CRYSTALS OF THE ALPHA 1 BETA 1 INTEGRIN I-DOMAIN AND THEIR USE

Abstract: The present invention relates to crystals of fragments of alpha 1 beta 1 integrin (" alpha 1 beta 1"), specifically, a soluble fragment of the alpha 1 chain of alpha 1 beta 1 integrin (143-340). The invention relates further to uses of these crystals and the coordinates thereof to design, identify, optimize or characterize chemical entities having properties of interest.

Description: CRYSTALS OF THE ALPHA 1 BETA 1 INTEGRIN I-DOMAIN AND THEIR USE BACKGROUND OF THE INVENTION A major class of cell receptors that interacts with the constituents of the extracellular matrix (" ECM") (e.g, collagen, laminin) are the integrins which are transmembrane heterodimeric glycoproteins composed of noncovalently associated α and β subunits. The integrin family contains at least 16 α subunits, seven of which contain an approximately 200 amino acid inserted domain in their N-terminal region variously called the "I-domain" or the "A-domain". Processes such as cell differentiation, cell proliferation and cell migration in embryonic development, as well as remodeling and cell/tissue repair events, are dependent on communication of cells with the ECM. Alpha 1 beta 1 integrin ("αlβl integrin") is a cell-surface receptor for collagen I, collagen IV and laminin. It is also known as VLA-1. Indeed, αlβl supports not only collagen-dependent adhesion and migration, but also is likely to be a critical collagen receptor on mesenchymally-derived cells that may be involved in ECM remodeling after injury (Gotwals et al.(1996), J. Clin. Invest. 97 : p 2469-2477 ). The ability of cells to contract and organize collagen matrices is a critical component of any wound healing response. Improper regulation of αlβl integrin may result in certain pathological conditions such as fibrosis. Moreover, there is a limited, but provocative, literature suggesting that αl βl may play a role in T cell/monocyte driven diseases. Anti-αl βl antibodies block T-cell dependent cytokine expression. Miyake et al., J. Exp. Med., 177: 863-868 (1993). Expression of αl βl is upregulated in persistently activated, 2-4 week old cultured T cells (Hemler et al., Eur. J. Immunol., 15: 502-508 (1985)) and is also expressed on a high percentage of T cells isolated from the synovium of patients with rheumatoid arthritis. Hemler et al., J. Clin. Invest., 78: 696-702 (1986). Chronic tissue damage results from both resident activated T cells, and also monocytes/fibroblasts recruited by T cell-derived cytokines. Blocking the αl βl-induced T cell interaction might relieve tissue damage by removing activated T cells and/or by diminishing inflammatory cytokine levels. It would therefore be useful to design, identify or obtain potential drug candidates which would interfere with the αl βl integrin-ECM or T-cell interaction(s). The recent emergence of drug design to identify candidates that play a role in a physiologically relevant biological pathway has provided a useful approach for obtaining, or designing, lead compounds for drugs. Generally, this approach requires selecting a protein target molecule which plays a role in a physiologically relevant biological pathway. Typically, once an inhibitor or agonist, natural or synthesized, is found for the target molecule, it is modified or optimized to produce a candidate with the desired properties. In order to more efficiently design or modify a ligand, it is useful to have a three-dimensional structure for the bioactive conformation of a known ligand as it binds to the target protein molecule. Furthermore, it is valuable to understand the detailed interactions of the ligand with its target protein by examining the three-dimensional structure of the protein target in complex with its known ligand. This allows the artisan to preserve the critical interactions with the protein, while modifying candidate ligands to interact more precisely with the protein, resulting in better potency and specificity. However, the three dimensional crystal structure of the protein target is frequently unavailable due to the significant effort required to obtain crystals of sufficient size and quality to provide accurate information regarding the structure. For example, it is time consuming and often difficult to express, purify and characterize a protein. Additionally, once the protein of sufficient purity is obtained, it must be crystallized to a size and quality which is useful for x-ray diffraction and subsequent structure solution. Thus, although crystal structures can provide a wealth of valuable information in the field of drug design and discovery, crystals of certain biologically relevant molecules such as αl βl integrin, are not readily available to those skilled in the art. Furthermore, although the amino acid sequence of a target protein, such as αlβl integrin, is known, this sequence information does not allow an accurate prediction of the crystal structure of the protein. Nor does the sequence information afford an understanding of the structural, conformational and chemical interactions between a ligand such as αl βl integrin and its target. Thus, there is a need for a detailed knowledge of the crystalline three- dimensional structure of the extracellular domain of αlβl integrin, to effectively design, screen or optimize compounds capable of interfering with the αlβl integrin- ECM and/or T-cell interactions. A soluble version of αl βl integrin can be made from its extracellular region or fragments thereof. As used herein, the term "αlβl integrin" includes soluble αlβl integrin polypeptides lacking transmembrane and intracellular regions, homologs and analogs of αl βl integrin or derivatives thereof. Crystals of the αl chain of αl βl integrin or fragments thereof of a size and quality such as described herein, would allow performance of x-ray diffraction studies and enable those skilled in the art to conduct studies relating to the binding properties of αlβl integrin, as well as the binding properties of molecules or molecular complexes which may associate with αlβl integrin or fragments thereof. SUMMARY OF THE INVENTION Accordingly, the present invention is directed to crystals of the αl chain of αlβl integrin or crystals of fragments of the αl chain, of sufficient size and quality to obtain useful information about the properties of αlβl integrin and molecules or complexes which may associate with it. The claimed invention provides the three-dimensional crystal structure of the Cys 143 to Ala340 fragment of the αl chain of αlβl integrin, which can be used to identify binding sites to solve the structure of unknown crystals, to provide mutants having desirable binding properties, and ultimately, to design, characterize, or identify molecules or chemical entities capable of interfering with the interaction between collagen or other ligands and αl βl . Additional features and advantages of the invention will be set forth in the description which follows, and in part will be apparent from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the compositions and methods particularly pointed out in the written description and claims hereof, as well as in the appended drawings. To achieve these and other advantages, and in accordance with the purpose of the invention, as embodied and broadly described herein, the invention relates to a crystal of αl βl integrin. More particularly, the invention relates to a crystal formed by a functional fragment of the extracellular domain of the αl chain of αl βl (Cys 143- Ala340), wherein the crystal has cell constants a= 34.77D D , b= 85.92D, c= 132.56D, α = β = γ =90 D, and a space group of P2|2| 2|, and equivalents of that crystal. The claimed crystals of αl βl are substantially described by the structural coordinates identified in Table II. The claimed crystals in certain embodiments are characterized by a binding site moiety comprising Asp 154, Serl56, Asnl57,Serl58, Leu222, Gln223, Thr224, Asp257, Glu259, His261, His288, Tyr289, Gly292, Leu294 and Lys298. Mutants, homologs, co-complexes and fragments of the claimed crystals are also contemplated herein. The claimed invention in certain embodiments relates to heavy atom derivatives of the crystallized form of αlβl integrin (143-340), and, more specifically, the heavy atom derivatives of the crystallized form of αl βl described above. In various embodiments, the claimed invention relates to methods of preparing crystalline forms of αlβl, or fragments thereof, by providing an aqueous solution comprising at least a fragment of α 1 β 1 , providing a reservoir solution comprising a precipitating agent, mixing a volume of the αlβl solution with a volume of the reservoir solution and crystallizing the resultant mixed volume. In certain embodiments, the crystal is derived from an aqueous solution comprising the αl chain of αl βl(Cysl43-Ala340). In various embodiments, the concentration of αlβl in the aqueous solution is about 1 to about 50 mg/ml, preferably about 5 mg/ml to about 15 mg/ml, and most preferably, about 10 mg/ml. The precipitating agents used in the invention may be any precipitating agent known in the art, preferably one selected from the group consisting of sodium citrate, ammonium sulfate and polyethylene glycol. Any concentration of precipitating agent may be used in the reservoir solution, however it is preferred that the concentration be about 20% weight per volume ("w/v") to about 50% w/v, more preferably about 25% w/v. Similarly, the pH of the reservoir solution may be varied, preferably between about 4 to about 10, most preferably about 6.5. Various methods of crystallization can be used in the claimed invention, including, but not limited to, vapor diffusion, batch, liquid bridge, or dialysis. Vapor diffusion crystallization is preferred. Additionally, the claimed invention relates to methods of using the claimed crystal, and the structural coordinates, in methods for screening, designing, or optimizing molecules or other chemical entities that may interfere with the interaction between αlβl ligands such as members of the extracellular matrix (e.g., collagen) and αl βl . Thus, the structural coordinates of αlβl or portions thereof can be used to solve the crystal structure of a mutant, homologue or co-complex of αl βl or a fragment thereof, as well as to solve other unknown crystals which associate with αlβl or fragments thereof. In some embodiments, the structural coordinates of the αl chain of αl βl (as exemplified in Table II) can be used to evaluate a chemical entity to obtain information about the binding of the chemical entity to αl βl. The structural coordinates can be used to characterize chemical entities which interfere with the relationship between the extracellular matrix (i.e., collagen or laminin) and αl βl such as inhibitors or agonists. The coordinates can also be used to optimize binding characteristics, to determine the orientation of ligands in a binding site of αl β 1. One skilled in the art will appreciate the numerous uses of the claimed invention in the areas of drug design, screening and optimization of drug candidates, as well as in determining additional unknown crystal structures. In various embodiments, the claimed invention relates to a machine readable data storage medium having a data storage material encoded with machine readable data, which, when read by an appropriate machine, can display a three dimensional representation of a crystal. The crystals displayed comprise a fragment of αl β 1 such as that described by the coordinates in Table II, or a crystal having a binding site moiety comprising amino acids Asp 154, Serl56, Asnl57,Leu222, Gln223, Thr224, Asp257, Glu259, His261, His288, Tyr289, Gly292, Leu294 and Lys298. In other embodiments, the claimed invention relates to a method for determining a at least a portion of a three dimensional structure of a chemical entity or molecular complex by calculating phases from the structural coordinates of a crystal of a fragment of αl βl, calculating the electron density map from the phases obtained, and then determining at least a portion of the unknown structure based upon the electron density map. In yet other embodiments, the invention relates to methods for evaluating the ability of a chemical entity to associate with αl βl. The methods employ computational or experimental means to perform a fitting operation between the chemical entity and the αlβl to obtain data related to the association, and analyzing the data to determine the characteristics. Chemical entities identified by these methods which are capable of interfering with the in vivo or in vitro association between the extracellular matrix and αl βl are also encompassed by the claimed invention. The claimed chemical entities may comprise binding sites substantially similar to those of α 1 β 1 , or, alternatively may comprise binding sites capable of associating with the binding sites of αlβl. It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate several embodiments of the invention, and together with the description, serve to explain the principles of the invention. BRIEF DESCRIPTION OF THE FIGURES Figure 1 : 2Fo-Fc electron density map for a representative region of the D 1 I-domain crystal structure, contoured at I D. Figure 2: Ribbon representation of the fold of the D 1 I-domain molecule. The arrow points to the MIDAS binding site. DETAILED DESCRIPTION OF THE INVENTION In order that the invention described herein may be more fully understood, the following detailed description is set forth. The present invention relates to a crystal of a soluble fragment of the extracellular domain of the αl β 1 integrin. Specifically, it relates to a crystal of a soluble protein comprising the sequence from Cys 143 to Ala340 of the αl chain of αl βl integrin ("sαl βl(143-340)"), the structure of sαl βl(143-340) as determined by X-ray crystallography, and the use of the sαl βl(143-340) structure and that of its homologs, mutants and co-complexes to design, identify, characterize, screen and/or optimize candidate inhibitors or agonists of αlβl activity. A. DEFINITIONS The term αl βl integrin ("VLA-1" or "αlβl" or "αl βl integrin", used interchangeably) herein refers to a genus of polypeptides which are capable of binding to members of the extracellular matrix proteins such as laminin or collagen, or homologs or fragments thereof. The term as used herein includes sαl βl integrin 143- 340), homologs, mutants, equivalents and fragments thereof. The term "co-complex" refers to an αl βl or a mutant or homolog of αl βl in covalent or non-covalent association with a chemical entity. The term "homolog" or "homologous"- as used herein is synonymous with the term "identity" and refers to the sequence similarity between two polypeptides, molecules or between two nucleic acids. When a position in both of the two compared sequences is occupied by the same base or amino acid monomer subunit (for instance, if a position in each of the two DNA molecules is occupied by adenine, or a position in each of two polypeptides is occupied by a lysine), then the respective molecules are homologous at that position. The percentage homology between two sequences is a function of the number of matching or homologous positions shared by the two sequences divided by the number of positions compared x 100. For instance, if 6 of 10 of the positions in two sequences are matched or are homologous, then the two sequences are 60% homologous. By way of example, the DNA sequences CTGACT and CAGGTT share 50% homology (3 of the 6 total positions are matched). Generally, a comparison is made when two sequences are aligned to give maximum homology. Such alignment can be provided using, for instance, the method of Needleman et al., I. Mol Biol. 48: 443-453 (1970), implemented conveniently by computer programs such as the Align program (DNA tar, Inc.). Homologous sequences share identical or similar amino acid residues, where similar residues are conservative substitutions for, or "allowed point mutations" of, corresponding amino acid residues in an aligned reference sequence. In this regard, a "conservative substitution" of a residue in a reference sequence are those substitutions that are physically or functionally similar to the corresponding reference residues, e.g., that have a similar size, shape, electric charge, chemical properties, including the ability to form covalent or hydrogen bonds, or the like. Particularly preferred conservative substitutions are those fulfilling the criteria defined for an "accepted point mutation" in Dayhoff et al., 5: Atlas of Protein Sequence and Structure, 5: Suppl. 3, chapter 22: 354-352, Nat. Biomed. Res. Foundation, Washington, D.C. (1978). The term "mutant" refers to an αl βl integrin or fragment thereof, characterized by the replacement, deletion, or insertion of at least one amino acid from the wild-type. Such a mutant may be prepared, for example, by expression of αlβl integrin previously altered in its coding sequence by oligonucleotide-directed mutagenesis. The term " positively charged amino acid" includes any amino acid, natural or unnatural, having a positively charged side chain under normal physiological conditions. Examples of positively charged naturally occurring amino acids are arginine, lysine and histidine. The term "negatively charged amino acid" includes any amino acid, natural or unnatural, having a negatively charged side chain under normal physiological conditions. Examples of negatively charged naturally occurring amino acids are aspartic acid and glutamic acid. The term "hydrophobic amino acid" means any amino acid having an uncharged, nonpolar side chain that is relatively insoluble in water. Examples are alanine, leucine, isoleucine, valine, proline, phenylalanine, tryptophane and methionine. The term "hydrophilic amino acid" means any amino acid having an uncharged, polar side chain that is relatively soluble in water. Examples are serine, threonine, tyrosine, asparagine, glutamine, and cysteine. The term "altered surface charge" means a change in one or more of the charge units of a mutant polypeptide, at physiological pH, as compared to αlβl integrin. The change in surface charge can be determined by measuring the isoelectric point (pi) of the polypeptide molecule containing the substituted amino acid and comparing it to the pi of the wild-type molecule. The term "associating with" refers to a condition of proximity between two chemical entities, or portions thereof, for example, an αl βl integrin or portions thereof and a chemical entity. The association may be non-covalent, wherein the juxtaposition is energetically favored by hydrogen bonding, van der Waals interaction, or electrostatic interaction, or it may be a covalent association. The term "binding site" refers to any or all of the sites where a chemical entity binds or associates with another entity. The term "structural coordinates" refers to the coordinates derived from mathematical equations related to the patterns obtained on diffraction of a monochromatic beam of X-rays by the atoms (scattering centers) of molecule in crystal form. The diffraction data are used to calculate an electron density map of the repeating units of the crystal. Those skilled in the art will understand that the data obtained are dependent upon the particular system used, and hence, different coordinates may in fact describe the same crystal if such coordinates define substantially the same relationship as those described herein. The electron density maps are used to establish the positions of the individual atoms within the unit cell of the crystal. Those of skill in the art understand that a set of structural coordinates determined by X-ray crystallography is not without standard error. Table II is the atomic coordinates of the I-domain of the αl chain of αl βl integrin (143-340). For the purpose of this invention, any set of structural coordinates of αlβl (143-340) that have a root mean square deviation of equivalent protein backbone atoms of less than about 2 D when superimposed — using backbone atoms— on the structural coordinates in Table II shall be considered identical. Preferably the deviation is less than about IA and more preferably less than about 0.5A. The term "heavy atom derivatization" refers to a method of producing a chemically modified form of a crystallized αl βl integrin. In practice, a crystal is soaked in a solution containing heavy metal atom salts, or organometallic compounds, e.g., lead chloride, gold thiomaiate, thimerosal or uranyl acetate, which can diffuse through the crystal and bind to the surface of the protein. The location of the bound heavy metal atom(s) can be determined by X-ray diffraction analysis of the soaked crystal. This information can be used to generate the phase information used to construct the three-dimensional structure of the molecule. The term "unit cell" refers to a basic shaped block. The entire volume of a crystal may be constructed by regular assembly of such blocks. Each unit cell comprises a complete representation of the unit of pattern, the repetition of which builds up the crystal. The term "space group" refers to the arrangement of symmetry elements of a crystal. The term "molecular replacement" refers to a method that involves generating a preliminary structural model of a crystal whose structural coordinates are unknown, by orienting and positioning a molecule whose structural coordinates are known e.g. the αl I-domain coordinates in Table II, within the unit cell of the unknown crystal, so as to best account for the observed diffraction pattern of the unknown crystal. Phases can then be calculated from this model, and