87. ,648 1. ,00 31. ,62 ATOM 3774 NE1 TRP A 475 37. ,484 52. ,748 85. ,904 1. ,00 34. ,92 ATOM 3775 CE2 TRP A 475 37. ,054 53. ,763 86. ,707 1. ,00 36. ,16 ATOM 3776 CE3 TRP A 475 35. ,588 54. ,040 88. ,606 1. ,00 32. ,63 ATOM 3777 CZ2 TRP A 475 37. ,372 55, ,112 86. ,719 1. ,00 36, ,24 ATOM 3778 CZ3 TRP A 475 35, ,897 55, .375 88, .616 1, ,00 34. ,74 ATOM 3779 CH2 TRP A 475 36, ,777 55, .901 87, .685 1, ,00 35. .77 ATOM 3780 N ILE A 476 34, .234 48, .847 90, .279 1, ,00 26. .36 ATOM 3781 CA ILE A 476 33, .268 48, .386 91, .235 1, ,00 28, .33 ATOM 3782 C ILE A 476 33, .771 48, .315 92, .681 1, ,00 34, .20 ATOM 3783 0 ILE A 476 33, ,056 48, ,595 93, .637 1, ,00 36, .89 ATOM 3784 CB ILE A 476 32, ,722 47, .070 90, .761 1, .00 32, .23 ATOM 3785 CGI ILE A 476 31, ,993 47, .308 89, .443 1, ,00 30, .49 ATOM 3786 CG2 ILE A 476 31, .864 46, .376 91, .851 1, ,00 34, .86 ATOM 3787 CDl ILE A 476 31 .595 46 .005 88 .756 1, .00 33 .04 ATOM 3788 N THR A 477 35 .010 47 .934 92 .860 1, .00 27 .27 ATOM 3789 CA THR A 477 35 .558 47 .846 94 .194 1, .00 24 .15 ATOM 3790 C THR A 477 36 .416 49 .052 94 .523 1, .00 27 .30 ATOM 3791 0 THR A 477 37 .120 49 .065 95 .519 1, .00 27 .36 ATOM 3792 CB THR A 477 36 .402 46 .578 94 .257 1, .00 32 .13 ATOM 3793 OGl THR A 477 37 .593 46 .848 93 .557 1, .00 29 .48 ATOM 3794 CG2 THR A 477 35 .634 45 .470 93 .530 1 .00 16 .94 ATOM 3795 N ALA A 478 36 .371 50 .097 93 .695 1 .00 22 .33 ATOM 3796 CA ALA A 478 37 .164 51 .260 93 .988 1 .00 20 .44 ATOM 3797 C ALA A 478 36 .890 51 .843 95 .390 1 .00 32 .94 ATOM 3798 O ALA A 478 35 .786 51 .756 95 .922 1 .00 34 .38 ATOM 3799 CB ALA A 478 36 .938 52 .343 92 .942 1 .00 19 .26 ATOM 3800 N LYS A 479 37 .931 52 .469 95 .970 1 .00 29 .65 ATOM 3801 CA LYS A 479 37 .899 53 .168 97 .243 1 .00 27 .30 ATOM 3802 C LYS A 479 38 .575 54 .512 97 .051 1 .00 36 .54 ATOM 3803 O LYS A 479 39 .378 54 .692 96 .118 1 .00 34 .13 ATOM 3804 CB LYS A 479 38 .457 52 .410 98 .417 1 .00 28 .01 ATOM 3805 CG LYS A 479 37 .696 51 .116 98 .631 1 .00 51 .38 ATOM 3806 CD LYS A 479 37 .115 50 .880 100 .021 1 .00 67 .24 ATOM 3807 CE LYS A 479 35 .804 50 .103 99 .931 1 .00 87 .12 ATOM 3808 NZ LYS A 479 35 .711 48 .948 100 .841 1 .00 85 .55 ATOM 3809 N GLU A 480 38 .241 55 .477 97 .900 1 .00 36 .30 ATOM 3810 CA GLU A 480 38.843 56.793 97.751 1.00 34.79 ATOM 3811 C GLU A 480 40. 261 56. 707 97. 220 1. 00 34. 79 ATOM 3812 O GLU A 480 40. 613 57. 332 96. 234 1. 00 34. 10 ATOM 3813 CB GLU A 480 38. 899 57. 565 99. 078 1. 00 36. 21 ATOM 3814 CG GLU A 480 37. 709 58. 500 99. 303 1. 00 63. 85 ATOM 3815 CD GLU A 480 37. 601 59. 511 98. 214 1. 00100. 00 ATOM 3816 OEl GLU A 480 38. 457 59. 648 97. 357 1. 00100. 00 ATOM 3817 OE2 GLU A 480 36. 491 60. 209 98. 288 1. 00100. 00 ATOM 3818 N ASP A 481 41. 080 55. 946 97. 904 1. 00 24. 69 ATOM 3819 CA ASP A 481 42. 451 55. 860 97. 519 1. 00 23. 87 ATOM 3820 C ASP A 481 42. 771 55. 314 96. 132 1. 00 34. 51 ATOM 3821 O ASP A 481 43. 925 55. 312 95. 721 1. 00 39. 44 ATOM 3822 CB ASP A 481 43. 262 55. 155 98. 611 1. 00 25. 29 ATOM 3823 CG ASP A 481 43. 072 53. 668 98. 575 1. 00 39. 58 ATOM 3824 ODl ASP A 481 42. 471 53. 029 97. 708 1. 00 46. 00 ATOM 3825 OD2 ASP A 481 43. 698 53. 107 99. 567 1. 00 39. 59 ATOM 3826 N ASP A 482 41. 788 54. 881 95. 373 1. 00 30. 70 ATOM 3827 CA ASP A 482 42. 098 54. 379 94. 024 1. 00 31. 73 ATOM 3828 C ASP A 482 41. 725 55. 307 92. 859 1. 00 34. 17 ATOM 3829 O ASP A 482 42. 158 55. 150 91. 717 1. 00 35. 45 ATOM 3830 CB ASP A 482 41. 399 53. 022 93. 756 1. 00 33. 31 ATOM 3831 CG ASP A 482 41. 686 51. 970 94. 779 1. 00 38. 90 ATOM 3832 ODl ASP A 482 42. ,810 51. 514 94. 992 1. 00 42. 45 ATOM 3833 OD2 ASP A 482 40. ,606 51. 625 95. 440 1. 00 40. 17 ATOM 3834 N LEU A 483 40. ,863 56. 246 93. 146 1. 00 29. 93 ATOM 3835 CA LEU A 483 40. 352 57. 159 92. 160 1. 00 27. 80 ATOM 3836 C LEU A 483 41. ,434 57. ,943 91. ,410 1. 00 40. ,70 ATOM 3837 O LEU A 483 41. ,386 58. ,102 90. ,180 1. 00 40. ,76 ATOM 3838 CB LEU A 483 39. ,265 58. ,049 92. ,819 1. ,00 22. ,54 ATOM 3839 CG LEU A 483 38. ,148 57. ,240 93. ,488 1. ,00 20. ,75 ATOM 3840 CDl LEU A 483 37, .170 58, .165 94, ,197 1. ,00 19. ,29 ATOM 3841 CD2 LEU A 483 37, .389 56, ,467 92, ,414 1. ,00 21. ,46 ATOM 3842 N ASN A 484 42, ,410 58, ,446 92, ,162 1. ,00 36. ,15 ATOM 3843 CA ASN A 484 43, ,459 59, ,225 91, ,571 1. ,00 34. ,08 ATOM 3844 C ASN A 484 44, .168 58, ,524 90, ,429 1, ,00 39. ,51 ATOM 3845 O ASN A 484 44, .456 59, .091 89, .359 1, ,00 38, .59 ATOM 3846 CB ASN A 484 44, .495 59, .602 92, .618 1. ,00 34. ,26 ATOM 3847 CG ASN A 484 45, .807 59, .955 91, .941 1, ,00100, .00 ATOM 3848 ODl ASN A 484 45, .878 60, .940 91, .171 1, ,00100, ,00 ATOM 3849 ND2 ASN A 484 46 .836 59 .134 92 .186 1, .00100, .00 ATOM 3850 N SER A 485 44 .472 57 .268 90 .698 1, .00 35, .37 ATOM 3851 CA SER A 485 45 .202 56, .417 89 .791 1, .00 32, .79 ATOM 3852 C SER A 485 44 .522 56 .140 88 .484 1, .00 32, .26 ATOM 3853 O SER A 485 45 .159 55 .925 87 .463 1 .00 32 .44 ATOM 3854 CB SER A 485 45 .565 55 .132 90 .477 1 .00 38 .65 ATOM 3855 OG SER A 485 46 .040 55 .437 91 .777 1 .00 62 .66 ATOM 3856 N PHE A 486 43 .222 56 .110 88 .491 1 .00 27 .13 ATOM 3857 CA PHE A 486 42 .631 55 .809 87 .233 1 .00 28 .26 ATOM 3858 C PHE A 486 43 .193 56 .772 86 .264 1 .00 32 .12 ATOM 3859 O PHE A 486 43 .423 57 .910 86 .604 1 .00 32 .02 ATOM 3860 CB PHE A 486 41 .101 55 .819 87 .198 1 .00 31 .01 ATOM 3861 CG PHE A 486 40 .471 54 .807 88 .132 1 .00 27 .04 ATOM 3862 CDl PHE A 486 40 .504 53 .425 87 .911 1 .00 22 .43 ATOM 3863 CD2 PHE A 486 39 .805 55 .293 89 .253 1 .00 21 .40 ATOM 3864 CE1 PHE A 486 39 .896 52 .538 88 .804 1 .00 19 .69 ATOM 3865 CE2 PHE A 486 39 .224 54 .426 90 .174 1 .00 19 .20 ATOM 3866 CZ PHE A 486 39 .245 53 .051 89 .927 1 .00 15 .13 ATOM 3867 N ASN A 487 43 .455 56 .279 85 .089 1 .00 34 .97 ATOM 3868 CA ASN A 487 44 .032 57 .092 84 .070 1 .00 38 .06 ATOM 3869 C ASN A 487 43 .491 56 .622 82 .758 1 .00 43 .55 ATOM 3870 O ASN A 487 42 .951 55 .537 82 .604 1 .00 46 .30 ATOM 3871 CB ASN A 487 45 .591 57 .038 84 .085 1 .00 43 .93 ATOM 3872 CG ASN A 487 46 .196 58 .169 83 .302 1 .00 56 .10 ATOM 3873 ODl ASN A 487 46 .057 58 .189 82 .077 1 .00 42 .12 ATOM 3874 ND2 ASN A 487 46.829 59.112 84.007 1.00 65.62 ATOM 3875 N ALA A 488 43. 662 57. 435 81. 781 1. 00 39. 34 ATOM 3876 CA ALA A 488 43. 201 57. 055 80. 472 1. 00 38. 25 ATOM 3877 C ALA A 488 44. 024 55. 900 79. 809 1. 00 43. 58 ATOM 3878 O ALA A 488 43. 596 55. 317 78. 834 1. 00 44. 11 ATOM 3879 CB ALA A 488 43. 153 58. 314 79. 621 1. 00 37. 54 ATOM 3880 N THR A 489 45. 207 55. 555 80. 314 1. 00 38. 34 ATOM 3881 CA THR A 489 45. 996 54. 499 79. 715 1. 00 36. 16 ATOM 3882 C THR A 489 45. 270 53. 181 79. 792 1. 00 45. 74 ATOM 3883 O THR A 489 45. 476 52. 233 79. 057 1. 00 47. 78 ATOM 3884 CB THR A 489 47. 296 54. 458 80. 503 1. 00 31. 01 ATOM 3885 OGl THR A 489 46. 961 54. 457 81. 872 1. 00 35. 33 ATOM 3886 CG2 THR A 489 47. 993 55. 771 80. 229 1. 00 28. 28 ATOM 3887 N ASP A 490 44. 337 53. 182 80. 708 1. 00 46. 75 ATOM 3888 CA ASP A 490 43. 560 52. 018 80. 972 1. 00 51. 49 ATOM 3889 C ASP A 490 42. 759 51. 515 79. 786 1. 00 52. 21 ATOM 3890 O ASP A 490 42. 396 50. 342 79. 651 1. 00 54. 75 ATOM 3891 CB ASP A 490 42. 676 52. 345 82. 184 1. 00 54. 04 ATOM 3892 CG ASP A 490 43. 413 52. 884 83. 380 1. 00 53. 83 ATOM 3893 ODl ASP A 490 44. 621 52. 777 83. 616 1. 00 62. 93 ATOM 3894 OD2 ASP A 490 42. 565 53. 446 84. 165 1. 00 35. 66 ATOM 3895 N LEU A 491 42. 486 52. 450 78. 938 1. 00 42. 42 ATOM 3896 CA LEU A 491 41. 752 52. 250 77. 723 1. 00 43. 54 ATOM 3897 C LEU A 491 42. 712 51. 977 76. 585 1. 00 43. 97 ATOM 3898 O LEU A 491 42. 340 51. 438 75. 588 1. 00 42. 53 ATOM 3899 CB LEU A 491 40. 984 53. ,528 77. 421 1. 00 44. 89 ATOM 3900 CG LEU A 491 39. ,794 53. ,747 78. ,338 1. ,00 48. ,31 ATOM 3901 CDl LEU A 491 38. ,558 54. ,171 77. ,552 1. ,00 49. ,16 ATOM 3902 CD2 LEU A 491 39. ,377 52. ,494 79. ,125 1. ,00 39. ,24 ATOM 3903 N LYS A 492 43. ,958 52. ,403 76. ,754 1. ,00 42. ,32 ATOM 3904 CA LYS A 492 44, ,999 52, ,320 75, ,696 1, ,00 44. ,57 ATOM 3905 C LYS A 492 44, .826 51, ,165 74. ,680 1, ,00 49. ,08 ATOM 3906 O LYS A 492 44, ,810 51, ,343 73. ,473 1, ,00 49. ,66 ATOM 3907 CB LYS A 492 46, ,359 52, .177 76, ,401 1, ,00 48. ,47 ATOM 3908 CG LYS A 492 47, ,487 52. .883 75. ,629 1, ,00 88, ,73 ATOM 3909 CD LYS A 492 48, .852 52, .537 76, ,197 1, .00100, .00 ATOM 3910 CE LYS A 492 48, .786 51, .460 77, ,300 1, .00100, .00 ATOM 3911 NZ LYS A 492 50, .103 50, .896 77, .541 1, .00100, .00 ATOM 3912 N ASP A 493 44, .711 49, .917 75, .227 1, .00 41, .86 ATOM 3913 CA ASP A 493 44 .664 48 .740 74 .372 1, .00 40 .17 ATOM 3914 C ASP A 493 43 .220 48 .162 74 .215 1, .00 44 .29 ATOM 3915 O ASP A 493 43 .031 46 .973 73, .889 1, .00 42 .00 ATOM 3916 CB ASP A 493 45 .560 47 .699 75 .015 1 .00 41, .52 ATOM 3917 CG ASP A 493 47 .021 48 .130 74 .956 1 .00 67 .01 ATOM 3918 ODl ASP A 493 47 .467 48 .451 73 .856 1 .00 77 .10 ATOM 3919 OD2 ASP A 493 47 .678 48 .131 75 .984 1 .00 57 .19 ATOM 3920 N LEU A 494 42 .193 49 .005 74 .475 1 .00 40 .69 ATOM 3921 CA LEU A 494 40 .789 48 .512 74 .526 1 .00 36 .32 ATOM 3922 C LEU A 494 39 .992 48 .877 73 .245 1 .00 37 .76 ATOM 3923 O LEU A 494 39 .897 50 .029 72 .863 1 .00 38 .93 ATOM 3924 CB LEU A 494 40 .098 49 .125 75 .733 1 .00 32 .52 ATOM 3925 CG LEU A 494 40 .376 48 .433 77 .063 1 .00 30 .66 ATOM 3926 CDl LEU A 494 39 .229 48 .580 78 .052 1 .00 30 .39 ATOM 3927 CD2 LEU A 494 40 .611 46 .925 76 .918 1 .00 23 .54 ATOM 3928 N SER A 495 39 .477 47 .825 72 .631 1 .00 25 .56 ATOM 3929 CA SER A 495 38 .674 48 .017 71 .457 1 .00 22 .23 ATOM 3930 C SER A 495 37 .344 48 .670 71 .856 1 .00 31 .27 ATOM 3931 O SER A 495 36 .968 48 .706 73 .038 1 .00 31 .21 ATOM 3932 CB SER A 495 38 .380 46 .705 70 .795 1 .00 20 .88 ATOM 3933 OG SER A 495 37 .192 46 .143 71 .317 1 .00 33 .60 ATOM 3934 N SER A 496 36 .627 49 .184 70 .865 1 .00 29 .48 ATOM 3935 CA SER A 496 35 .363 49 .821 71 .139 1 .00 26 .67 ATOM 3936 C SER A 496 34 .495 48 .747 71 .744 1 .00 29 .54 ATOM 3937 O SER A 496 33 .744 48 .960 72 .697 1 .00 24 .80 ATOM 3938 CB SER A 496 34.760 50.441 69.894 1.00 24.67 ATOM 3939 OG SER A 496 33. 749 49. 597 69. 397 1. 00 48. 80 ATOM 3940 N HIS A 497 34. 674 47. 547 71. 219 1. 00 26. 61 ATOM 3941 CA HIS A 497 33. 949 46. 383 71. 750 1. 00 29. 22 ATOM 3942 C HIS A 497 34. 156 46. 148 73. 275 1. 00 37. 24 ATOM 3943 O HIS A 497 33. 238 45. 863 74. 041 1. 00 38. 21 ATOM 3944 CB HIS A 497 34. 364 45. 106 70. 978 1. 00 30. 69 ATOM 3945 CG HIS A 497 34. 182 45. 348 69. 545 1. 00 34. 29 ATOM 3946 NDl HIS A 497 32. 943 45. 204 68. 962 1. 00 35. 42 ATOM 3947 CD2 HIS A 497 35. 054 45. 833 68. 622 1. 00 36. 68 ATOM 3948 CE1 HIS A 497 33. 075 45. 531 67. 702 1. 00 35. 05 ATOM 3949 NE2 HIS A 497 34. 330 45. 932 67. 462 1. 00 35. 88 ATOM 3950 N GLN A 498 35. 406 46. 243 73. 715 1. 00 33. 56 ATOM 3951 CA GLN A 498 35. 737 46. 008 75. 094 1. 00 29. 69 ATOM 3952 C GLN A 498 35. 263 47. 122 75. 965 1. 00 27. 11 ATOM 3953 O GLN A 498 34. 842 46. 930 77. 089 1. 00 23. 92 ATOM 3954 CB GLN A 498 37. 221 45. 659 75. 248 1. 00 29. 95 ATOM 3955 CG GLN A 498 37. 582 44. 317 74. 544 1. 00 25. 78 ATOM 3956 CD GLN A 498 39. 074 44. 084 74. 535 1. 00 28. 64 ATOM 3957 OEl GLN A 498 39. 796 44. 891 73. 960 1. 00 26. 62 ATOM 3958 NE2 GLN A 498 39. 561 43. 049 75. 218 1. 00 20. 96 ATOM 3959 N LEU A 499 35. 289 48. 301 75. 431 1. 00 27. 13 ATOM 3960 CA LEU A 499 34. 819 49. 396 76. 229 1. 00 29. 32 ATOM 3961 C LEU A 499 33. 351 49. 162 76. 632 1. 00 28. 39 ATOM 3962 O LEU A 499 32. 893 49. ,361 77. 780 1. 00 29. 