combined with the observed amplitudes to give an approximate Fourier synthesis of the structure whose coordinates are unknown. This in turn can be subject to any of the several forms of refinement to provide a final accurate structure of the unknown crystal. See, e.g., Lattman, E., "Use of the Rotation and Translation Functions", Methods in Enzymology, 1 15, pp. 55-77 (1985); Rossman, ed., "The Molecular Replacement Method", Int. Sci. Rev. Ser. No. 13, Gordon and Breach, New York (1972), all specifically incorporated by reference herein. Using the structural coordinates provided by this invention, molecular replacement may be used to determine the structural coordinates of a crystalline co-complex, unknown ligand, mutant, homolog, or of a different crystalline form of αl βl or fragment thereof. Additionally, the claimed crystal and its coordinates may be used to determine the structural coordinates of a chemical entity which associates with αl βl or fragment or with a member of the extracellular matrix which is a ligand for αl βl or fragment thereof. The term "chemical entity" as used herein shall mean, for example, any molecule, molecular complex, compound or fragment thereof. Mutants of αl βl or fragments thereof may be generated by site-specific incorporation of natural or unnatural amino acids into αl βl or fragments using general biosynthetic methods known to those skilled in the art. For example, the codon encoding the amino acid of interest in wild-type αl chain of αlβl may be replaced by a "blank" nonsense codon, such as TAG, using oligonucleotide-directed mutagenesis. A suppressor tRNA directed against this codon can then be chemically aminoacylated in vitro with the desired amino acid. The aminoacylated tRNA can then be added to an in vitro translation system to yield a mutant αl βl with the site-specific incorporated amino acid. The term "soluble fragment" of αl βl and any equivalent term used herein, refers to a functional fragment of αl βl, and more particularly refers to a functional αl chain. The term "functional" as used in this context refers to a soluble fragment of the extracellular domain that is capable of binding to, or associating with a member of the extracellular matrix such as collagen or laminin or any fragments or homologs thereof, including molecular complexes comprising fragments thereof. Such binding may be demonstrated through immunoprecipitation experiments, using standard protocols known in the art. A. ALPHA 1 BETA 1 INTEGRIN. its Crystal, and its Biological Implications It will be understood that throughout the specification and claims, the positional location of the amino acids described is not an absolute value, but rather, defines the relative relationship of the residues. Thus it is intended that the present invention encompass the sequences having the same or similar relative positions. For the first time, the present invention permits the use of molecular design techniques to design, screen and optimize chemical entities and compounds, including inhibitory compounds, capable of binding to the active site or accessory binding site of αlβl, in whole or in part. The αl βl integrin is a membrane-bound protein of considerable biomedical interest because of its involvement in important functions mediated by its binding to the extracellular matrix such as collagen. Since αlβl is found in various vertebrate (e.g., mammalian) organisms, such as humans, mice, rats, and pigs, the claimed invention is not intended to be limited to any particular species or organism. The αlβl integrin (VLA- 1 )is a member of the integrin family of proteins. The crystal structure of I-domains from other members of this family, αM, αL and α2, have been described. See Dickeson & Santoro (1998) Cell. Mol. Life Sci. 54, 556-566 for a review and Emsley et al., J. Biol. Chem. 272, 28512-28517. These I-domains were used as a framework for understanding the sαlβl integrin( 143-340) crystal structure. However, despite certain similarities, the differences between the I-domain of αl and the I-domains of αM, αL, and α2 integrins, confirm that these ligand-receptor systems utilize spatially overlapping, but nonidentical and nonconserved sites of contact residues with different molecular determinants of binding. Considering the complexity and overlap of the various integrins and their biological processes, the fact that αlβl binds specifically to its ligand suggests that inhibiting αl βl signaling may have important therapeutic applications. The crystal structure of sαlβl (143-340) presented here is expected to be useful in the design, identification, characterization and optimization of such therapeutic agents. The following detailed description of applicants invention encompasses the (a) crystal structure of the αl chain I-domain (Cysl43-Ala340) of αlβl integrin and the coordinates thereof, (b) the binding sites thereof, (c) methods of making an αl βl crystal or fragment thereof, and (d) methods of using the αl βl crystal or fragment thereof and its structural coordinates. (a) Crystal Structure of the αl I-domain The claimed invention provides crystals of αl β 1 integrin as well as the structure derived therefrom. The crystals are derived from the αl I-domain of the rat. Nevertheless, the sequence identity between rat and human alpha 1 I-domains is about 95%. Specifically, the amino acids which differ between the rat and human αl I- domains are He 166, Asn214, Gly217, Arg 218, Gln219 Leu222, Tyr262, Gln267, His288, Ala330 (rat I-domain sequence). Most of them are located a relatively long distance away from the metal-ion-dependent-adhesion-site (MIDAS) of the αl I- domain, the site likely to be involved in ligand binding. The only 2 amino acids that are expected to participate in ligand binding are the Leu222 and His288. This high degree of primary amino acid sequence identity indicates that the 3-dimensional structures of rat and human 1 I-domains are expected to be similar. Therefore, we used the crystal structure of the rat 1 I-domain for the purposes discussed in this patent and we fully expect that the 3-dimensional structure of the human 1 I-domain will have substantially identical coordinates for the main chain atoms. The claimed invention provides crystals of a fragment from the αl chain of αlβl integrin( 143-340) having unit cells which are rhombohedral, and having the following dimensions a= 34.77D D D ; b=85.92 D and c= 132.56 D; α=β= γ= 90 D. Almost all of the residues of the I-domain of the αl chain of αl βl integrin, except for residues 143-144 of the N terminus and 336-340 of the C-terminus, are well defined in the final electron density map shown in Figure 1. The current model consists of 386 amino acid residues and 199 water molecules with a crystallographic R factor of 23.5 % and an R free of 30.2% for data between 100 □ and 2.2 D. There are two copies of the molecule (termed "A" and "B") in the asymmetric unit. The Ramachandran diagram shows that 384 out of the 386 amino acid residues have (φ,ψ) angles within the allowed regions. The exception is residue Glul92 (A & B). In the atomic coordinates of the rat I-domain crystal structure (Tabld II), residues Thrl45, Gin 146, Arg234 of molecule A and Thrl45 and Argl75 of molecule B are modeled as alanines because of absence of electron density for the side chain. In addition, residues 143, 145, 337, 338, 339,340 of molecule A and 143, 144, 339, 340 of molecule B are not included in the model due to weak electron density. The I-domain adopts the nucleotide-binding fold (Figure 2) characterized by the existence of seven helices surrounding a core of five parallel D -strands and one antiparallel D-strand. The dimensions of the molecule are 25 D x 30 D x 50 D. The overall fold is similar to that of αM, αL and α2 I-domains and in particular to that of the α2 I-domain. By homology to the other I-domains it is inferred that the metal-ion- dependent-adhesion-site (MIDAS) of the D l I-domain consists of residues Asp 154, Serl56, Serl58, Thr224, Asp 257. The MIDAS site is the site of Mg or Mn cation binding and is expected to be involved in ligand binding. The crystals were grown in the absence of Mg or Mn cations (except for contaminants) and there is no electron density visible in that would correspond to a cation. The structure appears to have the "inactive" conformation according to the model proposed in Lee et al. (1995) Structure 3, 1333-1340. The conformations of molecules A and B are very similar. (b) Binding Sites Modeling studies done for collagen binding on the α2 I-domain (Emsley et al. (1997) J. Biol.Chem. 272, 28512-28517) suggest that the binding site for collagen is expected to include the MIDAS site as well as several neighboring residues. By analogy, the binding site of the αl I-domain for collagen is expected to include residues Aspl54, Serl56, Asnl57, Serl58, Leu222, Gln223, Thr224, Asp257, Glu259, His261, His288, Tyr289, Gly292, Leu294 and Lys298. Of interest is the observation that the MIDAS site of the αl I-domain (molecule A in the crystal) forms an interaction with Arg246 of molecule B. It is possible that the positive charge of the arginine side chain replaces the positive charge of the missing metal ion. (c) Methods of Making an αlβl Crystal In various embodiments, the claimed invention relates to methods of preparing crystalline forms of αl βl, or fragments thereof by first providing an aqueous solution comprising αlβl or a fragment of αlβl. A reservoir solution comprising a precipitating agent is then mixed with a volume of the αlβl solution and the resultant mixed volume is then crystallized. In certain embodiments, the crystal is derived from an aqueous solution comprising sαlβl(127-340). In preferred embodiments, the crystal is derived from an aqueous solution comprising sal βl( 143-340). The concentration of αlβl or fragment in the aqueous solution may vary, and is preferably about 1 to about 50 mg/ml, more preferably about 5 mg/ml to about 15 mg/ml, and most preferably, about 10 mg/ml. Similarly, precipitating agents used in the invention may vary, and may be selected from any precipitating agent known in the art. Preferably the precipitating agent is selected from the group consisting of sodium citrate, ammonium sulfate and polyethylene glycol, with polyethylene glycol 8000 being most preferred. Any concentration of precipitating agent may be used in the reservoir solution, however it is preferred that the concentration be about 20% w/v to about 35%w/v, more preferably about 25% w/v. The pH of the reservoir solution may also be varied, preferably between about 4 to about 10, most preferably about 6.5. One skilled in the art will understand that each of these parameters can be varied without undue experimentation and acceptable crystals will still be obtained. In practice, once the appropriate precipitating agents, buffers or other experimental variables are determined for any given growth method, any of these methods or any other methods can be used to grow the claimed crystals. One skilled in the art can determine the variables depending upon his particular needs. Various methods of crystallization can be used in the claimed invention, including, but not limited to, vapor diffusion, batch, liquid bridge, or dialysis. Vapor diffusion crystallization is preferred. See, e.g. McPherson et al., "Preparation and Analysis of Protein Crystals", Glick,. Ed., pp 82-159, John Wiley & Co. (1982); Jancarik et.al., "Sparse matrix sampling: a screening method for crystallization of protein", J. Appl. Cryst. 24, 409-41 1 (1991), specifically incorporated by reference herein. In vapor diffusion crystallization, a small volume (i.e. a few milliliters) of protein solution is mixed with a solution containing a precipitating agent. This mixed volume is suspended over a well containing a small amount, i.e. about 1 ml, of precipitating solution. Vapor diffusion from the drop to the well will result in crystal -In¬ formation in the drop. The dialysis method of crystallization utilizes a semipermeable size exclusion membrane which retains the protein but allows small molecules (i.e. buffers and precipitating agents) to diffuse in and out. In dialysis, rather than concentrating the protein and the precipitating agent by evaporation, the precipitating agent is allowed to slowly diffuse through the membrane and reduce the solubility of the protein while keeping the protein concentration fixed. The batch methods generally involve the slow addition of a precipitating agent to an aqueous solution of protein until the solution just becomes turbid, at this point the container can be sealed and left undisturbed for a period of time until crystallization occurs. Thus, applicants intend that the claimed invention encompass any and all methods of crystallization. One skilled in the art can choose any of such methods and vary the parameters such that the chosen method results in the desired crystals. (d) Use of ALPHA 1 BETA 1 INTEGRIN Crystal and its Coordinates The claimed crystals, and coordinates describing them, permit the use of molecular design techniques to design, select and synthesize chemical entities and compounds, including inhibitory compounds or agonists capable of binding to, or associating with, the binding site of αlβl integrin in whole or in part. One approach enabled by this invention is the use of the structural coordinates defined herein to design chemical entities that bind to or associate with, αl βl or fragments of αl βl and alter the physical properties of the compounds in different ways. Thus, properties such as, for example, solubility, affinity, specificity, potency, on/off rates or other binding characteristics may all be altered and/or optimized. One may design desired chemical entities by probing a crystal of the present invention with a library of different entities to determine optimal sites for interaction between candidate chemical entities and αl βl or fragments of α 1 β 1. For example, high resolution x-ray diffraction data collected from crystals saturated with solvent allows the determination of where each type of solvent molecule sticks. Small molecules that bind tightly to those sites can then be designed and synthesized and tested for the desired activity. Once the desired activity is obtained, the molecules can be further optimized. The claimed invention also makes it possible to computationally screen small molecule data bases or computationally design chemical entities or compounds that can bind in whole, or in part, to extracellular matrix proteins or αl βl or fragments thereof. They may also be used to solve the crystal structure of mutants, co-complexes, or of the crystalline form of any other molecule homologous to, or capable of associating with, at least a portion of αl βl, i.e., the I-domain of the αl chain. One method that may be employed for this purpose is molecular replacement. An unknown crystal structure, which may be any unknown structure, such as, for example, another crystal form of αl βl, an αlβl mutant, or a co-complex with an extracellular matrix protein such as laminin or collagen, or any other unknown crystal of a chemical entity which associates with αl βl or fragment which is of interest, may be determined using the structural coordinates of this invention, set forth in Table II. Co-complexes with αlβl or fragments may include, but are not limited to, laminin- αlβl, collagen-α 1 β 1 , and "small molecule"-α 1 β 1. This method will provide an accurate structural form for the unknown crystal more quickly and efficiently than attempting to determine such information without the claimed invention. The information obtained can thus be used to optimize potential inhibitors or agonists of αl βl, and more importantly, to design and synthesize novel classes of chemical entities which will affect the relationship between αl βl and its ligand(s) in the extracellular matrix. The design of compounds that inhibit or agonize αl βl according to this invention generally involves consideration of at least two factors. First, the compound must be capable of physically or structurally associating with αlβl or a fragment thereof. The association may be any physical, structural, or chemical association, such as, for example, covalent or noncovalent bonding, van der Waals interactions, hydrophobic or electrostatic interactions. Second, the compound must be able to assume a conformation that allows it to associate with αl βl or fragment thereof. Although not all portions of the compound will necessarily participate in the association with αl βl or fragment, those non- participating portions may still influence the overall conformation of the molecule. This in turn may have a significant impact on the desirability of the compound. Such conformational requirements include the overall three-dimensional structure and orientation of the chemical entity or compound in relation to all or a portion of the binding site. The potential inhibitory or binding effect of a chemical compound on αlβl or fragment may be analyzed prior to its actual synthesis and testing by the use of computer modeling techniques. If the theoretical structure of the given compound suggests insufficient interaction and association between it and αl βl or its fragment(s), the need for synthesis and testing of the compound is obviated. However, if computer modeling indicates a strong interaction, the molecule may then be synthesized and tested for its ability to bind to αl β 1 or fragment thereof. Thus, expensive and time consuming synthesis of inoperative compounds may be avoided. An inhibitory or other binding compound of αl βl or fragment may be computationally evaluated and designed by means of a series of steps in which chemical entities or fragments are screened and selected for their ability to associate with the individual binding sites of αlβl. Thus, one skilled in the art may use one of several methods to screen chemical entities or fragments for their ability to associate with αlβl and more particularly, with the individual binding sites of the I-domain of the αl chain of αlβl(143-340). This process may begin by visual inspection of, for example, the binding site on a computer screen based on the coordinates in Table II. Selected fragments or chemical entities may then be positioned in a variety of orientations, or "docked", within an individual binding pocket of αlβl. Docking may be accomplished using software such as Quanta and Sybyl, followed by energy minimization and molecular dynamics with standard molecular mechanics force fields, such as CHARMM and AMBER. Specialized computer programs may be of use for selecting interesting fragments or chemical entities. (GRID, available from Oxford University, Oxford, UK; MCSS or CATALYST, available from Molecular Simulations, Burlington, MA; AUTODOCK, available from Scripps Research Institute, La Jolla, CA; DOCK available from University of California, San Francisco, CA., XSITE, University College of London, UK.) Once suitable chemical entities or fragments have been selected, they can be assembled into an inhibitor or agonist. Assembly may be by visual inspection of the relationship of the fragments to each other on the three-dimensional image displayed on a computer screen, in relation to the structural coordinates disclosed herein. Alternatively, one may design the desired chemical entities "de novo", experimentally, using either an empty binding site, or optionally including a portion of a molecule with desired activity. Thus, for example, one may use solid phase screening techniques where either αlβl or a fragment thereof, or candidate chemical entities to be evaluated are attached to a solid phase thereby identifying potential binders for further study or optimization. Basically, any molecular modeling techniques may be employed in accordance with the invention; these techniques are known, or readily available to those skilled in the art. It will be understood that the methods and compositions disclosed herein can be used to identify, design or characterize not only entities which will associate or bind to αlβl or fragment thereof, but alternatively to identify, design or characterize entities which, like αl βl, will bind to extracellular matrix proteins, thereby disrupting the αl βl -ECM interaction. The claimed invention is intended to encompass these methods and compositions broadly. Once a compound has been designed or selected by the above methods, the efficiency with which that compound may bind to αl βl or fragment thereof may be tested and optimized using computational or experimental evaluation. Various parameters can be optimized depending on the desired result. These include, but are not limited to, specificity, affinity, on/off rates, hydrophobicity, solubility and other characteristics readily identifiable by the skilled artisan. Thus, one may optionally make substitutions, deletions, or insertions in some of the components of the chemical entities in order to improve or modify the binding properties. Generally, initial substitutions are conservative, i.e the replacement group will have approximately the same size, shape, hydrophobicity and charge as the original component. The present invention also enables the design of mutants of αl βl and the solving of their crystal structure. More particularly, the claimed invention enables one skilled in the art to determine the location of binding sites and interfaces, particularly in the I-domain of the αl chain, thereby identifying desirable sites for mutation. For example, mutation may be directed to a particular site or combination of sites on the I-domain, by replacing or substituting one or more amino acid residues. Such mutants may have altered binding properties which may or may not be desirable. The mutants may be prepared by any methods known in the art, such as for example, site directed mutagenesis, deletion or addition, and then tested for any properties of interest. For example, mutants may be screened for an altered charge at a particular pH, tighter binding, better specificity etc. Additionally, the claimed invention is useful for the optimization of potential small molecule drug candidates. Thus, the claimed crystal structures can be also be used to obtain information about the crystal structures of complexes of the αl βl integrin and small molecule inhibitors. For example, if the small molecule inhibitor is co-crystallized with αl βl or a fragment thereof, then the crystal structure of the complex can be solved by molecular replacement using the known coordinates of αl βl or fragment for the calculation of phases. Such information is useful, for example, for determining the nature of the interaction between the I-domain of αl βl integrin and the small molecule inhibitor, and thus, may suggest modifications which would improve binding characteristics such as affinity, specificity and kinetics. Example 1 : Determination of Crystal Structure of the ALPHA 1 INTEGRIN I- DOMAIN (127-340) A. Expression and purification of αl integrin I-domain. A soluble fragment of the extracellular domain of rat integrin αl βl αl chain containing amino acid residues Val 127 to the C-terminal residue Ala340 was produced in soluble form and purified as follows: The gene encoding the rat αl βl I- domain sequence of amino acids Vall27-Ala340 of the αl chain was amplified from full length cDNAs by the polymerase chain reaction (PCR) (PCR CORE Kit; Boehringer Mannheim, GmbH Germany), using rat specific primers (5'- CAGGATCCGTCAGTCCTACATTTCAA-3' [forward] [SEQ ID NO: 1]; 5'- TCCTCGAGCGCTTCCAAAGCGAATAT-3' [reverse] {SEQ ID NO: 2] . The resulting PCR amplified products were purified over a PCR select II column (5 prime-3 prime), digested with Bam HI and Xho 1 restriction enzymes, re- purified over a PCR select II column, and ligated in pGEX4t (Pharmacia), previously digested with Bam H 1 and Xho 1 , dephosphorylated with calf intestinal alkaline phosphatase (New England Biolabs), and gel purified. Ligation products were transformed into competent DH5A E.Coli cells (Gibco BRL) and the resulting amplicillin resistant colonies were screened for the expression of the -45 kDa glutathione S-transferase-I domain fusion protein. The I-domain was expressed as a GST fusion protein with a thrombin cleavage site at the junction of the sequences. Cells in PBS ( 1 part of wet cell weight to 4 parts of buffer) were lysed in a Gaulin press and clarified of particulates by centrifugation (14,000 x g, 30 min). 650 ml of lysate from 180 g of cell paste was loaded onto a 25 ml glutathione Sepharose 4B column (Pharmacia). The column was washed with 100 ml of PBS and the rat alphal integrin I domain-GST fusion protein eluted from the column with 50 mM Tris HCl pH 8.0, 5 mM glutathione (reduced). Five ml fractions were collected and analyzed for total protein by absorbance at 280 nm and for purity by SDS-PAGE. Peak fractions were pooled, aliquoted, and stored at -70 degrees C. A total of 375 mg of the fusion protein (15 mg/ml) at >90% purity was recovered. For preparation of the purified I-domain, 6 ml. of the fusion protein was dialyzed overnight against one liter of 50 mM Tris pH 7.5. The sample was treated with 100 μg of thrombin (a gift of Dr. John Fenton, New York State Department of Health, Albany, NY) for 150 min at room temperature. DTT was added to 2 mM and the sample was loaded onto a 7 ml glutathione Sepharose® 4B column. The flow through from the column was collected as 1.5 ml fractions and the column was further washed with 50 mM Tris HCl pH 7.5, 2 mM DTT buffer. The flow through and wash fractions were analyzed for absorbance at 280 nm. Peak fractions were pooled and loaded onto a 2.4 ml Q Sepharose® FF column (Pharmacia). The Q-Sepharose column was washed with 2 ml of 50 mM Tris HCl pH 7.5, 2 mM DTT; 2 ml of 50 mM Tris HCl pH 7.5, 10 mM 2-mercaptoethanol; twice with 2ml of 50 mM Tris HCl pH 7.5, 10 mM 2-mercaptoethanol, 25 mM NaCl; and the alpha 1 integrin I domain eluted with 50 mM Tris HCl pH 7.5, 10 mM 2-mercaptoethanol, 75 mM NaCl. Peak fractions were pooled, filtered through a 0.2 μm filter, and stored at 4 degrees C. The final product was >99% pure by SDS-PAGE, eluted as a single peak by size exclusion chromatography on a Superose® 6 column (Pharmacia & Upjohn) consistent with its predicted mass, and by electrospray ionization-mass spectrometry (ESI-MS, Micromass, Quattro-II, Manchester, UK) contained a single ion with mass of 24,868 Da, which agreed with the predicted mass of 24871.2 Da for the rat αl I-domain sequence plus the GS linker resulting from cleavage at the engineered thrombin cleavage site. From 72 mg of the fusion protein, 24 mg of the purified I- domain was recovered (based on a theoretical extinction coefficient of 0.5 at 280 nm for 1 mg/ml solution of the I-domain). In preliminary studies, we found that the rat αl integrin I-domain in this form failed to crystallize under any test condition and, as had been observed for other I domains (R.Liddington, personal communication), that sequences at the N-terminus of the I domain construct were problematic. A simple proteolytic method was developed to convert the purified rat I-domain into a form that could be crystallized. Briefly, 240 μl of the purified alpha 1 integrin I domain (16 mg/ml) was diluted with 360 μl of 50 mM Tris HCl pH 7.5 and loaded onto a 1.2 ml V8 protease column (Pierce) that had been equilibrated in 50 mM Tris HCl pH 7.5. The I domain solution was left in contact with the resin for 35 min at room temperature and then recovered by washing the column with 50 mM Tris HCl pH 7.5. The I domain was then dialyzed overnight against 10 mM Tris pH 7.5, 10 mM 2-mercaptoethanol and concentrated to 11 mg/ml in a centricon-10 ultrafiltration unit (Amicon). ESI-MS analysis of V8 protease digested product revealed that the product had been converted into a des 1-18 form, starting at Cys 143 in the fusion protein construct. B. Crystallization Buffer chemicals were purchased from Fisher (Boston, MA). Crystallization condition screenings were done with the Crystal Screen I kit from Hampton Research (Riverside, CA). Crystals were grown by the vapor diffusion method of Jancarik & Kim (1991) J. Appl. Crystallogr. 24, 409-411. In order to find conditions of crystallization, an incomplete factorial screen was set up. In a typical experiment, protein solution was mixed with an equal volume of reservoir solution and a drop of the mixture was suspended under a glass cover slip over the reservoir solution. Crystals were grown out of 25% w/v Polyethylene Glycol (PEG) 8000, 0.1 M sodium cacodylate pH 6.5, 0.2 M sodium acetate reservoir solution. The crystals are shaped as plates, are easy to reproduce and can reach maximum dimensions of almost 0.5 mm on one side. Variation of pH between 6 and 7 did not affect crystal quality. Those of skill in the art will appreciate that the aforesaid crystallization conditions can be varied. By varying the crystallization conditions, other crystal forms of αl β 1 integrin I-domain may be obtained. Such variations may be used alone or in combination, and include: varying final protein concentrations between 5 mg/ml and 35 mg/ml; varying the sal βl integrin I-domain to precipitant ratio; varying PEG concentrations between 15% and 35% w/v; varying the molecular weight of polyethylene glycol from 400 to 8000; varying pH ranges between 5.0 and 9.5; varying sodium cacodylate concentrations between 5 and 395 mM; varying sodium acetate concentrations between 5 and 495 mM; varying the concentration or type of detergent; varying the temperature between -5 degrees C and 30 degrees C; and crystallizing αlβl integrin I-domain by batch, liquid bridge, or dialysis method using the above conditions or variations thereof. See McPherson, A. (1982). Preparation and Analysis of Protein Crystals. (Glick, ed.) pp. 82-159, John Wiley & Co., N.Y., specifically incorporated by reference herein. C. Data collection and processing Crystals were equilibrated gradually in a cryoprotectant solution of 20% glycerol, 25% w/v PEG 8000, 0.1 M sodium cacodylate pH 6.5, 0.2 M sodium acetate, and were mounted on a loop and immediately frozen in a -150 C liquid nitrogen gas stream. The technique of freezing the crystals essentially immortalizes them and produced a much higher quality data set. A native X-ray data set up to 3.0 A resolution was collected from one crystal by using an R-AXIS II image plate detector system (Molecular Structure Corporation, Woodlands, TX). A second data set to 2.2 A resolution was collected later by using a larger crystal. The data were integrated and reduced using the HKL program package (Otwinowski et al (1993) in Data collection and Processing pp 80-86, SERC Daresbury Laboratory, Warrington, UK ). The data collection required about 4 days. Data processing suggested an orthorhombic unit cell with approximate cell dimensions a=34.77 A , b=85.92 c= 132.56 and alpha=beta=gamma=90. The space group was identified as P2 1 2 1 2 1 . The 2.2 A data set was 91.3% complete and had an R-merge of 5.6%. Calculation of the Matthews volume gives V M = 4.22 assuming a molecular weight of 23,000 daltons which suggested that there are 2 molecules in the asymmetric unit. D. Molecular replacement All subsequent molecular replacement computing was done with the program Amore (Navaja et al (1994) Acta Crystallogr. A 50, 157-163) from the CCP4 program package (The SERC (UK) Collaborative Computing Project No 4, Daresbury Laboratory, UK 1979). Molecular graphics manipulations were done with QUANTA (Molecular Simulations, Inc.) and "O" software (Jones et al 1991 Acta Crystallogr. A 47, 1 10-119). The coordinates of the crystal structure of the human α2 I-domain (Emsley et al. (1997) J. Biol.Chem. 272, 28512-28517) was used as a probe for rotation and translation searches using the 3 A data set. We used all the coordinates of all atoms, including side chains. The rotation function gave a solution with the highest correlation coefficient (cc) of 9.7. This solution was used for a first translation function which yielded a cc of 24.6 and an R- factor of 48.7%. Using rigid body refinement, these values refined to cc=40.3, R- factor=48.7%. Using this first solution, we took the peaks of the first rotation search and used these for searching the second molecule, keeping our first solution fixed. The translation search yielded a maximum peak with cc=37.3 and an R-factor of 44.8%. Rigid body refinement on these two solutions resulted in cc=56.3 and R-factor=43.3%. The next highest solution gave: cc=36.6 R-fac=49.9%. By generating symmetry related molecules and displaying them with computer graphics it was found that they packed satisfactorily in the unit. The rotation matrix between the two molecules of the asymmetric unit was determined and one molecule was used for the initial stages of model building. E. Model building and crystallographic refinement All subsequent refinement computing was done with the XPLOR program (Brunger et al (1987) Science 235, 458-460). 10% of the data were used for the calculation of R-free. To reduce model bias, partial models were used for map calculation and refinement. The initial partial model, containing a polyalanine chain of the secondary structure elements only, from the a2 I-domain structure, was subjected to conventional positional refinement and grouped B-factor refinement with strict non - crystallographic symmetry constraints. The R and R-free factors dropped to 32.3% and 39.4% respectively. 3Fo -2Fc maps were used for cycles of model building and refinement. The resolution range used was from 8 to 3 A. Typically, cycles consisted of model building, positional refinement and B-factor refinement. When the R and R-free reached 26% and 36% respectively, the 3 A data set did not allow further improvement of the model. The 2.2 A data set was collected at this point and was used for all subsequent model building and refinement. The R and R-free factors after the initial rigid body refinement at 2.2 A were 41.3% and 42.2% respectively. This larger data set allowed use of simulated annealing refinement and torsion angle dynamics refinement. As the phases improved, more atoms were added into the model. Initially, grouped B-factors were assigned for each residue (one for main chain and the one for side chain atoms). Later, non-crystallographic symmetry constraints were removed and individual atomic B-factors where refined for each residue. In addition bulk solvent correction was applied to the data set. Residues and side chains would be incorporated in the model if they were sufficiently well defined in 3Fo-2Fc electron density maps. Only manual structure modifications that resulted in lower R- free after refinement were accepted. When R and R-free reached 29% and 34.8% respectively, water molecules were added by using the X-solvate utility of QUANTA. Finally, maximum likelihood refinement was used (Adams et al (1997) Pro.Nat.Acad.Sci USA 94, pp. 5018-5023) and resulted in the final structure with R and R-free of 23.5% and 30.2% respectively for data between 100 and 2.2 A resolution. Table I summarizes information regarding crystallographic data and refinement. Table II lists the atomic coordinates of the I- domain of the αl chain of the rat αl βl integrin. The coordinates of the crystal structure of the I-domain may be used in the structure-based design of small molecule inhibitors of αl βl , computational drug design and iterative structure optimization, a. Computational drug design Small molecule inhibitors can be designed using computational approaches. These approaches are also known as de novo drug design. In brief, the crystal structure coordinates of the αl β 1 integrin or fragment(s) thereof are the input for a computer program, such as DOCK. Programs such as DOCK output a list of small molecule structures that are expected to bind to αl βl or the fragment(s). These molecules can then be screened by biochemical assays for αlβl binding. Typically, biochemical assays that screen molecules for their ability to bind to αl β 1 or a fragment thereof are competition-type assays. In such assays, the molecule is added to the assay solution and the degree of inhibition is measured using conventional methodology. An example of such an assay is the following: 96 well plates can be coated with collagen IV or collagen I and blocked with 3% Bovine Serum Albumin solution. Solution of al I-domain together with the small molecule under testing are incubated on the coated plates at room temperature for 1 hour and washed in triton buffer. Bound al I-domain is detected with a biotinylated anti-I-domain antibody. Plates are read at OD os on a microplate reader. The amount of bound I-domain is compared with a control experiment with no small molecule present. If it is lower than that of the control experiment that suggests inhibition by the small molecule. b. Iterative cycles of structure optimization The crystal structures of complexes formed between αl βl or a fragment and small molecule inhibitors may be solved. In brief, small molecule inhibitors are typically found using the crystal structure coordinates of a sal βl integrin or fragment either by the computational approaches mentioned above or by the screening of small molecule libraries. The small molecule inhibitor is then co-crystallized with αl βl or a fragment and the crystal structure of the complex is solved by molecular replacement. Molecular replacement requires the coordinates of a sαlβl or fragment for the calculation of phases. The information collected from these experiments can be used to optimize the structure of small molecule inhibitors by clarifying how small molecules interact with the protein target. This suggests ways of modifying the small molecule to improve its physicochemical properties, such as affinity, specificity, and kinetics with regard to the αl βl target. In addition to being necessary for computational drug design and structure optimization, the crystal coordinates described herein are useful for analyzing the αl βl binding site. Through such analysis, it was determined that a particularly attractive region for drug targeting is in the vicinity of residues Aspl54, Serl56, Asnl57, Serl58, Leu222, Gln223, Thr224, Asp257, Glu259, His261, His288, Tyr289, Gly292, Leu294 and Lys298. The above observations and hypotheses suggest that this region may contribute significantly to the binding energy of αl βl/ECM interactions, and therefore, is an attractive target for inhibitor design. Site mutations studies can be used in conjunction with the above-described processes to further define the binding site. It will be apparent to those skilled in the art that various modifications and variations can be made in the methods and compositions of the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention cover the modifications and variations of this invention provided that they come within the scope of the appended claims and their equivalents. PAGE INTENTIONALLY LEFT BLANK TABLE I: Crystallographic data statistics: Symmetry: P2,2,2| Unit cell (A) a = 34.77, b = = 85.92, c 132.56 No. of crystals: 1 Resolution (A) 2.2 Reflections(unique): 19,238 Emerge 5.6% Completeness: 91.3% Completeness(2.2-2.28 A) 77.6% TABLE II: Crystallographic coordinates of the alpha 1 I-domain crystal structure in PDB(XPLOR) format. Segment names A, B, W correspond to molecule A, molecule B and water respectively. CRYST 34. 770 85. 920 132 .560 90.00 i 30.0C I i 30.00 P212121 ATOM 1 CB ALA 145 35 .261 87 .828 -14 .480 1 .00 46 .82 A ATOM 2 C ALA 145 33 .051 87 .078 -15. .373 1 .00 48 .98 A ATOM 3 O ALA 145 32 .414 87 .150 -14 .310 1 .00 49 .22 A ATOM 4 HTl ALA 145 33 .390 89 .717 -14 .876 1 .00 0 .00 A ATOM 5 HT2 ALA 145 33 .206 89 .509 -16 .551 1 .00 0 .00 A ATOM 6 N ALA 145 33 .860 89 .407 -15 .751 1. .00 47 .03 A ATOM 7 HT3 ALA 145 34 .705 89 .992 -15 .916 1 .00 0 .00 A ATOM 8 CA ALA 145 34 .266 87 .977 -15. .619 1 .00 46 .67 A ATOM 9 N ALA 146 32 .737 86 .234 -16 .358 1 .00 42 .12 A ATOM 10 H ALA 146 33 .287 86 .229 -17 .170 1 .00 0. .00 A ATOM 11 CA ALA 146 31 .603 85 .321 -16 .264 1 .00 40 .10 A ATOM 12 CB ALA 146 31 .657 84 .314 -17 .389 1 .00 35 .92 A ATOM 13 C ALA 146 31 .621 84 .602 -14 .919 1. .00 40 .80 A ATOM 14 O ALA 146 32. .511 83 .799 -14. .647 1, .00 42 .91 A ATOM 15 N LEU 147 30 .629 84 .888 -14 .082 1. .00 37 .99 A ATOM 16 H LEU 147 29 .931 85 .517 -14 .359 1. .00 0 .00 A ATOM 17 CA LEU 147 30 .562 84 .284 -12 .759 1 .00 37 .93 A ATOM 18 CB LEU 147 31. .411 85 .107 -11. .803 1. .00 38 .26 A ATOM 19 CG LEU 147 31. .994 84 .349 -10. .623 1. .00 39 .33 A ATOM 20 CDl LEU 147 33 .183 83 .510 -11 .078 1. .00 33 .15 A ATOM 21 CD2 LEU 147 32. .389 85. .347 -9. .567 1. .00 38, .31 A ATOM 22 C LEU 147 29. .156 84 .164 -12. .181 1, .00 36, .60 A ATOM 23 O LEU 147 28. .417 85 .142 -12 .132 1. .00 37 .06 A ATOM 24 N ASP 148 28. .780 82 .966 -11. .751 1. .00 36 .31 A ATOM 25 H ASP 148 29. .384 82. .200 -11, .844 1. .00 0, .00 A ATOM 26 CA ASP 148 27. .468 82. .788 -11, .140 1, .00 33, .40 A ATOM 27 CB ASP 148 26, .836 81 .461 -11, .589 1, .00 35, .41 A ATOM 28 CG ASP 148 26. .085 81 .583 -12, .925 1. .00 33 .40 A ATOM 29 OD1 ASP 148 25. .783 80. .537 -13. .531 1. .00 32, .84 A ATOM 30 OD2 ASP 148 25, .795 82. .715 -13, .376 1. .00 33, .54 A ATOM 31 c ASP 148 27. .695 82 .829 -9, .622 1, .00 28, .37 A ATOM 32 O ASP 148 28. .475 82 .050 -9, .070 1. .00 26, .95 A ATOM 33 N ILE 149 27. .027 83. .767 -8, .961 1. .00 25, .21 A ATOM 34 H ILE 149 26, .411 84. .349 -9, .453 1. .00 0, .00 A ATOM 35 CA ILE 149 27, .179 83. .957 -7, .529 1. .00 24, .78 A ATOM 36 CB ILE 149 27, .883 85. .308 -7, .229 1, .00 25, .55 A ATOM 37 CG2 ILE 149 28, .047 85. .509 -5, .718 1. ,00 19, .80 A ATOM 38 CGI ILE 149 29, .233 85. .363 -7, .947 1, .00 21, .46 A ATOM 39 CDl ILE 149 29, .730 86. .775 -8, .168 1. .00 25, .74 A ATOM 40 C ILE 149 25, .853 83 .957 -6. .786 1. .00 27. .12 A ATOM 41 O ILE 149 24. .957 84, .737 -7. .097 1. ,00 27, .87 A ATOM 42 N VAL 150 25, .748 83, .101 -5. .780 1. .00 29. .44 A ATOM 43 H VAL 150 26, .498 82, .509 -5, .564 1. .00 0, .00 A ATOM 44 CA VAL 150 24, .525 83, .031 -4. .990 1. ,00 31. .56 A ATOM 45 CB VAL 150 23. .914 81, .612 -5. .015 1. .00 33. .68 A ATOM 46 CGI VAL 150 22, .921 81, .433 -3, .871 1. .00 36. .22 A ATOM 47 CG2 VAL 150 23, .218 81, .387 -6. .339 1. .00 35. .65 A ATOM 48 c VAL 150 24. .751 83. .443 -3. .543 1. .00 29. ,32 A ATOM 49 O VAL 150 25. .643 82. .939 -2. .849 1. ,00 27. .25 A ATOM 50 N ILE 151 23. .936 84, .383 -3, .096 1. .00 29, .18 A ATOM 51 H ILE 151 23. .269 84, .772 -3. .699 1. .00 0. .00 A ATOM 52 CA ILE 151 24. .016 84. .847 -1. .724 1. .00 28. ,46 A ATOM 53 CB ILE 151 23. ,614 86, .340 -1. .625 1. ,00 27. .62 A ATOM 54 CG2 ILE 151 23. .843 86, .860 -0. .209 1. .00 24. ,70 A ATOM 55 CGI ILE 151 24. .457 87, .167 -2. .607 1. ,00 27. .55 A ATOM 56 CDl ILE 151 23. ,788 87. ,443 -3. ,933 1. ,00 28. .07 A ATOM 57 C ILE 151 23. .067 83. .964 -0. .908 1. ,00 26. ,00 A ATOM 58 O ILE 151 21. .923 83, .721 -1. .307 1. ,00 25. .72 A ATOM 59 N VAL 152 23. .575 83. .445 0. .199 1. ,00 22. .21 A ATOM 60 H VAL 152 24. .506 83. .650 0. ,427 1. 00 0. .00 A ATOM 61 CA VAL 152 22. .813 82. .581 1. .099 1. ,00 23. .05 A ATOM 62 CB VAL 152 23. ,585 81. .247 1. .402 1. ,00 26. .59 A ATOM 63 CGI VAL 152 22. .665 80, .246 2. .127 1. ,00 25. ,59 A ATOM 64 CG2 VAL 152 24. .102 80. .628 0. .094 1. 