41 ATOM 3963 CB LEU A 499 34. ,991 50. ,709 75. .436 1. ,00 31. ,70 ATOM 3964 CG LEU A 499 36. ,242 51. ,512 75. ,788 1. ,00 39. ,76 ATOM 3965 CDl LEU A 499 37. ,335 50, ,572 76, .278 1. ,00 42. ,91 ATOM 3966 CD2 LEU A 499 36. ,718 52, ,268 74, ,555 1. ,00 39. ,08 ATOM 3967 N ASN A 500 32, ,606 48, ,737 75, ,642 1. ,00 15. ,23 ATOM 3968 CA ASN A 500 31, ,213 48, ,508 75, ,828 1. ,00 13. ,44 ATOM 3969 C ASN A 500 30, ,919 47, ,455 76, .864 1. ,00 18. ,98 ATOM 3970 O ASN A 500 29, ,997 47, ,602 77, ,705 1. ,00 19, ,01 ATOM 3971 CB ASN A 500 30, ,604 48, ,129 74, ,476 1. ,00 12, ,21 ATOM 3972 CG ASN A 500 29, ,093 48, ,214 74, .426 1, ,00 37, ,49 ATOM 3973 ODl ASN A 500 28. ,433 49, .151 74, ,930 1, ,00 36, ,17 ATOM 3974 ND2 ASN A 500 28. .542 47, ,218 73, .787 1, ,00 18, ,34 ATOM 3975 N GLU A 501 31, .699 46, .366 76, .743 1, ,00 14, .20 ATOM 3976 CA GLU A 501 31, ,626 45, .224 77, .625 1, ,00 13, .27 ATOM 3977 C GLU A 501 31, .948 45, .676 79, .063 1, ,00 21, ,59 ATOM 3978 O GLU A 501 31, .175 45, .463 80, .009 1. .00 25, ,02 ATOM 3979 CB GLU A 501 32, .446 44, .057 77, .053 1. ,00 14, .95 ATOM 3980 CG GLU A 501 32, .371 42 .827 77, .989 1, .00 30, .40 ATOM 3981 CD GLU A 501 30, .946 42 .399 78 .199 1, .00 39, .28 ATOM 3982 OEl GLU A 501 30, .050 42 .672 77 .413 1, .00 76, ,70 ATOM 3983 OE2 GLU A 501 30 .780 41 .694 79 .292 1, .00 46, .10 ATOM 3984 N PHE A 502 33 .059 46 .400 79 .226 1, .00 18, .07 ATOM 3985 CA PHE A 502 33 .395 46 .952 80 .530 1, .00 21, .54 ATOM 3986 C PHE A 502 32 .179 47 .679 81 .125 1 .00 23 .38 ATOM 3987 O PHE A 502 31 .786 47 .491 82 .301 1 .00 21 .47 ATOM 3988 CB PHE A 502 34 .507 48 .012 80 .327 1 .00 26 .05 ATOM 3989 CG PHE A 502 34 .590 49 .082 81 .393 1 .00 30 .41 ATOM 3990 CDl PHE A 502 35 .085 48 .781 82 .662 1 .00 29 .68 ATOM 3991 CD2 PHE A 502 34 .211 50 .402 81 .132 1 .00 39 .16 ATOM 3992 CE1 PHE A 502 35 .183 49 .773 83 .638 1 .00 31 .12 ATOM 3993 CE2 PHE A 502 34 .305 51 .414 82 .096 1 .00 40 .46 ATOM 3994 CZ PHE A 502 34 .812 51 .090 83 .352 1 .00 35 .41 ATOM 3995 N LEU A 503 31 .613 48 .557 80 .288 1 .00 18 .39 ATOM 3996 CA LEU A 503 30 .487 49 .343 80 .692 1 .00 22 .78 ATOM 3997 C LEU A 503 29 .337 48 .491 81 .178 1 .00 31 .04 ATOM 3998 O LEU A 503 28 .768 48 .784 82 .243 1 .00 29 .23 ATOM 3999 CB LEU A 503 30 .002 50 .325 79 .619 1 .00 24 .68 ATOM 4000 CG LEU A 503 30 .888 51 .571 79 .465 1 .00 27 .47 ATOM 4001 CDl LEU A 503 30.415 52.376 78.259 1.00 24.86 ATOM 4002 CD2 LEU A 503 30.860 52.420 80.733 1.00 20.54 ATOM 4003 N ALA A 504 29. 012 47. 444 80. 378 1. 00 27. 79 ATOM 4004 CA ALA A 504 27. 911 46. 474 80. 643 1. 00 24. 63 ATOM 4005 C ALA A 504 28. 140 45. 752 81. 939 1. 00 27. 71 ATOM 4006 O ALA A 504 27. 265 45. 577 82. 817 1. 00 28. 62 ATOM 4007 CB ALA A 504 27. 762 45. 482 79. 496 1. 00 23. 87 ATOM 4008 N GLN A 505 29. 382 45. 344 82. 066 1. 00 22. 16 ATOM 4009 CA GLN A 505 29. 738 44. 710 83. 299 1. 00 21. 02 ATOM 4010 C GLN A 505 29. 489 45. 737 84. 423 1. 00 31. 26 ATOM 4011 O GLN A 505 28. 787 45. 507 85. 413 1. 00 32. 31 ATOM 4012 CB GLN A 505 31. 202 44. 209 83. 270 1. 00 18. 95 ATOM 4013 CG GLN A 505 31. 367 42. 881 82. 495 1. 00 13. 72 ATOM 4014 CD GLN A 505 32. 806 42. 549 82. 136 1. 00 31. 75 ATOM 4015 OEl GLN A 505 33. 796 42. 969 82. 768 1. 00 43. 14 ATOM 4016 NE2 GLN A 505 32. 923 41. 781 81. 085 1. 00 39. 34 ATOM 4017 N THR A 506 30. 056 46. 918 84. ,263 1. 00 25. 95 ATOM 4018 CA THR A 506 29. 855 47. 864 85. ,302 1. 00 23. 64 ATOM 4019 C THR A 506 28. 411 48. 101 85. 579 1. 00 23. 89 ATOM 4020 O THR A 506 27. 923 47. 999 86. 696 1. 00 22. 75 ATOM 4021 CB THR A 506 30. 600 49. 130 85. 008 1. 00 23. 72 ATOM 4022 OGl THR A 506 31. 938 48. 749 84. ,742 1. 00 27. 18 ATOM 4023 CG2 THR A 506 30. 502 49. 961 86. ,260 1. 00 11. 12 ATOM 4024 N LEU A 507 27. 727 48. 408 84. ,518 1. 00 17. 92 ATOM 4025 CA LEU A 507 26. ,334 48. ,683 84. ,604 1. ,00 17. ,22 ATOM 4026 C LEU A 507 25. ,618 47. ,683 85. ,442 1. ,00 25. ,65 ATOM 4027 O LEU A 507 24. ,816 48. ,073 86. ,266 1. ,00 27. ,85 ATOM 4028 CB LEU A 507 25. ,693 48. ,686 83. ,224 1. ,00 17. ,85 ATOM 4029 CG LEU A 507 24. ,207 48. ,930 83, ,336 1. ,00 21. ,02 ATOM 4030 CDl LEU A 507 23, ,974 50. ,290 83, ,970 1. ,00 22. ,48 ATOM 4031 CD2 LEU A 507 23, ,599 48. ,919 81, ,949 1. ,00 15. ,25 ATOM 4032 N GLN A 508 25, ,878 46. ,395 85, ,194 1. ,00 21. ,35 ATOM 4033 CA GLN A 508 25, ,215 45. ,333 85, ,979 1. ,00 18. ,08 ATOM 4034 C GLN A 508 25, .386 45, .561 87, .508 1, .00 34, ,24 ATOM 4035 O GLN A 508 24, .653 45, ,017 88, .343 1, ,00 34, ,04 ATOM 4036 CB GLN A 508 25, ,713 43, ,917 85, .608 1, .00 10, ,94 ATOM 4037 CG GLN A 508 25, ,366 43, ,446 84, .191 1, .00 26, ,42 ATOM 4038 CD GLN A 508 25, .635 41, ,944 84, .002 1, .00 52, .93 ATOM 4039 OEl GLN A 508 26, .550 41, .396 84, .628 1, .00 32, ,89 ATOM 4040 NE2 GLN A 508 24, .864 41, .252 83, .147 1, .00 34. .36 ATOM 4041 N ARG A 509 26, .380 46, ,361 87 .901 1, .00 33, .73 ATOM 4042 CA ARG A 509 26, .600 46, .614 89, .328 1, .00 32, .53 ATOM 4043 C ARG A 509 26 .153 48 .016 89 .727 1 .00 33 .63 ATOM 4044 O ARG A 509 26 .509 48 .522 90 .777 1 .00 31, .08 ATOM 4045 CB ARG A 509 28 .055 46 .440 89 .760 1 .00 29, .22 ATOM 4046 CG ARG A 509 28 .553 45 .014 89 .733 1 .00 29 .78 ATOM 4047 CD ARG A 509 27 .744 44 .054 90 .609 1 .00 30 .86 ATOM 4048 NE ARG A 509 28 .533 43 .602 91 .756 1 .00 82 .23 ATOM 4049 CZ ARG A 509 29 .842 43 .274 91 .726 1 .00100 .00 ATOM 4050 NH1 ARG A 509 30 .579 43 .315 90 .613 1 .00 92 .85 ATOM 4051 NH2 ARG A 509 30 .430 42 .881 92 .855 1 .00 91 .85 ATOM 4052 N ALA A 510 25 .384 48 .659 88 .880 1 .00 32 .59 ATOM 4053 CA ALA A 510 24 .952 49 .985 89 .215 1 .00 32 .51 ATOM 4054 C ALA A 510 24 .151 49 .845 90 .479 1 .00 34 .97 ATOM 4055 O ALA A 510 23 .601 48 .785 90 .693 1 .00 37 .57 ATOM 4056 CB ALA A 510 24 .189 50 .622 88 .063 1 .00 32 .91 ATOM 4057 N PRO A 511 24 .174 50 .856 91 .334 1 .00 25 .14 ATOM 4058 CA PRO A 511 24 .867 52 .102 91 .052 1 .00 21 .00 ATOM 4059 C PRO A 511 26 .217 52 .178 91 .694 1 .00 29 .23 ATOM 4060 0 PRO A 511 26 .445 51 .601 92 .723 1 .00 28 .16 ATOM 4061 CB PRO A 511 24 .102 53 .169 91 .818 1 .00 21 .55 ATOM 4062 CG PRO A 511 23 .316 52 .432 92 .886 1 .00 28 .68 ATOM 4063 CD PRO A 511 23 .169 50 .995 92 .407 1 .00 25 .16 ATOM 4064 N LEU A 512 27 .094 52 .968 91 .109 1 .00 32 .95 ATOM 4065 CA LEU A 512 28 .394 53 .188 91 .686 1 .00 33 .42 ATOM 4066 C LEU A 512 28 . 287 54 . 512 92 . 397 1 . 00 38 . 65 ATOM 4067 O LEU A 512 27. 388 55. 305 92. 114 1. 00 40. 69 ATOM 4068 CB LEU A 512 29. 453 53. 350 90. 587 1. 00 34. 40 ATOM 4069 CG LEU A 512 30. 178 52. 049 90. 216 1. 00 40. 13 ATOM 4070 CDl LEU A 512 29. 222 51. 086 89. 508 1. 00 39. 04 ATOM 4071 CD2 LEU A 512 31. 322 52. 385 89. 273 1. 00 44. 61 ATOM 4072 N PRO A 513 29. 196 54. 781 93. 312 1. 00 31. 05 ATOM 4073 CA PRO A 513 29. 167 56. 058 94. 008 1. 00 27. 16 ATOM 4074 C PRO A 513 29. 296 57. 203 93. 019 1. 00 23. 76 ATOM 4075 O PRO A 513 30. 121 57. 182 92. 118 1. 00 27. 17 ATOM 4076 CB PRO A 513 30. 387 56. 013 94. 948 1. 00 25. 59 ATOM 4077 CG PRO A 513 30. 702 54. 542 95. 149 1. 00 27. 14 ATOM 4078 CD PRO A 513 30. 030 53. 779 94. 032 1. 00 25. 00 ATOM 4079 N LEU A 514 28. 478 58. 203 93. 185 1. 00 22. 92 ATOM 4080 CA LEU A 514 28. 516 59. 350 92. 279 1. 00 27. 55 ATOM 4081 C LEU A 514 29. 930 59. 766 91. ,940 1. 00 31. 95 ATOM 4082 O LEU A 514 30. 287 59. 908 90. ,765 1. 00 37. 11 ATOM 4083 CB LEU A 514 27. 673 60. ,564 92. ,741 1. 00 30. 03 ATOM 4084 CG LEU A 514 27. 428 61. 626 91. ,648 1. 00 32. 87 ATOM 4085 CDl LEU A 514 26. 648 61. 082 90. ,440 1. 00 28. 48 ATOM 4086 CD2 LEU A 514 26. 699 62. 780 92. ,272 1. 00 31. 16 ATOM 4087 N GLY A 515 30. 731 59. 989 92. ,979 1. 00 24. 42 ATOM 4088 CA GLY A 515 32. 131 60. 384 92. ,811 1. 00 25. 59 ATOM 4089 C GLY A 515 32. 902 59. .472 91. ,835 1. 00 33. 83 ATOM 4090 O GLY A 515 33. 746 59. ,914 91. ,035 1. 00 35. 67 ATOM 4091 N HIS A 516 32. ,602 58. ,180 91. ,891 1. ,00 26. ,40 ATOM 4092 CA HIS A 516 33. ,257 57, ,255 90, ,998 1. ,00 25. ,86 ATOM 4093 C HIS A 516 32. ,911 57, ,578 89, ,560 1. ,00 27. ,62 ATOM 4094 O HIS A 516 33. ,786 57, ,596 88, ,695 1. ,00 28. ,67 ATOM 4095 CB HIS A 516 32. ,826 55, ,814 91, .282 1. ,00 25. ,39 ATOM 4096 CG HIS A 516 33. ,452 55, ,283 92, ,505 1. ,00 27. ,96 ATOM 4097 NDl HIS A 516 33, ,635 56, ,092 93, ,602 1, ,00 30. ,14 ATOM 4098 CD2 HIS A 516 33. ,929 54, ,037 92, .791 1, ,00 27. ,79 ATOM 4099 CE1 HIS A 516 34. ,205 55, .336 94, .534 1, ,00 27. ,58 ATOM 4100 NE2 HIS A 516 34. ,390 54, ,099 94, .085 1, ,00 27, ,02 ATOM 4101 N ILE A 517 31. ,617 57, .815 89, .315 1, ,00 21. ,40 ATOM 4102 CA ILE A 517 31, ,137 58, .107 87, .973 1, .00 22, ,75 ATOM 4103 C ILE A 517 31, ,706 59, .424 87, .462 1, ,00 31, ,09 ATOM 4104 O ILE A 517 32, ,246 59, ,558 86, .352 1, .00 28, ,78 ATOM 4105 CB ILE A 517 29, ,601 58, .024 87, .930 1, ,00 27, ,12 ATOM 4106 CGI ILE A 517 29, ,225 56, .610 88, .312 1, .00 29, ,40 ATOM 4107 CG2 ILE A 517 29, ,013 58, .285 86, .536 1, ,00 25, .49 ATOM 4108 CDl ILE A 517 29, .305 55, .665 87, .105 1, .00 34. .77 ATOM 4109 N LYS A 518 31, .589 60, .416 88, .308 1, .00 27, .28 ATOM 4110 CA LYS A 518 32, .108 61, .690 87, .955 1, .00 23, .77 ATOM 4111 C LYS A 518 33, .558 61 .482 87 .485 1, .00 24, .03 ATOM 4112 O LYS A 518 33, .982 61 .831 86 .391 1, .00 26, .08 ATOM 4113 CB LYS A 518 32, .038 62 .557 89 .210 1, .00 24. .00 ATOM 4114 CG LYS A 518 30 .641 63 .060 89 .591 1 .00 19 .24 ATOM 4115 CD LYS A 518 30 .721 64 .276 90 .537 1 .00 27 .93 ATOM 4116 CE LYS A 518 29 .379 64 .877 90 .962 1 .00 37 .11 ATOM 4117 NZ LYS A 518 28 .924 65 .988 90 .104 1 .00 52 .30 ATOM 4118 N ARG A 519 34 .322 60 .899 88 .361 1 .00 17 .90 ATOM 4119 CA ARG A 519 35 .703 60 .636 88 .098 1 .00 20 .80 ATOM 4120 C ARG A 519 35 .862 59 .874 86 .802 1 .00 28 .98 ATOM 4121 O ARG A 519 36 .812 60 .084 86 .051 1 .00 29 .86 ATOM 4122 CB ARG A 519 36 .313 59 .844 89 .276 1 .00 20 .56 ATOM 4123 CG ARG A 519 37 .721 59 .308 89 .036 1 .00 29 .02 ATOM 4124 CD ARG A 519 38 .668 60 .320 88 .404 1 .00 41 .17 ATOM 4125 NE ARG A 519 40 .086 60 .008 88 .616 1 .00 59 .84 ATOM 4126 CZ ARG A 519 41 .076 60 .858 88 .349 1 .00 50 .77 ATOM 4127 NH1 ARG A 519 40 .838 62 .073 87 .880 1 .00 31 .21 ATOM 4128 NH2 ARG A 519 42 .329 60 .486 88 .543 1 .00 31 .86 ATOM 4129 N MET A 520 34 .937 58 .956 86 .565 1 .00 25 .08 ATOM 4130 CA MET A 520 34.979 58.121 85.379 1.00 24.56 ATOM 4131 C MET A 520 34. 906 58. 918 84. 086 1. 00 29. 37 ATOM 4132 O MET A 520 35. 651 58. 687 83. 114 1. 00 27. 92 ATOM 4133 CB MET A 520 33. 905 57. 007 85. 442 1. 00 26. 98 ATOM 4134 CG MET A 520 34. 082 55. 902 84. 399 1. 00 28. 02 ATOM 4135 SD MET A 520 32. 830 54. 591 84. 479 1. 00 27. 87 ATOM 4136 CE MET A 520 33. 246 53. 825 86. 070 1. 00 22. 09 ATOM 4137 N GLN A 521 33. 982 59. 864 84. 067 1. 00 28. 32 ATOM 4138 CA GLN A 521 33. 838 60. 672 82. 886 1. 00 28. 34 ATOM 4139 C GLN A 521 35. 067 61. 540 82. 785 1. 00 36. 52 ATOM 4140 O GLN A 521 35. 514 61. 879 81. 707 1. 00 35. 87 ATOM 4141 CB GLN A 521 32. 514 61. 451 82. 863 1. 00 28. 34 ATOM 4142 CG GLN A 521 32. 564 62. 774 82. 079 1. 00 9. 68 ATOM 4143 CD GLN A 521 32. 890 62. 572 80. 616 1. 00 27. 55 ATOM 4144 OEl GLN A 521 33. 382 63. 491 79. 924 1. 00 28. 25 ATOM 4145 NE2 GLN A 521 32. 657 61. 368 80. 142 1. 00 25. 70 ATOM 4146 N GLU A 522 35. 626 61. 827 83. 963 1. 00 36. 19 ATOM 4147 CA GLU A 522 36. 818 62. 648 84. 171 1. 00 36. 13 ATOM 4148 C GLU A 522 38. 136 62. 046 83. ,662 1. 00 42. 48 ATOM 4149 O GLU A 522 39. 099 62. 735 83. 335 1. 00 42. 40 ATOM 4150 CB GLU A 522 36. 857 63. 035 85. 641 1. 00 37. 79 ATOM 4151 CG GLU A 522 38. 233 63. ,196 86. ,273 1. 00 58. 85 ATOM 4152 CD GLU A 522 38. 046 64. 040 87. 493 1. 00 73. 64 ATOM 4153 OEl GLU A 522 37. ,006 64. ,641 87. ,709 1. 00 45. ,66 ATOM 4154 OE2 GLU A 522 39. 