00 21. .54 A ATOM 65 C VAL 152 22. ,689 83. .412 2. .366 1. .00 20. ,44 A ATOM 66 O VAL 152 23. .554 83, .369 3. .246 1. .00 14. ,87 A ATOM 67 N LEU 153 21. .613 84. ,180 2. ,442 1. 00 20. 46 A ATOM 68 H LEU 153 20.950 84.144 721 1.00 0.00 A ATOM 69 CA LEU 153 21.384 85.071 563 1.00 19.62 A ATOM 70 CB LEU 153 20.780 86.370 044 1.00 27.82 A ATOM 71 CG LEU 153 20.357 87.482 001 1.00 29.39 A ATOM 72 CDl LEU 153 21.555 88.057 739 1.00 32.60 A ATOM 73 CD2 LEU 153 19.683 88.565 170 1.00 34.32 A ATOM 74 C LEU 153 20.518 84.490 659 1.00 22.92 A ATOM 75 O LEU 153 19.360 84.122 445 1.00 20.87 A ATOM 76 N ASP 154 21.101 84.430 846 1.00 20.52 A ATOM 77 H ASP 154 22.026 84.747 930 1.00 0.00 A ATOM 78 CA ASP 154 20.439 83.917 7.020 1.00 20.46 A ATOM 79 CB ASP 154 21.506 83.624 8.078 1.00 22.44 A ATOM 80 CG ASP 154 20.946 83.418 9.462 1.00 20.33 A ATOM 81 OD1 ASP 154 19.773 83.017 9.617 1.00 25.28 A ATOM 82 OD2 ASP 154 21.709 83.658 10.408 1.00 17.38 A ATOM 83 C ASP 154 19.463 85.012 7.445 1.00 24.81 A ATOM 84 O ASP 154 19.850 86.170 7.680 1.00 19.94 A ATOM 85 N GLY 155 18.186 84.645 7.491 1.00 22.66 A ATOM 86 H GLY 155 17.945 724 7.270 00 0.00 A ATOM 87 CA GLY 155 17.154 583 7.865 00 25.80 A ATOM 88 C GLY 155 16.573 85.333 9.242 00 27.90 A ATOM 89 O GLY 155 15.411 85.623 9.465 00 30.07 A ATOM 90 N SER 156 17.363 84, 783 10.158 00 29.73 A ATOM 91 H SER 156 18.280 84, 539 9.917 1.00 0.00 A ATOM 92 CA SER 156 16.887 84.533 11.519 1.00 33.03 A ATOM 93 CB SER 156 17.956 83.778 12.327 1.00 33.06 A ATOM 94 OG SER 156 18.696 84.658 13.163 1.00 34.46 A ATOM 95 HG SER 156 19.354 84.158 13.652 00 0.00 A ATOM 96 C SER 156 16.589 85.896 12.162 00 28.30 A ATOM 97 O SER 156 16.928 86.935 11.595 00 32.92 A ATOM 98 N ASN 157 15.958 85.892 13.335 00 27.00 A ATOM 99 H ASN 157 15.732 85.033 13.746 00 0.00 A ATOM 100 CA ASN 157 15.591 87.140 14.032 00 22.66 A ATOM 101 CB ASN 157 14.545 86.871 15.127 00 24.65 A ATOM 102 CG ASN 157 13.322 86.095 14.644 1.00 26.95 A ATOM 103 OD1 ASN 157 12.722 85.354 15.422 1.00 22.76 A ATOM 104 ND2 ASN 157 12.941 86.269 13.380 1.00 23.43 A ATOM 105 HD21 ASN 157 13.442 86.879 12.800 1.00 0.00 A ATOM 106 HD22 ASN 157 12.156 85.772 13.074 1.00 0.00 A ATOM 107 C ASN 157 16.724 87.922 14.717 1.00 20.73 A ATOM 108 O ASN 157 16.488 89.024 15.179 1.00 19.35 A ATOM 109 N SER 158 17.936 87.382 14.804 1.00 2.0.15 A ATOM 110 H SER 158 18.117 86.511 14.395 1.00 0.00 A ATOM 111 CA SER 158 19.005 88.099 15.519 1.00 17.25 A ATOM 112 CB SER 158 20.003 87.095 16.115 1.00 18.79 A ATOM 113 OG SER 158 20.309 86.048 15.204 1.00 21.49 A ATOM 114 HG SER 158 20.692 86.418 14.407 00 0.00 A ATOM 115 C SER 158 19.764 89.191 14.750 00 19.11 A ATOM 116 O SER 158 20.168 90.196 15.331 00 15.49 A ATOM 117 N ILE 159 19.985 88.994 13.462 00 19.24 A ATOM 118 H ILE 159 19.683 88.164 13.037 00 0.00 A ATOM 119 CA ILE 159 20.674 90.002 12.670 00 24.70 A ATOM 120 CB ILE 159 20.702 89.596 11.193 00 25.84 A ATOM 121 CG2 ILE 159 21.185 90.750 10.347 00 23.12 A ATOM 122 CGI ILE 159 21.602 88.366 11.029 00 30.68 A ATOM 123 CDl ILE 159 21.058 87.313 10.092 00 36.48 A ATOM 124 C ILE 159 19.755 91.188 12.863 00 29.72 A ATOM 125 O ILE 159 18.733 91.293 12.201 00 27.59 A ATOM 126 N TYR 160 20.099 92.098 13.764 00 32.64 A ATOM 127 H TYR 160 20.953 92.057 14.240 00 0.00 A ATOM 128 CA TYR 160 19.142 93.153 13.995 00 36.31 A ATOM 129 CB TYR 160 19.262 93.759 15.384 00 29.60 A ATOM 130 CG TYR 160 18.250 94.871 15.541 00 25.36 A ATOM 131 CDl TYR 160 16.953 94.731 15.034 00 30.44 A ATOM 132 CE1 TYR 160 16.027 95.768 15.113 00 28.80 A ATOM 133 CD2 TYR 160 18.597 96.077 16.131 00 22.43 A ATOM 134 CE2 TYR 160 17.686 97.118 16.218 00 29.79 A ATOM 135 CZ TYR 160 16.406 96.958 15.706 1.00 29.67 A ATOM 136 OH TYR 160 15.514 97.989 15.801 00 35.06 A ATOM 137 HH TYR 160 14.682 97.730 15.399 00 0.00 A ATOM 138 C TYR 160 19.015 94.279 13.018 00 38.57 A ATOM 139 O TYR 160 18.019 94.342 12.297 00 45.05 A ATOM 140 N PRO 161 19.992 95.194 12.969 00 34.46 A ATOM 141 CD PRO 161 21.298 95.354 13.624 00 23.12 A ATOM 142 CA PRO 161 19.727 96.237 11.978 1.00 32.11 A ATOM 143 CB PRO 161 20.946 97.155 12.068 1.00 30.05 A ATOM 144 CG PRO 161 21.657 96.769 13.287 1.00 34.00 A ATOM 145 C PRO 161 19 .578 95 .579 10 .605 1. .00 30 .24 A ATOM 146 O PRO 161 20 .555 95 .434 9. .878 1. .00 29 .38 A ATOM 147 N TRP 162 18 .365 95 .167 10 .254 1 .00 28 .87 A ATOM 148 H TRP 162 17 .603 95 .296 10 .855 1 .00 0 .00 A ATOM 149 CA TRP 162 18 .180 94 .525 8 .970 1 .00 29 .54 A ATOM 150 CB TRP 162 16 .725 94. .114 8 .744 1. .00 28 .05 A ATOM 151 CG TRP 162 16 .577 93 .324 7 .456 1. .00 27 .54 A ATOM 152 CD2 TRP 162 17 .115 92 .017 7 .176 1 .00 22 .18 A ATOM 153 CE2 TRP 162 16 .795 91 .710 5 .837 1 .00 27 .60 A ATOM 154 CE3 TRP 162 17 .831 91. .081 7 .935 1. .00 22 .75 A ATOM 155 CDl TRP 162 15 .976 93 .740 6 .304 1. .00 27 .18 A ATOM 156 NEl TRP 162 16 .103 92 .779 5 .324 1, .00 31 .45 A ATOM 157 HEl TRP 162 15 .756 92 .847 4 .416 1 .00 0 .00 A ATOM 158 CZ2 TRP 162 17. .169 90 .503 5. .230 1, .00 25 .17 A ATOM 159 CZ3 TRP 162 18 .201 89 .879 7 .343 1, .00 21 .51 A ATOM 160 CH2 TRP 162 17 .872 89 .601 .998 1 .00 27 .23 A ATOM 161 C TRP 162 18 .644 95 .419 7 .825 1 .00 32 .23 A ATOM 162 O TRP 162 19. .318 94. .945 6. .914 1, .00 29 .79 A ATOM 163 N GLU 163 18 .314 96 .708 7 .859 1 .00 34 .04 A ATOM 164 H GLU 163 17 .794 97 .072 8 .607 1 .00 0 .00 A ATOM 165 CA GLU 163 18. .744 97, .572 6, .757 1, .00 36 .74 A ATOM 166 CB GLU 163 18. .235 99, .011 6. .936 1, .00 33, .42 A ATOM 167 CG GLU 163 17 .941 99 .437 8 .355 1, .00 41 .87 A ATOM 168 CD GLU 163 18 .085 100 .938 8 .529 1. .00 43 .51 A ATOM 169 OE1 GLU 163 19. .238 101, .426 8. .588 1, .00 44. .11 A ATOM 170 OE2 GLU 163 17. .047 101, .629 8. .597 1, .00 39 .73 A ATOM 171 C GLU 163 20 .267 97, .578 6. .566 1, .00 35 .78 A ATOM 172 O GLU 163 20 .769 98 .002 5 .519 1, .00 29 .20 A ATOM 173 N SER 164 20. .987 97, .083 7. .574 1, .00 35, .57 A ATOM 174 H SER 164 20. .516 96, .748 8. .364 1, .00 0, .00 A ATOM 175 CA SER 164 22 .443 97. .024 7 .547 1, .00 31, .38 A ATOM 176 CB SER 164 22 .990 96 .956 8 .968 1, .00 30 .80 A ATOM 177 OG SER 164 22, .876 98, .211 9. .605 1, .00 37, .22 A ATOM 178 HG SER 164 23, .225 98. .151 10. .498 1, .00 0. .00 A ATOM 179 C SER 164 22, .964 95. .837 6. .751 1, .00 32, .24 A ATOM 180 O SER 164 24 .084 95. .870 6. .231 1, .00 37 .08 A ATOM 181 N VAL 165 22, .171 94, .775 6, .688 1. .00 31, .62 A ATOM 182 H VAL 165 21, .316 94, .783 7. .165 1. .00 0, .00 A ATOM 183 CA VAL 165 22 .553 93, .602 5, .916 1, .00 31, .01 A ATOM 184 CB VAL 165 21 .623 92 .401 6 .164 1. .00 35 .77 A ATOM 185 CGI VAL 165 22, .339 91, .110 5, .787 1. .00 39, .39 A ATOM 186 CG2 VAL 165 21 .177 92, .366 7, .607 1. .00 40, .80 A ATOM 187 C VAL 165 22 .328 94, .049 4 .493 1. .00 32 .48 A ATOM 188 O VAL 165 23, .156 93. .824 3. .609 1. .00 35, .34 A ATOM 189 N ILE 166 21, .187 94, .701 4, .297 1, .00 33, .35 A ATOM 190 H ILE 166 20 .586 94, .837 5, .058 1. .00 0 .00 A ATOM 191 CA ILE 166 20 .789 95, .225 2 .997 1. .00 32 .78 A ATOM 192 CB ILE 166 19, .382 95. .862 3, .078 1. .00 31, .47 A ATOM 193 CG2 ILE 166 19, .056 96, .575 1, .783 1, .00 32, .21 A ATOM 194 CGI ILE 166 18 .346 94, .785 3, .419 1. .00 30, .98 A ATOM 195 CDl ILE 166 16 .917 95, .142 3, .048 1. .00 25 .05 A ATOM 196 C ILE 166 21, .800 96, .267 2. .504 1. .00 30. .96 A ATOM 197 O ILE 166 22, .159 96, .293 1, .326 1. .00 31, .98 A ATOM 198 N ALA 167 22, .260 97, .120 3, .410 1. .00 31, .52 A ATOM 199 H ALA 167 21 .947 97, .057 4, .337 1, .00 0, .00 A ATOM 200 CA ALA 167 23, .228 98, .153 3, .047 1. .00 33, .64 A ATOM 201 CB ALA 167 23, .540 99, .023 4, .253 1, .00 29, .88 A ATOM 202 C ALA 167 24, .502 97, .482 2, .539 1. .00 35, .05 A ATOM 203 O ALA 167 25, .176 97. .982 1, .630 1, .00 30, .30 A ATOM 204 N PHE 168 24, .821 96, .342 3, .141 1. .00 31. .11 A ATOM 205 H PHE 168 24, .245 96, .013 3, .864 1. .00 0, .00 A ATOM 206 CA PHE 168 25 .987 95, .572 2, .771 1, .00 28. .96 A ATOM 207 CB PHE 168 26 .214 94, .504 3, .835 1. .00 32, .92 A ATOM 208 CG PHE 168 27. .007 93. .329 3, .371 1. ,00 29. .30 A ATOM 209 CDl PHE 168 26. .378 92. .118 3, .111 1. .00 31. .94 A ATOM 210 CD2 PHE 168 28. .386 93. .405 3, .266 1. .00 26. .68 A ATOM 211 CE1 PHE 168 27. .104 90. .990 2. .760 1. ,00 28. .37 A ATOM 212 CE2 PHE 168 29, .128 92. .282 2. .913 1. ,00 31. .48 A ATOM 213 CZ PHE 168 28, .481 91. .071 2, .660 1. .00 33. .94 A ATOM 214 C PHE 168 25, .736 94, .955 1. .395 1. .00 30. .36 A ATOM 215 O PHE 168 26, .549 95. .106 0. .482 1. .00 25. ,57 A ATOM 216 N LEU 169 24, .602 94. .279 1. .241 1. .00 29. .42 A ATOM 217 H LEU 169 23, .985 94, .192 1. .997 1. .00 0. .00 A ATOM 218 CA LEU 169 24, .262 93, .666 -0. .037 1. .00 32. .92 A ATOM 219 CB LEU 169 22. .835 93. .109 -0. .008 1. ,00 30. ,46 A ATOM 220 CG LEU 169 22.485 91.838 0.773 1..00 27.73 A ATOM 221 CDl LEU 169 21 .107 91 .386 0 .309 1 .00 23 .84 A ATOM 222 CD2 LEU 169 23 .504 90 .738 0 .549 1 .00 22 .89 A ATOM 223 C LEU 169 24 .371 94 .717 -1 .148 1 .00 36 .13 A ATOM 224 O LEU 169 24 .992 94 .484 -2 .181 1 .00 37 .86 A ATOM 225 N ASN 170 23 .760 95 .876 -0 .920 1 .00 39 .95 A ATOM 226 H ASN 170 23 .279 95 .996 -0 .078 1. .00 0 .00 A ATOM 227 CA ASN 170 23 .779 96 .977 -1 .882 1 .00 35 .60 A ATOM 228 CB ASN 170 23 .040 98 .179 -1 .275 1 .00 40 .87 A ATOM 229 CG ASN 170 23 .122 99 .427 -2 .140 1 .00 45 .43 A ATOM 230 OD1 ASN 170 24 .008 100 .268 -1 .958 1. .00 38 .53 A ATOM 231 ND2 ASN 170 22 .191 99 .558 -3 .083 1. .00 44 .25 A ATOM 232 HD21 ASN 170 21 .503 98 .868 -3 .188 1 .00 0 .00 A ATOM 233 HD22 ASN 170 22 .229 100 .355 -3 .648 1 .00 0. .00 A ATOM 234 C ASN 170 25 .221 97 .354 -2 .203 1 .00 37 .08 A ATOM 235 0 ASN 170 25 .590 97 .546 -3 .360 1. .00 36 .45 A ATOM 236 N ASP 171 26 .022 97 .444 -1 .149 1 .00 41. .63 A ATOM 237 H ASP 171 25 .640 97 .256 -0 .267 1. .00 0 .00 A ATOM 238 CA ASP 171 27 .430 97 .805 -1. .219 1. .00 45 .96 A ATOM 239 CB ASP 171 27 .984 97 .921 0. .205 1. .00 49 .80 A ATOM 240 CG ASP 171 28 .976 99 .051 0. .360 1. .00 58 .06 A ATOM 241 OD1 ASP 171 28 .606 100 .218 0. .111 1 .00 61 .54 A ATOM 242 OD2 ASP 171 30, .131 98 .771 0. .738 1. .00 60. .67 A ATOM 243 C ASP 171 28, .286 96 .815 -2. .018 1. .00 47. .51 A ATOM 244 O ASP 171 29 .263 97 .214 -2. .656 1 .00 4 .54 A ATOM 245 N LEU 172 27 .923 95 .535 -1. .972 1. .00 44 .73 A ATOM 246 H LEU 172 27 .131 95 .289 -1 .448 1. .00 0. .00 A ATOM 247 CA LEU 172 28, .658 94 .480 -2, .675 1. .00 43. .36 A ATOM 248 CB LEU 172 28, .434 93 .125 -1 .985 1, .00 37, .47 A ATOM 249 CG LEU 172 29 .574 92 .102 -1. .869 1. .00 35 .42 A ATOM 250 CDl LEU 172 29 .011 90 .764 -1. .398 1. .00 32, .59 A ATOM 251 CD2 LEU 172 30, .274 91, .926 -3, .189 1. .00 32, .89 A ATOM 252 C LEU 172 28, .214 94. .362 -4. .122 1. .00 43. .76 A ATOM 253 O LEU 172 29, .013 94 .070 -5. .011 1. .00 42, .82 A ATOM 254 N LEU 173 26 .928 94. .587 -4. .345 1. .00 45, .41 A ATOM 255 H LEU 173 26 .349 94 .834 -3 .595 1. .00 0, .00 A ATOM 256 CA LEU 173 26, .354 94, .481 -5. .674 1. .00 49, .41 A ATOM 257 CB LEU 173 24, .837 94, .308 -5. .561 1. .00 52. .76 A ATOM 258 CG LEU 173 24, .329 92 .938 -5. .089 1. .00 54. .19 A ATOM 259 CDl LEU 173 24 .148 92 .038 -6. .294 1. .00 59. .26 A ATOM 260 CD2 LEU 173 25, .302 92, .305 -4. .110 1. .00 54. .13 A ATOM 261 C LEU 173 26, .681 95, .681 -6, .552 1. .00 51. .49 A ATOM 262 O LEU 173 27, .079 95, .521 -7. .708 1. .00 46. .63 A ATOM 263 N LYS 174 26, .523 96 .882 -5, .997 1, .00 51, .16 A ATOM 264 H LYS 174 26, .220 96, .946 -5. .068 1. .00 0. .00 A ATOM 265 CA LYS 174 26, .794 98, .096 -6. .751 1. .00 51. .25 A ATOM 266 CB LYS 174 26, .615 99, .330 -5. .862 1. .00 50. .79 A ATOM 267 CG LYS 174 27, .294 99, .251 -4. .513 1. .00 49, .59 A ATOM 268 CD LYS 174 26, .659 100 .247 -3. .542 1. .00 48. .26 A ATOM 269 CE LYS 174 27, .707 100. .970 -2. .714 1. .00 41. .18 A ATOM 270 NZ LYS 174 28, .712 101. .644 -3, .574 1. .00 37. .27 A ATOM 271 HZ1 LYS 174 28, .236 102. .341 -4. .183 1. .00 0. .00 A ATOM 272 HZ2 LYS 174 29, .192 100. .937 -4. .168 1. .00 0. .00 A ATOM 273 HZ3 LYS 174 29. .413 102. .127 -2. .977 1. .00 0. .00 A ATOM 274 C LYS 174 28. .181 98. .114 -7. .384 1. ,00 48. ,99 A ATOM 275 O LYS 174 28. .439 98, .906 -8. .276 1. .00 49. ,73 A ATOM 276 N ARG 175 29. .066 97, .237 -6. .928 1. .00 51. .76 A ATOM 277 H ARG 175 28, .807 96, .620 -6. .212 1. .00 0. ,00 A ATOM 278 CA ARG 175 30. ,422 97. .174 -7. .471 1. .00 54. ,88 A ATOM 279 CB ARG 175 31. .400 96. .730 -6. ,378 1. .00 60. ,59 A ATOM 280 CG ARG 175 32. .257 97, .853 -5. .813 1. .00 69. ,97 A ATOM 281 CD ARG 175 32. .030 98, .026 -4. .320 1. .00 76. ,88 A ATOM 282 NE ARG 175 32. .502 99. ,320 -3. ,832 1. 00 82. 84 A ATOM 283 HE ARG 175 33. ,238 99. ,324 -3. ,186 1. 00 0. .00 A ATOM 284 CZ ARG 175 31. .996 100. .490 -4. .208 1. .00 86. 91 A ATOM 285 NH1 ARG 175 30. .996 100. .535 -5. ,080 1. .00 88. 00 A ATOM 286 HH11 ARG 175 30. .620 99. .687 -5. .452 1. ,00 0. 00 A ATOM 287 HH12 ARG 175 30. ,617 101. ,416 -5. .361 1. 00 0. 00 A ATOM 288 NH2 ARG 175 32. .492 101. ,619 -3. .712 1. 00 88. 60 A ATOM 289 HH21 ARG 175 33. ,245 101. ,588 -3. .054 1. 00 0. 00 A ATOM 290 HH22 ARG 175 32. ,112 102. ,499 -3. .996 1. ,00 0. 00 A ATOM 291 C ARG 175 30. .543 96. ,231 -8. 675 1. 00 52. 71 A ATOM 292 O ARG 175 31. ,308 96. ,486 -9. 604 1. 00 51. 98 A ATOM 293 N MET 176 29. ,777 95. ,147 -8. .654 1. 00 49. 83 A ATOM 294 H MET 176 29. ,175 95. .007 -7. .894 1. 00 0. 00 A ATOM 295 CA MET 176 29. ,805 94. .159 -9. .720 1. 00 44. 82 A ATOM 296 CB MET 176 29.033 92.907 -9.306 1.00 39.16 A ATOM 297 CG MET 176 29 .372 92 .339 -7 .956 1 .00 37 .27 A ATOM 298 SD MET 176 28 .290 90 .955 -7 .596 1 .00 40 .47 A ATOM 299 CE MET 176 29 .105 90 .252 -6 .182 1 .00 36 .51 A ATOM 300 C MET 176 29 .208 94 .651 -11 .028 1 .00 47 .84 A ATOM 301 O MET 176 28 .361 95 .542 -11 .049 1 .00 46 .58 A ATOM 302 N ASP 177 29 .656 94 .035 -12 .118 1 .00 51 .49 A ATOM 303 H ASP 177 30 .352 93 .353 -12 .016 1. .00 0 .00 A ATOM 304 CA ASP 177 29 .157 94 .329 -13. .457 1. .00 54 .36 A ATOM 305 CB ASP 177 30 .322 94 .519 -14 .441 1 .00 56 .10 A ATOM 306 CG ASP 177 30 .746 95 .974 -14 .586 1 .00 60 .14 A ATOM 307 ODl ASP 177 31 .960 96 .219 -14 .732 1. .00 58 .72 A ATOM 308 OD2 ASP 177 29 .874 96. .868 -14. .559 1. .00 61 .23 A ATOM 309 C ASP 177 28 .366 93 .070 -13 .833 1 .00 54 .37 A ATOM 310 O ASP 177 28 .944 92 .089 -14. .304 1 .00 54 .71 A ATOM 311 N ILE 178 27. .056 93. .088 -13. .603 1. .00 50 .87 A ATOM 312 H ILE 178 26 .644 93, .892 -13. .226 1. .00 0 .00 A ATOM 313 CA ILE 178 26 .220 91 .929 -13. .905 1. .00 50 .24 A ATOM 314 CB ILE 178 24 .921 91 .933 -13 .041 1 .00 49 .66 A ATOM 315 CG2 ILE 178 24. .214 90, .581 -13. .131 1. .00 49 .10 A ATOM 316 CGI ILE 178 25. .275 92, .217 -11. .576 1. .00 50 .99 A ATOM 317 CDl ILE 178 24 .125 92, .001 -10 .593 1. .00 52 .23 A ATOM 318 c ILE 178 25 .855 91 .871 -15 .386 1. .00 48 .57 A ATOM 319 0 ILE 178 25. .743 92, .905 -16, .040 1. .00 50 .81 A ATOM 320 N GLY 179 25 .689 90, .654 -15, .902 1. .00 48 .26 A ATOM 321 H GLY 179 25 .801 89 .873 -15. .324 1. .00 0 .00 A ATOM 322 CA GLY 179 25, .341 90, .453 -17. .300 1, .00 47, .18 A ATOM 323 C GLY 179 25, .483 88, .993 -17. .708 1. .00 47, .42 A ATOM 324 O GLY 179 26 .366 88, .302 -17. .203 1. .00 44 .46 A ATOM 325 N PRO 180 24 .635 88, .489 -18. .621 1, .00 48 .62 A ATOM 326 CD PRO 180 23, .543 89. .194 -19, .313 1. .00 50, .81 A ATOM 327 CA PRO 180 24, .730 87, .084 -19, .046 1. .00 49, .53 A ATOM 328 CB PRO 180 23, .635 86, .946 -20, .107 1, .00 48 .70 A ATOM 329 CG PRO 180 22, .692 88. .070 -19, .837 1. .00 52, .71 A ATOM 330 C PRO 180 26, .104 86. .712 -19. .597 1. .00 52, .68 A ATOM 331 O PRO 180 26, .359 85, .541 -19. .902 1. .00 53 .20 A ATOM 332 N LYS 181 26, .983 87, .706 -19. .716 1. .00 49 .61 A ATOM 333 H LYS 181 26, .720 88. .610 -19. .445 1. .00 0, .00 A ATOM 334 CA LYS 181 28, .324 87. .485 -20, .238 1. .00 49, .94 A ATOM 335 CB LYS 181 28, .517 88, .279 -21. .535 1. .00 52, .40 A ATOM 336 CG LYS 181 27, .413 88, .064 -22. .577 1. .00 52 .89 A ATOM 337 CD LYS 181 27, .111 86. .588 -22, .801 1. .00 50, .48 A ATOM 338 CE LYS 181 28, .125 85. .942 -23, .735 1. .00 54, .32 A ATOM 339 NZ LYS 181 29, .156 85. .176 -22, .981 1. .00 54, .02 A ATOM 340 HZ1 LYS 181 28. .696 84. .425 -22. .427 1. ,00 0, .00 A ATOM 341 HZ2 LYS 181 29. .664 85. .818 -22. .338 1. .00 0, .00 A ATOM 342 HZ3 LYS 181 29, .830 84, .750 -23, .648 1. .00 0, .00 A ATOM 343 C LYS 181 29, .389 87, .882 -19, .223 1, .00 49, .03 A ATOM 344 O LYS 181 30. .575 87. ,943 -19. .544 1. .00 44, .77 A ATOM 345 N GLN 182 28, .953 88. .150 -17, .997 1. .00 49, .13 A ATOM 346 H GLN 182 27, .997 88. .071 -17, .806 1. .00 0, .00 A ATOM 347 CA GLN 182 29. .855 88. ,549 -16. .927 1. .00 47. .58 A ATOM 348 CB GLN 182 30. .657 89. ,802 -17. .332 1. .00 52. .30 A ATOM 349 CG GLN 182 29. .961 91. .148 -17. .105 1. .00 56. .19 A ATOM 350 CD GLN 182 29, .400 91. .760 -18, .381 1. .00 59. .68 A ATOM 351 OE1 GLN 182 28, .651 92. ,742 -18. .337 1. ,00 59. .75 A ATOM 352 NE2 GLN 182 29. .759 91. .184 -19, .526 1. .00 62. .02 A ATOM 353 HE21 GLN 182 30, .356 90. .408 -19, .515 1. .00 0. .00 A ATOM 354 HE22 GLN 182 29. .407 91. .567 -20. .355 1. ,00 0. .00 A ATOM 355 C GLN 182 29. .039 88. .817 -15. .673 1. ,00 46. .05 A ATOM 356 O GLN 182 28, .205 89. .720 -15, .635 1. .00 52. .56 A ATOM 357 N THR 183 29, .279 88. .007 -14, .655 1. .00 43, .42 A ATOM 358 H THR 183 29. .952 87. .304 -14. .768 1. .00 0. .00 A ATOM 359 CA THR 183 28. .590 88. ,107 -13. .367 1. .00 39. .86 A ATOM 360 CB THR 183 28, .994 89. .369 -12. .571 1. .00 38. .78 A ATOM 361 OG1 THR 183 30, .422 89. .443 -12, .473 1. ,00 33, .64 A ATOM 362 HG1 THR 183 30. .753 88. ,664 -12. .022 1. ,00 0. .00 A ATOM 363 CG2 THR 183 28. .407 89. ,303 -11. .165 1. .00 36. .70 A ATOM 364 C THR 183 27, .073 88. ,054 -13. .388 1. .00 40. .16 A ATOM 365 O THR 183 26. ,397 88. ,889 -14. ,001 1. 00 37. ,82 A ATOM 366 N GLN 184 26. .565 87. ,044 -12. ,692 1. .00 38. ,77 A ATOM 367 H GLN 184 27. .185 86. ,424 -12. .260 1. ,00 0. .00 A ATOM 368 CA GLN 184 25. .148 86. ,805 -12. .534 1. ,00 32. .70 A ATOM 369 CB GLN 184 24. .755 85. .500 -13. .199 1. .00 39. ,22 A ATOM 370 CG GLN 184 24. .950 85. ,502 -14. .684 1. ,00 38. .77 A ATOM 371 CD GLN 184 23. .866 84. ,736 -15. .379 1. ,00 37, .99 A ATOM 372 OE1 GLN 184 23..633 83,.563 -15.081 1..00 34..86 A ATOM 373 NE2 GLN 184 23. .182 85, .395 -16 .306 1. .00 36, .73 A ATOM 374 HE21 GLN 184 23. .400 86, .330 -16. .503 1. .00 0, .00 A ATOM 375 HE22 GLN 184 22. .470 84 .910 -16 .770 1. .00 0 .00 A ATOM 376 C GLN 184 24. .956 86 .687 -11 .032 1. .00 34 .89 A ATOM 377 O GLN 184 25. .816 86 .138 -10. .331 1. .00 31 .60 A ATOM 378 N VAL 185 23. .819 87 .185 -10 .552 1. .00 35 .52 A ATOM 379 H VAL 185 23. .168 87 .567 -11 .175 1. .00 0 .00 A ATOM 380 CA VAL 185 23. .510 87 .179 -9 .129 1, .00 33 .81 A ATOM 381 CB VAL 185 23. .602 88 .617 -8 .545 1. .00 35 .05 A ATOM 382 CGI VAL 185 23. .088 88 .636 -7 .094 1. .00 35 .71 A ATOM 383 CG2 VAL 185 25. .048 89 .115 -8 .612 1. .00 16 .86 A ATOM 384 C VAL 185 22, .137 86 .604 -8 .772 1, .00 34 .96 A ATOM 385 O VAL 185 21, .129 86, .859 -9 .441 1, .00 29 .48 A ATOM 386 N GLY 186 22, .129 85, .830 -7 .691 1. .00 29, .37 A ATOM 387 H GLY 186 22, .968 85, .675 -7 .209 1, .00 0, .00 A ATOM 388 CA GLY 186 20, .915 85, .215 -7 .208 1. .00 33, .55 A ATOM 389 C GLY 186 20, .922 85, .345 -5 .706 1. .00 30, .62 A ATOM 390 O GLY 186 21. .978 85, .507 -5 .092 1. .00 38, .55 A ATOM 391 N ILE 187 19. .751 85, .285 -5. .100 1. .00 29, .16 A ATOM 392 H ILE 187 18. .935 85, .152 -5. .626 1. .00 0, .00 A ATOM 393 CA ILE 187 19. .667 85, .411 -3. .657 1. .00 29, .27 A ATOM 394 CB ILE 187 19. .244 86, .832 -3. .222 1. .00 23, .80 A ATOM 395 CG2 ILE 187 19. .187 86, .902 -1. .708 1. .00 21, .78 A ATOM 396 CGI ILE 187 20. .223 87, .869 -3. .771 1. .00 25, .79 A ATOM 397 CDl ILE 187 20. .020 89, .264 -3. .200 1. .00 26. .87 A ATOM 398 C ILE 187 18. .656 84, .456 -3. .063 1. .00 28. .09 A ATOM 399 O ILE 187 17. .537 84, .337 -3. .549 1. ,00 26. .92 A ATOM 400 N VAL 188 19. .057 83, .793 -1. .989 1. ,00 31. .92 A ATOM 401 H VAL 188 19. .971 83 .924 -1 .660 1. .00 0. .00 A ATOM 402 CA VAL 188 18, .175 82 .877 -1. .288 1, .00 31. .88 A ATOM 403 CB VAL 188 18, .598 81, .408 -1 .538 1, .00 30. .39 A ATOM 404 CGI VAL 188 18, .918 80, .702 -0 .221 1. .00 23. .72 A ATOM 405 CG2 VAL 188 17, .478 80, .688 -2 .276 1. .00 31. .57 A ATOM 406 C VAL 188 18, .271 83, .226 0 .198 1, .00 30. .17 A ATOM 407 O VAL 188 19, .362 83, .436 0 .719 1. .00 29. .85 A ATOM 408 N GLN 189 17, .132 83, .332 0 .869 1. .00 26. .31 A ATOM 409 H GLN 189 16, .278 83, .201 0 .405 1. .00 0, .00 A ATOM 410 CA GLN 189 17, .146 83, .644 2 .288 1. .00 27. .42 A ATOM 411 CB GLN 189 16, .219 84, .830 2. .629 1. .00 25. .02 A ATOM 412 CG GLN 189 16, .196 85, .140 4 .141 1. .00 21. .62 A ATOM 413 CD GLN 189 15, .631 86. .506 4. .495 1. .00 22. .57 A ATOM 414 OE1 GLN 189 15. .554 86, .867 5. .668 1. .00 23. .48 A ATOM 415 NE2 GLN 189 15. .230 87, .263 3. .487 1. .00 26. .01 A ATOM 416 HE21 GLN 189 15. .304 86, .940 2. .567 1. .00 0, .00 A ATOM 417 HE22 GLN 189 14. .866 88, .147 3. .709 1. .00 0. .00 A ATOM 418 C GLN 189 16. .679 82, .392 3. .000 1. ,00 23. .00 A ATOM 419 O GLN 189 15. .882 81, .631 2. .463 1. ,00 23, .43 A ATOM 420 N TYR 190 17. .184 82. .171 4. .202 1. ,00 22. .53 A ATOM 421 H TYR 190 17. .820 82. .811 4, .584 1. ,00 0. .00 A ATOM 422 CA TYR 190 16. .811 80. .993 4. .963 1. ,00 26. .52 A ATOM 423 CB TYR 190 17. .837 79. .883 4. .726 1. .00 26. .90 A ATOM 424 CG TYR 190 19. .147 80. .113 5, .453 1. .00 17. .55 A ATOM 425 CDl TYR 190 19. .397 79. .503 6, .676 1. .00 15. .45 A ATOM 426 CE1 TYR 190 20. .593 79. .699 7. .345 1. .00 17. .09 A ATOM 427 CD2 TYR 190 20. .139 80. .936 4, .907 1. .00 14. .28 A ATOM 428 CE2 TYR 190 21, .347 81. .138 5 .568 1, .00 14. .48 A ATOM 429 CZ TYR 190 21, .567 80. .513 6 .786 