081 64. ,037 88. ,289 1. 00 47. 91 ATOM 4155 N VAL A 523 38. 188 60. 739 83. ,552 1. 00 40. 13 ATOM 4156 CA VAL A 523 39. ,401 60. ,136 83. ,058 1. 00 37. ,49 ATOM 4157 C VAL A 523 39. ,205 59. ,351 81. ,778 1. 00 38. ,88 ATOM 4158 O VAL A 523 40. ,195 59. ,016 81, ,138 1. ,00 40. ,21 ATOM 4159 CB VAL A 523 40. ,184 59, ,370 84. ,102 1. ,00 40. ,01 ATOM 4160 CGI VAL A 523 40. ,231 60, ,165 85, .413 1. ,00 39. ,12 ATOM 4161 CG2 VAL A 523 39. ,534 58, ,017 84, .320 1. ,00 39. ,82 ATOM 4162 N TYR A 524 37. .952 59, ,048 81, ,379 1. ,00 30. ,35 ATOM 4163 CA TYR A 524 37, .801 58. ,330 80, ,114 1. ,00 28, .11 ATOM 4164 C TYR A 524 37, ,061 59. .144 79, .074 1. ,00 33, ,14 ATOM 4165 O TYR A 524 37, ,076 58, ,802 77, ,908 1, ,00 35, .84 ATOM 4166 CB TYR A 524 37, ,281 56, .878 80, .119 1. ,00 25, ,56 ATOM 4167 CG TYR A 524 37, ,941 55, .960 81, .111 1, .00 20, ,87 ATOM 4168 CDl TYR A 524 39, .324 55, .938 81, .258 1, .00 21, .59 ATOM 4169 CD2 TYR A 524 37, .170 55, .083 81, .879 1, ,00 19, ,80 ATOM 4170 CE1 TYR A 524 39, .905 55 .063 82 .176 1, .00 25, .64 ATOM 4171 CE2 TYR A 524 37, ,731 54 .227 82 .827 1, .00 18, .61 ATOM 4172 CZ TYR A 524 39, ,116 54, .231 82, .969 1, .00 19, .81 ATOM 4173 OH TYR A 524 39 .706 53 .402 83 .863 1, .00 23, .92 ATOM 4174 N ASN A 525 36, .416 60 .221 79 .496 1, .00 25, .98 ATOM 4175 CA ASN A 525 35 .687 61 .088 78 .588 1 .00 25 .01 ATOM 4176 C ASN A 525 34 .661 60 .354 77 .735 1, .00 29 .86 ATOM 4177 O ASN A 525 34 .533 60 .535 76 .499 1, .00 29, .39 ATOM 4178 CB ASN A 525 36 .637 61 .922 77 .739 1 .00 29 .55 ATOM 4179 CG ASN A 525 35 .949 62 .980 76 .894 1 .00 30 .32 ATOM 4180 ODl ASN A 525 36 .460 63 .332 75 .850 1 .00 32 .77 ATOM 4181 ND2 ASN A 525 34 .822 63 .527 77 .344 1 .00 13 .80 ATOM 4182 N PHE A 526 33 .924 59 .512 78 .436 1 .00 24 .21 ATOM 4183 CA PHE A 526 32 .900 58 .745 77 .807 1 .00 25 .14 ATOM 4184 C PHE A 526 31 .846 59 .631 77 .214 1 .00 31 .74 ATOM 4185 O PHE A 526 31 .161 59 .241 76 .272 1 .00 34 .99 ATOM 4186 CB PHE A 526 32 .256 57 .732 78 .781 1 .00 26 .60 ATOM 4187 CG PHE A 526 33 .115 56 .499 78 .978 1 .00 23 .82 ATOM 4188 CDl PHE A 526 34 .017 56 .080 78 .000 1 .00 25 .00 ATOM 4189 CD2 PHE A 526 33 .031 55 .767 80 .159 1 .00 21 .74 ATOM 4190 CE1 PHE A 526 34 .783 54 .927 78 .173 1 .00 27 .63 ATOM 4191 CE2 PHE A 526 33 .817 54 .634 80 .370 1 .00 25 .42 ATOM 4192 CZ PHE A 526 34 .683 54 .202 79 .364 1 .00 25 .28 ATOM 4193 N ASN A 527 31 .689 60 .815 77 .760 1 .00 28 .22 ATOM 4194 CA ASN A 527 30.657 61.688 77.214 1.00 31.18 ATOM 4195 C ASN A 527 30. 884 62. 046 75. 744 1. 00 33. 17 ATOM 4196 O ASN A 527 29. 965 62. 394 74. 999 1. 00 30. 80 ATOM 4197 CB ASN A 527 30. 479 62. 967 78. 052 1. 00 36. 41 ATOM 4198 CG ASN A 527 29. 638 62. 752 79. 292 1. 00 46. 99 ATOM 4199 ODl ASN A 527 29. 647 63. 571 80. 209 1. 00 36. 82 ATOM 4200 ND2 ASN A 527 28. 922 61. 636 79. 338 1. 00 43. 55 ATOM 4201 N ALA A 528 32. 136 61. 947 75. 348 1. 00 27. 46 ATOM 4202 CA ALA A 528 32. 581 62. 278 74. 005 1. 00 26. 48 ATOM 4203 C ALA A 528 32. 335 61. 188 72. 950 1. 00 32. 09 ATOM 4204 O ALA A 528 32. 420 61. 404 71. 753 1. 00 32. 09 ATOM 4205 CB ALA A 528 34. 076 62. 584 74. 105 1. 00 26. 04 ATOM 4206 N ILE A 529 32. 067 59. 983 73. 402 1. 00 31. 35 ATOM 4207 CA ILE A 529 31. 854 58. 859 72. 529 1. 00 28. 47 ATOM 4208 C ILE A 529 30. 492 58. 904 71. 887 1. 00 35. 96 ATOM 4209 O ILE A 529 29. 486 59. 023 72. 578 1. 00 38. 79 ATOM 4210 CB ILE A 529 32. 103 57. 544 73. 264 1. 00 30. 17 ATOM 4211 CGI ILE A 529 33. 622 57. 291 73. 392 1. 00 31. 37 ATOM 4212 CG2 ILE A 529 31. 428 56. 411 72. 489 1. 00 27. 63 ATOM 4213 CDl ILE A 529 34. 059 56. 515 74. 635 1. 00 33. 41 ATOM 4214 N ASN A 530 30. 462 58. 806 70. 559 1. 00 34. 86 ATOM 4215 CA ASN A 530 29. 196 58. 841 69. 852 1. 00 36. 44 ATOM 4216 C ASN A 530 28. ,596 57. 495 69. ,473 1. 00 39. 90 ATOM 4217 O ASN A 530 27. ,452 57. 437 69. 043 1. 00 41. 37 ATOM 4218 CB ASN A 530 28. ,951 60. 044 68. 928 1. 00 51. 44 ATOM 4219 CG ASN A 530 28. ,461 61. ,253 69. ,732 1. 00100. ,00 ATOM 4220 ODl ASN A 530 27. ,652 61. ,109 70. ,665 1. 00100. ,00 ATOM 4221 ND2 ASN A 530 28. ,955 62. 442 69. ,392 1. 00 91. 39 ATOM 4222 N ASN A 531 29. ,368 56. ,403 69. ,688 1. 00 30. ,37 ATOM 4223 CA ASN A 531 28. ,912 55. ,030 69. ,446 1. 00 28. ,14 ATOM 4224 C ASN A 531 27, ,696 54. ,753 70. ,360 1. ,00 32. ,80 ATOM 4225 O ASN A 531 27, ,746 54. ,887 71. ,611 1. ,00 36. ,74 ATOM 4226 CB ASN A 531 30, ,092 54. ,066 69. ,690 1. ,00 24. ,31 ATOM 4227 CG ASN A 531 29, .770 52, ,601 69, ,730 1. ,00 34. ,44 ATOM 4228 ODl ASN A 531 28, ,795 52. ,182 70, ,359 1. ,00 36, ,49 ATOM 4229 ND2 ASN A 531 30, .643 51, .810 69, .099 1. ,00 30, .57 ATOM 4230 N SER A 532 26, ,570 54. ,403 69, ,734 1, ,00 22, .02 ATOM 4231 CA SER A 532 25, .325 54, ,183 70, ,459 1. ,00 19, ,67 ATOM 4232 C SER A 532 25 .323 53. .208 71, .627 1, ,00 26, .15 ATOM 4233 O SER A 532 24, .767 53, .475 72, .680 1. ,00 26, .64 ATOM 4234 CB SER A 532 24, .090 54. .034 69, .582 1. ,00 26, .92 ATOM 4235 OG SER A 532 24 .294 53, .211 68, .452 1, .00 23, .59 ATOM 4236 N GLU A 533 25, .929 52, .062 71, .423 1, .00 22, .68 ATOM 4237 CA GLU A 533 25 .995 51 .036 72 .420 1, .00 22 .97 ATOM 4238 C GLU A 533 26 .677 51, .569 73 .635 1, .00 30, .48 ATOM 4239 O GLU A 533 26 .125 51, .539 74, .749 1, .00 31, .13 ATOM 4240 CB GLU A 533 26 .683 49 .779 71 .850 1, .00 23 .96 ATOM 4241 CG GLU A 533 25 .827 49 .146 70 .733 1, .00 20 .82 ATOM 4242 CD GLU A 533 24 .611 48 .450 71 .276 1 .00 40 .65 ATOM 4243 OEl GLU A 533 24 .432 48 .256 72 .476 1 .00 36 .25 ATOM 4244 OE2 GLU A 533 23 .782 48 .038 70 .339 1 .00 25 .87 ATOM 4245 N ILE A 534 27 .872 52 .101 73 .392 1 .00 26 .20 ATOM 4246 CA ILE A 534 28 .622 52 .672 74 .484 1 .00 26 .32 ATOM 4247 C ILE A 534 27 .900 53 .849 75 .121 1 .00 27 .83 ATOM 4248 O ILE A 534 27 .697 53 .911 76 .326 1 .00 26 .54 ATOM 4249 CB ILE A 534 30 .051 53 .022 74 .102 1 .00 29 .16 ATOM 4250 CGI ILE A 534 30 .738 51 .808 73 .479 1 .00 29 .47 ATOM 4251 CG2 ILE A 534 30 .801 53 .458 75 .353 1 .00 28 .28 ATOM 4252 CDl ILE A 534 32 .038 52 .184 72 .765 1 .00 34 .99 ATOM 4253 N ARG A 535 27 .480 54 .805 74 .320 1 .00 24 .30 ATOM 4254 CA ARG A 535 26 .804 55 .898 74 .949 1 .00 22 .51 ATOM 4255 C ARG A 535 25 .573 55 .401 75 .701 1 .00 28 .19 ATOM 4256 O ARG A 535 25 .212 55 .808 76 .791 1 .00 32 .61 ATOM 4257 CB ARG A 535 26 .457 56 .942 73 .913 1 .00 24 .83 ATOM 4258 CG ARG A 535 25.970 58.229 74.541 1.00 21.49 ATOM 4259 CD ARG A 535 25. 327 59. 183 73. 554 1. 00 13. 79 ATOM 4260 NE ARG A 535 25. 194 60. 457 74. 213 1. 00 31. 38 ATOM 4261 CZ ARG A 535 26. 256 61. 140 74. 554 1. 00 29. 41 ATOM 4262 NH1 ARG A 535 27. 463 60. 677 74. 259 1. 00 26. 45 ATOM 4263 NH2 ARG A 535 26. 110 62. 302 75. 195 1. 00 19. 99 ATOM 4264 N PHE A 536 24. 911 54. 466 75. 126 1. 00 23. 44 ATOM 4265 CA PHE A 536 23. 740 53. 980 75. 770 1. 00 22. 05 ATOM 4266 C PHE A 536 23. 976 53. 555 77. 199 1. 00 22. 74 ATOM 4267 O PHE A 536 23. 349 54. 113 78. 105 1. 00 22. 06 ATOM 4268 CB PHE A 536 23. 117 52. 865 74. 919 1. 00 23. 17 ATOM 4269 CG PHE A 536 22. 040 52. 153 75. 658 1. 00 21. 92 ATOM 4270 CDl PHE A 536 20. 933 52. 845 76. 150 1. 00 22. 66 ATOM 4271 CD2 PHE A 536 22. 145 50. 783 75. 882 1. 00 23. 25 ATOM 4272 CE1 PHE A 536 19. 926 52. 181 76. 847 1. 00 21. 23 ATOM 4273 CE2 PHE A 536 21. 147 50. 101 76. 576 1. 00 24. 70 ATOM 4274 CZ PHE A 536 20. 047 50. 811 77. 065 1. 00 20. 57 ATOM 4275 N ARG A 537 24. 863 52. 560 77. 364 1. 00 18. ,22 ATOM 4276 CA ARG A 537 25. 239 51. 995 78. 665 1. 00 19. 20 ATOM 4277 C ARG A 537 25. 932 52. 963 79. 618 1. 00 27. 62 ATOM 4278 O ARG A 537 25. 803 52. 845 80. 837 1. 00 26. ,73 ATOM 4279 CB ARG A 537 26. 035 50. 709 78. 556 1. 00 18. 91 ATOM 4280 CG ARG A 537 25. 318 49. 656 77. 708 1. ,00 16. ,55 ATOM 4281 CD ARG A 537 26. 181 48. 426 77. 387 1. 00 21. 58 ATOM 4282 NE ARG A 537 25. 341 47. 357 76. 886 1. 00 28. 42 ATOM 4283 CZ ARG A 537 25. 060 47. ,206 75. ,609 1. ,00 18. ,29 ATOM 4284 NH1 ARG A 537 25. 569 48. ,004 74. 703 1. ,00 22. ,46 ATOM 4285 NH2 ARG A 537 24. ,240 46. .236 75. ,224 1. ,00 25. ,22 ATOM 4286 N TRP A 538 26. ,668 53. ,930 79. ,064 1. ,00 24. ,21 ATOM 4287 CA TRP A 538 27. ,337 54. ,918 79. ,867 1. ,00 22. ,11 ATOM 4288 C TRP A 538 26. ,274 55. ,719 80. ,550 1. ,00 28. ,09 ATOM 4289 O TRP A 538 26. ,320 55. .951 81. ,741 1, ,00 27. ,39 ATOM 4290 CB TRP A 538 28. ,064 55. ,888 78. ,949 1, ,00 20. .48 ATOM 4291 CG TRP A 538 28. ,606 57, ,157 79, ,580 1, ,00 21, ,29 ATOM 4292 CDl TRP A 538 28. ,641 58, ,345 78, ,968 1. ,00 22, ,86 ATOM 4293 CD2 TRP A 538 29, ,286 57, .352 80, ,845 1, .00 21, .79 ATOM 4294 NE1 TRP A 538 29, ,228 59, .270 79, ,769 1. .00 22. .70 ATOM 4295 CE2 TRP A 538 29, ,643 58, ,696 80, ,911 1, .00 24, ,79 ATOM 4296 CE3 TRP A 538 29, .574 56, ,535 81, .946 1, .00 23, .35 ATOM 4297 CZ2 TRP A 538 30, .280 59, .248 82, .025 1, .00 25, .89 ATOM 4298 CZ3 TRP A 538 30, .203 57, .056 83, .046 1 .00 23, .35 ATOM 4299 CH2 TRP A 538 30, ,562 58, .405 83, .081 1, .00 24, .89 ATOM 4300 N LEU A 539 25, .303 56, .161 79, .758 1, .00 27, .31 ATOM 4301 CA LEU A 539 24, .229 56 .974 80 .306 1 .00 27 .18 ATOM 4302 C LEU A 539 23, .369 56 .245 81, .332 1 .00 28 .25 ATOM 4303 O LEU A 539 22, ,857 56, .822 82, .266 1 .00 27 .19 ATOM 4304 CB LEU A 539 23 .428 57 .812 79 .262 1 .00 26 .37 ATOM 4305 CG LEU A 539 24 .269 58 .682 78 .279 1 .00 25 .71 ATOM 4306 CDl LEU A 539 23 .369 59 .424 77 .290 1 .00 21 .79 ATOM 4307 CD2 LEU A 539 25 .146 59 .680 79 .011 1 .00 23 .51 ATOM 4308 N ARG A 540 23 .199 54 .960 81 .188 1 .00 27 .56 ATOM 4309 CA ARG A 540 22 .390 54 .283 82 .170 1 .00 26 .88 ATOM 4310 C ARG A 540 23 .145 54 .229 83 .453 1 .00 31 .82 ATOM 4311 O ARG A 540 22 .618 54 .448 84 .539 1 .00 32 .72 ATOM 4312 CB ARG A 540 22 .034 52 .888 81 .732 1 .00 24 .48 ATOM 4313 CG ARG A 540 21 .447 52 .885 80 .331 1 .00 32 .96 ATOM 4314 CD ARG A 540 20 .695 51 .597 80 .090 1 .00 33 .19 ATOM 4315 NE ARG A 540 19 .660 51 .414 81 .085 1 .00 33 .95 ATOM 4316 CZ ARG A 540 19 .151 50 .242 81 .409 1 .00 30 .83 ATOM 4317 NH1 ARG A 540 19 .564 49 .132 80 .849 1 .00 25 .37 ATOM 4318 NH2 ARG A 540 18 .186 50 .186 82 .317 1 .00 30 .30 ATOM 4319 N LEU A 541 24 .414 53 .948 83 .318 1 .00 28 .93 ATOM 4320 CA LEU A 541 25 .239 53 .895 84 .505 1 .00 26 .36 ATOM 4321 C LEU A 541 25 .036 55 .210 85 .277 1 .00 31 .00 ATOM 4322 O LEU A 541 24.632 55.246 86.439 1.00 31.62 ATOM 4 4332233 CCBB LLEEUU AA 554411 26.702 53.586 84.094 1.00 23.61 ATOM 4 4332244 CCGG LLEEUU AA 554411 27.730 53.533 85.212 1.00 24.67 ATOM 4 4332255 CCDDll LLEEUU AA 554411 27.387 52.411 86.190 1.00 25.02 ATOM 4 4332266 CCDD22 LLEEUU AA 554411 29.098 53.245 84.621 1.00 19.31 ATOM 4 4332277 NN CCYYSS AA 554422 25.254 56.307 84.570 1.00 30.52 ATOM 44332288 CCAA CCYYSS AA 554422 25.115 57.661 85.105 1.00 31.76 ATOM 4 4332299 CC CCYYSS AA 554422 23.808 57.996 85.805 1.00 32.71 ATOM 4 4333300 OO CCYYSS AA 554422 23.801 58.536 86.914 1.00 33.97 ATOM 4 4333311 CCBB CCYYSS AA 554422 25.461 58.744 84.073 1.00 31.30 ATOM 4 4333322 SSGG CCYYSS AA 554422 27.085 58.488 83.347 1.00 34.39 ATOM 4 4333333 NN IILLEE AA 554433 22.711 57.708 85.125 1.00 25.61 ATOM 4 4333344 CCAA IILLEE AA 554433 21.382 57.982 85.643 1.00 23.12 ATOM 4 4333355 CC IILLEE AA 554433 21.199 57.161 86.885 1.00 30.15 ATOM 4 4333366 OO IILLEE AA 554433 20.900 57.645 87.972 1.00 30.73 ATOM 4 4333377 CCBB IILLEE AA 554433 20.340 57.627 84.585 1.00 23.75 ATOM 4 4333388 CCGGII IILLEE AA 554433 20.369 58.664 83.468 1.00 24.09 ATOM 4 4333399 CCGG22 IILLEE AA 554433 18.955 57.572 85.182 1.00 22.99 ATOM 4 4334400 CCDDll IILLEE AA 554433 20.386 60.109 83.982 1.00 27.34 ATOM 4 4334411 NN GGLLNN