1, .00 15. .88 A ATOM 430 OH TYR 190 22. .749 80, .701 7 .467 1. .00 15. .41 A ATOM 431 HH TYR 190 23. .313 81, .297 6 .966 1. .00 0. .00 A ATOM 432 C TYR 190 16, .694 81, .265 6 .463 1. .00 28, .88 A ATOM 433 O TYR 190 17, .147 82, .297 6 .974 1. .00 27, .66 A ATOM 434 N GLY 191 16, .093 80, .302 7. .152 1. .00 29, .28 A ATOM 435 H GLY 191 15. .773 79, .511 6. .669 1. ,00 0, .00 A ATOM 436 CA GLY 191 15, .888 80, .359 8. .587 1. ,00 26. .48 A ATOM 437 C GLY 191 14. .655 79, .507 8. .787 1. ,00 27. .88 A ATOM 438 O GLY 191 13. .548 79, .953 8. .494 1. .00 33. .37 A ATOM 439 N GLU 192 14. .843 78, .283 9. .266 1. .00 31. .94 A ATOM 440 H GLU 192 15. .753 78. .004 9, .499 1. ,00 0. .00 A ATOM 441 CA GLU 192 13. .744 77, .334 9, .461 1. ,00 34. .41 A ATOM 442 CB GLU 192 12. .504 78, .026 10, .025 1. .00 39. ,00 A ATOM 443 CG GLU 192 12. .439 78. .147 11, .534 1. ,00 39. .53 A ATOM 444 CD GLU 192 11. .319 79. .079 11, .967 1. ,00 39. .25 A ATOM 445 OEl GLU 192 11. ,611 80. .085 12, .645 1. .00 42. .52 A ATOM 446 OE2 GLU 192 10. ,146 78. .813 11, .616 1. ,00 34. .89 A ATOM 447 C GLU 192 13. ,384 76. .697 8, .111 1. .00 34. ,47 A ATOM 448 O GLU 192 13.208 75.487 8.010 1.00 36.09 A ATOM 449 N ASN 193 13 .265 77 .528 7 .082 1 .00 33 .33 A ATOM 450 H ASN 193 13 .403 78 .487 7 .234 1 .00 0 .00 A ATOM 451 CA ASN 193 12 .935 77 .071 5 .736 1 .00 35 .22 A ATOM 452 CB ASN 193 11 .409 77 .105 5 .534 1 .00 38 .44 A ATOM 453 CG ASN 193 10 .967 78 .108 4 .484 1 .00 42 .52 A ATOM 454 ODl ASN 193 10 .607 77 .735 3. .366 1 .00 48 .03 A ATOM 455 ND2 ASN 193 10 .987 79 .383 4 .840 1. .00 45 .99 A ATOM 456 HD21 ASN 193 11 .275 79 .633 5 .739 1 .00 0 .00 A ATOM 457 HD22 ASN 193 10 .705 80 .040 4 .172 1 .00 0 .00 A ATOM 458 C ASN 193 13 .674 77 .964 4 .718 1. .00 31 .48 A ATOM 459 O ASN 193 14 .389 78 .885 5 .114 1 .00 32 .85 A ATOM 460 N VAL 194 13 .516 77 .699 3 .423 1 .00 28 .41 A ATOM 461 H VAL 194 12 .921 76 .971 3 .148 1 .00 0 .00 A ATOM 462 CA VAL 194 14 .216 78 .485 2 .408 1 .00 30 .39 A ATOM 463 CB VAL 194 15 .300 77 .621 1. .682 1 .00 35 .86 A ATOM 464 CGI VAL 194 16 .253 78. .517 0, .890 1 .00 34 .87 A ATOM 465 CG2 VAL 194 16 .086 76 .798 2. .700 1. .00 31 .70 A ATOM 466 C VAL 194 13 .312 79. .100 1 .347 1 .00 26 .35 A ATOM 467 O VAL 194 12 .352 78. .487 0. .911 1 .00 25 .27 A ATOM 468 N THR 195 13 .629 80 .327 0. .938 1 .00 30 .82 A ATOM 469 H THR 195 14 .396 80 .780 1, .344 1 .00 0 .00 A ATOM 470 CA THR 195 12 .861 81 .013 -0. .097 1 .00 32 .80 A ATOM 471 CB THR 195 11 .875 82 .059 0. .520 1 .00 32 .61 A ATOM 472 OG1 THR 195 12 .435 83 .370 0. .439 1 .00 36 .07 A ATOM 473 HG1 THR 195 11 .821 84 .005 0. .819 1 .00 0 .00 A ATOM 474 CG2 THR 195 11 .581 81 .730 1 .969 1 .00 35 .80 A ATOM 475 C THR 195 13, .832 81. .698 -1, .066 1, .00 34, .36 A ATOM 476 O THR 195 14, .830 82, .274 -0. .638 1. .00 37, .20 A ATOM 477 N HIS 196 13, .562 81, .610 -2, .368 1. .00 31, .83 A ATOM 478 H HIS 196 12, .767 81, .117 -2, .664 1. .00 0, .00 A ATOM 479 CA HIS 196 14, .430 82, .235 -3. .364 1. .00 33, .42 A ATOM 480 CB HIS 196 14, .373 81, .488 -4. .703 1. .00 36, .34 A ATOM 481 CG HIS 196 14 .682 80. .027 -4. .612 1. .00 32, .56 A ATOM 482 CD2 HIS 196 13 .920 78. .975 -4. .231 1. .00 33, .30 A ATOM 483 ND1 HIS 196 15 .885 79. .493 -5. .025 1. .00 30. .72 A ATOM 484 HD1 HIS 196 16 .646 80. .005 -5. .357 1. .00 0 .00 A ATOM 485 CE1 HIS 196 15, .850 78. .181 -4. .905 1. .00 27, .16 A ATOM 486 NE2 HIS 196 14, .669 77. .839 -4. .425 1. .00 24. .32 A ATOM 487 HE2 HIS 196 14. .366 76. .932 -4. .234 1, .00 0. .00 A ATOM 488 C HIS 196 13. .990 83. .676 -3, .600 1. .00 33. .69 A ATOM 489 O HIS 196 12. .907 83. .910 -4. .147 1. .00 30, .28 A ATOM 490 N GLU 197 14, .825 84. .633 -3. .193 1, .00 32, .40 A ATOM 491 H GLU 197 15, .670 84, .376 -2, .769 1. .00 0, .00 A ATOM 492 CA GLU 197 14, .522 86. .053 -3. .357 1, .00 28, .21 A ATOM 493 CB GLU 197 15 .485 86, .884 -2. .515 1. .00 30, .79 A ATOM 494 CG GLU 197 15 .369 86, .601 -1. .025 1. .00 29, .25 A ATOM 495 CD GLU 197 13. .980 86, .880 -0. .489 1. .00 28, .81 A ATOM 496 OE1 GLU 197 13, .154 87. .429 -1. .246 1. .00 27. .20 A ATOM 497 OE2 GLU 197 13. .712 86. .550 0. .688 1. .00 31. .09 A ATOM 498 C GLU 197 14, .578 86. .469 -4, .831 1. .00 25. .47 A ATOM 499 O GLU 197 13, .872 87. .380 -5. .250 1. .00 33. .41 A ATOM 500 N PHE 198 15, .447 85. .817 -5. .594 1. .00 28. .05 A ATOM 501 H PHE 198 16, .035 85. .161 -5. .166 1. .00 0. .00 A ATOM 502 CA PHE 198 15. .573 86. .023 -7. .038 1. .00 29. .94 A ATOM 503 CB PHE 198 15, .668 87. .522 -7. .420 1. .00 22. .28 A ATOM 504 CG PHE 198 16, .939 88. .213 -7, .021 1. .00 20. .44 A ATOM 505 CDl PHE 198 18, .134 87. .969 -7. .696 1. .00 29. .59 A ATOM 506 CD2 PHE 198 16, .925 89. .166 -6. .015 1. .00 12. .83 A ATOM 507 CE1 PHE 198 19. .300 88. .669 -7. .376 1. .00 23. ,18 A ATOM 508 CE2 PHE 198 18. .074 89. .872 -5. .683 1. ,00 23. ,57 A ATOM 509 CZ PHE 198 19. .269 89. .626 -6. ,364 1. ,00 26. ,69 A ATOM 510 C PHE 198 16. .684 85. .181 -7. ,679 1. ,00 34. ,58 A ATOM 511 O PHE 198 17, .787 85. .048 -7. .131 1. ,00 35. ,32 A ATOM 512 N ASN 199 16. .352 84. .590 -8. .828 1. ,00 33. ,63 A ATOM 513 H ASN 199 15. .456 84. .756 -9. ,187 1. ,00 0. ,00 A ATOM 514 CA ASN 199 17. .237 83. .708 -9. ,592 1. ,00 33. ,60 A ATOM 515 CB ASN 199 16, .416 82. ,890 -10. ,596 1. ,00 33. ,43 A ATOM 516 CG ASN 199 15, .406 81. ,979 -9. ,929 1. ,00 35. ,08 A ATOM 517 ODl ASN 199 15, ,458 81. ,743 -8. ,724 1. ,00 37. ,14 A ATOM 518 ND2 ASN 199 14. ,480 81. 457 -10. 717 1. 00 36. 96 A ATOM 519 HD21 ASN 199 14. ,477 81. 669 -11. ,674 1. .00 0. 00 A ATOM 520 HD22 ASN 199 13. .818 80. 865 -10. ,306 1. 00 0. 00 A ATOM 521 C ASN 199 18. .381 84. 392 -10. ,352 1. 00 37. 18 A ATOM 522 O ASN 199 18. .312 85. 573 -10. ,690 1. 00 33. 75 A ATOM 523 N LEU 200 19. .413 83. .605 -10. ,649 1. 00 35. 28 A ATOM 524 H LEU 200 19,.374 82,.663 -10..382 1..00 0..00 A ATOM 525 CA LEU 200 20, .595 84, .080 -11, .357 1. .00 36 .97 A ATOM 526 CB LEU 200 21. .612 82. .943 -11. .502 1. ,00 36. .01 A ATOM 527 CG LEU 200 22. .358 82. .306 -10. .328 1. ,00 32. .50 A ATOM 528 CDl LEU 200 21. .430 81, .966 -9. .168 1. .00 38 .36 A ATOM 529 CD2 LEU 200 22, .997 81, .034 -10. .851 1. .00 33. .04 A ATOM 530 C LEU 200 20, .304 84, .640 -12, .746 1, .00 36 .89 A ATOM 531 O LEU 200 21. .069 85, .453 -13, .256 1. .00 38 .59 A ATOM 532 N ASN 201 19. .217 84. .196 -13. ,370 1. .00 38. .74 A ATOM 533 H ASN 201 18. .633 83. .546 -12. .929 1. .00 0. .00 A ATOM 534 CA ASN 201 18, .891 84, .676 -14. .713 1. .00 40. .95 A ATOM 535 CB ASN 201 18, .643 83, .497 -15. .666 1. .00 42. .74 A ATOM 536 CG ASN 201 17, .424 82, .664 -15, .284 1. .00 45 .08 A ATOM 537 ODl ASN 201 17. .100 81. .693 -15. .969 1. ,00 46. .68 A ATOM 538 ND2 ASN 201 16, .746 83. .032 -14. .199 1. ,00 42, .33 A ATOM 539 HD21 ASN 201 17, .038 83. .811 -13. .682 1. .00 0. .00 A ATOM 540 HD22 ASN 201 15. .963 82, .499 -13. .952 1. .00 0, .00 A ATOM 541 C ASN 201 17, .696 85, .616 -14, .726 1, .00 41 .99 A ATOM 542 O ASN 201 17, ,194 85. .997 -15. .785 1. ,00 36, .95 A ATOM 543 N LYS 202 17. .257 gs . .993 -13, .532 1. .00 43, .02 A ATOM 544 H LYS 202 17. .711 85. .657 -12, .731 1. .00 0, .00 A ATOM 545 CA LYS 202 16, .127 86. .889 -13, .378 1. .00 42 .25 A ATOM 546 CB LYS 202 15, .743 86. .957 -11, .896 1, .00 37 .84 A ATOM 547 CG LYS 202 14, .984 88 .195 -11, .505 1, .00 39 .09 A ATOM 548 CD LYS 202 13. .486 88, .011 -11. .664 1. ,00 41, .90 A ATOM 549 CE LYS 202 12, .851 87, .494 -10. .381 1. .00 47, .46 A ATOM 550 NZ LYS 202 12, .961 86, .005 -10. .253 1. .00 45, .02 A ATOM 551 HZ1 LYS 202 13, .963 85, .729 -10, .250 1. .00 0 .00 A ATOM 552 HZ2 LYS 202 12, .479 85, .552 -11, .057 1, .00 0. .00 A ATOM 553 HZ3 LYS 202 12. .513 85, .699 -9. .366 1. .00 0. .00 A ATOM 554 C LYS 202 16. .443 88. .287 -13. .921 1. .00 40. .53 A ATOM 555 O LYS 202 15. .698 88. .829 -14. .735 1. .00 36. .63 A ATOM 556 N TYR 203 17. .558 88, .864 -13, .486 1. .00 41. .00 A ATOM 557 H TYR 203 18. .140 88, .383 -12, .861 1. .00 0. .00 A ATOM 558 CA TYR 203 17. .923 90. .201 -13. .931 1. .00 40. .78 A ATOM 559 CB TYR 203 18. .101 91. .114 -12. .711 1. .00 43. .99 A ATOM 560 CG TYR 203 16. .946 91. .108 -11. .723 1. .00 42. .62 A ATOM 561 CDl TYR 203 17, .064 90. .475 -10. .483 1. .00 42. .17 A ATOM 562 CE1 TYR 203 16, .027 90. .492 -9, .556 1. .00 36 .22 A ATOM 563 CD2 TYR 203 15, .750 91. .761 -12, .010 1, .00 44 .83 A ATOM 564 CE2 TYR 203 14, .702 91, .786 -11. .086 1. ,00 48. .25 A ATOM 565 CZ TYR 203 14, .848 91, .151 -9. .860 1. .00 47. .45 A ATOM 566 OH TYR 203 13, .815 91, .181 -8, .942 1. .00 52. .58 A ATOM 567 HH TYR 203 13, .077 91, .678 -9, .304 1. .00 0. .00 A ATOM 568 C TYR 203 19 .181 90, .243 -14. .813 1, .00 42 .72 A ATOM 569 O TYR 203 20, .014 89, .335 -14. .784 1. ,00 38. .83 A ATOM 570 N SER 204 19, .313 91, .312 -15. .591 1. .00 43. .42 A ATOM 571 H SER 204 18, .628 92, .013 -15. .556 1. .00 0. .00 A ATOM 572 CA SER 204 20, .445 91, .476 -16. .499 1. .00 45 .46 A ATOM 573 CB SER 204 19 .945 91, .613 -17. .933 1. .00 47. .15 A ATOM 574 OG SER 204 19. .893 92, .982 -18. .309 1. .00 49. .62 A ATOM 575 HG SER 204 20, .770 93, .366 -18. .244 1. .00 0. .00 A ATOM 576 C SER 204 21. .312 92, .691 -16, .188 1. .00 49, .08 A ATOM 577 O SER 204 22. .464 92, .760 -16, .616 1. .00 48, .50 A ATOM 578 N SER 205 20 .757 93, .656 -15, .462 1. .00 50, .50 A ATOM 579 H SER 205 19 .839 93 .549 -15, .138 1, .00 0 .00 A ATOM 580 CA SER 205 21, .495 94, .870 -15. .141 1. .00 49, .60 A ATOM 581 CB SER 205 20, .634 96, .098 -15. .449 1. .00 49, .35 A ATOM 582 OG SER 205 21, .303 96, .970 -16, .345 1. .00 54, .35 A ATOM 583 HG SER 205 22, .128 97, .262 -15, .950 1. .00 0, .00 A ATOM 584 C SER 205 21 .981 94 .944 -13 .699 1, .00 47 .82 A ATOM 585 O SER 205 21, .316 94. .469 -12, .785 1. .00 41, .96 A ATOM 586 N THR 206 23, .151 95, .547 -13, .512 1. .00 46, .13 A ATOM 587 H THR 206 23, .643 95, .889 -14, .287 1. .00 0, .00 A ATOM 588 CA THR 206 23 .715 95, .710 -12, .184 1. .00 49, .52 A ATOM 589 CB THR 206 25 .121 96 .351 -12, .233 1. .00 46, .33 A ATOM 590 OG1 THR 206 26 .115 95 .324 -12, .316 1, .00 47 .49 A ATOM 591 HG1 THR 206 26, .050 94, .753 -11, .545 1. .00 0, .00 A ATOM 592 CG2 THR 206 25, .381 97, .172 -10, .980 1. .00 46, .12 A ATOM 593 C THR 206 22, .792 96, .617 -11, .383 1. .00 49, .12 A ATOM 594 O THR 206 22, .684 96, .479 -10, .166 1. .00 53, .03 A ATOM 595 N GLU 207 22 .123 97 .538 -12, .070 1, ,00 51, .42 A ATOM 596 H GLU 207 22, .243 97, .592 -13. .042 1. .00 0, .00 A ATOM 597 CA GLU 207 21, .215 98, .469 -11, .408 1. .00 49, .16 A ATOM 598 CB GLU 207 21, .002 99, .720 -12, .269 1. .00 52. .87 A ATOM 599 CG GLU 207 21, .187 99, .521 -13, .762 1, .00 55. .52 A ATOM 600 CD GLU 207 20..886 100.782 -14..550 1..00 56.44 A ATOM 601 OE1 GLU 207 21. .844 101. .489 -14. .932 1, .00 55 .48 A ATOM 602 OE2 GLU 207 19 .692 101 .066 -14. .784 1. .00 53 .55 A ATOM 603 C GLU 207 19 .864 97 .858 -11. .066 1. .00 49 .23 A ATOM 604 O GLU 207 19 .350 98 .053 -9 .964 1. .00 48 .23 A ATOM 605 N GLU 208 19 .276 97 .122 -12. .000 1, .00 47 .83 A ATOM 606 H GLU 208 19 .710 96 .988 -12. .870 1. .00 0 .00 A ATOM 607 CA GLU 208 17 .981 96 .511 -11 .727 1. .00 48 .69 A ATOM 608 CB GLU 208 17. .500 95 .700 -12, .916 1. .00 45 .35 A ATOM 609 CG GLU 208 17. .020 96 .510 -14, .082 1. .00 40, .10 A ATOM 610 CD GLU 208 16. .724 95 .620 -15, .262 1. .00 37 .99 A ATOM 611 OE1 GLU 208 15 .676 95 .799 -15, .918 1. .00 46 .28 A ATOM 612 OE2 GLU 208 17 .545 94 .727 -15, .528 1. .00 36 .45 A ATOM 613 C GLU 208 18 .129 95 .584 -10, .535 1. .00 50 .21 A ATOM 614 O GLU 208 17 .317 95 .603 -9 .608 1. .00 50 .81 A ATOM 615 N VAL 209 19 .174 94 .764 -10 .573 1. .00 47 .53 A ATOM 616 H VAL 209 19. .778 94. .788 -11, .344 1. .00 0, .00 A ATOM 617 CA VAL 209 19 .436 93. .832 -9. .489 1. .00 48, .06 A ATOM 618 CB VAL 209 20 .744 93 .024 -9. .738 1. .00 48, .35 A ATOM 619 CGI VAL 209 21. .363 92 .582 -8. .421 1. .00 49 .78 A ATOM 620 CG2 VAL 209 20. .446 91 .809 -10. .589 1. .00 49 .88 A ATOM 621 C VAL 209 19 .549 94 .619 -8. .187 1. .00 45 .25 A ATOM 622 O VAL 209 19 .145 94 .138 -7 .134 1, .00 43 .45 A ATOM 623 N LEU 210 20. .081 95. .836 -8. .263 1. .00 45, .57 A ATOM 624 H LEU 210 20. .373 96. .189 -9, .130 1. .00 0, .00 A ATOM 625 CA LEU 210 20. .232 96. .652 -7. .061 1. .00 46, .10 A ATOM 626 CB LEU 210 21. .031 97. .931 -7. .356 1. .00 44, .07 A ATOM 627 CG LEU 210 22. .557 97 .828 -7. .549 1. .00 44, .26 A ATOM 628 CDl LEU 210 23. .131 99 .226 -7. .738 1. .00 38, .37 A ATOM 629 CD2 LEU 210 23 .218 97. .138 -6. .361 1, .00 35, .26 A ATOM 630 C LEU 210 18 .862 97 .006 -6. .490 1, .00 44 .20 A ATOM 631 O LEU 210 18, .653 96, .925 -5. .286 1. .00 44. .77 A ATOM 632 N VAL 211 17, .928 97, .389 -7. .349 1. .00 45, .51 A ATOM 633 H VAL 211 18, .137 97, .445 -8. .305 1. .00 0, .00 A ATOM 634 CA VAL 211 16, .591 97 .731 -6, .880 1. .00 44, .84 A ATOM 635 CB VAL 211 15, .685 98, .253 -8. .021 1. .00 44, .98 A ATOM 636 CGI VAL 211 14, .649 99 .213 -7. .449 1. .00 49, .23 A ATOM 637 CG2 VAL 211 16 .517 98 .940 -9, .095 1. .00 47, .62 A ATOM 638 C VAL 211 15 .914 96 .503 -6. .278 1, .00 42 .72 A ATOM 639 O VAL 211 15, .219 96, .595 -5. .262 1. .00 42, .50 A ATOM 640 N ALA 212 16, .122 95, .353 -6. .907 1. .00 40, .62 A ATOM 641 H ALA 212 16, .699 95, .334 -7, .699 1. .00 0, .00 A ATOM 642 CA ALA 212 15, .509 94, .116 -6, .440 1. .00 40, .77 A ATOM 643 CB ALA 212 15 .742 93, .011 -7, .454 1. .00 36, .33 A ATOM 644 C ALA 212 16 .001 93 .672 -5. .063 1. .00 38 .58 A ATOM 645 O ALA 212 15 .207 93 .243 -4. .221 1. .00 37 .62 A ATOM 646 N ALA 213 17, .305 93, .779 -4. .837 1. .00 31, .59 A ATOM 647 H ALA 213 17, .889 94, .145 -5. .532 1. ,00 0, .00 A ATOM 648 CA ALA 213 17, .879 93, .359 -3, .564 1. .00 35, .24 A ATOM 649 CB ALA 213 19, .386 93, .229 -3, .687 1. .00 35, .74 A ATOM 650 C ALA 213 17. .540 94, .277 -2. .404 1. .00 33, .73 A ATOM 651 O ALA 213 17 .515 93 .837 -1, .264 1. .00 30, .39 A ATOM 652 N ASN 214 17 .277 95 .548 -2. .688 1. .00 37, .82 A ATOM 653 H ASN 214 17 .292 95 .854 -3. .618 1, .00 0, .00 A ATOM 654 CA ASN 214 16. .962 96, .495 -1. .620 1. .00 41. .93 A ATOM 655 CB ASN 214 17. .152 97, .935 -2. .102 1. .00 43. .82 A ATOM 656 CG ASN 214 18, .495 98, .509 -1, .688 1. .00 45. .59 A ATOM 657 ODl ASN 214 19, .426 98, .581 -2, .492 1. .00 47, .44 A ATOM 658 ND2 ASN 214 18, .606 98, .911 -0. .425 1. .00 46, .09 A ATOM 659 HD21 ASN 214 17. .842 98, .829 0, .183 1. .00 0, .00 A ATOM 660 HD22 ASN 214 19 .465 99, .284 -0. .143 1. .00 0, .00 A ATOM 661 C ASN 214 15 .555 96, .313 -1. .084 1. .00 44. .23 A ATOM 662 O ASN 214 15, .232 96, .808 -0. .009 1. .00 45. .11 A ATOM 663 N LYS 215 14, .724 95, .589 -1. .830 1. .00 44. .69 A ATOM 664 H LYS 215 15, .045 95, .212 -2. .677 1. ,00 0. .00 A ATOM 665 CA LYS 215 13, .351 95, .347 -1. .416 1. ,00 43. .68 A ATOM 666 CB LYS 215 12, .425 95, .401 -2. .632 1. .00 45. .74 A ATOM 667 CG LYS 215 12, .506 94, .172 -3, .524 1. ,00 54, .82 A ATOM 668 CD LYS 215 12, .162 94, .511 -4. .971 1. .00 55, .87 A ATOM 669 CE LYS 215 11, .845 93. .258 -5. ,776 1. .00 59. ,40 A ATOM 670 NZ LYS 215 10, .388 92. .928 -5. ,762 1. .00 58. ,33 A ATOM 671 HZ1 LYS 215 9, .850 93. .718 -6. .173 1. .00 0. .00 A ATOM 672 HZ2 LYS 215 10, .077 92, .768 -4. ,784 1. .00 0. .00 A ATOM 673 HZ3 LYS 215 10, .223 92, .068 -6. .323 1. ,00 0. .00 A ATOM 674 C LYS 215 13, .184 94, .007 -0. .701 1. ,00 41. .09 A ATOM 675 O LYS 215 12, .073 93, .505 -0. .575 1. ,00 41. .46 A ATOM 676 N ILE 216 14..280 93..427 -0,.227 1..00 38..99 A ATOM 677 H ILE 216 15, .151 93. .863 -0, .342 1. .00 0. .00 A ATOM 678 CA ILE 216 14, .197 92, .146 0. .463 1, .00 34. .14 A ATOM 679 CB ILE 216 15, .477 91, .305 0, .281 1. .00 34, .52 A ATOM 680 CG2 ILE 216 15. .367 90. .029 1. .102 1. .00 30. .52 A ATOM 681 CGI ILE 216 15. .694 90. .973 -1. .192 1. .00 29. .14 A ATOM 682 CDl ILE 216 17, .084 90. .443 -1. .481 1. .00 27. .72 A ATOM 683 C ILE 216 13, .987 92, .335 1. .952 1, .00 31. .56 A ATOM 684 O ILE 216 14, .823 92, .918 2. .637 1. .00 31. .71 A ATOM 685 N GLY 217 12. .874 91. .824 2. .458 1. .00 33. .70 A ATOM 686 H GLY 217 12, .242 91. .354 1, .875 1. .00 0. .00 A ATOM 687 CA GLY 217 12, .595 91. .962 3. .872 1. .00 36. .08 A ATOM 688 C GLY 217 13, .014 90. .749 4. .680 1. .00 38. .70 A ATOM 689 O GLY 217 13. .112 89. .642 4. .141 1. .00 38. .11 A ATOM 690 N ARG 218 13. .269 90. .965 5, .968 1. .00 37. .58 A ATOM 691 H ARG 218 13, .193 91, .876 6, .318 1. .00 0. .00 A ATOM 692 CA ARG 218 13, .667 89, .895 6, .884 1. .00 38, .94 A ATOM 693 CB ARG 218 13, .990 90, .473 8. .267 1. .00 37, .57 A ATOM 694 CG ARG 218 14. .512 89. .462 9. .295 1. .00 40. .84 A ATOM 695 CD ARG 218 15. .880 89. .885 9. .830 1. .00 43. .84 A ATOM 696 NE ARG 218 16. .011 89, .820 11. .283 1. .00 35, .18 A ATOM 697 HE ARG 218 16. .023 88, .935 11. .701 1. .00 0, .00 A ATOM 698 cz ARG 218 16. .126 90. .882 12. .073 1. .00 36. .87 A ATOM 699 NHl ARG 218 16. .126 92. .114 11. .573 1. .00 27. .19 A ATOM 700 HH11 ARG 218 16. .055 92. .253 10, .583 1. .00 0, .00 A ATOM 701 HH12 ARG 218 16, .212 92. .903 12, .181 1. .00 0, .00 A ATOM 702 NH2 ARG 218 16, .263 90, .706 13, .374 1. .00 41, .63 A ATOM 703 HH21 ARG 218 16. .287 89. .785 13, .753 1. .00 0. .00 A ATOM 704 HH22 ARG 218 16. .345 91. .499 13, .979 1. .00 0. .00 A ATOM 705 c ARG 218 12, .546 88, .873 7, .006 1. .00 35. .63 A ATOM 706 O ARG 218 11. .488 89, .167 7, .556 1. .00 43. .27 A ATOM 707 N GLN 219 12. .788 87. .667 6. .504 1. .00 39. .56 A ATOM 708 H GLN 219 13. .661 87. .489 6. .097 1. .00 0. .00 A ATOM 709 CA GLN 219 11, .792 86. .602 6. .541 1. .00 38. .70 A ATOM 710 CB GLN 219 12, .265 85, .411 5, .694 1. .00 33. .61 A ATOM 711 CG GLN 219 12, .960 84, .295 6, .452 1. .00 32, .85 A ATOM 712 CD GLN 219 12. .950 82. .995 5, .682 1. .00 33. .39 A ATOM 713 OE1 GLN 219 12. .946 82. .990 4, .449 1. .00 38, .03 A ATOM 714 NE2 GLN 219 12, .938 81. .883 6, .402 1. .00 39, .97 A ATOM 715 HE21 GLN 219 12, .936 81, .933 7, .380 1, .00 0. .00 A ATOM 716 HE22 GLN 219 12. .931 81. .032 5, .917 1. .00 0. .00 A ATOM 717 C GLN 219 11. .465 86. .161 7, .961 1. .00 41. .40 A ATOM 718 O GLN 219 10, .317 85, .831 8, .269 1. .00 40. .86 A ATOM 719 N GLY 220 12, .470 86, .161 8, .828 1, .00 40, .86 A ATOM 720 H GLY 220 13, .369 86, .424 8 .536 1, .00 0, .00 A ATOM 721 CA GLY 220 12, .241 85, .771 10, .206 1. .00 40. .81 A ATOM 722 C GLY 220 12, .464 84, .299 10, .470 1. .00 41. .52 A ATOM 723 O GLY 220 12, .137 83, .447 9, .650 1. .00 37, .96 A ATOM 724 N GLY 221 13 .022 84, .001 11 .634 1. .00 44, .63 A ATOM 725 H GLY 221 13, .258 84. .716 12, .260 1. .00 0. .00 A ATOM 726 CA GLY 221 13, .282 82. .623 11, .987 1. .00 43. .63 A ATOM 727 C GLY 221 13, .912 82. .468 13, .354 1. .00 44, .55 A ATOM 728 O GLY 221 14, .805 83. .221 13 .742 1, .00 40, .07 A ATOM 729 N LEU 222 13 .416 81. .477 14 .085 1. .00 45, .22 A ATOM 730 H LEU 222 12, .691 80. .940 13, .711 1. .00 0. .00 A ATOM 731 CA LEU 222 13, .903 81, .151 15, .411 1. .00 47. .35 A ATOM 732 CB LEU 222 12, .781 80, .471 16, .207 1. .00 54. .79 A ATOM 733 CG LEU 222 11, .395 80, .687 15 .579 0, .01 54, .77 A ATOM 734 CDl LEU 222 10, .343 79. .881 16, .311 0. .01 55. .93 A ATOM 735 CD2 LEU 222 11, .048 82. .171 15, .608 0. .01 57. .10 A ATOM 736 C LEU 222 15, .066 80, .194 15, .172 1. .00 47. .02 A ATOM 737 O LEU 222 16, .135 80, .340 15, .757 1, .00 47, .47 A ATOM 738 N GLN 223 14 .837 79, .233 14 .279 1. .00 42, .82 A ATOM 739 H GLN 223 13. .955 79. .189 13, .857 1. .00 0. .00 A ATOM 740 CA GLN 223 15, .837 78, .241 13, .903 1. .00 40. .39 A ATOM 741 CB GLN 223 15, .159 76, .915 13, .533 1. .00 38. .83 A ATOM 742 CG GLN 223 14, .256 76, .346 14 .617 0, .01 40. .23 A ATOM 743 CD GLN 223 13, .344 75. .250 14, .099 0. ,01 40. ,15 A ATOM 744 OE1 GLN 223 13, .163 74. .219 14, .747 0. .01 39. ,83 A ATOM 745 NE2 GLN 223 12, .765 75. .470 12, .924 0. .01 39. .93 A ATOM 746 HE21 GLN 223 12, .935 76, .302 12, .443 1. .00 0. .00 A ATOM 747 HE22 GLN 223 12. .171 74, .771 12, .577 1. .00 0. .00 A ATOM 748 C GLN 223 16, .666 78. .746 12, .713 1. .00 40. .39 A ATOM 749 O GLN 223 16. .144 79. .404 11, .804 1. .00 38. .90 A ATOM 750 N THR 224 17. .954 78, .413 12, .722 1. .00 32. .13 A ATOM 751 H THR 224 18, .293 77, .864 13, .458 1. .00 0. .00 A ATOM 752 CA THR 224 18.885 78.836 11.675 1.00 29.74 A ATOM 753 CB THR 224 20 .006 79 .688 12 .333 1 .00 28 .84 A ATOM 754 OG1 THR 224 19 .462 80 .968 12 .668 1 .00 31 .13 A ATOM 755 HG1 THR 224 19 .146 81 .401 11 .872 1 .00 0 .00 A ATOM 756 CG2 THR 224 21 .205 79 .867 11 .415 1. .00 24 .03 A ATOM 757 C THR 224 19 .450 77 .608 10 .940 1 .00 25 .16 A ATOM 758 O THR 224 20 .438 77 .013 11 .366 1 .00 21 .68 A ATOM 759 N MET 225 18 .809 77. .231 9 .837 1. .00 23 .33 A ATOM 760 H MET 225 18 .044 77 .757 9 .525 1. .00 0 .00 A ATOM 761 CA MET 225 19 .219 76 .051 9 .082 1 .00 25 .92 A ATOM 762 CB MET 225 17 .979 75. .377 8 .504 1. .00 26 .36 A ATOM 763 CG MET 225 16 .851 75 .275 9 .495 1. .00 24 .17 A ATOM 764 SD MET 225 17 .187 73 .904 10 .572 1 .00 33 .11 A ATOM 765 CE MET 225 16 .928 72. .552 9 .456 1. .00 31 .18 A ATOM 766 C MET 225 20 .205 76 .326 7. .958 1 .00 26 .44 A ATOM 767 O MET 225 19 .850 76 .238 6 .785 1 .00 27 .44 A ATOM 768 N THR 226 21 .446 76, .640 8, .303 1, .00 27 .96 A ATOM 769 H THR 226 21 .699 76, .679 9 .248 1, .00 0 .00 A ATOM 770 CA THR 226 22 .433 76. .930 7. .268 1. .00 26 .56 A ATOM 771 CB THR 226 23 .761 77, .426 7 .879 1, .00 28. .59 A ATOM 772 OG1 THR 226 23 .478 78 .382 8 .904 1, .00 29 .78 A ATOM 773 HG1 THR 226 24 .301 78, .693 9, .288 1. .00 0. .00 A ATOM 774 CG2 THR 226 24 .622 78, .102 6, .807 1, .00 25. .78 A ATOM 775 C THR 226 22 .709 75, .740 6 .347 1, .00 24 .98 A ATOM 776 O THR 226 22 .912 75, .922 5, .152 1, .00 20. .19 A ATOM 777 N ALA 227 22 .709 74, .525 6, .889 1, .00 25. .81 A ATOM 778 H ALA 227 22 .547 74, .412 7 .848 1, .00 0. .00 A ATOM 779 CA ALA 227 22. .953 73, .357 6, .047 1. .00 23, .49 A ATOM 780 CB ALA 227 22 .972 72, .077 6 .876 1, .00 23, .86 A ATOM 781 C ALA 227 21 .851 73, .301 4 .999 1, .00 25 .42 A ATOM 782 O ALA 227 22. .120 73. .101 3, .815 1. .00 26, .01 A ATOM 783 N LEU 228 20 .614 73. .503 5, .436 1. .00 24, .83 A ATOM 784 H LEU 228 20 .464 73. .658 6 .393 1, .00 0, .00 A ATOM 785 CA LEU 228 19. .470 73. .499 4, .527 1. .00 25, .07 A ATOM 786 CB LEU 228 18. .167 73, .656 5, .305 1. .00 22, .51 A ATOM 787 CG LEU 228 16, .898 73. .513 4. .450 1. .00 34, .21 A ATOM 788 CDl LEU 228 16, .775 72. .087 3, .969 1. .00 32. .33 A ATOM 789 CD2 LEU 228 15 .667 73, .911 5, .256 1, .00 31. .46 A ATOM 790 C LEU 228 19, .547 74. .603 3, .464 1. .00 23. .01 A ATOM 791 O LEU 228 19, .219 74. .373 2, .300 1. .00 26, .47 A ATOM 792 N GLY 229 19 .960 75. .803 3, .858 1, .00 20, .11 A ATOM 793 H GLY 229 20, .204 75. .955 4, .796 1. .00 0. .00 A ATOM 794 CA GLY 229 20, .050 76. .890 2, .897 1. .00 22. .39 A ATOM 795 C GLY 229 21 .123 76, .627 1, .852 1, .00 25. .88 A ATOM 796 O GLY 229 20, .865 76. .706 0. .658 1. ,00 25. .69 A ATOM 797 N THR 230 22, .337 76, .313 2, .305 1. .00 23, .82 A ATOM 798 H THR 230 22 .491 76, .274 3, .271 1, .00 0, .00 A ATOM 799 CA THR 230 23, .441 76. .032 1, .393 1. .00 25. .70 A ATOM 800 CB THR 230 24, .729 75. .710 2, .182 1. .00 25. .52 A ATOM 801 OG1 THR 230 25, .233 76. .918 2, .768 1. .00 27. .54 A ATOM 802 HG1 THR 230 26, .034 76. .726 3, .261 1. .00 0. .00 A ATOM 803 CG2 THR 230 25, .794 75. .102 1, .266 1. .00 18. .19 A ATOM 804 C THR 230 23, .148 74. .879 0. .424 1. ,00 26. .69 A ATOM 805 O THR 230 23, .467 74. .964 -0. .771 1. ,00 24. .80 A ATOM 806 N ASP 231 22, .525 73. .820 0, .938 1. .00 25. .10 A ATOM 807 H ASP 231 22. .272 73. .835 1, .884 1. .00 0. ,00 A ATOM 808 CA ASP 231 22. .203 72. ,630 0, .137 1. ,00 22. .95 A ATOM 809 CB ASP 231 21. .702 71. .504 1, .050 1. .00 14. .71 A ATOM 810 CG ASP 231 21. .903 70. ,115 0, .444 1. ,00 26. .88 A ATOM 811 ODl ASP 231 22, .234 70. ,004 -0. .755 1. .00 25. ,70 A ATOM 812 OD2 ASP 231 21, .722 69. .124 1. .183 1. .00 32. ,43 A ATOM 813 C ASP 231 21. .149 72. ,943 -0. .900 1. .00 25. ,92 A ATOM 814 O ASP 231 21, .167 72. ,412 -2. .019 1. .00 22. ,17 A ATOM 815 N THR 232 20, .216 73. .803 -0. .513 1. .00 30. ,41 A ATOM 816 H THR 232 20. .257 74. ,169 0. .395 1. .00 0. 