AA 554444 21.440 55.884 86.695 1.00 27.99 ATOM 4 4334422 CCAA GGLLNN AA 554444 21.320 54.929 87.756 1.00 25.72 ATOM 4 4334433 CC GGLLNN AA 554444 22.243 55.269 88.901 1.00 26.34 ATOM 4 4334444 OO GGLLNN AA 554444 22.029 54.826 90.014 1.00 26.24 ATOM 4 4334455 CCBB GGLLNN AA 554444 21.562 53.512 87.210 1.00 26.76 ATOM 4 4334466 CCGG GGLLNN AA 554444 20.355 52.955 86.432 1.00 17.74 ATOM 4 4334477 CCDD GGLLNN AA 554444 20.598 51.604 85.743 1.00 32.62 ATOM 4 4334488 OOEEll GGLLNN AA 554444 20.326 51.432 84.551 1.00 38.66 ATOM 4 4334499 NNEE22 GGLLNN AA 554444 21.063 50.627 86.494 1.00 14.93 ATOM 4 4335500 NN SSEERR AA 554455 23.286 56.033 88.625 1.00 21.73 ATOM 4 4335511 CCAA SSEERR AA 554455 24.187 56.392 89.685 1.00 22.42 ATOM 4 4335522 CC SSEERR AA 554455 23.819 57.726 90.287 1.00 33.67 ATOM 4 4335533 OO SSEERR AA 554455 24.567 58.257 91.133 1.00 37.22 ATOM 4 4335544 CCBB SSEERR AA 554455 25.646 56.322 89.338 1.00 21.57 ATOM 4355 OG SER A 545 25.980 54.968 89.163 1.00 31.72 ATOM 4356 N LYS A 546 22.662 58.251 89.841 1.00 23.09 ATOM 4357 CA LYS A 546 22.135 59.490 90.356 1.00 20.79 ATOM 4358 C LYS A 546 22.887 60.738 89.961 1.00 27.55 ATOM 4359 O LYS A 546 23.001 61.655 90.771 1.00 27.95 ATOM 4360 CB LYS A 546 22.126 59.449 91.881 1.00 21.71 ATOM 4361 CG LYS A 546 21.498 58.195 92.484 1.00 15.90 ATOM 4362 CD LYS A 546 20.245 57.814 91.731 1.00 39.84 ATOM 4363 CE LYS A 546 19.355 56.850 92.498 1.00 45.16 ATOM 4364 NZ LYS A 546 18.197 56.399 91.704 1.00 40.14 ATOM 4365 N TRP A 547 23.414 60.776 88.753 1.00 23.26 ATOM 4366 CA TRP A 547 24.141 61.931 88.289 1.00 21.90 ATOM 4367 C TRP A 547 23.221 62.901 87.570 1.00 29.82 ATOM 4368 O TRP A 547 22.808 62.679 86.432 1.00 34.91 ATOM 4369 CB TRP A 547 25.262 61.500 87.361 1.00 21.04 ATOM 4370 CG TRP A 547 26.254 62.591 87.206 1.00 22.57 ATOM 4371 CDl TRP A 547 26.224 63.769 87.844 1.00 25.87 ATOM 4372 CD2 TRP A 547 27.437 62.588 86.417 1.00 23.40 ATOM 4373 NE1 TRP A 547 27.316 64.511 87.517 1.00 25.64 ATOM 4374 CE2 TRP A 547 28.081 63.819 86.635 1.00 27.46 ATOM 4375 CE3 TRP A 547 28.014 61.668 85.547 1.00 26.21 ATOM 4376 CZ2 TRP A 547 29.279 64.162 85.995 1.00 27.44 ATOM 4377 CZ3 TRP A 547 29.195 62.009 84.923 1.00 28.70 ATOM 4378 CH2 TRP A 547 29.822 63.236 85.138 1.00 28.41 ATOM 4379 N GLU A 548 22.888 63.995 88.227 1.00 22.95 ATOM 4380 CA GLU A 548 21.979 64.970 87.649 1.00 20.70 ATOM 4381 C GLU A 548 22.419 65.473 86.305 1.00 28.32 ATOM 4382 O GLU A 548 21.598 65.735 85.391 1.00 29.41 ATOM 4383 CB GLU A 548 21.635 66.144 88.607 1.00 22.45 ATOM 4384 CG GLU A 548 20.884 65.709 89.919 1.00 30.56 ATOM 4385 CD GLU A 548 20.337 66.848 90.765 1.00 59.35 ATOM 4386 OEl GLU A 548 20.336 68.021 90.413 1.00 81.52 ATOM 4387 OE2 GLU A 548 19. 888 66. 450 91. 925 1. 00 57. 05 ATOM 4388 N ASP A 549 23. 728 65. 661 86. 201 1. 00 24. 72 ATOM 4389 CA ASP A 549 24. 276 66. 190 84. 981 1. 00 21. 48 ATOM 4390 C ASP A 549 23. 914 65. 359 83. 795 1. 00 30. 08 ATOM 4391 O ASP A 549 23. 760 65. 869 82. 697 1. 00 32. 05 ATOM 4392 CB ASP A 549 25. 775 66. 480 85. 048 1. 00 21. 28 ATOM 4393 CG ASP A 549 26. 076 67. 463 86. 130 1. 00 37. 74 ATOM 4394 ODl ASP A 549 25. 432 68. 479 86. 297 1. 00 48. 21 ATOM 4395 OD2 ASP A 549 27. 076 67. 115 86. 882 1. 00 46. 51 ATOM 4396 N ALA A 550 23. 766 64. 073 84. 032 1. 00 27. 68 ATOM 4397 CA ALA A 550 23. 445 63. 133 82. 965 1. 00 26. 74 ATOM 4398 C ALA A 550 22. 019 63. 171 82. 431 1. 00 32. 35 ATOM 4399 O ALA A 550 21. 745 62. 615 81. 361 1. 00 31. 95 ATOM 4400 CB ALA A 550 23. 812 61. 713 83. 372 1. 00 25. 48 ATOM 4401 N ILE A 551 21. 123 63. 795 83. 192 1. 00 28. 71 ATOM 4402 CA ILE A 551 19. 716 63. 882 82. 832 1. 00 28. 20 ATOM 4403 C ILE A 551 19. 461 64. 355 81. 411 1. 00 32. 04 ATOM 4404 O ILE A 551 18. 833 63. 679 80. 619 1. 00 31. 75 ATOM 4405 CB ILE A 551 18. 876 64. ,641 83. 868 1. 00 30. 29 ATOM 4406 CGI ILE A 551 19. 038 63. ,985 85. 226 1. 00 31. 50 ATOM 4407 CG2 ILE A 551 17. 391 64. 661 83. 475 1. 00 24. 75 ATOM 4408 CDl ILE A 551 18. 072 64. ,561 86. ,253 1. ,00 31. 62 ATOM 4409 N PRO A 552 19. 969 65. ,529 81. 099 1. ,00 33. 75 ATOM 4410 CA PRO A 552 19. 793 66. ,121 79. 796 1. ,00 32. 60 ATOM 4411 C PRO A 552 20. 240 65. ,224 78. 669 1. ,00 30. 34 ATOM 4412 0 PRO A 552 19. ,583 65. ,119 77. ,622 1. ,00 27. ,23 ATOM 4413 CB PRO A 552 20. ,659 67. ,383 79. ,787 1. ,00 34. ,45 ATOM 4414 CG PRO A 552 21. ,348 67. ,500 81. ,139 1. ,00 38. ,39 ATOM 4415 CD PRO A 552 20. ,934 66, ,296 81. ,950 1. ,00 34. ,48 ATOM 4416 N LEU A 553 21. ,391 64, ,616 78. ,891 1. ,00 23. ,74 ATOM 4417 CA LEU A 553 21. ,997 63, ,727 77. ,931 1, ,00 22. ,72 ATOM 4418 C LEU A 553 21, ,138 62, ,522 77, ,670 1, ,00 32. ,68 ATOM 4419 0 LEU A 553 21, ,015 62, ,087 76. ,523 1, ,00 35. ,70 ATOM 4420 CB LEU A 553 23, ,362 63, .281 78. ,439 1. ,00 21. ,57 ATOM 4421 CG LEU A 553 24, ,196 64, .496 78, .818 1, .00 24, ,02 ATOM 4422 CDl LEU A 553 25, ,608 64, .071 79. ,174 1, ,00 19, .59 ATOM 4423 CD2 LEU A 553 24, ,188 65, .479 77. .630 1, .00 18, .60 ATOM 4424 N ALA A 554 20, .563 61 .973 78, .754 1, .00 30, .05 ATOM 4425 CA ALA A 554 19, ,726 60 .779 78, .669 1, .00 27, .72 ATOM 4426 C ALA A 554 18, .432 61 .107 77, .988 1, .00 36, .03 ATOM 4427 O ALA A 554 17 .944 60 .332 77 .163 1 .00 37 .08 ATOM 4428 CB ALA A 554 19 .475 60 .165 80, .017 1, .00 26, .78 ATOM 4429 N LEU A 555 17, .898 62 .283 78, .320 1, .00 29, .70 ATOM 4430 CA LEU A 555 16, .644 62 .724 77, .720 1, .00 28, .32 ATOM 4431 C LEU A 555 16 .803 62 .902 76 .229 1 .00 29 .19 ATOM 4432 O LEU A 555 15 .970 62 .506 75 .385 1 .00 26 .13 ATOM 4433 CB LEU A 555 16 .110 64 .027 78 .342 1 .00 28 .26 ATOM 4434 CG LEU A 555 15 .371 63 .814 79 .666 1 .00 32 .76 ATOM 4435 CDl LEU A 555 15 .360 65 .118 80 .464 1 .00 34 .66 ATOM 4436 CD2 LEU A 555 13 .938 63 .334 79 .427 1 .00 27 .50 ATOM 4437 N LYS A 556 17 .922 63 .524 75 .950 1 .00 28 .45 ATOM 4438 CA LYS A 556 18 .325 63 .839 74 .615 1 .00 28 .76 ATOM 4439 C LYS A 556 18 .369 62 .591 73 .800 1 .00 35 .11 ATOM 4440 O LYS A 556 17 .670 62 .491 72 .796 1 .00 41 .80 ATOM 4441 CB LYS A 556 19 .645 64 .592 74 .599 1 .00 31 .79 ATOM 4442 CG LYS A 556 20 .101 65 .139 73 .250 1 .00 63 .55 ATOM 4443 CD LYS A 556 21 .585 65 .518 73 .254 1 .00 81 .77 ATOM 4444 CE LYS A 556 22 .046 66 .270 72 .011 1 .00 79 .68 ATOM 4445 NZ LYS A 556 23 .239 65 .661 71 .401 1 .00 73 .00 ATOM 4446 N MET A 557 19 .154 61 .623 74 .248 1 .00 26 .96 ATOM 4447 CA MET A 557 19 .305 60 .364 73 .514 1 .00 23 .97 ATOM 4448 C MET A 557 18 .033 59 .553 73 .287 1 .00 30 .96 ATOM 4449 O MET A 557 17 .811 58 .907 72 .263 1 .00 23 .24 ATOM 4450 CB MET A 557 20.401 59.488 74.104 1.00 24.89 ATOM 4451 CG MET A 557 20. 533 58. 163 73. 368 1. 00 29. 37 ATOM 4452 SD MET A 557 22. 029 57. 276 73. 864 1. 00 33. 21 ATOM 4453 CE MET A 557 21. 939 55. 812 72. 793 1. 00 30. 16 ATOM 4454 N ALA A 558 17. 203 59. 568 74. 287 1. 00 33. 42 ATOM 4455 CA ALA A 558 16. 000 58. 816 74. 194 1. 00 33. 03 ATOM 4456 C ALA A 558 15. 042 59. 345 73. 163 1. 00 38. 12 ATOM 4457 O ALA A 558 14. 349 58. 568 72. 543 1. 00 37. 09 ATOM 4458 CB ALA A 558 15. 317 58. 780 75. 553 1. 00 32. 89 ATOM 4459 N THR A 559 14. 994 60. 665 73. 032 1. 00 36. 76 ATOM 4460 CA THR A 559 14. 067 61. 326 72. 144 1. 00 36. 43 ATOM 4461 C THR A 559 14. 588 61. 590 70. 794 1. 00 41. 71 ATOM 4462 O THR A 559 13. 788 61. 768 69. 891 1. 00 44. 66 ATOM 4463 CB THR A 559 13. 615 62. 705 72. 694 1. 00 43. 70 ATOM 4464 OGl THR A 559 14. 728 63. 545 72. 957 1. 00 38. 88 ATOM 4465 CG2 THR A 559 12. 764 62. 549 73. 942 1. 00 44. 95 ATOM 4466 N GLU A 560 15. 897 61. 695 70. 674 1. 00 37. 38 ATOM 4467 CA GLU A 560 16. 495 62. 018 69. 395 1. 00 36. 51 ATOM 4468 C GLU A 560 16. 652 60. 846 68. 448 1. 00 40. 11 ATOM 4469 O GLU A 560 17. 003 61. 052 67. 300 1. 00 43. 23 ATOM 4470 CB GLU A 560 17. 799 62. 820 69. 519 1. 00 38. 13 ATOM 4471 CG GLU A 560 17. 653 64. ,142 70. ,292 1. 00 54. .29 ATOM 4472 CD GLU A 560 18. 857 65. 043 70. 127 1. 00 78. ,42 ATOM 4473 OEl GLU A 560 19. 960 64. 639 69. 812 1. 00 32. 69 ATOM 4474 OE2 GLU A 560 18. ,593 66. ,303 70. ,380 1. ,00 85. ,90 ATOM 4475 N GLN A 561 16. ,425 59. ,627 68. ,955 1. 00 30. ,45 ATOM 4476 CA GLN A 561 16. ,467 58. ,356 68. ,230 1. 00 22. ,57 ATOM 4477 C GLN A 561 15, .398 57. ,523 68. ,878 1. ,00 26. ,95 ATOM 4478 O GLN A 561 14. ,978 57. ,814 69. ,975 1. ,00 27. ,79 ATOM 4479 CB GLN A 561 17, ,829 57. .661 68. ,128 1. ,00 20. ,64 ATOM 4480 CG GLN A 561 18, ,470 57, .290 69. ,491 1. ,00 22, ,59 ATOM 4481 CD GLN A 561 17, ,802 56, ,121 70. ,184 1. ,00 28, ,22 ATOM 4482 OEl GLN A 561 17, ,524 56, ,156 71, ,400 1. ,00 37, ,44 ATOM 4483 NE2 GLN A 561 17, ,556 55, ,069 69, ,419 1, ,00 31, .92 ATOM 4484 N GLY A 562 14, ,888 56, ,535 68, ,209 1, .00 26, ,16 ATOM 4485 CA GLY A 562 13, .801 55, .810 68, .858 1. ,00 27, .83 ATOM 4486 C GLY A 562 13, .932 54, .320 68, .761 1, ,00 41, .56 ATOM 4487 O GLY A 562 12, .936 53, .614 68, .677 1, ,00 45, .37 ATOM 4488 N ARG A 563 15 .171 53, .864 68, .742 1, ,00 37, .40 ATOM 4489 CA ARG A 563 15, .457 52, .453 68, .689 1, ,00 34, .41 ATOM 4490 C ARG A 563 15, .121 51, ,939 70, .109 1, ,00 39, .48 ATOM 4491 O ARG A 563 15 .832 52 .221 71, .087 1, .00 40 .29 ATOM 4492 CB ARG A 563 16 .932 52, .231 68, .284 1, .00 18, .23 ATOM 4493 CG ARG A 563 17 .309 50. .755 68, .169 1. .00 20. .07 ATOM 4494 CD ARG A 563 18 .779 50 .514 68 .512 1 .00 25 .07 ATOM 4495 NE ARG A 563 19 .234 49 .139 68 .320 1 .00 25 .66 ATOM 4496 CZ ARG A 563 20 .425 48 .891 67 .821 1 .00 26 .35 ATOM 4497 NH1 ARG A 563 21 .257 49 .860 67 .430 1, .00 12 .96 ATOM 4498 NH2 ARG A 563 20 .804 47 .636 67 .656 1 .00 30 .31 ATOM 4499 N MET A 564 13 .989 51 .228 70 .239 1 .00 33 .12 ATOM 4500 CA MET A 564 13 .487 50 .695 71 .526 1 .00 31 .84 ATOM 4501 C MET A 564 14 .565 50 .247 72 .532 1 .00 31 .42 ATOM 4502 O MET A 564 14 .494 50 .501 73 .744 1 .00 25 .72 ATOM 4503 CB MET A 564 12 .323 49 .682 71 .365 1 .00 32 .45 ATOM 4504 CG MET A 564 11 .196 50 .225 70 .487 1 .00 35 .78 ATOM 4505 SD MET A 564 9 .695 49 .205 70 .533 1 .00 40 .85 ATOM 4506 CE MET A 564 10 .177 47 .892 69 .382 1 .00 35 .87 ATOM 4507 N LYS A 565 15 .562 49 .581 71 .966 1 .00 31 .68 ATOM 4508 CA LYS A 565 16 .699 49 .041 72 .668 1 .00 29 .04 ATOM 4509 C LYS A 565 17 .281 50 .089 73 .562 1 .00 26 .36 ATOM 4510 O LYS A 565 17 .648 49 .782 74 .673 1 .00 21 .19 ATOM 4511 CB LYS A 565 17 .747 48 .494 71 .697 1 .00 29 .06 ATOM 4512 CG LYS A 565 18 .864 47 .715 72 .359 1 .00 23 .89 ATOM 4513 CD LYS A 565 19 .982 47 .355 71 .392 1 .00 35 .75 ATOM 4514 CE LYS A 565 20.796 46.153 71.842 1.00 36.31 ATOM 4515 NZ LYS A 565 22. 233 46. 311 71. 577 1. 00 44. 91 ATOM 4516 N PHE A 566 17. 321 51. 321 73. 073 1. 00 22. 91 ATOM 4517 CA PHE A 566 17. 866 52. 423 73. 833 1. 00 24. 36 ATOM 4518 C PHE A 566 16. 814 53. 253 74. 571 1. 00 30. 37 ATOM 4519 O PHE A 566 16. 882 53. 540 75. 758 1. 00 30. 52 ATOM 4520 CB PHE A 566 18. 622 53. 355 72. 857 1. 00 25. 26 ATOM 4521 CG PHE A 566 19. 738 52. 677 72. 088 1. 00 24. 09 ATOM 4522 CDl PHE A 566 20. 392 51. 559 72. 609 1. 00 23. 51 ATOM 4523 CD2 PHE A 566 20. 165 53. 187 70. 858 1. 00 24. 48 ATOM 4524 CEl PHE A 566 21. 432 50. 958 71. 900 1. 00 23. 73 ATOM 4525 CE2 PHE A 566 21. 211 52. 620 70. 129 1. 00 24. 75 ATOM 4526 CZ PHE A 566 21. 828 51. 491 70. 668 1. 00 25. 20 ATOM 4527 N THR A 567 15. 860 53. 679 73. 801 1. 00 31. 17 ATOM 4528 CA THR A 567 14. 783 54. 533 74. 239 1. 00 31. 74 ATOM 4529 C THR A 567 13. 985 54. 037 75. 458 1. 00 33. 79 ATOM 4530 O THR A 567 13. 657 54. 818 76. 373 1. 00 26. 01 ATOM 4531 CB THR A 567 13. 895 54. 892 73. 017 1. 00 36. 51 ATOM 4532 OGl THR A 567 14. 527 55. 844 72. 138 1. 00 24. 12 ATOM 4533 CG2 THR A 567 12. ,522 55. 361 73. 473 1. 00 34. 94 ATOM 4534 N ARG A 568 13. 663 52. 726 75. 469 1. 00 30. 74 ATOM 4535 CA ARG A 568 12. 864 52. 166 76. 545 1. 00 26. 30 ATOM 4536 C ARG A 568 13. 486 52. 226 77. 882 1. 00 28. 61 ATOM 4537 O ARG A 568 12. ,876 52. 667 78. 832 1. 00 30. 84 ATOM 4538 CB ARG A 568 12. ,315 50. 798 76. 251 1. 00 18. 11 ATOM 4539 CG ARG A 568 11. ,342 50. 919 75. 088 1. 00 29. 19 ATOM 4540 CD ARG A 568 10. ,550 49. 660 74. ,799 1. ,00 19. ,19 ATOM 4541 NE ARG A 568 9. ,707 49. 343 75. ,917 1. ,00 28. ,72 ATOM 4542 CZ ARG A 568 9. ,254 48. 138 76. ,133 1. ,00 32. ,39 ATOM 4543 NHl ARG A 568 9, ,528 47. ,144 75. ,291 1. ,00 29. ,79 ATOM 4544 NH2 ARG A 568 8, ,507 47. ,930 77. ,208 1. ,00 16. ,44 ATOM 4545 N PRO A 569 14, ,705 51. ,774 77. ,925 1. ,00 28. ,41 ATOM 4546 CA PRO A 569 15, ,447 51, ,709 79, ,154 1, ,00 28, ,01 ATOM 4547 C PRO A 569 15, .890 53, ,042 79. ,663 1, ,00 32, ,18 ATOM 4548 O PRO A 569 15, .974 53, ,256 80. ,869 1. ,00 29. ,25 ATOM 4549 CB PRO A 569 16, .607 50, ,732 78. ,919 1, ,00 28, ,83 ATOM 4550 CG PRO A 569 16, .330 50, ,034 77, .592 1, .00 32, .42 ATOM 4551 CD PRO A 569 15, .234 50, ,829 76. ,893 1, .00 29, .82 ATOM 4552 N LEU A 570 16 .143 53, .949 78, .741 1, .00 31, .95 ATOM 4553 CA LEU A 570 16 .560 55, .270 79, .160 1, .00 35, .11 ATOM 4554 C LEU A 570 15 .407 55, ,962 79, .897 1, .00 36, .24 ATOM 4555 O LEU A 570 15 .532 56, .506 81, .028 1 .00 34, .02 ATOM 4556 CB LEU A 570 17 .021 56, .110 77, .932 1 .00 37, .06 ATOM 4557 CG LEU A 570 18 .387 55, .701 77, .343 1, .00 41, .39 ATOM 4558 CDl LEU A 570 18 .678 56, .462 76, .050 1, .00 41, .06 ATOM 4559 CD2 LEU A 570 19 .497 55 .984 78 .353 1 .00 37 .42 ATOM 4560 N PHE A 571 14 .262 55 .944 79 .211 1, .00 30 .06 ATOM 4561 CA PHE A 571 13 .084 56 .541 79, .758 1, .00 27 .27 ATOM 4562 C PHE A 571 12 .813 55 .899 81 .095 1 .00 25 .94 ATOM 4563 O PHE A 571 12 .399 56 .536 82 .030 1 .00 27 .16 ATOM 4564 CB PHE A 571 11 .888 56 .375 78 .828 1 .00 27 .60 ATOM 4565 CG PHE A 571 11 .546 57 .616 78 .042 1 .00 27 .70 ATOM 4566 CDl PHE A 571 11 .193 58 .820 78 .651 1 .00 29 .97 ATOM 4567 CD2 PHE A 571 11 .557 57 .570 76 .651 1 .00 28 .87 ATOM 4568 CEl PHE A 571 10 .861 59 .953 77 .910 1 .00 28 .24 ATOM 4569 CE2 PHE A 571 11 .233 58 .684 75 .886 1 .00 30 .43 ATOM 4570 CZ PHE A 571 10 .877 59 .875 76 .520 1 .00 29 .55 ATOM 4571 N LYS A 572 13 .089 54 .618 81 .196 1 .00 22 .77 ATOM 4572 CA LYS A 572 12 .845 53 .946 82 .468 1 .00 25 .43 ATOM 4573 C LYS A 572 13 .783 54 .425 83 .561 1 .00 34 .48 ATOM 4574 O LYS A 572 13 .351 54 .920 84 .602 1 .00 35 .11 ATOM 4575 CB LYS A 572 12 .736 52 .428 82 .392 1 .00 26 .89 ATOM 4576 CG LYS A 572 11 .303 51 .911 82 .326 1 .00 44 .03 ATOM 4577 CD LYS A 572 11 .219 50 .426 81 .922 1 .00 57 .87 ATOM 4578 CE LYS A 572 10.975 50.204 80.422 1.00 65.25 ATOM 4579 NZ LYS A 572 11. 535 48. 954 79. 850 1. 00 61. 06 ATOM 4580 N ASP A 573 15. 074 54. 292 83. 319 1. 00 31. 94 ATOM 4581 CA ASP A 573 16. 032 54. 751 84. 291 1. 00 30. 55 ATOM 4582 C ASP A 573 15. 684 56. 166 84. 712 1. 00 32. 26 ATOM 4583 O ASP A 573 15. 693 56. 453 85. 895 1. 00 31. 85 ATOM 4584 CB ASP A 573 17. 453 54. 788 83. 718 1. 00 32. 87 ATOM 4585 CG ASP A 573 18. 051 53. 443 83. 487 1. 00 33. 43 ATOM 4586 ODl ASP A 573 17. 517 52. 422 83. 853 1. 00 29. 11 ATOM 4587 OD2 ASP A 573 19. 206 53. 501 82. 864 1. 00 35. 22 ATOM 4588 N LEU A 574 15. 387 57. 071 83. 745 1. 00 29. 50 ATOM 4589 CA LEU A 574 15. 062 58. 461 84. 109 1. 00 27. 65 ATOM 4590 C LEU A 574 13. 887 58. 577 85. 075 1. 00 32. 88 ATOM 4591 O LEU A 574 13. 864 59. 411 85. 962 1. 00 31. 04 ATOM 4592 CB LEU A 574 14. 844 59. 385 82. 909 1. 00 26. 24 ATOM 4593 CG LEU A 574 16. 068 59. 567 82. 027 1. 00 30. 41 ATOM 4594 CDl LEU A 574 15. 644 59. 922 80. 582 1. 00 28. 47 ATOM 4595 CD2 LEU A 574 16. 974 60. 659 82. 604 1. 00 27. 06 ATOM 4596 N ALA A 575 12. 895 57. 723 84. ,874 1. 00 32. 80 ATOM 4597 CA ALA A 575 11. 709 57. 713 85. ,711 1. 00 31. 11 ATOM 4598 C ALA A 575 12. 002 57. 140 87. 083 1. 00 35. 71 ATOM 4599 O ALA A 575 11. ,309 57. ,362 88. ,055 1. 00 39. 91 ATOM 4600 CB ALA A 575 10. ,631 56. 890 85. ,024 1. 00 30. 56 ATOM 4601 N ALA A 576 13. ,049 56. 364 87. ,170 1. 00 28. 55 ATOM 4602 CA ALA A 576 13. 390 55. 778 88. 448 1. 00 22. 80 ATOM 4603 C ALA A 576 14. ,258 56. ,724 89. ,266 1. ,00 26. .93 ATOM 4604 O ALA A 576 14. ,444 56. ,591 90. ,461 1. ,00 30. ,45 ATOM 4605 CB ALA A 576 14. ,023 54. ,415 88. ,245 1. ,00 20. 31 ATOM 4606 N PHE A 577 14, ,787 57. ,686 88. ,584 1. ,00 22. ,86 ATOM 4607 CA PHE A 577 15, ,604 58. ,673 89. ,194 1. ,00 22. ,71 ATOM 4608 C PHE A 577 14, ,651 59. ,751 89. ,673 1. ,00 32. ,25 ATOM 4609 O PHE A 577 13. ,930 60. ,334 88. ,863 1. ,00 34. ,17 ATOM 4610 CB PHE A 577 16, .640 59, ,188 88, ,154 1, ,00 22. ,89 ATOM 4611 CG PHE A 577 17, ,704 60, ,076 88, .741 1, ,00 23. ,16 • ATOM 4612 CDl PHE A 577 17, ,847 60, ,231 90, ,120 1. ,00 26. ,60 ATOM 4613 CD2 PHE A 577 18, .561 60, ,806 87, .914 1. .00 23, ,46 ATOM 4614 CEl PHE A 577 18, .818 61, .082 90, .661 1, .00 27, ,55 ATOM 4615 CE2 PHE A 577 19, .543 61, .657 88, .431 1, ,00 23, ,88 ATOM 4616 CZ PHE A 577 19 .669 61, .791 89, .813 1, .00 23, .59 ATOM 4617 N ASP A 578 14 .625 60, .008 90, .990 1, .00 29, .70 ATOM 4618 CA ASP A 578 13 .717 61, .018 91, .533 1, .00 28. .65 ATOM 4619 C ASP A 578 13, .862 62, .357 90, .881 1, .00 28. ,55 ATOM 4620 O ASP A 578 12 .877 63 .004 90 .599 1 .00 32, .65 ATOM 4621 CB ASP A 578 13 .804 61 .192 93 .055 1, .00 32, .60 ATOM 4622 CG ASP A 578 15 .153 61 .647 93 .550 1, .00 53, .21 ATOM 4623 ODl ASP A 578 16 .175 61 .594 92 .872 1 .00 51 .81 ATOM 4624 OD2 ASP A 578 15 .104 62 .072 94 .796 1 .00 64 .93 ATOM 4625 N LYS A 579 15 .104 62 .750 90 .674 1 .00 20 .12 ATOM 4626 CA LYS A 579 15 .470 64 .012 90 .084 1 .00 21 .01 ATOM 4627 C LYS A 579 14 .934 64 .270 88 .697 1 .00 30 .25 ATOM 4628 O LYS A 579 14 .620 65 .413 88 .368 1 .00 35 .12 ATOM 4629 CB LYS A 579 16 .982 64 .223 90 .104 1 .00 24 .11 ATOM 4630 CG LYS A 579 17 .552 64 .202 91 .512 1 .00 48 .98 ATOM 4631 CD LYS A 579 17 .252 65 .488 92 .286 1 .00 76 .92 ATOM 4632 CE LYS A 579 16 .495 65 .258 93 .588 1 .00 87 .93 ATOM 4633 NZ LYS A 579 17 .282 64 .550 94 .611 1 .00 89 .56 ATOM 4634 N SER A 580 14 .838 63 .244 87 .857 1 .00 28 .66 ATOM 4635 CA SER A 580 14 .368 63 .437 86 .459 1 .00 28 .56 ATOM 4636 C SER A 580 13 .007 62 .829 86 .129 1 .00 32 .95 ATOM 4637 O SER A 580 12 .561 62 .870 84 .992 1 .00 35 .30 ATOM 4638 CB SER A 580 15 .337 62 .774 85 .517 1 .00 25 .69 ATOM 4639 OG SER A 580 15 .476 61 .424 85 .969 1 .00 25 .12 ATOM 4640 N HIS A 581 12 .364 62 .230 87 .098 1 .00 26 .81 ATOM 4641 CA HIS A 581 11 .100 61 .595 86 .850 1 .00 28 .26 ATOM 4642 C HIS A 581 10.067 62.399 86.042 1.00 36.50 ATOM 4643 O HIS A 581 9. 644 62. 031 84. 927 1. 00 34. 71 ATOM 4644 CB HIS A 581 10. 553 61. 047 88. 152 1. 00 29. 76 ATOM 4645 CG HIS A 581 9. 148 60. 588 87. 968 1. 00 35. 31 ATOM 4646 NDl HIS A 581 8. 111 61. 494 87. 899 1. 00 38. 92 ATOM 4647 CD2 HIS A 581 8. 634 59. 338 87. 891 1. 00 36. 84 ATOM 4648 CEl HIS A 581 6. 999 60. 783 87. 817 1. 00 38. 85 ATOM 4649 NE2 HIS A 581 7. 280 59. 488 87. 734 1. 00 38. 13 ATOM 4650 N ASP A 582 9. 656 63. 502 86. 639 1. 00 35. 79 ATOM 4651 CA ASP A 582 8. 680 64. 388 86. 064 1. 00 34. 39 ATOM 4652 C ASP A 582 9. 035 64. 807 84. 659 1. 00 37. 82 ATOM 4653 O ASP A 582 8. 220 64. 704 83. 735 1. 00 37. 01 ATOM 4654 CB ASP A 582 8. 428 65. 552 87. 001 1. 00 36. 57 ATOM 4655 CG ASP A 582 7. 597 65. 110 88. 167 1. 00 58. 09 ATOM 4656 ODl ASP A 582 6. 708 64. 289 88. 070 1. 00 63. 17 ATOM 4657 OD2 ASP A 582 7. 920 65. 708 89. 279 1. 00 73. 96 ATOM 4658 N GLN A 583 10. 272 65. 255 84. 488 1. 00 32. .88 ATOM 4659 CA GLN A 583 10. 750 65. 648 83. 169 1. 00 29. 92 ATOM 4660 C GLN A 583 10. 690 64. 464 82. 168 1. 00 37. 12 ATOM 4661 O GLN A 583 10. ,362 64. ,624 80. ,990 1. 00 37. ,42 ATOM 4662 CB GLN A 583 12. ,172 66. 182 83. ,287 1. 00 28. ,54 ATOM 4663 CG GLN A 583 12. ,704 66. 648 81. 929 1. 00 48. ,12 ATOM 4664 CD GLN A 583 13. ,957 67. 475 82. 081 1. 00 64. ,09 ATOM 4665 OEl GLN A 583 14. ,736 67. ,248 83. ,015 1. 00 59. ,43 ATOM 4666 NE2 GLN A 583 14. ,130 68. ,461 81. ,201 1. 00 55. ,34 ATOM 4667 N ALA A 584 11. ,009 63. ,250 82. ,638 1. 00 33. ,22 ATOM 4668 CA ALA A 584 10. ,964 62. ,062 81. ,780 1. 00 32. ,22 ATOM 4669 C ALA A 584 9. .557 61. ,841 81, ,315 1. ,00 37. ,45 ATOM 4670 O ALA A 584 9, ,319 61, ,526 80. ,152 1. ,00 40. ,05 ATOM 4671 CB ALA A 584 11. ,389 60, ,793 82, ,504 1. ,00 31. ,62 ATOM 4672 N VAL A 585 8, ,622 61, ,995 82. ,261 1. 00 30. ,42 ATOM 4673 CA VAL A 585 7, .217 61. .806 81, .946 1. ,00 29, ,16 ATOM 4674 C VAL A 585 6, ,647 62, .909 81, .024 1. ,00 36, .53 ATOM 4675 O VAL A 585 5, ,933 62, .690 80, .052 1. ,00 36, .22 ATOM 4676 CB VAL A 585 6, .408 61, ,567 83. ,209 1. ,00 29, ,78 ATOM 4677 CGI VAL A 585 4, .959 61, .947 82, .955 1, ,00 30, .03 ATOM 4678 CG2 VAL A 585 6, .464 60, .085 83, .539 1, ,00 27, .82 ATOM 4679 N ARG A 586 7, .000 64, .123 81, .333 1, ,00 35, .76 ATOM 4680 CA ARG A 586 6, .574 65, .242 80, ,562 1, ,00 36, .20 ATOM 4681 C ARG A 586 7 .146 65 .125 79 .180 1, .00 44, .65 ATOM 4682 O ARG A 586 6 .459 65 .355 78, .197 1, .00 48, .32 ATOM 4683 CB ARG A 586 7 .116 66 .498 81, .208 1, .00 38, .13 ATOM 4684 CG ARG A 586 6 .744 67 .799 80, .518 1, .00 61, .01 ATOM 4685 CD ARG A 586 7 .077 69 .029 81 .354 1, .00 73 .03 ATOM 4686 NE ARG A 586 8 .491 69 .128 81 .711 1, .00 86 .05 ATOM 4687 CZ ARG A 586 8 .961 69 .001 82 .957 1, .00 98 .46 ATOM 4688 NHl ARG A 586 8 .167 68 .741 84 .004 1, .00 79 .75 ATOM 4689 NH2 ARG A 586 10 .268 69 .103 83 .159 1 .00 77 .55 ATOM 4690 N THR A 587 8 .426 64 .769 79 .110 1 .00 39 .49 ATOM 4691 CA THR A 587 9 .099 64 .646 77 .822 1 .00 36 .80 ATOM 4692 C THR A 587 8 .387 63 .690 76 .869 1 .00 37 .11 ATOM 4693 O THR A 587 8 .229 63 .931 75 .678 1 .00 36 .91 ATOM 4694 CB THR A 587 10 .634 64 .384 77 .917 1 .00 39 .40 ATOM 4695 OGl THR A 587 11 .303 65 .334 78 .717 1 .00 46 .27 ATOM 4696 CG2 THR A 587 11 .233 64 .460 76 .529 1 .00 32 .60 ATOM 4697 N TYR A 588 7 .934 62 .587 77 .393 1 .00 33 .33 ATOM 4698 CA TYR A 588 7 .252 61 .639 76 .555 1 .00 33 .94 ATOM 4699 C TYR A 588 5 .890 62 .146 76 .090 1 .00 37 .02 ATOM 4700 O TYR A 588 5 .428 61 .880 74 .988 1 .00 41 .55 ATOM 4701 CB TYR A 588 7 .042 60 .383 77 .396 1 .00 33 .96 ATOM 4702 CG TYR A 588 6 .017 59 .440 76 .851 1 .00 33 .08 ATOM 4703 CDl TYR A 588 6 .331 58 .640 75 .754 1 .00 35 .64 ATOM 4704 CD2 TYR A 588 4 .758 59 .288 77 .437 1 .00 34 .09 ATOM 4705 CEl TYR A 588 5 .424 57 .703 75 .251 1 .00 34 .36 ATOM 4706 CE2 TYR A 588 3.822 58.378 76.932 1.00 34.05 ATOM 4707 CZ TYR A 588 4. 162 57. 581 75. 834 1. 00 33. 89 ATOM 4708 OH TYR A 588 3. 275 56. 674 75. 322 1. 00 23. 43 ATOM 4709 N GLN A 589 5. 216 62. 853 76. 959 1. 00 25. 04 ATOM 4710 CA GLN A 589 3. 914 63. 339 76. 612 1. 00 21. 41 ATOM 4711 C GLN A 589 3. 992 64. 304 75. 481 1. 00 28. 78 ATOM 4712 O GLN A 589 3. 099 64. 410 74. 678 1. 00 31. 24 ATOM 4713 CB GLN A 589 3. 241 63. 935 77. 832 1. 00 21. 73 ATOM 4714 CG GLN A 589 2. 878 62. 820 78. 827 1. 00 22. 30 ATOM 4715 CD GLN A 589 1. 695 62. 069 78. 293 1. 00 52. 83 ATOM 4716 OEl GLN A 589 1. 511 62. 003 77. 075 1. 00 60. 15 ATOM 4717 NE2 GLN A 589 0. 864 61. 542 79. 182 1. 00 53. 04 ATOM 4718 N GLU A 590 5. 099 65. 001 75. 409 1. 00 28. 36 ATOM 4719 CA GLU A 590 5. 276 65. 966 74. 355 1. 00 26. 87 ATOM 4720 C GLU A 590 5. 840 65. 338 73. 140 1. 00 35. 10 ATOM 4721 O GLU A 590 6. 096 66. 059 72. 171 1. 00 40. 28 ATOM 4722 CB GLU A 590 6. 323 67. 011 74. 747 1. 00 27. 61 ATOM 4723 CG GLU A 590 5. 846 67. 954 75. 847 1. 00 44. 11 ATOM 4724 CD GLU A 590 6. 981 68. 759 76. 388 1. 00 75. 