00 A ATOM 817 CA THR 232 19, .138 74. .216 -1. .391 1. .00 27. ,31 A ATOM 818 CB THR 232 18, .059 74. .977 -0. .578 1. .00 31. ,03 A ATOM 819 OG1 THR 232 17. .404 74. ,051 0. .299 1. .00 30. 78 A ATOM 820 HG1 THR 232 16. .732 74. ,513 0. .807 1. .00 0. ,00 A ATOM 821 CG2 THR 232 17. ,023 75. 618 -1. ,497 1. 00 22. 38 A ATOM 822 C THR 232 19. .716 75. ,095 -2. .502 1. .00 27. 81 A ATOM 823 O THR 232 19. .325 74. ,978 -3. .659 1. .00 27. 44 A ATOM 824 N ALA 233 20. ,676 75. 946 -2. ,148 1. 00 27. 86 A ATOM 825 H ALA 233 20. ,957 75. ,979 -1. .210 1. 00 0. 00 A ATOM 826 CA ALA 233 21. .321 76. ,830 -3. .112 1. .00 31. 80 A ATOM 827 CB ALA 233 22. ,162 77. 876 -2. .381 1. 00 27. 63 A ATOM 828 C ALA 233 22.195 76.042 -4.095 1.00 35.25 A ATOM 829 O ALA 233 22 .341 76 .431 -5 .255 1 .00 37 .14 A ATOM 830 N ALA 234 22 .776 74 .940 -3 .632 1 .00 35 .16 A ATOM 831 H ALA 234 22 .638 74 .681 -2 .696 1 .00 0 .00 A ATOM 832 CA ALA 234 23 .613 74 .111 -4 .486 1 .00 37 .73 A ATOM 833 CB ALA 234 24 .552 73 .271 -3 .651 1 .00 41 .51 A ATOM 834 C ALA 234 22 .712 73 .205 -5 .293 1 .00 40 .15 A ATOM 835 O ALA 234 23 .045 72 .806 -6 .407 1 .00 40 .08 A ATOM 836 N LYS 235 21 .556 72 .897 -4 .719 1 .00 38 .44 A ATOM 837 H LYS 235 21 .342 73 .275 -3 .841 1 .00 0 .00 A ATOM 838 CA LYS 235 20 .601 72 .013 -5 .361 1 .00 37 .80 A ATOM 839 CB LYS 235 19 .826 71 .223 -4 .299 1 .00 39 .04 A ATOM 840 CG LYS 235 20 .401 69 .856 -3 .977 1 .00 40 .19 A ATOM 841 CD LYS 235 19 .542 69 .129 -2 .957 1 .00 40 .24 A ATOM 842 CE LYS 235 19 .458 67 .642 -3 .268 1 .00 40 .62 A ATOM 843 NZ LYS 235 18 .951 66 .862 -2 .102 1 .00 39 .60 A ATOM 844 HZ1 LYS 235 17 .999 67 .200 -1 .848 1. .00 0 .00 A ATOM 845 HZ2 LYS 235 19 .591 66 .994 -1 .293 1 .00 0 .00 A ATOM 846 HZ3 LYS 235 18 .907 65 .855 -2 .351 1 .00 0 .00 A ATOM 847 C LYS 235 19 .605 72 .732 -6 .253 1 .00 37 .03 A ATOM 848 O LYS 235 19 .199 72 .193 -7 .282 1 .00 37 .66 A ATOM 849 N GLU 236 19 .217 73 .947 -5 .873 1 .00 36 .11 A ATOM 850 H GLU 236 19 .615 74 .355 -5 .080 1, .00 0 .00 A ATOM 851 CA GLU 236 18 .210 74 .677 -6 .640 1, .00 39 .41 A ATOM 852 CB GLU 236 17 .025 75 .022 -5 .736 1, .00 40 .91 A ATOM 853 CG GLU 236 16 .053 73 .874 -5 .542 1, .00 47 .24 A ATOM 854 CD GLU 236 15 .185 74 .050 -4 .312 1 .00 50 .19 A ATOM 855 OE1 GLU 236 14 .414 75. .033 -4 .259 1. .00 51 .54 A ATOM 856 OE2 GLU 236 15 .274 73 .203 -3 .399 1, .00 49, .31 A ATOM 857 C GLU 236 18 .650 75 .934 -7 .361 1, .00 37 .57 A ATOM 858 O GLU 236 18 .484 76 .043 -8 .574 1, .00 39 .16 A ATOM 859 N ALA 237 19. .182 76, .893 -6 .611 1. .00 36, .70 A ATOM 860 H ALA 237 19, .280 76, .749 -5 .646 1. .00 0, .00 A ATOM 861 CA ALA 237 19 .622 78 .153 -7 .197 1. .00 33 .79 A ATOM 862 CB ALA 237 20 .292 79 .031 -6 .125 1. .00 22, .28 A ATOM 863 C ALA 237 20 .586 77 .906 -8 .357 1, .00 31 .23 A ATOM 864 O ALA 237 20, .550 78, .610 -9, .363 1. .00 29, .31 A ATOM 865 N PHE 238 21. .433 76, .889 -8 .208 1. .00 33, .83 A ATOM 866 H PHE 238 21. .384 76, .354 -7 .391 1. .00 0, .00 A ATOM 867 CA PHE 238 22. .428 76, .545 -9 .220 1, .00 33, .21 A ATOM 868 CB PHE 238 23, .691 75. .985 -8, .558 1. ,00 33. .12 A ATOM 869 CG PHE 238 24, .552 77, .026 -7, .908 1. ,00 33, .07 A ATOM 870 CDl PHE 238 25, .030 76. .834 -6, .616 1. .00 32, .77 A ATOM 871 CD2 PHE 238 24, .882 78, .195 -8 .580 1. .00 29, .14 A ATOM 872 CE1 PHE 238 25, .821 77. .792 -5, .999 1. .00 29, .30 A ATOM 873 CE2 PHE 238 25, .672 79. .158 -7, .976 1. ,00 36. .10 A ATOM 874 CZ PHE 238 26, .146 78. .957 -6, .676 1. ,00 37. .20 A ATOM 875 C PHE 238 21. .934 75, .531 -10, .233 1. ,00 35, .57 A ATOM 876 O PHE 238 22, .487 74, .447 -10, .347 1. ,00 34, .78 A ATOM 877 N THR 239 20. .894 75. .880 -10, .971 1. ,00 41. ,07 A ATOM 878 H THR 239 20. .472 76. ,755 -10, .834 1. ,00 0. ,00 A ATOM 879 CA THR 239 20. .370 74. ,980 -11, .984 1. .00 46. .32 A ATOM 880 CB THR 239 19, .073 74. .286 -11, .508 1. ,00 46. .28 A ATOM 881 OG1 THR 239 18, ,000 75. ,229 -11. .474 1. .00 46. .22 A ATOM 882 HG1 THR 239 17. ,861 75. ,589 -12. .353 1. 00 0. ,00 A ATOM 883 CG2 THR 239 19. .272 73. ,705 -10. .116 1. .00 51. ,02 A ATOM 884 C THR 239 20. .107 75. .780 -13. .248 1. ,00 45. ,38 A ATOM 885 O THR 239 19. .735 76. ,951 -13, .185 1. ,00 46. ,02 A ATOM 886 N GLU 240 20. ,320 75. .152 -14. .396 1. 00 48. ,01 A ATOM 887 H GLU 240 20. ,614 74. ,216 -14. .386 1. 00 0. ,00 A ATOM 888 CA GLU 240 20. ,123 75. ,825 -15. .667 1. 00 47. ,10 A ATOM 889 CB GLU 240 20. .289 74. ,833 -16. .813 1. 00 49. ,28 A ATOM 890 CG GLU 240 21. ,543 73. 981 -16. ,702 1. 00 56. 94 A ATOM 891 CD GLU 240 22. ,735 74. 606 -17. ,398 1. 00 60. 51 A ATOM 892 OE1 GLU 240 23. ,662 75. 079 -16. ,700 1. 00 61. 18 A ATOM 893 OE2 GLU 240 22. ,741 74. .625 -18. ,645 1. 00 63. 05 A ATOM 894 C GLU 240 18. .737 76. .427 -15. ,691 1. 00 48. .10 A ATOM 895 O GLU 240 18. .482 77. 397 -16. 397 1. 00 49. 86 A ATOM 896 N ALA 241 17. .848 75. 844 -14. ,893 1. 00 50. 22 A ATOM 897 H ALA 241 18. .132 75. 082 -14. ,346 1. 00 0. 00 A ATOM 898 CA ALA 241 16. .468 76. 299 -14. ,808 1. 00 51. 00 A ATOM 899 CB ALA 241 15. 611 75. 237 -14. 132 1. 00 48. 14 A ATOM 900 C ALA 241 16. 376 77. 600 -14. 036 1. 00 49. 38 A ATOM 901 O ALA 241 15. 542 78. 453 -14. 336 1. 00 52. 67 A ATOM 902 N ARG 242 17. 238 77. 748 -13. .039 1. 00 43. 01 A ATOM 903 H ARG 242 17. .889 77. 041 -12. ,853 1. 00 0. 00 A ATOM 904 CA ARG 242 17..226 78..944 -12,.221 1,.00 40,.74 A ATOM 905 CB ARG 242 17. .408 78. .562 -10 .744 1. .00 34, .79 A ATOM 906 CG ARG 242 16 .493 77. .376 -10 .317 1. .00 30 .30 A ATOM 907 CD ARG 242 15. .817 77. .532 -8, .931 1. .00 29, .76 A ATOM 908 NE ARG 242 14. .782 78. .570 -8, .877 1, .00 33, .22 A ATOM 909 HE ARG 242 14 .958 79. .399 -9 .365 1, .00 0 .00 A ATOM 910 CZ ARG 242 13, .635 78, .491 -8, .196 1. .00 29, .10 A ATOM 911 NHl ARG 242 13, .313 77, .413 -7, .488 1, .00 28, .44 A ATOM 912 HH11 ARG 242 13 .952 76, .653 -7 .416 1. .00 0 .00 A ATOM 913 HH12 ARG 242 12, .442 77, .383 -6, .994 1. .00 0, .00 A ATOM 914 NH2 ARG 242 12, .807 79, .524 -8 .203 1. .00 34, .29 A ATOM 915 HH21 ARG 242 13, .057 80, .361 -8 .690 1, .00 0 .00 A ATOM 916 HH22 ARG 242 11, .938 79, .475 -7, .709 1. .00 0, .00 A ATOM 917 C ARG 242 18, .277 79, .944 -12 .681 1. .00 46, .22 A ATOM 918 O ARG 242 18 .564 80, .913 -11, .984 1. .00 51, .48 A ATOM 919 N GLY 243 18, .850 79, .704 -13, .860 1. .00 48, .36 A ATOM 920 H GLY 243 18, .612 78, .899 -14, .365 1. .00 0, .00 A ATOM 921 CA GLY 243 19, .832 80, .634 -14, .398 1, .00 45, .39 A ATOM 922 C GLY 243 21, .289 80, .231 -14, .535 1. .00 43, .38 A ATOM 923 O GLY 243 21, .993 80. .797 -15, .371 1. .00 43, .70 A ATOM 924 N ALA 244 21, .750 79, .276 -13 .731 1. .00 41, .17 A ATOM 925 H ALA 244 21 .143 78, .857 -13 .086 1, .00 0, .00 A ATOM 926 CA ALA 244 23, .144 78, .838 -13, .789 1. .00 37, .01 A ATOM 927 CB ALA 244 23, .315 77, .543 -13 .015 1. .00 33, .03 A ATOM 928 C ALA 244 23 .635 78, .656 -15 .223 1. .00 39, .91 A ATOM 929 O ALA 244 22, .941 78, .070 -16, .054 1. .00 37. .74 A ATOM 930 N ARG 245 24, .833 79, .159 -15 .505 1. .00 35, .79 A ATOM 931 H ARG 245 25, .344 79, .603 -14 .803 1, .00 0, .00 A ATOM 932 CA ARG 245 25, .406 79. .057 -16, .839 1. .00 37, .22 A ATOM 933 CB ARG 245 26, .112 80, .375 -17, .205 1. .00 37, .87 A ATOM 934 CG ARG 245 25, .170 81, .597 -17, .186 1. .00 41, .05 A ATOM 935 CD ARG 245 25, .919 82. .937 -17, .270 1. .00 39, .75 A ATOM 936 NE ARG 245 26, .703 83. .246 -16, .071 1. .00 32, .46 A ATOM 937 HE ARG 245 26, .520 82. .731 -15, .258 1. .00 0, .00 A ATOM 938 CZ ARG 245 27, .636 84. .192 -16, .014 1. .00 34. .10 A ATOM 939 NHl ARG 245 27, .911 84. .933 -17, .085 1. .00 32, .74 A ATOM 940 HH11 ARG 245 27, .400 84, .791 -17, .934 1, .00 0, .00 A ATOM 941 HH12 ARG 245 28, .616 85. .640 -17, ,039 1. .00 0, .00 A ATOM 942 NH2 ARG 245 28, .304 84. .397 -14, .887 1. .00 31, .28 A ATOM 943 HH21 ARG 245 28, .098 83, .847 -14, .077 1. .00 0, .00 A ATOM 944 HH22 ARG 245 29 .009 85, .102 -14 .847 1. .00 0, .00 A ATOM 945 C ARG 245 26, .366 77. .868 -16, .937 1. .00 37, .43 A ATOM 946 O ARG 245 27, .190 77. .640 -16, .053 1. .00 32, .06 A ATOM 947 N ARG 246 26 .243 77, .120 -18 .030 1, .00 36, .45 A ATOM 948 H ARG 246 25, .576 77, .378 -18, .700 1. .00 0, .00 A ATOM 949 CA ARG 246 27, .052 75, .931 -18, .279 1. .00 40, .85 A ATOM 950 CB ARG 246 26 .710 75, .351 -19 .655 1, .00 47, .81 A ATOM 951 CG ARG 246 25, .360 74. .674 -19, .728 1. .00 56, .42 A ATOM 952 CD ARG 246 25, .331 73. .599 -20, .805 1. .00 65, .18 A ATOM 953 NE ARG 246 24 .144 72. .756 -20 .688 1, .00 70 .92 A ATOM 954 HE ARG 246 23, .939 72. .373 -19, .811 1. .00 0, .00 A ATOM 955 CZ ARG 246 23, .324 72, .473 -21 .697 1, .00 75, .61 A ATOM 956 NHl ARG 246 22, .267 71, .694 -21 .494 1, .00 75, .32 A ATOM 957 HH11 ARG 246 22, .087 71. .323 -20, .583 1. .00 0, .00 A ATOM 958 HH12 ARG 246 21, .650 71. .482 -22, .252 1. .00 0, .00 A ATOM 959 NH2 ARG 246 23 .561 72, .966 -22 .908 1. .00 76, .75 A ATOM 960 HH21 ARG 246 24, .357 73. .550 -23, .064 1. .00 0, .00 A ATOM 961 HH22 ARG 246 22, .943 72. .750 -23 .664 1. .00 0, .00 A ATOM 962 C ARG 246 28, .557 76. .143 -18 .200 1, .00 37, .90 A ATOM 963 O ARG 246 29 .149 76, .779 -19. .074 1, .00 41. .30 A ATOM 964 N GLY 247 29, .172 75. .602 -17, .157 1. .00 30, .93 A ATOM 965 H GLY 247 28, .658 75, .119 -16 .478 1, .00 0, .00 A ATOM 966 CA GLY 247 30 .610 75, .728 -17 .019 1, .00 33, .39 A ATOM 967 C GLY 247 31, .104 77. .062 -16, .515 1. ,00 34. .40 A ATOM 968 O GLY 247 32, .280 77, .394 -16, .648 1. .00 37, .30 A ATOM 969 N VAL 248 30 .206 77, .853 -15 .947 1. .00 37, .33 A ATOM 970 H VAL 248 29, .266 77. .576 -15, .906 1. .00 0, .00 A ATOM 971 CA VAL 248 30, .617 79. .126 -15, .390 1. .00 33, .83 A ATOM 972 CB VAL 248 29, .506 80, .168 -15 .526 1. .00 29, .27 A ATOM 973 CGI VAL 248 29, .660 81. .239 -14, .471 1. .00 27. .00 A ATOM 974 CG2 VAL 248 29, .559 80. .764 -16, .916 1. .00 18. .63 A ATOM 975 C VAL 248 30, .905 78. .819 -13, .926 1. .00 38, .78 A ATOM 976 O VAL 248 30. .175 78. .050 -13, .296 1. ,00 44. .51 A ATOM 977 N LYS 249 31, .985 79. .384 -13, .397 1. .00 37, .56 A ATOM 978 H LYS 249 32, .536 79, .980 -13, .946 1. .00 0, .00 A ATOM 979 CA LYS 249 32. .362 79. .135 -12. .012 1. ,00 39. ,22 A ATOM 980 CB LYS 249 33.644 79.894 -11.660 1..00 42.55 A ATOM 981 CG LYS 249 34 .192 79 .585 -10 .262 1 .00 49 .76 A ATOM 982 CD LYS 249 34 .281 78 .082 -9 .992 1 .00 50 .58 A ATOM 983 CE LYS 249 34 .354 77 .781 -8 .498 1. .00 53 .51 A ATOM 984 NZ LYS 249 35 .759 77 .621 -8 .011 1 .00 56 .75 A ATOM 985 HZ1 LYS 249 36 .289 78 .498 -8 .188 1 .00 0 .00 A ATOM 986 HZ2 LYS 249 36 .213 76 .834 -8 .518 1 .00 0 .00 A ATOM 987 HZ3 LYS 249 35 .752 77 .418 -6 .992 1 .00 0 .00 A ATOM 988 C LYS 249 31 .250 79 .519 -11 .045 1 .00 37 .78 A ATOM 989 O LYS 249 30, .689 80 .614 -11. .120 1 .00 39 .09 A ATOM 990 N LYS 250 30, .934 78 .602 -10. .140 1 .00 34 .03 A ATOM 991 H LYS 250 31, .418 77 .750 -10. .132 1 .00 0 .00 A ATOM 992 CA LYS 250 29 .888 78 .833 -9. .161 1, .00 33 .73 A ATOM 993 CB LYS 250 29, .116 77 .537 -8. .890 1 .00 32 .39 A ATOM 994 CG LYS 250 28 .185 77 .111 -10. .006 1, .00 30 .52 A ATOM 995 CD LYS 250 28, .424 75 .659 -10 .376 1 .00 33 .84 A ATOM 996 CE LYS 250 27 .324 74 .777 -9 .831 1 .00 33 .72 A ATOM 997 NZ LYS 250 26, .219 74 .661 -10 .810 1 .00 37 .02 A ATOM 998 HZ1 LYS 250 26 .577 74 .247 -11 .692 1 .00 0 .00 A ATOM 999 HZ2 LYS 250 25 .828 75 .607 -11 .003 1 .00 0 .00 A ATOM 1000 HZ3 LYS 250 25 .471 74 .054 -10 .418 1, .00 0 .00 A ATOM 1001 C LYS 250 30 .499 79 .326 -7 .864 1 .00 32 .94 A ATOM 1002 O LYS 250 31, .433 78, .718 -7, .341 1, .00 31, .11 A ATOM 1003 N VAL 251 29, .981 80 .441 -7, .360 1, .00 28, .36 A ATOM 1004 H VAL 251 29, .264 80 .901 -7, .843 1, .00 0, .00 A ATOM 1005 CA VAL 251 30, .461 80, .987 -6, .105 1, .00 29, .32 A ATOM 1006 CB VAL 251 31, .228 82 .296 -6, .310 1, .00 33, .68 A ATOM 1007 CGI VAL 251 31, .611 82, .882 -4, .965 1, .00 30, .93 A ATOM 1008 CG2 VAL 251 32, .478 82 .030 -7, .137 1, .00 35, .10 A ATOM 1009 C VAL 251 29, .308 81, .236 -5, .142 1, .00 27, .80 A ATOM 1010 O VAL 251 28, .229 81, .672 -5, .534 1, .00 23, .98 A ATOM 1011 N MET 252 29, .557 80 .955 -3, .874 1, .00 27 .02 A ATOM 1012 H MET 252 30, .442 80 .618 -3, .628 1. .00 0, .00 A ATOM 1013 CA MET 252 28, .562 81 .134 -2, .841 1, .00 29 .16 A ATOM 1014 CB MET 252 28, .251 79 .779 -2, .192 1, .00 31, .45 A ATOM 1015 CG MET 252 26, .775 79 .497 -1, .946 1, .00 32, .24 A ATOM 1016 SD MET 252 26. .458 77, .877 -1. .174 1. .00 36. .40 A ATOM 1017 CE MET 252 26. .088 76, .900 -2. .663 1. .00 27, .09 A ATOM 1018 C MET 252 29. .057 82, .114 -1. .779 1. .00 27, .61 A ATOM 1019 O MET 252 30. .215 82, .067 -1. .363 1. .00 32. .25 A ATOM 1020 N VAL 253 28. .183 83, .028 -1. .376 1. .00 27, .62 A ATOM 1021 H VAL 253 27, .302 83, .065 -1. .801 1, .00 0, .00 A ATOM 1022 CA VAL 253 28, .509 83, .981 -0, .320 1. .00 29. .51 A ATOM 1023 CB VAL 253 28, .518 85, .459 -0, .821 1. .00 26, .29 A ATOM 1024 CGI VAL 253 28, .967 86, .368 0. .305 1. .00 28, .02 A ATOM 1025 CG2 VAL 253 29, .446 85, .625 -2, .024 1. .00 23. .28 A ATOM 1026 C VAL 253 27, .414 83, .825 0. .754 1. .00 28, .07 A ATOM 1027 O VAL 253 26, .301 84, .333 0, .598 1. .00 25, .71 A ATOM 1028 N ILE 254 27, .737 83, .107 1, .828 1, .00 29, .62 A ATOM 1029 H ILE 254 28. .635 82, .721 1. .881 1. .00 0. .00 A ATOM 1030 CA ILE 254 26. .808 82, .874 2. .931 1. .00 25. .76 A ATOM 1031 CB ILE 254 26. .933 81, .416 3. .476 1. .00 26. .55 A ATOM 1032 CG2 ILE 254 25. .851 81. .144 4. .512 1. .00 23. .36 A ATOM 1033 CGI ILE 254 26. .764 80, .415 2. .330 1. .00 23. .69 A ATOM 1034 CDl ILE 254 28. .047 79, .781 1. .869 1. .00 23. .22 A ATOM 1035 C ILE 254 27. .076 83, .879 4. .053 1. .00 23. .27 A ATOM 1036 O ILE 254 28. .222 84, .121 4. .418 1. .00 26. .33 A ATOM 1037 N VAL 255 26. .000 84. .452 4. .590 1. ,00 19. .71 A ATOM 1038 H VAL 255 25. .120 84. .171 4. .270 1. .00 0. .00 A ATOM 1039 CA VAL 255 26. .059 85, .474 5. .631 1. .00 18. .36 A ATOM 1040 CB VAL 255 25, .492 86, .818 5. .063 1. .00 19. .62 A ATOM 1041 CGI VAL 255 25, .599 87, .923 6. .080 1. .00 17. .22 A ATOM 1042 CG2 VAL 255 26. .254 87, .209 3, .790 1. .00 20. .74 A ATOM 1043 C VAL 255 25. ,220 84. .990 6. .812 1. .00 16. .43 A ATOM 1044 O VAL 255 24. ,035 84. ,701 6. ,649 1. .00 19. ,58 A ATOM 1045 N THR 256 25. ,826 84. .875 7. ,990 1. .00 15. ,49 A ATOM 1046 H THR 256 26. ,770 85. ,121 8. .082 1. .00 0. ,00 A ATOM 1047 CA THR 256 25. ,084 84. .390 9. ,142 1. 00 14. ,90 A ATOM 1048 CB THR 256 25. .113 82. .858 9. ,212 1. .00 14. ,75 A ATOM 1049 OG1 THR 256 24. ,240 82. .400 10. .253 1. .00 13. ,11 A ATOM 1050 HG1 THR 256 24. .525 82. .758 11. ,096 1. .00 0. ,00 A ATOM 1051 CG2 THR 256 26. ,526 82. .378 9. ,476 1. .00 12. ,09 A ATOM 1052 C THR 256 25. ,501 84. .938 10. ,494 1. .00 20. ,05 A ATOM 1053 O THR 256 26. ,661 85. .291 10. ,724 1. .00 16. .01 A ATOM 1054 N ASP 257 24. .512 84. .930 11. ,385 1. .00 21. ,65 A ATOM 1055 H ASP 257 23. .664 84. .542 11. ,090 1. ,00 0. .00 A ATOM 1056 CA ASP 257 24.557 85.440 12.757 1.00 24.04 A ATOM 1057 CB ASP 257 23 .199 86 .096 13 .031 1 .00 29 .68 A ATOM 1058 CG ASP 257 23 .297 87 .308 13 .891 1 .00 38 .27 A ATOM 1059 ODl ASP 257 24 .426 87 .791 14 .137 1 .00 52 .10 A ATOM 1060 OD2 ASP 257 22 .228 87 .780 14 .321 1 .00 36 .38 A ATOM 1061 C ASP 257 24 .831 84 .444 13 .904 1 .00 16 .57 A ATOM 1062 O ASP 257 25 .087 84 .859 15 .036 1 .00 15 .92 A ATOM 1063 N GLY 258 24 .731 83 .150 13 .643 1 .00 12 .93 A ATOM 1064 H GLY 258 24 .516 82 .837 12. .744 1, .00 0. .00 A ATOM 1065 CA GLY 258 24 .950 82 .198 14. .721 1, .00 16. .21 A ATOM 1066 C GLY 258 25 .155 80 .786 14 .229 1. .00 21 .42 A ATOM 1067 O GLY 258 25 .226 80 .552 13 .026 1 .00 16 .78 A ATOM 1068 N GLU 259 25 .254 79 .845 15. .167 1, .00 21 .61 A ATOM 1069 H GLU 259 25 .190 80 .105 16 .110 1 .00 0 .00 A ATOM 1070 CA GLU 259 25 .450 78 .442 14 .832 1 .00 22 .54 A ATOM 1071 CB GLU 259 25 .801 77 .649 16 .093 1 .00 27 .50 A ATOM 1072 CG GLU 259 26 .886 78 .305 16, .911 1, .00 38, .06 A ATOM 1073 CD GLU 259 27 .536 77 .361 17, .891 1, .00 39, .46 A ATOM 1074 OE1 GLU 259 28 .417 76 .578 17, .468 1, .00 44, .28 A ATOM 1075 OE2 GLU 259 27 .167 77 .410 19, .083 1, .00 40, .01 A ATOM 1076 C GLU 259 24 .196 77 .875 14, .187 1, .00 19, .71 A ATOM 1077 O GLU 259 23 .093 78 .316 14 .468 1, .00 16 .96 A ATOM 1078 N SER 260 24 .357 76 .886 13 .324 1, .00 21 .81 A ATOM 1079 H SER 260 25 .252 76 .526 13 .145 1 .00 0 .00 A ATOM 1080 CA SER 260 23 .197 76 .337 12, .649 1, .00 24. .30 A ATOM 1081 CB SER 260 23, .585 75 .761 11, .287 1, .00 26, .30 A ATOM 1082 OG SER 260 24 .643 74 .827 11, .404 1, .00 27, .86 A ATOM 1083 HG SER 260 25 .412 75 .260 11, .780 1, .00 0, .00 A ATOM 1084 C SER 260 22 .492 75 .279 13, .456 1, .00 24, .11 A ATOM 1085 O SER 260 23 .123 74 .488 14, .150 1, .00 19, .93 A ATOM 1086 N HIS 261 21 .166 75 .303 13, .384 1, .00 30, .37 A ATOM 1087 H HIS 261 20, .726 76. .006 12. .864 1. .00 0. .00 A ATOM 1088 CA HIS 261 20, .352 74. .308 14. .062 1. .00 35. .00 A ATOM 1089 CB HIS 261 18, .862 74. .616 13. .876 1. .00 38. .14 A ATOM 1090 CG HIS 261 18, .263 75. .417 14. .994 1. .00 40. .87 A ATOM 1091 CD2 HIS 261 17 .159 75. .203 15. .749 1. .00 38. .31 A ATOM 1092 ND1 HIS 261 18 .809 76 .600 15. .444 1. .00 42. .06 A ATOM 1093 HD1 HIS 261 19 .620 77 .019 15. .088 1, .00 0. .00 A ATOM 1094 CE1 HIS 261 18 .071 77 .080 16, .425 1, .00 41, .84 A ATOM 1095 NE2 HIS 261 17, .062 76, .251 16. .631 1. .00 38. .37 A ATOM 1096 HE2 HIS 261 16, .358 76, .361 17. .297 1. .00 0. .00 A ATOM 1097 C HIS 261 20, .715 73, .032 13. .316 1. .00 36. .08 A ATOM 1098 O HIS 261 20, .886 71, .969 13. .915 1. .00 32. .42 A ATOM 1099 N TYR 262 20, .857 73, .173 11. .997 1. .00 39. .63 A ATOM 1100 H TYR 262 20, .705 74 .056 11. .602 1. .00 0, .00 A ATOM 1101 CA TYR 262 21, .224 72, .069 11. .122 1. .00 45. .92 A ATOM 1102 CB TYR 262 20, .783 72 .372 9, .689 1. .00 52. .25 A ATOM 1103 CG TYR 262 19, .879 71, .310 9. .137 1. ,00 62. ,19 A ATOM 1104 CDl TYR 262 19, .511 71, .302 7. .792 1. ,00 67. .63 A ATOM 1105 CE1 TYR 262 18, .676 70, .297 7. .280 1. .00 69. .78 A ATOM 1106 CD2 TYR 262 19, .398 70, .290 9. .960 1. .00 66. .65 A ATOM 1107 CE2 TYR 262 18, .569 69, .285 9. .465 1. .00 69. .62 A ATOM 1108 CZ TYR 262 18, .213 69, .290 8. .125 1. .00 71. .57 A ATOM 1109 OH TYR 262 17, .408 68, .282 7, .637 1. .00 70. .23 A ATOM 1110 HH TYR 262 17. .185 67. .678 8. .350 1. ,00 0. ,00 A ATOM 1111 C TYR 262 22. .728 71. .793 11. .152 1. ,00 45. ,91 A ATOM 1112 O TYR 262 23. .270 71. .219 10. .215 1. ,00 45. ,20 A ATOM 1113 N ASN 263 23. .377 72. .230 12. .233 1. ,00 47. ,51 A ATOM 1114 H ASN 263 22, .849 72. .702 12. .906 1. ,00 0. ,00 A ATOM 1115 CA ASN 263 24, .817 72. .066 12. .500 1. .00 47. ,67 A ATOM 1116 CB ASN 263 25, .022 71, .886 14. .011 1. ,00 49. ,01 A ATOM 1117 CG ASN 263 26, .334 72, .466 14. .504 1. .00 54. ,05 A ATOM 1118 ODl ASN 263 27. ,373 71. .805 14. .449 1. .00 54. 43 A ATOM 1119 ND2 ASN 263 26. .290 73. .702 15. .000 1. .00 47. .01 A ATOM 1120 HD21 ASN 263 25. .440 74. .188 15. ,032 1. .00 0. ,00 A ATOM 1121 HD22 ASN 263 27. .130 74. .088 15. ,322 1. ,00 0. ,00 A ATOM 1122 C ASN 263 25, .434 70. .873 11. ,775 1. ,00 49. .23 A ATOM 1123 O ASN 263 26, .273 71. .026 10. ,881 1. ,00 46. .48 A ATOM 1124 N HIS 264 25, .029 69, .681 12. ,197 1. .00 48. ,43 A ATOM 1125 H HIS 264 24, .391 69, .635 12. .939 1. .00 0. ,00 A ATOM 1126 CA HIS 264 25. ,496 68. ,439 11. 599 1. 00 47. 59 A ATOM 1127 CB HIS 264 24. ,755 67. ,255 12. ,228 1. 