35 ATOM 4725 OEl GLU A 590 8. 120 68. 689 75. 925 1. 00 54. 78 ATOM 4726 OE2 GLU A 590 6. 609 69. 516 77. 403 1. 00 59. 46 ATOM 4727 N HIS A 591 6. 091 64. 031 73. 207 1. 00 27. ,57 ATOM 4728 CA HIS A 591 6. ,713 63. 384 72. 086 1. ,00 25. ,58 ATOM 4729 C HIS A 591 5. ,928 62. ,249 71. 578 1. ,00 32. ,34 ATOM 4730 O HIS A 591 6. 184 61. 751 70. 496 1. 00 38. 53 ATOM 4731 CB HIS A 591 8. 094 62. 851 72. 487 1. ,00 26. 32 ATOM 4732 CG HIS A 591 9. ,219 63. 809 72. 268 1. ,00 31. ,06 ATOM 4733 NDl HIS A 591 9. ,630 64. ,680 73. 255 1. ,00 32. ,65 ATOM 4734 CD2 HIS A 591 9. ,998 64. ,032 71. ,169 1. ,00 34. ,91 ATOM 4735 CEl HIS A 591 10. ,635 65. ,404 72. ,756 1. ,00 32. ,01 ATOM 4736 NE2 HIS A 591 10. ,884 65. ,037 71. ,508 1. ,00 33. ,36 ATOM 4737 N LYS A 592 4. ,978 61. ,812 72. ,337 1. ,00 28. ,34 ATOM 4738 CA LYS A 592 4, ,254 60. ,643 71. ,849 1, ,00 29. ,96 ATOM 4739 C LYS A 592 3, ,654 60. ,692 70. ,432 1, ,00 33, ,41 ATOM 4740 O LYS A 592 3, .819 59. ,769 69, ,592 1, ,00 29, ,05 ATOM 4741 CB LYS A 592 3, .362 59, .983 72, .888 1, .00 32, ,83 ATOM 4742 CG LYS A 592 2, .435 60, .930 73, ,615 1, .00 31. .14 ATOM 4743 CD LYS A 592 1, .677 60. .203 74, ,704 1, .00 38, .97 ATOM 4744 CE LYS A 592 0, .253 60, .691 74, .890 1, ,00 25, .02 ATOM 4745 NZ LYS A 592 -0, .157 60, ,632 76, .302 1, .00 45, .83 ATOM 4746 N ALA A 593 2, .934 61, .782 70, ,187 1 .00 30, .97 ATOM 4747 CA ALA A 593 2 .260 62, .026 68, .917 1 .00 28, .47 ATOM 4748 C ALA A 593 3 .169 61, .943 67, .703 1 .00 32 .66 ATOM 4749 O ALA A 593 2 .775 61 .488 66, .639 1 .00 36 .77 ATOM 4750 CB ALA A 593 1 .571 63 .379 68 .954 1 .00 27 .35 ATOM 4751 N SER A 594 4 .384 62 .405 67 .869 1 .00 27 .08 ATOM 4752 CA SER A 594 5, .345 62, .417 66, .794 1 .00 30 .04 ATOM 4753 C SER A 594 6 .185 61 .169 66, .760 1 .00 36 .80 ATOM 4754 O SER A 594 6 .995 60 .991 65 .848 1 .00 37 .94 ATOM 4755 CB SER A 594 6 .292 63 .596 66 .977 1 .00 37 .69 ATOM 4756 OG SER A 594 7 .199 63 .340 68 .043 1 .00 54 .55 ATOM 4757 N MET A 595 6 .015 60 .340 67 .776 1 .00 33 .12 ATOM 4758 CA MET A 595 6 .794 59 .115 67 .898 1 .00 33 .96 ATOM 4759 C MET A 595 6 .200 57 .936 67 .125 1 .00 40 .91 ATOM 4760 O MET A 595 5 .019 57 .927 66 .809 1 .00 50 .82 ATOM 4761 CB MET A 595 6 .716 58 .686 69 .382 1 .00 34 .22 ATOM 4762 CG MET A 595 7 .621 59 .371 70 .399 1 .00 34 .61 ATOM 4763 SD MET A 595 7 .606 58 .440 71 .962 1 .00 39 .24 ATOM 4764 CE MET A 595 7 .145 59 .779 73 .084 1 .00 36 .72 ATOM 4765 N HIS A 596 6 .987 56 .897 66 .886 1 .00 26 .19 ATOM 4766 CA HIS A 596 6 .496 55 .657 66 .246 1 .00 23 .19 ATOM 4767 C HIS A 596 5 .438 54 .964 67 .120 1 .00 25 .21 ATOM 4768 O HIS A 596 5 .621 54 .728 68 .311 1 .00 22 .59 ATOM 4769 CB HIS A 596 7 .657 54 .655 66 .077 1 .00 24 .41 ATOM 4770 CG HIS A 596 7.222 53.366 65.493 1.00 30.13 ATOM 4771 NDl HIS A 596 7. 606 52. 995 64. 214 1. 00 32. 86 ATOM 4772 CD2 HIS A 596 6. 421 52. 385 66. 005 1. 00 30. 90 ATOM 4773 CEl HIS A 596 7. 047 51. 824 63. 974 1. 00 30. 05 ATOM 4774 NE2 HIS A 596 6. 325 51. 441 65. 031 1. 00 30. 20 ATOM 4775 N PRO A 597 4. 334 54. 587 66. 512 1. 00 27. 08 ATOM 4776 CA PRO A 597 3. 217 53. 912 67. 173 1. 00 26. 35 ATOM 4777 C PRO A 597 3. 513 52. 851 68. 248 1. 00 37. 51 ATOM 4778 O PRO A 597 2. 979 52. 900 69. 348 1. 00 41. 16 ATOM 4779 CB PRO A 597 2. 334 53. 307 66. 076 1. 00 26. 17 ATOM 4780 CG PRO A 597 3. 140 53. 426 64. 792 1. 00 34. 56 ATOM 4781 CD PRO A 597 4. 285 54. 418 65. 050 1. 00 30. 06 ATOM 4782 N VAL A 598 4. 311 51. 850 67. 939 1. 00 33. 08 ATOM 4783 CA VAL A 598 4. 585 50. 802 68. 911 1. 00 28. 39 ATOM 4784 C VAL A 598 5. 444 51. 307 70. 029 1. 00 29. 32 ATOM 4785 O VAL A 598 5. 168 51. 096 71. 217 1. 00 29. 13 ATOM 4786 CB VAL A 598 5. 196 49. 599 68. 210 1. 00 27. 99 ATOM 4787 CGI VAL A 598 5. 806 48. 608 69. 187 1. 00 26. 98 ATOM 4788 CG2 VAL A 598 4. 144 48. 944 67. 296 1. 00 26. 13 ATOM 4789 N THR A 599 6. ,480 52. 021 69. ,635 1. 00 26. 10 ATOM 4790 CA THR A 599 7. 370 52. 573 70. ,631 1. 00 26. 95 ATOM 4791 C THR A 599 6. ,650 53. 404 71. 669 1. 00 30. 81 ATOM 4792 O THR A 599 6. ,863 53. ,327 72. 871 1. 00 31. 33 ATOM 4793 CB THR A 599 8. ,413 53. ,455 69. ,975 1. ,00 26. ,67 ATOM 4794 OGl THR A 599 9. ,092 52. ,725 68. ,958 1. 00 27. ,92 ATOM 4795 CG2 THR A 599 9. ,358 53. ,884 71. ,092 1. 00 20. ,69 ATOM 4796 N ALA A 600 5, ,801 54, ,218 71, ,135 1. ,00 26. ,41 ATOM 4797 CA ALA A 600 4, ,997 55, ,111 71. ,878 1. ,00 26. ,39 ATOM 4798 C ALA A 600 4, ,176 54. ,339 72. ,860 1. ,00 32. ,00 ATOM 4799 O ALA A 600 4, .162 54, ,597 74, ,057 1. ,00 35. ,37 ATOM 4800 CB ALA A 600 4, .090 55, ,774 70. .856 1. ,00 27. ,56 ATOM 4801 N MET A 601 3, ,470 53, ,380 72, ,332 1. ,00 26. ,26 ATOM 4802 CA MET A 601 2, .627 52, .585 73, .167 1, ,00 26, .60 ATOM 4803 C MET A 601 3, .439 51, .909 74, ,225 1, ,00 25, ,73 ATOM 4804 O MET A 601 3, .099 51, ,964 75, .381 1, ,00 25, ,77 ATOM 4805 CB MET A 601 1 .752 51 .625 72, .353 1, .00 30, .49 ATOM 4806 CG MET A 601 1 .024 50, .594 73, .176 1, .00 36, .00 ATOM 4807 SD MET A 601 2, .043 49, .146 73, .554 1, .00 42, .41 ATOM 4808 CE MET A 601 1. .693 48 .128 72 .111 1 .00 37 .75 ATOM 4809 N LEU A 602 4 .538 51 .310 73 .848 1, .00 21, .64 ATOM 4810 CA LEU A 602 5 .339 50 .671 74 .873 1, .00 22, .59 ATOM 4811 C LEU A 602 6 .010 51 .650 75 .870 1, .00 29. .61 ATOM 4812 O LEU A 602 6 .137 51 .346 77 .039 1 .00 27 .62 ATOM 4813 CB LEU A 602 6 .418 49 .760 74 .294 1 .00 22 .14 ATOM 4814 CG LEU A 602 5 .916 48 .529 73 .575 1 .00 25 .78 ATOM 4815 CDl LEU A 602 7 .021 48 .087 72 .609 1 .00 26 .02 ATOM 4816 CD2 LEU A 602 5 .651 47 .445 74 .613 1 .00 21 .01 ATOM 4817 N VAL A 603 6 .508 52 .805 75 .445 1 .00 27 .15 ATOM 4818 CA VAL A 603 7 .145 53 .684 76 .413 1 .00 26 .39 ATOM 4819 C VAL A 603 6 .121 54 .157 77 .438 1 .00 32 .60 ATOM 4820 O VAL A 603 6 .436 54 .235 78 .621 1 .00 35 .31 ATOM 4821 CB VAL A 603 7 .917 54 .832 75 .760 1 .00 27 .78 ATOM 4822 CGI VAL A 603 8 .286 55 .887 76 .774 1 .00 24 .54 ATOM 4823 CG2 VAL A 603 9 .172 54 .286 75 .094 1 .00 27 .29 ATOM 4824 N GLY A 604 4 .878 54 .434 76 .976 1 .00 27 .44 ATOM 4825 CA GLY A 604 3 .759 54 .856 77 .819 1 .00 27 .58 ATOM 4826 C GLY A 604 3 .418 53 .797 78 .905 1 .00 37 .00 ATOM 4827 O GLY A 604 3 .088 54 .102 80 .072 1 .00 36 .56 ATOM 4828 N LYS A 605 3 .511 52 .522 78 .520 1 .00 32 .54 ATOM 4829 CA LYS A 605 3 .250 51 .415 79 .459 1 .00 32 .17 ATOM 4830 C LYS A 605 4 .312 51 .405 80 .539 1 .00 35 .15 ATOM 4831 O LYS A 605 4 .040 51 .347 81 .734 1 .00 33 .77 ATOM 4832 CB LYS A 605 3 .231 50 .034 78 .782 1 .00 33 .59 ATOM 4833 CG LYS A 605 1 .837 49 .438 78 .576 1 .00 42 .45 ATOM 4834 CD LYS A 605 1.846 48.115 77.815 1.00 60.83 ATOM 4835 CE LYS A 605 1. 223 46. 946 78. 578 1. 00 86. 38 ATOM 4836 NZ LYS A 605 2. 188 46. 179 79. 385 1. 00 93. 05 ATOM 4837 N ASP A 606 5. 544 51. 470 80. 056 1. 00 32. 91 ATOM 4838 CA ASP A 606 6. 715 51. 510 80. 878 1. 00 31. 82 ATOM 4839 C ASP A 606 6. 549 52. 667 81. 833 1. 00 36. 24 ATOM 4840 O ASP A 606 6. 652 52. 503 83. 045 1. 00 35. 19 ATOM 4841 CB ASP A 606 7. 983 51. 702 80. 027 1. 00 32. 52 ATOM 4842 CG ASP A 606 8. 302 50. 525 79. 134 1. 00 40. 01 ATOM 4843 ODl ASP A 606 7. 934 49. 378 79. 344 1. 00 40. 49 ATOM 4844 OD2 ASP A 606 9. 038 50. 869 78. 111 1. 00 41. 73 ATOM 4845 N LEU A 607 6. 240 53. 833 81. 266 1. 00 34. 45 ATOM 4846 CA LEU A 607 6. 152 54. 972 82. 185 1. 00 36. 03 ATOM 4847 C LEU A 607 4. 814 55. 018 82. 968 1. 00 42. 35 ATOM 4848 O LEU A 607 4. 600 55. 872 83. 824 1. 00 41. 57 ATOM 4849 CB LEU A 607 6. 321 56. 250 81. 364 1. 00 36. 90 ATOM 4850 CG LEU A 607 7. 779 56. 490 80. 974 1. 00 38. 75 ATOM 4851 CDl LEU A 607 7. 954 57. 746 80. 132 1. 00 34. 34 ATOM 4852 CD2 LEU A 607 8. 695 56. 653 82. 183 1. 00 41. 97 ATOM 4853 N LYS A 608 3. 895 54. 062 82. 586 1. .00 45. 01 ATOM 4854 CA LYS A 608 2. 576 53. 874 83. 264 1. 00 46. 99 ATOM 4855 C LYS A 608 1. 625 55. 088 83. 181 1. 00 51. 31 ATOM 4856 O LYS A 608 0. 988 55. 467 84. 151 1. 00 51. 35 ATOM 4857 CB LYS A 608 2. 813 53. 510 84. 750 1. 00 50. 83 ATOM 4858 CG LYS A 608 3. ,331 52. ,093 84. ,949 1. ,00 63. ,57 ATOM 4859 CD LYS A 608 4. ,405 52. ,019 86. ,031 1. ,00 77. ,03 ATOM 4860 CE LYS A 608 5. ,341 50. ,825 85. ,858 1. ,00 96. ,40 ATOM 4861 NZ LYS A 608 6. ,034 50. ,554 87. ,117 1. ,00100. ,00 ATOM 4862 N VAL A 609 1. ,560 55. ,724 81. ,991 1. ,00 50. ,28 ATOM 4863 CA VAL A 609 0, ,688 56, ,901 81, ,852 1, ,00 50. ,89 ATOM 4864 C VAL A 609 -0, ,494 56. ,660 80, ,897 1, ,00 60. ,23 ATOM 4865 O VAL A 609 -1, ,640 56, ,952 81. ,194 1, ,00 63. ,02 ATOM 4866 CB VAL A 609 1, ,533 58, ,091 81, ,364 1, ,00 54. ,72 ATOM 4867 CGI VAL A 609 1, ,996 58, ,926 82. ,551 1, ,00 54. ,87 ATOM 4868 CG2 VAL A 609 2, ,744 57, ,607 80, .605 1, .00 54, .46 ATOM 4869 N ASP A 610 -0, .177 56, .152 79, .687 1, .00 58, ,84 ATOM 4870 CA ASP A 610 -1, .238 55, ,949 78, ,699 1, .00 99, ,84 ATOM 4871 C ASP A 610 -2, ,062 54, .695 79, .001 1, .00100, ,00 ATOM 4872 O ASP A 610 -3, .247 54, .615 78, ,711 1, .00 69, ,75 ATOM 4873 CB ASP A 610 -0, .594 55, .818 77, .316 1, .00100, .00 ATOM 4874 CG ASP A 610 -0, .637 57, .161 76, .610 1 .00 92, .61 ATOM 4875 ODl ASP A 610 -1, .449 57, .999 77, .018 1, .00 90, .49 ATOM 4876 OD2 ASP A 610 0, .134 57, ,355 75, .670 1, .00 89, .29 ATOM 4877 ZN2+ ZN Z 1 17, .003 38, .803 64, .180 1, .00 28, ,37 ATOM 4878 YB3+ YB Y 1 43 .011 51 .068 98 .864 1 .00 34 .70 ATOM 4879 YB3+ YB Y 2 13 .786 56 .771 52 .040 0 .50 57 .25 ATOM 4880 YB3+ YB Y 3 10 .537 57 .860 52 .381 0 .50 36 .57 ATOM 4881 CG IMD I 1 26 .249 42 .039 80 .754 1. .00 28, .44 ATOM 4882 NDl IMD I 1 26 .057 42 .254 79 .400 1 .00 28 .35 ATOM 4883 CD2 IMD I 1 27 .562 41 .726 80 .902 1 .00 17 .99 ATOM 4884 CEl IMD I 1 27 .201 42 .063 78 .760 1 .00 29 .77 ATOM 4885 NE2 IMD I 1 28 .130 41 .745 79 .647 1 .00 35 .02 ATOM 4886 CB ACE c 1 13 .616 12 .333 68 .475 1 .00 59 .33 ATOM 4887 CG ACE c 1 12 .871 13 .331 69 .306 1 .00 42 .98 ATOM 4888 ODl ACE c 1 12 .958 14 .536 69 .146 1 .00 39 .66 ATOM 4889 OD2 ACE c 1 12 .142 12 .759 70 .236 1 .00 47 .21 ATOM 4890 C6 INH V 1 7 .422 38 .514 70 .154 1 .00 38 .70 ATOM 4891 C5 INH V 1 7 .571 39 .820 69 .689 1 .00 37 .05 ATOM 4892 C4 INH V 1 7 .901 40 .062 68 .354 1 .00 31 .41 ATOM 4893 C3 INH V 1 8 .091 38 .967 67 .505 1 .00 35 .48 ATOM 4894 C2 INH V 1 7 .944 37 .650 67 .949 1 .00 31 .90 ATOM 4895 Cl INH V 1 7 .611 37 .434 69 .286 1 .00 36 .93 ATOM 4896 C7 INH V 1 8 .071 41 .463 67 .833 1 .00 32 .28 ATOM 4897 01 INH V 1 8 .288 41 . 443 66. 485 1 . 00 37 . 06 ATOM 4898 C8 INH V 1 9.584 41.740 66.129 1.00 32.34 ATOM 4899 C9 INH V 1 9. 825 42. 911 65. 416 1. 00 31. 03 ATOM 4900 CIO INH V 1 11. 127 43. 216 65. 023 1. 00 33. 64 ATOM 4901 Cll INH V 1 12. 194 42. 381 65. 339 1. 00 31. 88 ATOM 4902 C12 INH V 1 11. 928 41. 198 66. 028 1. 00 31. 07 ATOM 4903 C13 INH V 1 10. 630 40. 858 66. 412 1. 00 28. 70 ATOM 4904 C14 INH V 1 13. 587 42. 710 64. 882 1. 00 32. 51 ATOM 4905 C15 INH V 1 14. 260 41. 560 64. 121 1. 00 34. 69 ATOM 4906 C16 INH V 1 15. 683 41. 849 63. 754 1. 00 28. 88 ATOM 4907 SI INH V 1 16. 605 40. 755 64. 790 1. 00 29. 16 ATOM 4908 Nl INH V 1 13. 497 40. 805 63. 099 1. 00 30. 69 ATOM 4909 0 HOH W 1 44. 463 49. 888 77. 523 1. 00 46. 91 ATOM 4910 O HOH w 2 13. 469 27. 803 78. 018 1. 00 20. 07 ATOM 4911 O HOH w 3 4. 225 69. 721 58. 393 1. 00 27. 76 ATOM 4912 O HOH 4 15. 603 28. ,826 61. 823 1. 00 22. 81 ATOM 4913 O HOH w 5 22. 862 26. ,624 42. 874 1. 00 53. 05 ATOM 4914 O HOH w 6 8. 423 46. 452 57. 584 1. 00 32. 22 ATOM 4915 O HOH 7 17. 904 46. ,550 68. ,524 1. 00 31. 91 ATOM 4916 O HOH w 8 22. 979 45. ,895 83. 716 1. 00 39. 37 ATOM 4917 O HOH w 9 17. 707 39. ,158 55. ,643 1. 00 25. 27 ATOM 4918 O HOH w 10 12. 439 36. ,303 59. 209 1. 00 31. 46 ATOM 4919 O HOH w 11 17. ,367 62. ,730 50. ,320 1. ,00 37. ,74 ATOM 4920 0 HOH 12 42. ,823 52. ,642 90. ,552 1. 00 53. ,80 ATOM 4921 O HOH w 13 34. ,337 45. ,508 97. ,419 1. 00 57. 99 ATOM 4922 O HOH w 14 6. ,726 27. ,119 48. ,459 1. 00 62. 29 ATOM 4923 O HOH w 15 -0. ,093 30. ,159 71. ,746 1. 00 29. ,96 ATOM 4924 0 HOH 16 19. ,673 44. .016 58. ,682 1. 00 58. 64 ATOM 4925 O HOH w 17 16, ,563 26, ,790 80, ,837 1. ,00 38. ,62 ATOM 4926 O HOH w 18 10. ,281 35, ,677 88, ,518 1. .00 26. ,01 ATOM 4927 0 HOH 19 20, ,973 35, ,691 44, ,774 1. ,00 49. ,50 ATOM 4928 0 HOH w 20 0, ,996 19, ,571 53, ,713 1. ,00 67. ,39 ATOM 4929 0 HOH w 21 20, ,424 37, ,014 85, ,845 1. ,00 39. ,54 ATOM 4930 0 HOH w 22 -2, ,498 35, ,905 53, ,781 1. ,00 51. ,70 ATOM 4931 0 HOH 23 39, ,807 49, .718 92, .595 1. ,00 37, .39 ATOM 4932 0 HOH 24 16, .431 58, .267 93, .127 1, ,00 47, ,45 ATOM 4933 0 HOH w 25 6, ,935 45, .104 66, .012 1. .00 18, ,12 ATOM 4934 0 HOH w 26 40, .479 54, .713 100, .253 1, ,00 28, .72 ATOM 4935 0 HOH w 27 22, .369 40, .324 67, .919 1, ,00 46, ,36 ATOM 4936 0 HOH w 28 37, .289 49, .457 68, .016 1. ,00 61, .37 ATOM 4937 0 HOH w 29 2, .611 35, .015 55, .709 1. ,00 24, ,45 ATOM 4938 0 HOH 30 41, .088 62 .590 98, .644 1, .00 65, .38 ATOM 4939 0 HOH w 31 17 .369 55 .024 87 .465 1, .00 24, .22 ATOM 4940 0 HOH 32 25 .433 20 .198 55 .692 1, ,00 44, .61 ATOM 4941 0 HOH 33 3 .890 42 .770 66 .651 1, .00 22, ,34 ATOM 4942 0 HOH 34 3 .934 63 .391 62 .592 1, .00 60, .69 ATOM 4943 0 HOH w 35 22 .280 41 .610 86 .289 1, ,00 74, .20 ATOM 4944 0 HOH 36 22 .631 46 .401 90 .078 1 .00 47 .44 ATOM 4945 0 HOH 37 33 .442 20 .227 64 .569 1 .00 55 .41 ATOM 4946 0 HOH w 38 39 .834 28 .974 75 .602 1 .00 41 .72 ATOM 4947 0 HOH 39 35 .232 47 .140 54 .186 1 .00 37 .08 ATOM 4948 0 HOH w 40 36 .003 57 .784 57 .893 1 .00 43 .05 ATOM 4949 0 HOH w 41 37 .216 27 .438 74 .564 1 .00 50 .79 ATOM 4950 0 HOH 42 17 .770 67 .012 77 .183 1 .00 45 .78 ATOM 4951 0 HOH w 43 5 .341 31 .286 78 .127 1 .00 25 .34 ATOM 4952 0 HOH w 44 33 .535 32 .503 52 .063 1 .00 56 .13 ATOM 4953 0 HOH w 45 25 .477 33 .146 44 .610 1 .00 65 .43 ATOM 4954 0 HOH w 46 16 .235 37 .438 52 .628 1 .00 32 .10 ATOM 4955 0 HOH w 47 28 .791 14 .101 63 .316 1 .00 46 .67 ATOM 4956 0 HOH w 48 10 .230 24 .992 86 .967 1 .00 38 .63 ATOM 4957 0 HOH w 49 30 .821 38 .856 79 .630 1 .00 40 .44 ATOM 4958 0 HOH w 50 12 .621 37 .226 62 .944 1 .00 26 .70 ATOM 4959 0 HOH 51 27 .987 30 .609 66 .612 1 .00 33 .55 ATOM 4960 0 HOH w 52 34 .459 28 .696 64 .242 1 .00 51 .01 ATOM 4961 0 HOH w 53 34 .969 62 .270 91 .179 1 .00 68 .20 ATOM 4962 O HOH W 54 33.631 30.717 62.396 1.00 41.64 ATOM 4963 O HOH W 55 43. 987 48. 530 91. 269 1. 00 50. 99 ATOM 4964 O HOH W 56 23. 412 28. 584 85. 186 1. 00 69. 23 ATOM 4965 O HOH W 57 39. 834 28. 057 72. 257 1. 00 81. ,00 ATOM 4966 O HOH W 58 2. 892 25. 685 69. 907 1. 00 38. 96 ATOM 4967 O HOH 59 10. 284 47. 120 72. 671 1. 00 40. 28 ATOM 4968 O HOH W 60 32. 645 39. 037 76. 746 1. 00 21. 71 ATOM 4969 O HOH W 61 43. 535 48. 019 95. 228 1. 00 37. 69 ATOM 4970 O HOH W 62 11. 991 51. 053 43. 479 1. 00 41. 05 ATOM 4971 O HOH W 63 18. ,329 56. 527 89. 388 1. 00 28. ,51 ATOM 4972 O HOH W 64 16. ,555 9. ,309 68. 875 1. 00 89. ,05 ATOM 4973 O HOH W 65 23. ,741 44. ,759 73. ,150 1. 00 38. ,43 ATOM 4974 O HOH 66 19. ,093 53. ,805 41. ,239 1. 00 55. ,25 ATOM 4975 O HOH W 67 31. ,750 60. ,369 56. 933 1. 00 92. ,26 ATOM 4976 O HOH 68 24. ,836 68. ,428 80. ,926 1. 00 59. ,25 ATOM 4977 O HOH 69 21. ,014 19. ,446 48. ,342 1. 00 52. ,24 ATOM 4978 0 HOH 70 11. ,318 68. ,028 86. 566 1. 00 77. ,81 ATOM 4979 0 HOH 71 5. ,312 60. ,076 63. 511 1. 00 36. ,83 ATOM 4980 0 HOH W 72 7. ,689 20. ,219 84. 680 1. 00 32. ,24 ATOM 4981 0 HOH 73 34. ,988 44. 708 64. 746 1. 00 40. ,73 ATOM 4982 0 HOH w 74 10, ,614 49. ,644 41. ,337 1. ,00 38. ,90 ATOM 4983 0 HOH w 75 19, ,349 42. ,973 64. ,739 1. ,00 54, ,53 ATOM 4984 0 HOH 76 35, ,916 30. ,862 80. ,753 1. ,00 55. ,38 ATOM 4985 0 HOH w 77 9, ,666 26. ,046 46. ,603 1. ,00 40. .09 ATOM 4986 0 HOH 78 10. ,171 46. ,751 60. ,237 1. ,00 29. ,78 ATOM 4987 0 HOH w 79 46, ,751 58. ,883 86. ,875 1. ,00 35. ,92 ATOM 4988 0 HOH w 80 19, ,320 32. ,528 51. ,000 1. ,00 33. ,36 ATOM 4989 0 HOH w 81 28, ,815 39. ,568 66. ,176 1. ,00 59. ,19 ATOM 4990 0 HOH w 82 38, ,207 35. ,773 73. ,585 1. 00 17. ,81 ATOM 4991 0 HOH w 83 23, ,802 33. ,925 75. ,175 1. ,00 25. ,19 ATOM 4992 0 HOH w 84 42, ,241 51. ,290 99. ,896 1. 00 15. ,88 ATOM 4993 0 HOH w 85 3, ,751 36, ,678 58, ,842 1. ,00 24, .97 ATOM 4994 0 HOH w 86 -7, .009 40, .341 62, ,580 1. .00 25, ,39 ATOM 4995 0 HOH w 87 11, ,735 58, .910 68, ,155 1. ,00 39, ,70 ATOM 4996 0 HOH 88 13, ,986 52, ,835 42, .224 1, ,00 50, .91 ATOM 4997 0 HOH w 89 1, .452 46, ,541 69, ,459 1, ,00 35, ,03 ATOM 4998 0 HOH 90 -1, .938 55, .310 56, ,971 1. ,00 28, .10 ATOM 4999 0 HOH w 91 13, .801 66, .947 52, ,600 1, ,00 38. .65 ATOM 5000 0 HOH w 92 21, .594 47, .218 79. ,203 1. ,00 30, .31 ATOM 5001 0 HOH w 93 10, .639 58, .632 90. ,827 1, ,00 43, ,78 ATOM 5002 0 HOH 94 33, .335 53, .550 68. .086 1, ,00 37, .04 ATOM 5003 0 HOH w 95 -1, .984 28, ,738 60, .212 1, ,00 31, .56 ATOM 5004 0 HOH 96 -4 .958 51, .055 59, .250 1, .00 34, .00 ATOM 5005 0 HOH 97 17 .610 39, .701 51, .503 1, ,00 28, .27 ATOM 5006 0 HOH 98 10 .686 54, .166 67, .565 1, ,00 37, .68 ATOM 5007 0 HOH 99 20 .567 43 .859 78, .621 1. .00 41, .57 ATOM 5008 0 HOH 100 7 .013 22 .332 69, .109 1, .00 28, .72 ATOM 5009 0 HOH w 101 10 .097 53 .225 78, .477 1, .00 35 .68 ATOM 5010 0 HOH w 102 10 .849 31 .404 53, .014 1, .00 32 .22 ATOM 5011 0 HOH w 103 42 .381 59 .035 94, .728 1, .00 36 .00 ATOM 5012 0 HOH w 104 17 .234 41 .111 54, .082 1, .00 33, .65 ATOM 5013 0 HOH w 105 26 .902 62 .025 81 .989 1, .00 34, .70 ATOM 5014 0 HOH 106 -14 .313 49 .559 56, .204 1, .00 54 .36 ATOM 5015 0 HOH w 107 41 .646 57 .501 101 .015 1 .00 68 .12 ATOM 5016 0 HOH 108 26 .759 43 .000 47 .219 1, .00 32 .69 ATOM 5017 0 HOH 109 16 .624 48 .119 46 .545 1 .00 38 .64 ATOM 5018 0 HOH 110 26 .159 32 .793 75 .230 1 .00 24 .77 ATOM 5019 0 HOH w 111 2 .101 33 .468 67 .006 1 .00 31 .50 ATOM 5020 0 HOH 112 38 .114 36 .374 87 .451 1 .00 44 .06 ATOM 5021 0 HOH w 113 13 .211 29 .810 61 .356 1 .00 33 .81 ATOM 5022 0 HOH w 114 -3 .064 37 .863 40 .673 1 .00 37 .92 ATOM 5023 0 HOH w 115 15 .007 47 .948 69 .488 1 .00 28 .23 ATOM 5024 0 HOH w 116 27 .101 66 .633 80 .518 1 .00 41 .24 ATOM 5025 0 HOH w 117 11 .870 38 .304 43 .174 1 .00 40 .85 ATOM 5026 O HOH W 118 13.844 25.597 58.258 1.00 53.75 ATOM 5027 O HOH 119 2. 929 41. 135 59. 858 1. 00 36. 49 ATOM 5028 O HOH W 120 24. 890 45. 490 82. 167 1. 00 41. 65 ATOM 5029 O HOH W 121 36. 062 59. 335 75. 090 1. 00 38. 82 ATOM 5030 O HOH W 122 10. 715 32. 037 61. 699 1. 00 78. 82 ATOM 5031 O HOH W 123 -2. 646 25. 492 60. 812 1. 00 48. 40 ATOM 5032 O HOH 124 -8. 948 46. 831 63. 556 1. 00 48. 06 ATOM 5033 O HOH W 125 17. 843 39. 367 36. 020 1. 00 35. 80 ATOM 5034 O HOH W 126 2. 218 57. 766 62. 253 1. 00 44. 61 ATOM 5035 O HOH W 127 10. 736 62. 766 64. 366 1. 00 55. 84 ATOM 5036 O HOH W 128 0. 884 35. 562 63. 963 1. 00 44. 14 ATOM 5037 O HOH W 129 19. 165 59. 557 60. 644 1. 00 47. 82 ATOM 5038 O HOH W 130 1. 546 27. 875 68. 443 1. 00 39. 69 ATOM 5039 O HOH W 131 5. 497 26. 285 76. 668 1. 00 44. 47 ATOM 5040 O HOH W 132 14. 505 36. 538 88. 996 1. 00 40. 00 ATOM 5041 O HOH 133 8. 534 28. 713 88. 519 1. 00 46. 55 ATOM 5042 O HOH W 134 6. 125 45. 267 77. 959 1. 00 45. 57 ATOM 5043 O HOH W 135 26. 016 18. 543 78. 878 1. 00 51. 65 ATOM 5044 O HOH W 136 33. 880 23. 025 70. 739 1. 00 46. 95 ATOM 5045 O HOH 137 19. 230 26. 073 49. 998 1. 00 51. 97 ATOM 5046 O HOH W 138 41. ,563 41. ,085 77. 326 1. 00 43. ,14 ATOM 5047 O HOH 139 39. ,187 63. ,067 75. 380 1. 00 56. ,52 ATOM 5048 O HOH 140 26. ,878 54. ,491 67. 203 1. 00 42. ,14 ATOM 5049 O HOH W 141 22. ,988 62. ,189 74. ,174 1. .00 48. ,31 ATOM 5050 O HOH 142 25. ,190 62, ,803 71. 067 1. ,00 67. ,16 ATOM 5051 0 HOH w 143 18. ,598 45. ,126 81. ,949 1. ,00 53. ,80 ATOM 5052 0 HOH w 144 19. ,782 53, ,129 90. ,556 1. ,00 48. ,73 ATOM 5053 0 HOH w 145 21. ,735 48, ,367 86. ,454 1. ,00 40. ,39 ATOM 5054 0 HOH w 146 25. ,707 57, ,012 93. ,476 1. ,00 53. ,61 ATOM 5055 0 HOH w 147 22, ,832 62, ,085 93. ,149 1. ,00 46. ,02 ATOM 5056 0 HOH w 148 25, ,725 67, ,203 89. ,990 1. ,00 75. ,23 ATOM 5057 0 HOH w 149 10, .773 53, .653 85, ,697 1, ,00 50, .65 ATOM 5058 0 HOH w 150 4, .221 58, ,449 86. ,608 1, ,00 49, .23 ATOM 5059 0 HOH w 151 7, .790 72, .096 84, ,410 1, ,00 51, .10 ATOM 5060 0 HOH 152 2, .387 58, .282 67, ,835 1, ,00 33, .29 ATOM 5061 0 HOH w 153 0, .921 49, .551 69, ,095 1, ,00 59, .60 ATOM 5062 0 HOH w 154 8, .722 45, .171 71, ,561 1, ,00 46. .56 ATOM 5063 0 HOH w 155 6, .422 47, .947 81, .081 1, .00 57, .56 ATOM 5064 0 HOH w 156 15, .936 56, .908 55, .129 1. .00 43, .33 ATOM 5065 0 HOH w 157 3, .032 19, .635 62, .453 1, .00 80, .38 ATOM 5066 0 HOH w 158 -4, .228 58, .058 47, .057 1, ,00 39, .66 ATOM 5067 0 HOH 159 1 .197 41 .002 78, .942 1, ,00 57, .22 ATOM 5068 0 HOH w 160 1 .259 43 .651 68, .100 1 .00 37 .94 ATOM 5069 0 HOH w 161 25 .799 64 .833 56, .690 1 .00 38 .96 ATOM 5070 0 HOH w 162 -11 .853 45 .054 45, .070 1, .00 38 .38 ATOM 5071 0 HOH w 163 40 .159 31 .033 78, .548 1 .00 75 .36 ATOM 5072 0 HOH w 164 21 .477 20 .377 79, .349 1, .00 35 .96 ATOM 5073 0 HOH w 165 26 .347 44 .558 72, .803 1, .00 42 .21 ATOM 5074 0 HOH w 166 16 .446 61 .207 59, .687 1 .00 39 .70 ATOM 5075 0 HOH w 167 27 .695 64 .216 82 .410 1 .00 44 .71 ATOM 5076 0 HOH w 168 -2 .998 57 .511 34 .738 1 .00 45 .35 ATOM 5077 0 HOH w 169 6 .608 51 .527 60 .826 1 .00 39 .48 ATOM 5078 0 HOH 170 31 .104 28 .934 81 .337 1 .00 43 .19 ATOM 5079 0 HOH w 171 10 .135 28 .233 45 .533 1 .00 41 .24 ATOM 5080 0 HOH w 172 8 .201 43 .960 75 .322 1 .00 37 .71 ATOM 5081 0 HOH w 173 13 .799 66 .601 85 .597 1 .00 34 .74 ATOM 5082 0 HOH 174 16 .664 53 .670 65 .006 1 .00 43 .69 ATOM 5083 0 HOH w 175 18 .301 47 .296 43 .793 1 .00 45 .84 ATOM 5084 0 HOH w 176 11 .717 61 .868 52 .648 1 .00 34 .93 ATOM 5085 0 HOH w 177 29 .516 23 .822 76 .838 1 .00 51 .50 ATOM 5086 0 HOH 178 39 .940 60 .509 78 .535 1 .00 46 .33 ATOM 5087 0 HOH w 179 -1 .803 44 .974 37 .278 1 .00 52 .56 ATOM 5088 0 HOH 180 7 .343 47 .305 65 .468 1 .00 47 .27 ATOM 5089 0 HOH w 181 17 .912 15 .338 81 .793 1 .00 50 .08 ATOM 5090 O HOH 182 -4.631 55.917 82.183 1.00 65.36 ATOM 5091 O HOH W 183 32. 973 42. 656 86. 667 1. 00 43. 97 ATOM 5092 O HOH W 184 -1. 834 36. 784 71. 040 1. 00 45. 10 ATOM 5093 O HOH W 185 -4. 519 34. 633 71. 838 1. 00 43. 99 ATOM 5094 O HOH W 186 4. 518 68. 554 71. 661 1. 00 46. 99 ATOM 5095 O HOH W 187 2. 774 37. 503 61. 490 1. 00 45. 81 ATOM 5096 O HOH 188 31. 770 43. 526 51. 410 1. 00 58. 02 ATOM 5097 O HOH 189 5. 471 43. 861 38. 891 1. 00 49. 43 ATOM 5098 O HOH 190 11. 934 58. 219 70. 811 1. 00 49. 96 ATOM 5099 O HOH W 191 33. 112 26. 203 70. 484 1. 00 60. 03 ATOM 5100 O HOH W 192 30. 914 43. 017 70. 613 1. 00 73. 23 ATOM 5101 O HOH W 193 0. 400 39. 300 39. 714 1. 00 65. 37 ATOM 5102 O HOH W 194 48. 247 56. 159 86. 370 1. 00 60. 09 ATOM 5103 O HOH W 195 12. 359 59. 992 62. 698 1. 00 53. 57 ATOM 5104 O HOH W 196 11. 149 17. 504 78. 264 1. 00 54. 43 ATOM 5105 O HOH W 197 -4. 284 31. 953 60. 991 1. 00 47. 12 ATOM 5106 O HOH 198 29. 888 35. 624 82. 772 1. 00 52. 16 ATOM 5107 O HOH 199 14. 388 39. 115 89. 656 1. 00 47. 93 ATOM 5108 O HOH W 200 -8. ,529 51. 475 47. 745 1. 00 61. ,00 ATOM 5109 O HOH 201 • 15. 572 53. 338 52. 008 1. 00 72. 42 ATOM 5110 O HOH 202 24. ,319 38. 590 87. 128 1. ,00 50. ,03 ATOM 5111 O HOH 203 25. ,366 70. 670 82. 839 1. 00 49. ,01 ATOM 5112 O HOH 204 18. ,531 27. 749 86. 236 1. 00 48. 64 ATOM 5113 O HOH W 205 21. .694 20. 