00 46. 90 A ATOM 1128 CG HIS 264 23. .275 67. .462 12. .359 1. 00 50. 04 A ATOM 1129 CD2 HIS 264 22. .549 68. ,207 13. .229 1. 00 53. 97 A ATOM 1130 ND1 HIS 264 22. .360 66. ,865 11. ,517 1. .00 51. 14 A ATOM 1131 HD1 HIS 264 22. .581 66. .256 10. ,788 1. 00 0. 00 A ATOM 1132 CE1 HIS 264 21.138 67.228 11.864 1.00 53.11 A ATOM 1133 NE2 HIS 264 21 .225 68 .044 12 .898 1 .00 55 .29 A ATOM 1134 HE2 HIS 264 20 .471 68 .460 13 .361 1 .00 0 .00 A ATOM 1135 C HIS 264 25 .132 68 .550 10 .130 1 .00 46 .97 A ATOM 1136 O HIS 264 24 .666 69 .593 9 .686 1 .00 51 .57 A ATOM 1137 N ARG 265 25 .348 67 .496 9 .358 1 .00 44 .23 A ATOM 1138 H ARG 265 25 .749 66 .684 9 .732 1 .00 0 .00 A ATOM 1139 CA ARG 265 24 .983 67 .554 7 .946 1 .00 41 .47 A ATOM 1140 CB ARG 265 23 .473 67 .816 7 .831 1 .00 40 .64 A ATOM 1141 CG ARG 265 23 .030 68 .564 6 .591 1 .00 43 .80 A ATOM 1142 CD ARG 265 21 .666 68 .091 6 .130 1 .00 47 .91 A ATOM 1143 NE ARG 265 21 .163 68 .876 5 .005 1 .00 56 .53 A ATOM 1144 HE ARG 265 21 .797 69 .449 4 .527 1 .00 0 .00 A ATOM 1145 CZ ARG 265 19 .901 68 .861 4 .588 1 .00 58 .89 A ATOM 1146 NHl ARG 265 19 .006 68 .099 5 .202 1 .00 64 .72 A ATOM 1147 HH11 ARG 265 19 .281 67 .532 5 .979 1 .00 0 .00 A ATOM 1148 HH12 ARG 265 18 .057 68 .088 4 .887 1 .00 0. .00 A ATOM 1149 NH2 ARG 265 19 .530 69 .612 3 .561 1 .00 63 .20 A ATOM 1150 HH21 ARG 265 20 .200 70 .192 3 .097 1 .00 0 .00 A ATOM 1151 HH22 ARG 265 18 .580 69 .600 3 .250 1 .00 0 .00 A ATOM 1152 C ARG 265 25 .777 68 .622 7 .176 1 .00 37 .16 A ATOM 1153 O ARG 265 25 .768 68 .641 5 .943 1 .00 37 .73 A ATOM 1154 N LEU 266 26 .466 69 .497 7 .904 1 .00 30 .79 A ATOM 1155 H LEU 266 26 .433 69 .434 8 .878 1. .00 0. .00 A ATOM 1156 CA LEU 266 27 .274 70 .551 7 .290 1. .00 37 .31 A ATOM 1157 CB LEU 266 27 .832 71 .482 8 .368 1. .00 31. .59 A ATOM 1158 CG LEU 266 27 .685 73 .002 8 .258 1. .00 31, .43 A ATOM 1159 CDl LEU 266 26 .593 73 .400 7. .273 1 .00 36. .39 A ATOM 1160 CD2 LEU 266 27 .383 73 .540 9. .638 1 .00 28. .41 A ATOM 1161 C LEU 266 28 .430 69 .925 6 .523 1. .00 42. .12 A ATOM 1162 O LEU 266 28. .719 70, .299 5, .388 1. .00 43, .04 A ATOM 1163 N GLN 267 29 .091 68, .967 7. .164 1. .00 46, .26 A ATOM 1164 H GLN 267 28, .809 68, .723 8 .070 1. .00 0, .00 A ATOM 1165 CA GLN 267 30 .218 68, .269 6 .567 1. .00 48, .62 A ATOM 1166 CB GLN 267 30 .721 67 .188 7. .521 1. .00 54, .56 A ATOM 1167 CG GLN 267 30, .666 67, .601 8, .987 1. .00 62. .75 A ATOM 1168 CD GLN 267 31. .869 67, .127 9, .787 1. .00 67. .47 A ATOM 1169 OE1 GLN 267 32, .730 66, .406 9, .273 1. .00 71. .87 A ATOM 1170 NE2 GLN 267 31, .935 67, .527 11 .055 1, .00 68, .16 A ATOM 1171 HE21 GLN 267 31, .227 68, .098 11 .420 1. .00 0, .00 A ATOM 1172 HE22 GLN 267 32. .700 67. .231 11, .584 1. .00 0. .00 A ATOM 1173 C GLN 267 29, .830 67. .649 5. .231 1. .00 48. .74 A ATOM 1174 O GLN 267 30. .597 67. .700 4, .271 1. .00 47. .96 A ATOM 1175 N LYS 268 28, .637 67. .067 5. .166 1. .00 45. .46 A ATOM 1176 H LYS 268 28, .058 67, .047 5. .955 1. .00 0. .00 A ATOM 1177 CA LYS 268 28. .191 66. .463 3, .924 1. .00 45. ,48 A ATOM 1178 CB LYS 268 27. .048 65. .477 4, .181 1. ,00 49. ,81 A ATOM 1179 CG LYS 268 27. .042 64. .279 3, .240 1. ,00 56. ,67 A ATOM 1180 CD LYS 268 28. .157 63. .290 3, .578 1. .00 61. .88 A ATOM 1181 CE LYS 268 29. .009 62. .946 2, .354 1. .00 64. .81 A ATOM 1182 NZ LYS 268 29. .927 61. .787 2. .599 1. ,00 70. .64 A ATOM 1183 HZ1 LYS 268 29. .368 60. ,945 2. .844 1. ,00 0. .00 A ATOM 1184 HZ2 LYS 268 30. .573 62. .014 3. .383 1. ,00 0. ,00 A ATOM 1185 HZ3 LYS 268 30. .482 61. .595 1. .740 1. ,00 0. ,00 A ATOM 1186 C LYS 268 27. .744 67. .533 2. .939 1. .00 40. ,50 A ATOM 1187 O LYS 268 27. .960 67. .402 1. .742 1. ,00 40. .62 A ATOM 1188 N VAL 269 27. ,133 68. .603 3. .434 1. .00 39. .04 A ATOM 1189 H VAL 269 26. ,991 68. ,684 4. .400 1. .00 0. 00 A ATOM 1190 CA VAL 269 26. ,676 69. .663 2. .538 1. ,00 37. .29 A ATOM 1191 CB VAL 269 25. .782 70. .685 3. .269 1. ,00 34. .20 A ATOM 1192 CGI VAL 269 25. .492 71. .860 2. .356 1. 00 29. 69 A ATOM 1193 CG2 VAL 269 24. ,492 70. .026 3. .703 1. .00 31. 32 A ATOM 1194 C VAL 269 27. ,857 70. ,404 1. .921 1. 00 35. 64 A ATOM 1195 O VAL 269 27. ,844 70. ,725 0. .734 1. 00 37. 28 A ATOM 1196 N ILE 270 28. ,876 70. .667 2. .731 1. 00 31. 83 A ATOM 1197 H ILE 270 28. 833 70. 374 3. ,661 1. 00 0. 00 A ATOM 1198 CA ILE 270 30. .052 71. 375 2. ,261 1. 00 33. 15 A ATOM 1199 CB ILE 270 30. 971 71. 750 3. ,438 1. 00 33. 05 A ATOM 1200 CG2 ILE 270 32. 222 72. 469 2. .930 1. 00 24. 49 A ATOM 1201 CGI ILE 270 30. 209 72. 643 4. 417 1. 00 29. 68 A ATOM 1202 CDl ILE 270 30. 041 74. 059 3. 944 1. 00 32. 31 A ATOM 1203 C ILE 270 30. 835 70. 541 1. .252 1. 00 38. 00 A ATOM 1204 O ILE 270 31. 190 71. 026 0. .176 1. 00 34. 89 A ATOM 1205 N GLN 271 31. 092 69. 283 1. .603 1. 00 37. 30 A ATOM 1206 H GLN 271 30. 776 68. 956 2. 471 1. 00 0. 00 A ATOM 1207 CA GLN 271 31. 836 68. 378 0. 735 1. 00 40. 28 A ATOM 1208 CB GLN 271 32.061 67.038 1.442 1.00 45.96 A ATOM 1209 CG GLN 271 32 .724 65 .972 0 .580 1 .00 50 .37 A ATOM 1210 CD GLN 271 34 .111 66 .365 0 .114 1 .00 54 .51 A ATOM 1211 OEl GLN 271 34 .298 66 .806 -1 .026 1 .00 54 .16 A ATOM 1212 NE2 GLN 271 35 .102 66 .201 0 .988 1 .00 55 .62 A ATOM 1213 HE21 GLN 271 34 .908 65 .841 1 .879 1 .00 0 .00 A ATOM 1214 HE22 GLN 271 36 .004 66 .448 0 .704 1 .00 0 .00 A ATOM 1215 C GLN 271 31 .103 68 .154 -0 .583 1 .00 42 .88 A ATOM 1216 O GLN 271 31 .722 67 .846 -1 .599 1 .00 46 .33 A ATOM 1217 N ASP 272 29 .783 68 .297 -0 .566 1 .00 40 .17 A ATOM 1218 H ASP 272 29 .330 68 .520 0 .276 1 .00 0 .00 A ATOM 1219 CA ASP 272 28 .999 68 .125 -1 .778 1 .00 41 .34 A ATOM 1220 CB ASP 272 27 .529 67 .885 -1 .439 1 .00 43 .85 A ATOM 1221 CG ASP 272 27 .249 66 .451 -1 .068 1 .00 45 .57 A ATOM 1222 ODl ASP 272 27 .395 66 .103 0 .115 1 .00 46 .69 A ATOM 1223 OD2 ASP 272 26 .885 65 .663 -1 .960 1 .00 53 .57 A ATOM 1224 C ASP 272 29 .128 69 .379 -2 .632 1 .00 41 .62 A ATOM 1225 O ASP 272 28 .871 69 .354 -3 .841 1 .00 39 .28 A ATOM 1226 N CYS 273 29 .520 70 .477 -1. .992 1 .00 37 .21 A ATOM 1227 H CYS 273 29 .694 70 .431 -1 .028 1 .00 0 .00 A ATOM 1228 CA CYS 273 29 .697 71 .746 -2 .685 1 .00 34 .88 A ATOM 1229 CB CYS 273 29 .580 72 .910 -1, .697 1. .00 28 .59 A ATOM 1230 SG CYS 273 27 .871 73 .342 -1, .278 1 .00 31 .88 A ATOM 1231 C CYS 273 31 .078 71 .760 -3 .326 1 .00 34 .92 A ATOM 1232 O CYS 273 31 .226 72 .094 -4 .504 1 .00 26 .50 A ATOM 1233 N GLU 274 32 .072 71 .384 -2 .524 1 .00 35 .57 A ATOM 1234 H GLU 274 31 .847 71 .129 -1 .606 1 .00 0 .00 A ATOM 1235 CA GLU 274 33 .470 71. .329 -2, .924 1 .00 38, .47 A ATOM 1236 CB GLU 274 34 .305 70. .927 -1, .706 1, .00 45, .16 A ATOM 1237 CG GLU 274 35 .785 70, .680 -1, .935 1 .00 50, .75 A ATOM 1238 CD GLU 274 36 .356 69, .705 -0, .908 1 .00 56, .66 A ATOM 1239 OEl GLU 274 37 .306 70 .063 -0, .173 1 .00 58, .10 A ATOM 1240 OE2 GLU 274 35 .846 68, .569 -0, .833 1 .00 62, .18 A ATOM 1241 C GLU 274 33, .629 70, .318 -4. .054 1, .00 43. .44 A ATOM 1242 O GLU 274 34, .555 70, .407 -4, .862 1, .00 46. .62 A ATOM 1243 N ASP 275 32, .713 69, .357 -4. .112 1, .00 44. .68 A ATOM 1244 H ASP 275 32, .002 69, .326 -3, .440 1, .00 0. .00 A ATOM 1245 CA ASP 275 32 .757 68, .356 -5, .160 1, .00 43. .67 A ATOM 1246 CB ASP 275 31, .995 67, .104 -4, .737 1, .00 48. .36 A ATOM 1247 CG ASP 275 32, .919 65. .936 -4. .468 1. .00 49. .82 A ATOM 1248 ODl ASP 275 32, .936 64. .992 -5. .286 1. .00 54. .38 A ATOM 1249 OD2 ASP 275 33, .634 65. .969 -3. .443 1. .00 54. .23 A ATOM 1250 C ASP 275 32, .158 68. .947 -6. .428 1, .00 43. .28 A ATOM 1251 O ASP 275 32, .578 68. .610 -7. .540 1, .00 35. .41 A ATOM 1252 N GLU 276 31, .187 69, .840 -6. .256 1, .00 39. .61 A ATOM 1253 H GLU 276 30, .890 70. .058 -5. .349 1. .00 0. ,00 A ATOM 1254 CA GLU 276 30. .551 70. .503 -7. .392 1. .00 42. ,30 A ATOM 1255 CB GLU 276 29. .085 70. .815 -7. ,078 1. .00 44. ,73 A ATOM 1256 CG GLU 276 28. .246 69. .581 -6. .784 1. .00 47. ,48 A ATOM 1257 CD GLU 276 26. .769 69. .817 -7. .011 1. .00 50. .24 A ATOM 1258 OEl GLU 276 25, .950 69. .064 -6. .437 1. .00 50. .57 A ATOM 1259 OE2 GLU 276 26. .428 70. .755 -7. .762 1. ,00 48. .92 A ATOM 1260 C GLU 276 31. .314 71. ,793 -7. .678 1. ,00 40. .70 A ATOM 1261 O GLU 276 30. .789 72. ,716 -8. ,301 1. ,00 40. ,89 A ATOM 1262 N ASN 277 32. .563 71. ,829 -7. ,211 1. ,00 40. .17 A ATOM 1263 H ASN 277 32. .899 71. ,045 -6. ,732 1. .00 0. ,00 A ATOM 1264 CA ASN 277 33. .465 72. ,974 -7. ,373 1. .00 40. ,38 A ATOM 1265 CB ASN 277 34. ,157 72. 914 -8. 733 1. 00 41. 95 A ATOM 1266 CG ASN 277 35. ,220 71. 832 -8. 789 1. .00 47. 84 A ATOM 1267 ODl ASN 277 36. ,408 72. 097 -8. 578 1. ,00 49. 04 A ATOM 1268 ND2 ASN 277 34. .791 70. 605 -9. 066 1. .00 46. 30 A ATOM 1269 HD21 ASN 277 33. .840 70. .438 -9. ,221 1. ,00 0. 00 A ATOM 1270 HD22 ASN 277 35. ,466 69. 895 -9. 104 1. ,00 0. 00 A ATOM 1271 C ASN 277 32. 791 74. 327 -7. 192 1. 00 36. 39 A ATOM 1272 O ASN 277 32. .712 75. 137 -8. 119 1. 00 36. 27 A ATOM 1273 N ILE 278 32. 320 74. 569 -5. 980 1. 00 34. 58 A ATOM 1274 H ILE 278 32. ,422 73. 890 -5. 281 1. 00 0. 00 A ATOM 1275 CA ILE 278 31. ,652 75. 819 -5. 665 1. 00 34. 26 A ATOM 1276 CB ILE 278 30. .228 75. 549 -5. 162 1. 00 30. 91 A ATOM 1277 CG2 ILE 278 29. 646 76. 814 -4. 530 1. 00 32. 30 A ATOM 1278 CGI ILE 278 29. 368 75. 058 -6. 331 1. 00 26. 81 A ATOM 1279 CDl ILE 278 27. 955 74. 622 -5. 936 1. 00 27. 38 A ATOM 1280 C ILE 278 32. 424 76. 617 -4. 616 1. 00 35. 39 A ATOM 1281 O ILE 278 32. 412 76. 275 -3. 431 1. 00 35. 14 A ATOM 1282 N GLN 279 33. 105 77. 671 -5. 062 1. 00 34. 70 A ATOM 1283 H GLN 279 33. 095 77. 872 -6. 022 1. 00 0. 00 A ATOM 1284 CA GLN 279 33..869 78..537 -4..166 1..00 33..01 A ATOM 1285 CB GLN 279 34. .560 79 .647 -4, .954 1. .00 38. .07 A ATOM 1286 CG GLN 279 35. .956 79. .282 -5, .430 1. .00 46. .02 A ATOM 1287 CD GLN 279 37, .019 80 .222 -4. .886 1. .00 49. .56 A ATOM 1288 OEl GLN 279 36. .779 81 .422 -4. .726 1. .00 40. .91 A ATOM 1289 NE2 GLN 279 38. .205 79. .680 -4, .601 1. .00 48. .01 A ATOM 1290 HE21 GLN 279 38. .352 78 .722 -4, .749 1. .00 0. .00 A ATOM 1291 HE22 GLN 279 38, .901 80 .273 -4, .252 1. .00 0. .00 A ATOM 1292 C GLN 279 32, .900 79 .155 -3, .163 1. .00 30. .48 A ATOM 1293 O GLN 279 31. .861 79. .680 -3. .543 1. ,00 26, .66 A ATOM 1294 N ARG 280 33. .253 79, .098 -1. .882 1. ,00 31. .39 A ATOM 1295 H ARG 280 34. .114 78, .698 -1, .641 1. .00 0. .00 A ATOM 1296 CA ARG 280 32. .388 79, .622 -0, .833 1. .00 32, .62 A ATOM 1297 CB ARG 280 31. .864 78, .452 0, .013 1. .00 31, .05 A ATOM 1298 CG ARG 280 31. .447 77, .246 -0, .823 1. .00 30, .23 A ATOM 1299 CD ARG 280 31. .031 76, .072 0, .033 1. .00 29, .02 A ATOM 1300 NE ARG 280 32. .172 75 .403 0, .641 1. .00 23, .82 A ATOM 1301 HE ARG 280 32. .358 75 .574 1, .588 1. .00 0, .00 A ATOM 1302 CZ ARG 280 32. .972 74, .567 -0, .008 1. .00 30, .22 A ATOM 1303 NHl ARG 280 32, .756 74 .297 -1, .290 1. .00 32, .10 A ATOM 1304 HH11 ARG 280 31, .983 74 .717 -1, .766 1. .00 0 .00 A ATOM 1305 HH12 ARG 280 33, .362 73 .669 -1, .778 1. .00 0 .00 A ATOM 1306 NH2 ARG 280 33. ,985 73, .996 0. .627 1. .00 33. .41 A ATOM 1307 HH21 ARG 280 34. .141 74, .190 1. .595 1. ,00 0. .00 A ATOM 1308 HH22 ARG 280 34. .592 73, .369 0. .138 1. .00 0, .00 A ATOM 1309 C ARG 280 33. .046 80, .673 0. .070 1. ,00 31, .10 A ATOM 1310 O ARG 280 34. .146 80, .477 0. .598 1. .00 29, .04 A ATOM 1311 N PHE 281 32. .354 81 .792 0, .231 1. .00 27, .75 A ATOM 1312 H PHE 281 31. .499 81, .890 -0. .231 1. .00 0, .00 A ATOM 1313 CA PHE 281 32. .824 82, .879 1. .074 1. .00 30, .07 A ATOM 1314 CB PHE 281 32. .798 84 .199 0, .303 1. .00 28. .77 A ATOM 1315 CG PHE 281 33, .920 84, .348 -0, .671 1. .00 31 .37 A ATOM 1316 CDl PHE 281 33, .774 83 .928 -1. .988 1. .00 37. .93 A ATOM 1317 CD2 PHE 281 35, .136 84 .893 -0. .272 1. .00 33 .95 A ATOM 1318 CE1 PHE 281 34, .830 84 .047 -2, .894 1, .00 38. .18 A ATOM 1319 CE2 PHE 281 36, .196 85 .014 -1, .174 1, .00 31 .36 A ATOM 1320 CZ PHE 281 36. .042 84, .591 -2. .481 1. ,00 33. .33 A ATOM 1321 C PHE 281 31. .857 82, .952 2. .247 1. .00 31, .00 A ATOM 1322 O PHE 281 30. .676 83, .214 2, .045 1. .00 33, .33 A ATOM 1323 N SER 282 32. .337 82, .708 3, .463 1. .00 27, .38 A ATOM 1324 H SER 282 33, .286 82, .493 3, .582 1. .00 0, .00 A ATOM 1325 CA SER 282 31, .455 82 .765 4, .610 1. .00 31, .18 A ATOM 1326 CB SER 282 31. .462 81 .425 5, .359 1. .00 29 .23 A ATOM 1327 OG SER 282 32, .690 81 .189 6, .020 1. .00 25, .15 A ATOM 1328 HG SER 282 33, .402 81 .171 5, .376 1. .00 0 .00 A ATOM 1329 C SER 282 31, .777 83 .919 5, .560 1. .00 32 .76 A ATOM 1330 O SER 282 32, .886 84 .044 6 .079 1. .00 37 .88 A ATOM 1331 N ILE 283 30, .777 84 .766 5 .766 1. .00 33 .62 A ATOM 1332 H ILE 283 29, .927 84 .603 5, .308 1, .00 0 .00 A ATOM 1333 CA ILE 283 30. .887 85, .921 6, .634 1. .00 30, .37 A ATOM 1334 CB ILE 283 30. .324 87, .183 5, .944 1. .00 33, .69 A ATOM 1335 CG2 ILE 283 30. .920 88, .435 6, .571 1. .00 33 .06 A ATOM 1336 CGI ILE 283 30. .634 87, .144 4, .448 1. .00 28, .09 A ATOM 1337 CDl ILE 283 30. .588 88, .512 3, .781 1. .00 33. .55 A ATOM 1338 C ILE 283 30. .095 85 .671 7, .911 1. .00 30 .75 A ATOM 1339 O ILE 283 28, .878 85 .485 7, .869 1. .00 30. .38 A ATOM 1340 N ALA 284 30, .797 85 .658 9, .038 1. .00 25 .22 A ATOM 1341 H ALA 284 31, .767 85 .785 8, .990 1. .00 0 .00 A ATOM 1342 CA ALA 284 30, .183 85 .462 10. .344 1. .00 25 .92 A ATOM 1343 CB ALA 284 31, .034 84 .480 11. .172 1, .00 26 .80 A ATOM 1344 C ALA 284 30, .026 86 .790 11 .114 1, .00 25 .45 A ATOM 1345 O ALA 284 31, .025 87 .437 11 .458 1. .00 23 .52 A ATOM 1346 N ILE 285 28, .780 87 .188 11 .379 1, .00 21 .71 A ATOM 1347 H ILE 285 28. .033 86, .646 11. .052 1. .00 0. .00 A ATOM 1348 CA ILE 285 28. .484 88, .404 12, .142 1. .00 14, .56 A ATOM 1349 CB ILE 285 27, .122 89, .033 11, .672 1. .00 20, .57 A ATOM 1350 CG2 ILE 285 26, .861 90, .366 12, .360 1. .00 16, .36 A ATOM 1351 CGI ILE 285 27. .157 89, .301 10, .171 1. .00 15, .00 A ATOM 1352 CDl ILE 285 25, .781 89 .470 9, .533 1. .00 16, .25 A ATOM 1353 C ILE 285 28, .427 87, .958 13, .618 1. .00 18, .61 A ATOM 1354 O ILE 285 27, .631 87, .083 13, .985 1. .00 20, .11 A ATOM 1355 N LEU 286 29, .295 88, .521 14, .465 1. .00 17 .38 A ATOM 1356 H LEU 286 29, .905 89 .212 14, .134 1. .00 0, .00 A ATOM 1357 CA LEU 286 29, .348 88 .131 15, .884 1, .00 17 .79 A ATOM 1358 CB LEU 286 30, .798 88 .163 16, .409 1, .00 20 .85 A ATOM 1359 CG LEU 286 31, .846 87 .099 16, .069 1, .00 23 .26 A ATOM 1360 CDl LEU 286 32..975 87..139 17.093 1..00 26.78 A ATOM 1361 CD2 LEU 286 31, .217 85. .739 16 .067 1 .00 25 .33 A ATOM 1362 C LEU 286 28. .501 89. .056 16 .754 1, .00 18 .17 A ATOM 1363 O LEU 286 28. .515 88. .951 17 .983 1, .00 20 .22 A ATOM 1364 N GLY 287 27 .788 89. .969 16 .099 1, .00 22 .67 A ATOM 1365 H GLY 287 27. .840 89. .999 15 .120 1, .00 0 .00 A ATOM 1366 CA GLY 287 26 .941 90 .925 16 .789 1. .00 20 .22 A ATOM 1367 C GLY 287 26. .080 90. .382 17 .913 1 .00 16 .26 A ATOM 1368 O GLY 287 26. .381 90 .585 19 .089 1 .00 23 .96 A ATOM 1369 N HIS 288 25 .000 89 .693 17 .572 1 .00 22 .56 A ATOM 1370 H HIS 288 24 .798 89. .534 16 .627 1 .00 0. .00 A ATOM 1371 CA HIS 288 24 .109 89 .168 18 .608 1 .00 20 .44 A ATOM 1372 CB HIS 288 22 .990 88 .312 17 .970 1 .00 19 .88 A ATOM 1373 CG HIS 288 21 .974 87 .804 18 .950 1 .00 23 .39 A ATOM 1374 CD2 HIS 288 21 .917 86 .650 19 .654 1 .00 17 .27 A ATOM 1375 ND1 HIS 288 20, .917 88. .571 19 .385 1, .00 15, .20 A ATOM 1376 HD1 HIS 288 20, .679 89, .455 19 .045 1, .00 0, .00 A ATOM 1377 CEl HIS 288 20, .242 87, .909 20 .310 1, .00 15, .13 A ATOM 1378 NE2 HIS 288 20, .832 86, .739 20 .494 1, .00 13, .24 A ATOM 1379 HE2 HIS 288 20, .535 86, .056 21. .118 1, .00 0, .00 A ATOM 1380 C HIS 288 24. .850 88, .371 19. .715 1, .00 17, .46 A ATOM 1381 O HIS 288 24, .579 88, .541 20 .902 1, .00 17, .25 A ATOM 1382 N TYR 289 25, .798 87, .525 19 .334 1, .00 18, .14 A ATOM 1383 H TYR 289 26, .023 87, .431 18 .384 1, .00 0, .00 A ATOM 1384 CA TYR 289 26, .505 86, .737 20 .330 1, .00 16. .63 A ATOM 1385 CB TYR 289 27, .405 85, .709 19 .647 1, .00 25 .01 A ATOM 1386 CG TYR 289 26, .727 84, .387 19 .312 1, .00 26 .14 A ATOM 1387 CDl TYR 289 25, .631 84, .330 18 .449 1, .00 26 .68 A ATOM 1388 CEl TYR 289 25, .073 83, .092 18 .064 1, .00 29 .84 A ATOM 1389 CD2 TYR 289 27 .245 83, .176 19 .792 1, .00 29 .68 A ATOM 1390 CE2 TYR 289 26, .697 81, .941 19 .415 1, .00 19 .88 A ATOM 1391 CZ TYR 289 25, .624 81, .904 18 .551 1, .00 24 .45 A ATOM 1392 OH TYR 289 25, .129 80, .680 18 .154 1, .00 29 .76 A ATOM 1393 HH TYR 289 24. .390 80. .813 17, .553 1. .00 0, .00 A ATOM 1394 C TYR 289 27. .323 87. .613 21, .277 1. .00 20, .22 A ATOM 1395 O TYR 289 27. .369 87. .356 22, .481 1. .00 19, .02 A ATOM 1396 N ASN 290 27. .956 88. .655 20, .750 1. .00 18, .81 A ATOM 1397 H ASN 290 27, .904 88. .835 19, .789 1. .00 0, .00 A ATOM 1398 CA ASN 290 28, .739 89. .532 21, .621 1, .00 15, .76 A ATOM 1399 CB ASN 290 29. .625 90. .469 20, .804 1, .00 19, .19 A ATOM 1400 CG ASN 290 30. .840 89. .780 20, .231 1. .00 22, .46 A ATOM 1401 ODl ASN 290 31. .270 88, .736 20, .715 1, .00 23, .52 A ATOM 1402 ND2 ASN 290 31, .400 90, .370 19, .186 1. .00 25, .92 A ATOM 1403 HD21 ASN 290 31, .020 91, .202 18, .832 1. .00 0, .00 A ATOM 1404 HD22 ASN 290 32, .188 89, .942 18 .796 1. .00 0, .00 A ATOM 1405 C ASN 290 27, .822 90, .378 22, .493 1, .00 15, .64 A ATOM 1406 O ASN 290 28, .108 90, .600 23 .672 1, .00 23, .61 A ATOM 1407 N ARG 291 26, .723 90, .865 21 .924 1, .00 15, .28 A ATOM 1408 H ARG 291 26, .524 90, .672 20 .984 1, .00 0, .00 A ATOM 1409 CA ARG 291 25, .812 91, .687 22 .713 1, .00 14 .06 A ATOM 1410 CB ARG 291 24, .679 92, .252 21 .845 1, .00 16, .24 A ATOM 1411 CG ARG 291 25. .183 93. .144 20, .702 1. ,00 24, .29 A ATOM 1412 CD ARG 291 24. .091 94. .025 20, .084 1. .00 29. .20 A ATOM 1413 NE ARG 291 23. .283 93. .333 19, .077 1. .00 19. .59 A ATOM 1414 HE ARG 291 22. .365 93. .092 19, .317 1. .00 0, .00 A ATOM 1415 CZ ARG 291 23. .709 93. .013 17, .859 1. .00 34. .23 A ATOM 1416 NHl ARG 291 24. .948 93. .323 17, .484 1. .00 34. .45 A ATOM 1417 HH11 ARG 291 25, .559 93. .796 18, .117 1. .00 0. .00 A ATOM 1418 HH12 ARG 291 25. .268 93. .078 16, .568 1. .00 0. .00 A ATOM 1419 NH2 ARG 291 22. .898 92. .381 17, .014 1. .00 30. .49 A ATOM 1420 HH21 ARG 291 21, .967 92. .149 17, .292 1. .00 0, .00 A ATOM 1421 HH22 ARG 291 23, .222 92. .139 16, .099 1. .00 0. .00 A ATOM 1422 C ARG 291 25, .268 90. .835 23, .845 1. .00 12. .25 A ATOM 1423 O ARG 291 25, .073 91. .317 24, .963 1. .00 17, .10 A ATOM 1424 N GLY 292 25, .073 89. .551 23, .576 1. .00 13, .55 A ATOM 1425 H GLY 292 25, .286 89. .193 22, .690 1. .00 0, .00 A ATOM 1426 CA GLY 292 24, .534 88. .675 24, .616 1. .00 11. .54 A ATOM 1427 C GLY 292 25, .542 88, .057 25, .562 1. .00 22, .48 A ATOM 1428 O GLY 292 25, .169 87, .246 26, .411 1, .00 30, .06 A ATOM 1429 N ASN 293 26. ,813 88. ,425 25. .422 1. .00 25. ,61 A ATOM 1430 H ASN 293 27. .049 89. ,065 24. .719 1. ,00 0. .00 A ATOM 1431 CA ASN 293 27. .867 87. ,897 26. .281 1. ,00 29. .06 A ATOM 1432 CB ASN 293 27. .567 88. ,238 27. .750 1. ,00 33. ,48 A ATOM 1433 CG ASN 293 27. ,687 89. ,741 28. .058 1. ,00 41. ,34 A ATOM 1434 ODl ASN 293 27. .506 90. ,595 27. .185 1. ,00 41. .61 A ATOM 1435 ND2 ASN 293 27. .988 90. .060 29. .319 1. ,00 40. ,94 A ATOM 1436 HD21 ASN 293 28.120 89.353 29.985 1.00 0.00 A ATOM 1437 HD22 ASN 293 28 .069 91 .011 29 .537 1 .00 0 .00 A ATOM 1438 C ASN 293 28 .042 86 .369 26 .116 1 .00 31 .86 A ATOM 1439 O ASN 293 28 .265 85 .652 27 .093 1 .00 25 .49 A ATOM 1440 N LEU 294 27 .952 85 .884 24 .877 1 .00 35 .13 A ATOM 1441 H LEU 294 27 .777 86 .501 24 .138 1 .00 0 .00 A ATOM 1442 CA LEU 294 28 .102 84 .456 24 .588 1 .00 33 .84 A ATOM 1443 CB LEU 294 26 .918 83 .942 23 .747 1 .00 34 .45 A ATOM 1444 CG LEU 294 25 .482 84 .323 24 .145 1 .00 35 .78 A ATOM 1445 CDl LEU 294 24 .601 84 .404 22 .911 1 .00 35 .34 A ATOM 1446 CD2 LEU 294 24 .923 83 .299 25 .121 1 .00 34 .64 A ATOM 1447 C LEU 294 29 .415 84 .154 23 .852 1 .00 37 .21 A ATOM 1448 O LEU 294 29 .957 85 .002 23 .137 1 .00 32 .23 A ATOM 1449 N SER 295 29 .930 82 .943 24 .056 1 .00 38 .58 A ATOM 1450 H SER 295 29 .465 82 .328 24 .659 1 .00 0 .00 A ATOM 1451 CA SER 295 31 .163 82 .499 23 .409 1. .00 38 .66 A ATOM 1452 CB SER 295 31 .590 81 .113 23 .930 1 .00 40 .11 A ATOM 1453 OG SER 295 31 .942 81 .141 25 .306 1 .00 45 .34 A ATOM 1454 HG SER 295 31 .187 81 .434 25 .822 1. .00 0 .00 A ATOM 1455 C SER 295 30 .881 82 .404 21 .914 1. .00 33 .43 A ATOM 1456 O SER 295 29 .780 82 .064 21 .499 1 .00 25 .91 A ATOM 1457 N THR 296 31 .881 82 .703 21 .107 1 .00 34 .10 A ATOM 1458 H THR 296 32 .745 82 .966 21 .488 1 .00 0. .00 A ATOM 1459 CA THR 296 31 .722 82 .649 19 .670 1. .00 32 .52 A ATOM 1460 CB THR 296 31, .966 84 .030 19 .052 1. .00 30, .78 A ATOM 1461 OG1 THR 296 33 .072 84 .647 19 .717 1 .00 36 .83 A ATOM 1462 HG1 THR 296 33 .856 84 .103 19 .610 1. .00 0. .00 A ATOM 1463 CG2 THR 296 30 .740 84 .916 19 .220 1 .00 29 .89 A ATOM 1464 C THR 296 32, .759 81, .673 19, .155 1. .00 31. .85 A ATOM 1465 O THR 296 32, .898 81 .483 17 .952 1. .00 31. .90 A ATOM 1466 N GLU 297 33, .482 81 .059 20 .089 1. .00 33 .84 A ATOM 1467 H GLU 297 33 .304 81 .261 21 .032 1. .00 0. .00 A ATOM 1468 CA GLU 297 34, .531 80, .096 19, .763 1. .00 39, .29 A ATOM 1469 CB GLU 297 35, .065 79, .416 21, .036 1. .00 45, .48 A ATOM 1470 CG GLU 297 34, .108 79, .377 22, .233 1. .00 56, .35 A ATOM 1471 CD GLU 297 32, .848 78 .554 21, .977 1. .00 58, .88 A ATOM 1472 OEl GLU 297 32, .842 77, .338 22, .267 1. .00 60, .54 A ATOM 1473 OE2 GLU 297 31, .855 79, .130 21, .489 1, .00 62, .33 A ATOM 1474 C GLU 297 34, .086 79, .024 18, .772 1. .00 35, .45 A ATOM 1475 O GLU 297 34, .729 78 .809 17 .748 1. .00 34, .80 A ATOM 1476 N LYS 298 32. .982 78, .356 19, .074 1. .00 34. .37 A ATOM 1477 H LYS 298 32, .498 78, .581 19, .895 1, .00 0. .00 A ATOM 1478 CA LYS 298 32, .466 77, .300 18, .213 1. .00 35, .58 A ATOM 1479 CB LYS 298 31, .520 76, .414 19, .007 1. .00 31, .26 A ATOM 1480 CG LYS 298 32. .038 75. .026 19. .221 1. .00 41. .82 A ATOM 1481 CD LYS 298 30. .941 74. .125 19. .729 1. .00 42. .14 A ATOM 1482 CE LYS 298 31. .135 73, .832 21, .200 1. .00 46, .89 A ATOM 1483 NZ LYS 298 32. .466 74, .301 21, .688 1. .00 50, .64 A ATOM 1484 HZ1 LYS 298 32. .544 75, .328 21. .550 1. ,00 0. .00 A ATOM 1485 HZ2 LYS 298 33. .219 73, .820 21. .158 1. .00 0. .00 A ATOM 1486 HZ3 LYS 298 32. .559 74. .079 22. .701 1. .00 0. .00 A ATOM 1487 C LYS 298 31, .743 77, .850 16, .992 1. .00 31. .74 A ATOM 1488 O LYS 298 31, .765 77, .236 15, .922 1. .00 32. .24 A ATOM 1489 N PHE 299 31. .101 79. .005 17. .170 1. .00 29. ,34 A ATOM 1490 H PHE 299 31. .131 79, .425 18. .053 1. .00 0. .00 A ATOM 1491 CA PHE 299 30. .353 79, .673 16. .102 1. .00 28. .31 A ATOM 1492 CB PHE 299 29. .612 80, .883 16. .703 1. .00 27. .71 A ATOM 1493 CG PHE 299 29. ,131 81. ,904 15. ,699 1. .00 19. ,45 A ATOM 1494 CDl PHE 299 28. ,503 81. .526 14. .516 1. .00 15. ,16 A ATOM 1495 CD2 PHE 299 29. .287 83. .261 15. .964 1. ,00 16. ,16 A ATOM 1496 CEl PHE 299 28. .046 82. .496 13, .616 1. ,00 15. .54 A ATOM 1497 CE2 PHE 299 28. ,832 84. ,227 15. .075 1. .00 9. .30 A ATOM 1498 CZ PHE 299 28. ,215 83. .851 13. ,903 1. ,00 7. .56 A ATOM 1499 C PHE 299 31. ,296 80. .076 14. ,966 1. ,00 27. ,62 A ATOM 1500 O PHE 299 30. ,999 79. .828 13. .803 1. ,00 23. ,92 A ATOM 1501 N VAL 300 32. .440 80. .667 15. .300 1. 