030 81. ,796 1. ,00 49. ,04 ATOM 5114 0 HOH w 206 23. ,953 47. ,993 67. ,580 1. ,00 40. ,39 ATOM 5115 0 HOH w 207 22. ,012 40. 217 90. ,228 1. ,00 42. ,29 ATOM 5116 0 HOH w 208 16, ,197 45. ,094 43. ,427 1. ,00 48. ,00 ATOM 5117 0 HOH 209 21, .019 68. ,985 84. ,382 1. ,00 56. ,50 ATOM 5118 0 HOH w 210 -7, ,134 33. ,015 71. ,591 1. ,00 56. ,31 ATOM 5119 0 HOH w 211 40, .843 44. ,050 89. ,284 1, ,00 43. ,07 ATOM 5120 0 HOH 212 20, .374 14. ,856 56. ,642 1, ,00 50. ,07 ATOM 5121 0 HOH w 213 12, .723 46. ,277 73. ,748 1, ,00 59. ,15 ATOM 5122 0 HOH w 214 8, .956 43, ,704 58, ,706 1, .00 45, .56 ATOM 5123 0 HOH w 215 -2, .433 36, ,012 80, ,232 1, .00 54, .12 ATOM 5124 0 HOH w 216 5, ,257 25. ,271 55, ,914 1, ,00 53, .23 ATOM 5125 0 HOH 217 13, .354 64. .403 53, .862 1, .00 47, .27 ATOM 5126 0 HOH w 218 30, .477 42, ,517 67, .472 1, .00 48, ,17 ATOM 5127 0 HOH w 219 14, .139 47, ,479 76, ,123 1, .00 79, .04 ATOM 5128 0 HOH w 220 0 .829 29, ,563 50, .769 1 .00 48, .10 ATOM 5129 0 HOH 221 32 .979 51, .667 96, .624 1, .00 51, .30 ATOM 5130 0 HOH w 222 14, .677 45, .948 71, ,756 1, .00 52, .31 ATOM 5131 0 HOH w 223 33 .890 24, .505 58, .094 1 .00 43 .65 ATOM 5132 0 HOH 224 17 .853 9, .519 65, .560 1 .00 55, .94 ATOM 5133 0 HOH 225 37 .794 31, .473 62, .305 1 .00 50, .38 ATOM 5134 0 HOH w 226 29 .206 50 .335 62 .673 1 .00 45 .43 ATOM 5135 0 HOH 227 4 .932 48, .808 63 .354 1, .00 42 .45 ATOM 5136 0 HOH w 228 18 .933 59, .070 55, .899 1, .00 50 .29 ATOM 5137 0 HOH 229 13 .849 18 .833 83 .641 1 .00 55 .89 ATOM 5138 0 HOH 230 25 .919 46 .022 68 .076 1 .00 35 .63 ATOM 5139 0 HOH w 231 27 .565 65 .098 75 .153 1 .00 73 .11 ATOM 5140 0 HOH w 232 27 .128 39 .012 68 .497 1 .00 40 .77 ATOM 5141 0 HOH 233 40 .706 52 .468 74 .641 1 .00 51 .60 ATOM 5142 0 HOH w 234 21 .689 65 .312 58 .080 1 .00 66 .72 ATOM 5143 0 HOH w 235 9 .121 17 .615 59 .271 1 .00 51 .98 ATOM 5144 0 HOH 236 17 .931 36 .565 88 .091 1 .00 54 .77 ATOM 5145 0 HOH w 237 33 .843 36 .707 52 .576 1 .00 61 .60 ATOM 5146 0 HOH 238 -3 .693 50 .074 63 .986 1 .00 43 .64 ATOM 5147 0 HOH w 239 44 .272 44 .279 81 .461 1 .00 69 .21 ATOM 5148 0 HOH w 240 2 .092 28 .868 52 .894 1 .00 54 .01 ATOM 5149 0 HOH w 241 8 .309 33 .518 71 .442 1 .00 68 .05 ATOM 5150 0 HOH 242 1 .051 31 .947 69 .204 1 .00 52 .88 ATOM 5151 0 HOH w 243 44 .255 51 .162 96 .650 1 .00 20 .00 ATOM 5152 0 HOH 244 16 .173 45 .408 46 .636 1 .00 20 .00 ATOM 5153 0 HOH w 245 41 .130 50 .734 97 .991 1 .00 20 .00 ATOM 5154 O HOH W 246 36,,912 36,,263 75,,911 1,,00 20.,00 ATOM 5155 O HOH W 247 -17, ,107 27, ,146 54, ,728 1, ,00 20. ,00 ATOM 5156 O HOH W 248 24, ,078 46, ,307 79, .123 1, ,00 20. ,00 ATOM 5157 O HOH 249 -12, ,250 47. ,964 61, ,593 1, ,00 20. ,00 ATOM 5158 O HOH W 250 35, ,804 51, .343 51, ,682 1, .00 20. ,00 ATOM 5159 O HOH W 251 25, .537 59, .940 69, .750 1, .00 20. ,00 ATOM 5160 O HOH W 252 0, .539 55, ,427 62, .088 1, .00 20. ,00 END

Claims: CLAIMS 1. An isolated protein comprising at least a subsequence of the amino acid sequence of LTA 4 hydrolase, which exhibits a three-dimensional form essentially as disclosed in Table 9 by the parameters defining atom 1 to atom 4876, said subsequence being capable of participating in the control of the an enzymatic pathway, such as the leukotriene cascade, or a functionally equivalent part, derivative or conformational analogue thereof. 2. A protein according to claim 1, which comprises an enzymatically active site defined in the following table: 3. A protein according to claim 2, which is an enzyme having a metallohydrolase activity capable of participating in the regulation of enzyme activities in biochemical pathways, wherein said enzymes have structures similar to the ones defined in claim 2. 4. A protein according to claim 1, which comprises an enzymatically active site defined by the following amino acids: Glnl36; Alal37; Tyr267; Gly268; Gly269; Met270; Glu271; Val292; His295; Glu296; His299; Glu318; Tyr378; Tyr383; Arg563; Lys565. 5. A protein according to claim 1, which comprises an enzymatically active site defined by the following amino acids: Glnl36; Alal37; Tyr267; Gly268; Gly269; Met270; Glu271; Val292; His295; Glu296; His299; Trp315; Glu318; Val322; Phe362; Val367; Leu369; Pro374; Asp375; Ile372; Ala377; Pro382; Tyr378; Tyr383; Arg563; Lys565. 6. A compound which is substantially complementary to a protein according to any one of claims 1-5. 7. A compound according to claim 6, which is substantially complementary to an enzymatically active site of said protein and which is capable of specifically inhibiting said enzymatic activity. 8. A compound according to claim 7, which is an inhibitor of a metallohydrolase enzyme. 9. An isolated complex, which is comprised of a protein according to claim 1-5 and a complementary compound according to any one of claims 6-8, wherein the three-dimensional structure of LTNt hydrolase is essentially as disclosed in Table 9 by the parameters defining atom 1- atom 4876, or a functionally equivalent part, derivative or conformational analogue of such a complex. 10. A complex according to claim 9, wherein the protein complexed with LTNi hydrolase is selected from the group which consists of bestatin, thiolamine or hydroxamic acid, or a functionally equivalent part, derivative or conformational analogue of such a complex. 11. Use of the parameters of a protein according to any one of claims 1-5, a com- pound according to any one of claims 6-8 or a complex according to claim 9 or 10 in drug design, such as in molecular modeling, direct structure-based design and/or combinatorial chemistry. 12. Use according to claim 11, wherein said parameters are selected from the parameters disclosed in Table 9 defining atom 1- atom 4876. 13. Use according to claim 11 or 12, wherein said drug is for the treatment and/or prevention of disorders involving acute and chronic inflammatory and/or allergic symtoms, said disorder being selected from the group consisting of arthritis, inflammatory bowel disease (IBD), psoriasis, chronic obstructive pulmonary disease (COPD), and acquired immune deficiency syndrome (AIDS). 14. Use according to claim 11 or 12, wherein said drug is for the treatment and/or prevention of proliferative disorders, such as neoplasias and/or cancer. 15. Use according to claim 11 or 12, wherein said drug is for the treatment and/or prevention of disorders caused by the lethal factor of Bacillus anthracis, e.g. anthrax. 16. A method for screening LTA hydrolase analogues that mimic at least a part of the three dimensional structure of the LTA 4 hydrolase molecule as defined by the parameters shown in Table 9 for atom 1 to atom 4876, which comprises the steps of (a) producing a multiplicity of analogue structures of LTA 4 hydrolase and (b) selecting an analogue structure, wherein the three-dimensional configuration and spatial arrangement of one or more enzymatically active sites and/or binding sites of said LTA 4 hydrolase remain substantially preserved. 17. A method according to claim 16, wherein an analogue exhibiting an enzymatic activity, such as an epoxide hydrolase and/or aminopeptidase activity, is selected. 18. A method according to claim 16 or 17, wherein an enzymatic inhibitor comple- mentary to the amino acids defined in any one of claims 3, 4 or 5 is screened for. 19. An analogue obtainable by the method according to any one of claims 16-18. 20. An analogue according to claim 19, which exhibits an increased catalytic activity when compared to the naturally occurring form of LTA hydrolase, such as defined in Table 9 by parameters of atom 1 to atom 4876. 21. A method for screening LTA 4 hydrolase binding compounds complementary to a region of LTA 4 hydrolase, preferably an enzymatically active site thereof, which comprises the steps of (a) producing a multiplicity of possible complementary structures and (b) selecting a structure, wherein the three-dimensional configuration and spatial ar- rangement of regions involved in binding to LT t hydrolase remain substantially preserved, which selection is based on the three-dimensional structure of LTA. J hydrolase, and/or LTN t hydrolase complexed to an inhibitor thereof, in a form adopted thereof in nature, such as defined in Table 9. 22. A method according to claim 21, wherein a general metallohydrolase inhibitor is selected, which is capable of inhibiting an enzyme belonging to the Ml family. 23. A method according to claim 21, wherein an inhibitor of the epoxide hydrolase activity and/or aminopeptidase activity of LTN t hydrolase or of LTC 4 synthases is selected. 24. A method according to claim 21, wherein a compound capable of antagonizing LTB 4 receptor binding of a cell is selected. 25. A compound obtainable by the method according to any one of claims 21-24. 26. A method of engineering a protein, which method comprises the steps of -identification of a suitable set of mutations based on the structure of LTA hydrolase; -generation of a library of genes which contains the suitable sequence variations; -selection of clones encoding the LTA 4 hydrolase analogues with a desired activity function; wherein said desired activity is the capability of efficiently producing an organic compound of interest. 27. A method according to claim 26, wherein the specified property is the suicidal mode of action of LTA 4 hydrolase. 28. A process for the purification of a protein according to any one of claims 1-3 or obtained according to claim 26 or 27, which purification includes hydroxyapatite- based chromatography and a subsequent anion exchange chromatography. 29. A process for the crystallisation of an LTA 4 hydrolase, an analogue or a derivative thereof, wherein said crystallisation is performed with the addition of a ytterbium salt as an additive, such as an ytterbium chloride. 30. A protein obtained by the method according to any one of claims 27-29. 31. A protein according to claim 30, which is present in an essentially pure form. 32. An isolated nucleic acid encoding a protein according to claim 30 or 31. 33. A nucleic acid capable of specifically hybridising to a the nucleic acid according to claim 32. 34. Use of a protein, which is a genetically modified LTNj hydrolase, according to claim 30 or 31 in the preparation of LTB 4 or other metabolites in the leukotriene cascade. 35. A protein according to any one of claims 6-8, 25, 30 or 31 for use as a medicament. 36. Use of a protein according to any one of claims 6-8, 25, 30 or 31 in the manufacture of a medicament for the treatment and/or prevention of acute and chronic inflammatory and/or allergic disorders, said disorder being selected from the group consisting of arthritis, inflammatory bowel disease (IBD), psoriasis and chronic obstructive pulmonary disease (COPD); neoplasias and/or cancer; or disorders caused by the lethal factor of Bacillus anthracis, e.g. anthrax. 37. Use of a protein according to any one of claims 6-8, 25, 30 or 31, in the manu- facture of a medicament for the treatment and/or prevention of an anti- inflammatory and/or anti-allergenic disorder, such as bronchial asthma, allergic rhinitis, conjunctivitis etc. 38. Use of a protein according to any one of claims 6-8, 25, 30 or 31 in the manufacture of a medicament for the treatment and/or prevention of infection caused be human immunodeficiency virus (HIV).

Inventors: HAEGGSTROEM JESPER Z, NORDLUND PAER, THUNISSEN MARJOLEIN, HAEGGSTROEM, JESPER, Z., NORDLUND, PAER, THUNISSEN, MARJOLEIN
Applicants: HAEGGSTROEM JESPER Z, NORDLUND PAER, THUNISSEN MARJOLEIN, HAEGGSTROEM, JESPER, Z., NORDLUND, PAER, THUNISSEN, MARJOLEIN
Application year: 2000
Main classification: C12N9
IPC codes: A61K38, A61P29, A61P37, C12N9