00 32. 50 A ATOM 1502 H VAL 300 32. ,635 80. .834 16. .246 1. 00 0. 00 A ATOM 1503 CA VAL 300 33. ,419 81. ,074 14. ,280 1. .00 40. 70 A ATOM 1504 CB VAL 300 34. ,545 81. ,950 14. ,877 1. ,00 45. .83 A ATOM 1505 CGI VAL 300 35. 734 81. 084 15. 280 1. 00 49. 69 A ATOM 1506 CG2 VAL 300 34. .988 82. 975 13. .860 1. 00 49. 35 A ATOM 1507 C VAL 300 34. .082 S . .887 13. ,575 1. .00 39. 59 A ATOM 1508 O VAL 300 34. .426 79. .974 12. ,399 1. ,00 39. .52 A ATOM 1509 N GLU 301 34. 274 78. 791 14. 302 1. 00 38. 31 A ATOM 1510 H GLU 301 34. 001 78. 787 15. 244 1. 00 0. 00 A ATOM 1511 CA GLU 301 34. 879 77. .597 13. .736 1. 00 39. 63 A ATOM 1512 CB GLU 301 35..240 76.,607 14.849 1.00 49.,28 A ATOM 1513 CG GLU 301 36. ,060 75. ,406 14. 388 1. 00 51. ,49 A ATOM 1514 CD GLU 301 35. ,928 74. .221 15. 328 1. 00 57. ,74 A ATOM 1515 OEl GLU 301 34. ,879 73. .542 15. 283 1. 00 60. ,72 A ATOM 1516 OE2 GLU 301 36. ,867 73. ,968 16. 114 1. 00 58. ,47 A ATOM 1517 C GLU 301 33. ,933 76. ,932 12. 742 1. 00 37. .25 A ATOM 1518 O GLU 301 34. ,360 76. .469 11. .695 1. 00 34. .80 A ATOM 1519 N GLU 302 32. .647 76. .880 13. ,061 1. .00 29. ,99 A ATOM 1520 H GLU 302 32. .332 77. .260 13. ,909 1. .00 0. .00 A ATOM 1521 CA GLU 302 31. .713 76. .254 12. ,144 1. ,00 29. .62 A ATOM 1522 CB GLU 302 30. .345 76, .072 12. ,800 1. .00 29, .29 A ATOM 1523 CG GLU 302 29. .188 76, .118 11. ,813 1. ,00 30. .24 A ATOM 1524 CD GLU 302 27. .839 76, .218 12. ,489 1. .00 26, .05 A ATOM 1525 OEl GLU 302 27. .674 75, .643 13. ,581 1. .00 24, .89 A ATOM 1526 OE2 GLU 302 26. .940 76, .870 11. .925 1. .00 30, .75 A ATOM 1527 C GLU 302 31, .574 77, .093 10. .874 1. .00 32, .99 A ATOM 1528 O GLU 302 31. ,445 76. .549 9. .775 1. .00 30. .91 A ATOM 1529 N ILE 303 31. .615 78. .416 11. .014 1. 00 31. .38 A ATOM 1530 H ILE 303 31. .732 78. .810 11. .904 1. ,00 0. .00 A ATOM 1531 CA ILE 303 31. .486 79. .283 9. .842 1. ,00 31. .29 A ATOM 1532 CB ILE 303 31. .187 80. .752 10. .241 1. .00 28. .58 A ATOM 1533 CG2 ILE 303 30. .822 81. .554 9. .009 1. ,00 23. .48 A ATOM 1534 CGI ILE 303 30. .043 80, .800 11. ,264 1. ,00 26. .97 A ATOM 1535 CDl ILE 303 28, .805 80, .026 10. ,852 1. .00 24, .95 A ATOM 1536 C ILE 303 32, .773 79, .228 9. ,029 1. .00 33, .05 A ATOM 1537 O ILE 303 32. .744 79. .181 7. .796 1. ,00 35, .02 A ATOM 1538 N LYS 304 33, .903 79, .248 9. .724 1. .00 30, .79 A ATOM 1539 H LYS 304 33, .869 79, .332 10. .698 1. .00 0, .00 A ATOM 1540 CA LYS 304 35, .190 79, .150 9. .060 1. .00 30, .72 A ATOM 1541 CB LYS 304 36, .298 78, .979 10. .118 1. .00 33, .59 A ATOM 1542 CG LYS 304 37, .724 79, .320 9. .642 1. .00 41 .97 A ATOM 1543 CD LYS 304 38, .511 80, .155 10, .667 1. .00 41 .17 A ATOM 1544 CE LYS 304 39, .416 81 .173 9, .976 1. .00 42 .05 A ATOM 1545 NZ LYS 304 40, .815 80. .691 9, .824 1. .00 41, .08 A ATOM 1546 HZ1 LYS 304 40. .823 79, .820 9. .256 1. .00 0. .00 A ATOM 1547 HZ2 LYS 304 41, .217 80, .495 10. .764 1. .00 0, .00 A ATOM 1548 HZ3 LYS 304 41, .384 81, .421 9. .350 1. .00 0, .00 A ATOM 1549 C LYS 304 35, .100 77, .904 8. .161 1. .00 25, .59 A ATOM 1550 O LYS 304 35, .395 77, .951 6. .969 1. .00 33, .47 A ATOM 1551 N SER 305 34, .661 76, .800 8, .767 1. .00 26, .69 A ATOM 1552 H SER 305 34, .433 76, .870 9. .716 1. .00 0, .00 A ATOM 1553 CA SER 305 34 .498 75 .489 8, .125 1, .00 22, .76 A ATOM 1554 CB SER 305 33 .932 74 .498 9. .144 1. .00 27 .40 A ATOM 1555 OG SER 305 32 .539 74 .298 8. .939 1. .00 24 .13 A ATOM 1556 HG SER 305 32 .075 75 .133 9. .030 1, .00 0. .00 A ATOM 1557 C SER 305 33 .635 75 .403 6, .860 1. .00 24 .66 A ATOM 1558 O SER 305 33 .536 74 .340 6, .239 1. .00 27 .99 A ATOM 1559 N ILE 306 32 .983 76 .490 6 .482 1. .00 25 .24 A ATOM 1560 H ILE 306 33 .058 77 .317 7 .005 1, .00 0 .00 A ATOM 1561 CA ILE 306 32 .154 76 .453 5 .294 1 .00 20 .72 A ATOM 1562 CB ILE 306 30 .828 77 .211 5 .513 1. .00 17 .86 A ATOM 1563 CG2 ILE 306 30 .078 77 .326 4, .209 1, .00 20 .63 A ATOM 1564 CGI ILE 306 29 .952 76 .448 6, .510 1. .00 20 .49 A ATOM 1565 CDl ILE 306 29 .382 77 .307 7, .603 1. .00 19 .14 A ATOM 1566 C ILE 306 32 .908 77 .098 4, .156 1, .00 16 .50 A ATOM 1567 O ILE 306 32 .689 76 .783 2, .994 1. .00 19 .41 A ATOM 1568 N ALA 307 33 .833 77 .979 4 .499 1. .00 22 .89 A ATOM 1569 H ALA 307 34 .019 78 .150 5 .446 1, .00 0 .00 A ATOM 1570 CA ALA 307 34 .576 78 .686 3, .480 1. .00 24 .83 A ATOM 1571 CB ALA 307 35 .383 79 .794 4 .123 1. .00 30 .01 A ATOM 1572 C ALA 307 35 .476 77 .766 2 .665 1 .00 23 .99 A ATOM 1573 O ALA 307 36 .047 76 .812 3. .187 1. .00 21 .83 A ATOM 1574 N SER 308 35 .568 78 .035 1. .368 1. .00 23 .95 A ATOM 1575 H SER 308 35 .037 78 .765 0. .987 1 .00 0 .00 A ATOM 1576 CA SER 308 36 .445 77 .252 0. .511 1 .00 29 .22 A ATOM 1577 CB SER 308 36 .343 77 .740 -0 .937 1 .00 21 .79 A ATOM 1578 OG SER 308 35 .241 77 .145 -1 .606 1 .00 28 .41 A ATOM 1579 HG SER 308 34 .430 77 .376 -1 .149 1 .00 0 .00 A ATOM 1580 C SER 308 37 .870 77 .489 1 .035 1 .00 34 .88 A ATOM 1581 O SER 308 38 .119 78 .483 1, .724 1. .00 32 .75 A ATOM 1582 N GLU 309 38 .795 76 .581 0. .722 1. .00 40 .30 A ATOM 1583 H GLU 309 38 .537 75 .801 0 .188 1, .00 0. .00 A ATOM 1584 CA GLU 309 40 .191 76 .729 1 .160 1. .00 42 .81 A ATOM 1585 CB GLU 309 40 .931 75 .385 1 .086 1. .00 46 .85 A ATOM 1586 CG GLU 309 40 .454 74 .318 2. .062 1. .00 53 .06 A ATOM 1587 CD GLU 309 41 .310 74 .231 3 .318 1 .00 57 .34 A ATOM 1588 OEl GLU 309 42.553 74.307 3.215 1.00 58.52 A ATOM 1589 OE2 GLU 309 40 .734 74 .085 4 .416 1. .00 61 .40 A ATOM 1590 C GLU 309 40 .861 77 .715 0 .205 1. .00 43 .24 A ATOM 1591 O GLU 309 40 .550 77 .718 -0 .987 1 .00 44 .53 A ATOM 1592 N PRO 310 41 .762 78 .581 0 .706 1. .00 40 .58 A ATOM 1593 CD PRO 310 42. .414 79 .532 -0 .216 1. .00 41 .03 A ATOM 1594 CA PRO 310 42, .250 78 .757 2 .080 1. .00 41 .16 A ATOM 1595 CB PRO 310 43, .538 79 .545 1. .899 1 .00 43 .29 A ATOM 1596 CG PRO 310 43, .269 80 .379 0 .695 1. .00 42 .72 A ATOM 1597 C PRO 310 41, .242 79 .519 2 .942 1 .00 41 .57 A ATOM 1598 O PRO 310 40 .758 80 .582 2 .553 1 .00 35 .45 A ATOM 1599 N THR 311 40 .953 78 .976 4 .118 1 .00 40 .54 A ATOM 1600 H THR 311 41 .400 78 .144 4 .378 1 .00 0 .00 A ATOM 1601 CA THR 311 39 .991 79 .574 5 .033 1 .00 40 .87 A ATOM 1602 CB THR 311 39 .893 78 .738 6 .311 1. .00 39 .66 A ATOM 1603 OG1 THR 311 39 .391 79 .549 7 .377 1 .00 46 .71 A ATOM 1604 HG1 THR 311 38, .520 79 .880 7 .146 1, .00 0. .00 A ATOM 1605 CG2 THR 311 41, .258 78 .200 6. .690 1. .00 43 .68 A ATOM 1606 C THR 311 40, .246 81 .037 5. .413 1. .00 44 .47 A ATOM 1607 O THR 311 39, .299 81 .802 5 .620 1. .00 45 .91 A ATOM 1608 N GLU 312 41, .514 81 .432 5 .510 1. .00 45 .09 A ATOM 1609 H GLU 312 42, .234 80 .792 5. .337 1. .00 0. .00 A ATOM 1610 CA GLU 312 41, .839 82 .809 5. .871 1. .00 42 .55 A ATOM 1611 CB GLU 312 43, .327 82 .954 6. .228 1. .00 42 .74 A ATOM 1612 CG GLU 312 44, .235 81 .829 5 .726 1 .00 43 .79 A ATOM 1613 CD GLU 312 44, .520 80 .800 6 .799 1 .00 41 .47 A ATOM 1614 OEl GLU 312 45, .706 80 .520 7 .057 1. .00 42, .55 A ATOM 1615 OE2 GLU 312 43. .559 80, .274 7, .394 1. .00 47, .20 A ATOM 1616 C GLU 312 41. .502 83 .747 4, .724 1. .00 41, .45 A ATOM 1617 O GLU 312 41. .404 84 .963 4, .901 1. .00 41, .26 A ATOM 1618 N LYS 313 41. .317 83 .181 3, .542 1, .00 37. .88 A ATOM 1619 H LYS 313 41, .394 82, .207 3. .451 1. .00 0. .00 A ATOM 1620 CA LYS 313 40, .997 83 .993 2, .380 1, .00 36. .21 A ATOM 1621 CB LYS 313 41, .564 83 .358 1, .116 1. .00 33 .23 A ATOM 1622 CG LYS 313 41. .563 84 .300 -0. .079 1. .00 34 .65 A ATOM 1623 CD LYS 313 41. .058 83 .617 -1 .335 1. .00 27 .45 A ATOM 1624 CE LYS 313 39, .861 84 .348 -1. .905 1. .00 29 .91 A ATOM 1625 NZ LYS 313 39. .913 84, .435 -3. .387 1. .00 32. .98 A ATOM 1626 HZ1 LYS 313 39. .928 83, .476 -3. .790 1. .00 0, .00 A ATOM 1627 HZ2 LYS 313 40. .770 84, .946 -3. .674 1. .00 0, .00 A ATOM 1628 HZ3 LYS 313 39. .073 84, .941 -3. .733 1. .00 0. .00 A ATOM 1629 C LYS 313 39. .515 84, .249 2, .159 1. .00 37, .37 A ATOM 1630 O LYS 313 39. .132 85 .357 1. .789 1, .00 40, .91 A ATOM 1631 N HIS 314 38. .683 83 .234 2. .385 1. .00 32, .67 A ATOM 1632 H HIS 314 39, .036 82 .382 2 .718 1. .00 0, .00 A ATOM 1633 CA HIS 314 37, .250 83 .372 2, .143 1. .00 34 .37 A ATOM 1634 CB HIS 314 36, .725 82 .171 1, .343 1. .00 33 .80 A ATOM 1635 CG HIS 314 37, .658 81 .682 0. .280 1. .00 29 .70 A ATOM 1636 CD2 HIS 314 38. .910 81, .168 0, .360 1. ,00 31, .43 A ATOM 1637 ND1 HIS 314 37. .307 81, .631 -1, .051 1. .00 29. .34 A ATOM 1638 HD1 HIS 314 36. .455 81, .936 -1. .435 1. .00 0. .00 A ATOM 1639 CEl HIS 314 38. .295 81, .109 -1, .747 1. .00 29, .33 A ATOM 1640 NE2 HIS 314 39. .283 80, .818 -0, .914 1. .00 29, .14 A ATOM 1641 HE2 HIS 314 40. .137 80, .421 -1. .175 1. .00 0, .00 A ATOM 1642 C HIS 314 36. .368 83, .552 3. .372 1. .00 35, .91 A ATOM 1643 O HIS 314 35. .184 83, .860 3, .239 1. .00 41, .62 A ATOM 1644 N PHE 315 36. .920 83, .340 4, .559 1. .00 36. .72 A ATOM 1645 H PHE 315 37. .858 83, .065 4, .622 1. .00 0. .00 A ATOM 1646 CA PHE 315 36. .132 83, .512 5, .770 1. .00 37. .19 A ATOM 1647 CB PHE 315 36. ,552 82. .493 6. .834 1. .00 34. .33 A ATOM 1648 CG PHE 315 36. ,038 82. .804 8. .214 1. ,00 26. ,72 A ATOM 1649 CDl PHE 315 34. ,684 82. .672 8. .519 1. ,00 30. ,96 A ATOM 1650 CD2 PHE 315 36. ,911 83. .225 9. .213 1. ,00 25. .93 A ATOM 1651 CEl PHE 315 34. ,209 82. .955 9, .800 1. .00 23. .91 A ATOM 1652 CE2 PHE 315 36. ,451 83, .510 10. .494 1. ,00 28. ,16 A ATOM 1653 CZ PHE 315 35. .094 83. .375 10, .788 1. ,00 29. .32 A ATOM 1654 C PHE 315 36. .326 84. .928 6, .299 1. ,00 38. .47 A ATOM 1655 O PHE 315 37. .449 85. .428 6, .344 1. ,00 41. .30 A ATOM 1656 N PHE 316 35. .219 85. .561 6, .685 1. ,00 36. .02 A ATOM 1657 H PHE 316 34. .364 85. .091 6. ,602 1. 00 0. .00 A ATOM 1658 CA PHE 316 35. ,213 86. .918 7. ,223 1. 00 32. ,16 A ATOM 1659 CB PHE 316 34. ,390 87. .856 6. .334 1. 00 31. ,62 A ATOM 1660 CG PHE 316 35. ,057 88. .194 5. .041 1. 00 37. .01 A ATOM 1661 CDl PHE 316 34. ,804 87. .437 3. ,898 1. 00 29. .79 A ATOM 1662 CD2 PHE 316 35. ,979 89. .233 4. ,971 1. 00 33. ,37 A ATOM 1663 CEl PHE 316 35. ,462 87. .705 2. ,713 1. 00 33. ,51 A ATOM 1664 CE2 PHE 316 36.644 89.511 3.786 1.00 37.63 A ATOM 1665 CZ PHE 316 36 .388 88 .745 2 .653 1 .00 37 .22 A ATOM 1666 C PHE 316 34 .577 86 .895 8 .596 1. .00 30 .46 A ATOM 1667 O PHE 316 33 .446 86 .467 8 .751 1 .00 28 .70 A ATOM 1668 N ASN 317 35 .311 87 .355 9 .591 1 .00 30 .17 A ATOM 1669 H ASN 317 36 .220 87 .668 9 .414 1 .00 0 .00 A ATOM 1670 CA ASN 317 34 .795 87 .405 10 .939 1. .00 31 .72 A ATOM 1671 CB ASN 317 35 .855 86 .917 11 .927 1. .00 29 .33 A ATOM 1672 CG ASN 317 35 .485 87 .205 13 .376 1 .00 34 .11 A ATOM 1673 ODl ASN 317 34 .771 88 .163 13 .667 1 .00 38 .43 A ATOM 1674 ND2 ASN 317 35 .983 86 .375 14 .289 1 .00 32 .35 A ATOM 1675 HD21 ASN 317 36 .553 85 .627 14 .018 1 .00 0 .00 A ATOM 1676 HD22 ASN 317 35 .752 86 .550 15 .226 1 .00 0 .00 A ATOM 1677 C ASN 317 34 .442 88 .861 11, .197 1 .00 33 .41 A ATOM 1678 O ASN 317 35 .325 89 .686 11 .440 1 .00 35 .10 A ATOM 1679 N VAL 318 33 .152 89 .175 11 .128 1 .00 34 .27 A ATOM 1680 H VAL 318 32 .498 88 .478 10 .922 1. .00 0 .00 A ATOM 1681 CA VAL 318 32 .689 90 .543 11, .355 1 .00 32, .08 A ATOM 1682 CB VAL 318 31 .629 90 .958 10, .301 1 .00 36 .04 A ATOM 1683 CGI VAL 318 31 .316 92 .441 10 .426 1 .00 35 .17 A ATOM 1684 CG2 VAL 318 32 .147 90 .660 8 .905 1 .00 37 .95 A ATOM 1685 C VAL 318 32 .123 90 .743 12, .762 1, .00 25, .89 A ATOM 1686 O VAL 318 31 .293 89 .978 13, .238 1, .00 27, .33 A ATOM 1687 N SER 319 32 .618 91 .790 13, .406 1 .00 23, .18 A ATOM 1688 H SER 319 33 .278 92 .338 12 .932 1. .00 0 .00 A ATOM 1689 CA SER 319 32 .261 92. .198 14, .757 1, .00 22, .35 A ATOM 1690 CB SER 319 32 .972 93 .523 15, .071 1. .00 21, .96 A ATOM 1691 OG SER 319 33 .554 93 .517 16, .360 1. .00 35, .71 A ATOM 1692 HG SER 319 34 .201 92 .809 16 .416 1 .00 0 .00 A ATOM 1693 C SER 319 30, .765 92, .371 14, .988 1, .00 22, .88 A ATOM 1694 O SER 319 30, .212 91, .854 15, .959 1, .00 20, .95 A ATOM 1695 N ASP 320 30 .128 93, .157 14, .125 1, .00 25, .15 A ATOM 1696 H ASP 320 30 .632 93 .579 13, .399 1 .00 0, .00 A ATOM 1697 CA ASP 320 28, .698 93, .400 14, .232 1, .00 23, .64 A ATOM 1698 CB ASP 320 28, .383 94. .447 15, .334 1, .00 30, .33 A ATOM 1699 CG ASP 320 29 .128 95 .762 15, .156 1, .00 27, .91 A ATOM 1700 ODl ASP 320 30, .369 95, .774 15, .088 1, .00 27, .84 A ATOM 1701 OD2 ASP 320 28, .456 96, .799 15. .098 1. .00 30. .37 A ATOM 1702 C ASP 320 28, .093 93, .791 12. .896 1, .00 21, .79 A ATOM 1703 O ASP 320 28 .796 93. .896 11. .893 1, .00 21, .85 A ATOM 1704 N GLU 321 26, .781 93, .982 12. .878 1. .00 23. .98 A ATOM 1705 H GLU 321 26, .274 93, .890 13, .711 1, .00 0. .00 A ATOM 1706 CA GLU 321 26, .077 94, .326 11. .652 1, .00 25, .27 A ATOM 1707 CB GLU 321 24 .565 94, .361 11, .920 1, .00 24, .89 A ATOM 1708 CG GLU 321 23, .954 92. .980 12. .285 1. .00 16. .77 A ATOM 1709 CD GLU 321 23, .945 92, .711 13. .793 1. .00 16, .37 A ATOM 1710 OEl GLU 321 24, .672 93, .402 14, .533 1, .00 17. .10 A ATOM 1711 OE2 GLU 321 23, .203 91, .815 14, .244 1. .00 21, .60 A ATOM 1712 C GLU 321 26. .547 95. ,638 11. .019 1. .00 30. .46 A ATOM 1713 O GLU 321 26, .682 95, .733 9. .795 1. .00 26. .52 A ATOM 1714 N LEU 322 26, .804 96, .649 11. .847 1. .00 30. .02 A ATOM 1715 H LEU 322 26, .680 96, .524 12, .809 1, .00 0. .00 A ATOM 1716 CA LEU 322 27, .266 97. .937 11. .338 1. .00 33. .52 A ATOM 1717 CB LEU 322 27, .371 98. .959 12. .480 1. .00 24. .65 A ATOM 1718 CG LEU 322 26, .103 99. .774 12. .671 1. .00 21. .95 A ATOM 1719 CDl LEU 322 26, .344 100, .939 13, .616 1, .00 25. .01 A ATOM 1720 CD2 LEU 322 25. .653 100, ,267 11. .323 1. .00 29. .24 A ATOM 1721 C LEU 322 28, .620 97. .824 10. .632 1. .00 34. .43 A ATOM 1722 O LEU 322 28, .860 98. .497 9. .630 1. .00 38. .95 A ATOM 1723 N ALA 323 29. .492 96. .962 11. ,142 1. .00 35. ,14 A ATOM 1724 H ALA 323 29. .236 96. ,426 11. ,923 1. .00 0. ,00 A ATOM 1725 CA ALA 323 30. .826 96. ,790 10. ,569 1. ,00 35. .03 A ATOM 1726 CB ALA 323 31, .768 96. .217 11. .625 1. ,00 35. ,40 A ATOM 1727 C ALA 323 30. ,880 95. .925 9. .311 1. ,00 35. ,38 A ATOM 1728 O ALA 323 31. .967 95. ,531 8. .878 1. .00 34. ,45 A ATOM 1729 N LEU 324 29. .718 95. ,632 8. ,730 1. .00 33. ,27 A ATOM 1730 H LEU 324 28. .891 95. ,981 9. ,121 1. ,00 0. ,00 A ATOM 1731 CA LEU 324 29. ,638 94. 805 7. ,525 1. .00 30. 65 A ATOM 1732 CB LEU 324 28. ,199 94. ,313 7. ,308 1. ,00 28. .08 A ATOM 1733 CG LEU 324 27. .672 92. ,979 7. .874 1. ,00 27. ,13 A ATOM 1734 CDl LEU 324 26. .168 92. ,949 7. .666 1. ,00 24. ,21 A ATOM 1735 CD2 LEU 324 28. .304 91. 773 7. 178 1. ,00 24. 75 A ATOM 1736 C LEU 324 30. .086 95. 604 6. .296 1. .00 37. 04 A ATOM 1737 O LEU 324 30. .858 95. .116 5. .471 1. ,00 31. ,90 A ATOM 1738 N VAL 325 29. .601 96. ,841 6. ,193 1. ,00 40. ,73 A ATOM 1739 H VAL 325 29. .010 97. 174 6. 898 1. 00 0. 00 A ATOM 1740 CA VAL 325 29.923 97.711 5.069 1.00 43.41 A ATOM 1741 CB VAL 325 29 .063 98 .996 5 .093 1 .00 46 .34 A ATOM 1742 CGI VAL 325 27 .959 98 .896 4 .052 1 .00 47 .62 A ATOM 1743 CG2 VAL 325 28 .470 99 .209 6 .474 1 .00 51 .12 A ATOM 1744 C VAL 325 31 .395 98 .107 4 .985 1 .00 46 .86 A ATOM 1745 O VAL 325 31 .759 99 .028 4 .248 1 .00 48 .27 A ATOM 1746 N THR 326 32 .241 97 .409 5 .736 1 .00 45 .92 A ATOM 1747 H THR 326 31 .892 96 .697 6 .310 1 .00 0 .00 A ATOM 1748 CA THR 326 33 .672 97 .677 5 .729 1 .00 48 .06 A ATOM 1749 CB THR 326 34 .180 98 .101 7 .125 1 .00 49 .74 A ATOM 1750 OG1 THR 326 34 .656 96 .949 7 .830 1 .00 53 .08 A ATOM 1751 HG1 THR 326 33 .943 96 .315 7 .928 1 .00 0 .00 A ATOM 1752 CG2 THR 326 33 .063 98 .756 7 .926 1 .00 52 .68 A ATOM 1753 C THR 326 34 .411 96 .415 5 .313 1 .00 47 .66 A ATOM 1754 O THR 326 35 .615 96 .290 5 .523 1 .00 45 .71 A ATOM 1755 N ILE 327 33 .675 95 .479 4 .725 1 .00 50 .08 A ATOM 1756 H ILE 327 32 .720 95 .648 4 .586 1 .00 0 .00 A ATOM 1757 CA ILE 327 34 .239 94 .211 4 .278 1 .00 49 .17 A ATOM 1758 CB ILE 327 33 .653 93 .029 5 .118 1 .00 46 .23 A ATOM 1759 CG2 ILE 327 32 .917 92 .026 4 .237 1 .00 47 .06 A ATOM 1760 CGI ILE 327 34 .779 92 .352 5 .895 1 .00 47 .16 A ATOM 1761 CDl ILE 327 34 .325 91 .201 6 .768 1. .00 44 .14 A ATOM 1762 C ILE 327 33 .936 94 .026 2 .793 1 .00 50 .56 A ATOM 1763 O ILE 327 34. .327 93. .026 2 .179 1. .00 50 .93 A ATOM 1764 N VAL 328 33. .261 95 .020 2 .220 1 .00 49 .92 A ATOM 1765 H VAL 328 33 .014 95 .796 2 .765 1. .00 0. .00 A ATOM 1766 CA VAL 328 32. .878 94 .998 0 .812 1 .00 53 .12 A ATOM 1767 CB VAL 328 31 .947 96 .172 0 .479 1. .00 51. .75 A ATOM 1768 CGI VAL 328 30 .573 95 .931 1 .085 1. .00 53 .91 A ATOM 1769 CG2 VAL 328 32, .552 97. .465 1 .000 1. .00 52 .78 A ATOM 1770 C VAL 328 34, .045 95. .043 -0 .173 1. .00 54 .61 A ATOM 1771 O VAL 328 33, .974 94. .456 -1 .252 1. .00 53 .08 A ATOM 1772 N LYS 329 35, .114 95. .745 0 .190 1. .00 56 .00 A ATOM 1773 H LYS 329 35, .130 96 .192 1. .061 1 .00 0. .00 A ATOM 1774 CA LYS 329 36. .262 95, .855 -0, .699 1, .00 54, .78 A ATOM 1775 CB LYS 329 37. .185 96, .987 -0, .239 1. .00 59, .48 A ATOM 1776 CG LYS 329 37, .135 98, .218 -1. .130 1. .00 62, .07 A ATOM 1777 CD LYS 329 35, .950 99, .103 -0 .777 1. .00 64 .89 A ATOM 1778 CE LYS 329 34, .651 98, .580 -1 .372 1. .00 68, .36 A ATOM 1779 NZ LYS 329 34, .865 97, .635 -2. .509 1. .00 71, .98 A ATOM 1780 HZl LYS 329 35. .410 96. .815 -2. .184 1. .00 0, .00 A ATOM 1781 HZ2 LYS 329 35. .385 98. .117 -3. .268 1. .00 0. .00 A ATOM 1782 HZ3 LYS 329 33. .943 97. .314 -2. .871 1. .00 0, .00 A ATOM 1783 C LYS 329 37. .053 94. .565 -0. .841 1, .00 51, .87 A ATOM 1784 O LYS 329 37. .406 94. .173 -1 .954 1. .00 52, .46 A ATOM 1785 N ALA 330 37. ,320 93. .902 0. .280 1. .00 47. ,32 A ATOM 1786 H ALA 330 36. ,995 94. .257 1. .134 1. ,00 0. .00 A ATOM 1787 CA ALA 330 38. ,085 92. .663 0. .264 1. ,00 46. .18 A ATOM 1788 CB ALA 330 38. ,581 92. .348 1. .659 1. .00 42. .75 A ATOM 1789 C ALA 330 37. .299 91. .476 -0, .287 1. .00 47, .64 A ATOM 1790 O ALA 330 37. .877 90. ,567 -0. .876 1. ,00 47. .07 A ATOM 1791 N LEU 331 35. ,984 91. ,484 -0. .089 1. .00 49. .91 A ATOM 1792 H LEU 331 35. ,578 92. .237 0. .390 1. .00 0. ,00 A ATOM 1793 CA LEU 331 35. .125 90. .398 -0, .568 1. ,00 46. ,71 A ATOM 1794 CB LEU 331 33. ,767 90. .437 0, .145 1. ,00 41. .67 A ATOM 1795 CG LEU 331 32. ,981 89. .151 0, .428 1. ,00 37. .35 A ATOM 1796 CDl LEU 331 31. ,508 89. .445 0. .260 1. 00 38. .69 A ATOM 1797 CD2 LEU 331 33. 395 88. ,028 -0. .493 1. 00 32. ,33 A ATOM 1798 C LEU 331 34. .906 90. ,563 -2. ,060 1. .00 46. ,57 A ATOM 1799 O LEU 331 34. .938 89. ,595 -2. ,817 1. .00 44. ,39 A ATOM 1800 N GLY 332 34. .683 91. ,808 -2. .462 1. 00 47. ,56 A ATOM 1801 H GLY 332 34. 682 92. 530 -1. .800 1. 00 0. 00 A ATOM 1802 CA GLY 332 34. 443 92. 127 -3. .853 1. 00 48. 35 A ATOM 1803 C GLY 332 35. 651 91. 998 -4. .753 1. 00 49. 41 A ATOM 1804 O GLY 332 35. 512 92. 028 -5. ,974 1. 00 54. 37 A ATOM 1805 N GLU 333 36. 840 91. .870 -4. .177 1. 00 48. 21 A ATOM 1806 H GLU 333 36. 918 91. 872 -3. 200 1. 00 0. 00 A ATOM 1807 CA GLU 333 38. 023 91. 727 -5. 008 1. 00 44. 83 A ATOM 1808 CB GLU 333 39. 113 92. 733 -4. 593 1. 00 44. 79 A ATOM 1809 CG GLU 333 40. 169 92. 276 -3. 598 1. 00 44. 17 A ATOM 1810 CD GLU 333 40. 917 93. 463 -2. .986 1. 00 43. 91 A ATOM 1811 OEl GLU 333 41. 368 93. 370 -1. .825 1. 00 47. 51 A ATOM 1812 OE2 GLU 333 41. 048 94. 499 -3. 668 1. 00 36. 94 A ATOM 1813 C GLU 333 38. 506 90. 289 -4. 953 1. 00 42. 92 A ATOM 1814 O GLU 333 38. 945 89. 735 -5. 965 1. 00 41. 97 A ATOM 1815 N ARG 334 38. 387 89. 669 -3. 784 1. 00 35. 56 A ATOM 1816 H ARG 334 38.029 90.155 -3.013 1.00 0.00 A ATOM 1817 CA ARG 334 38 .789 88 .274 -3 .638 1 .00 41 .85 A ATOM 1818 CB ARG 334 38 .733 87 .861 -2 .171 1 .00 39 .37 A ATOM 1819 CG ARG 334 39 .742 88 .555 -1 .305 1 .00 38 .56 A ATOM 1820 CD ARG 334 39 .589 88 .107 0. .118 1 .00 37 .12 A ATOM 1821 NE ARG 334 40 .288 88 .994 1 .029 1 .00 29 .46 A ATOM 1822 HE ARG 334 40 .713 89 .795 0 .661 1 .00 0 .00 A ATOM 1823 CZ ARG 334 40 .367 88 .791 2 .338 1, .00 34 .98 A ATOM 1824 NHl ARG 334 39 .786 87 .737 2. .880 1. .00 31 .07 A ATOM 1825 HH11 ARG 334 39 .264 87 .104 2. .308 1 .00 0. .00 A ATOM 1826 HH12 ARG 334 39 .849 87 .584 3. .865 1 .00 0 .00 A ATOM 1827 NH2 ARG 334 41 .043 89 .634 3 .103 1. .00 45 .11 A ATOM 1828 HH21 ARG 334 41 .486 90 .433 2 .698 1 .00 0 .00 A ATOM 1829 HH22 ARG 334 41 .109 89 .471 4, .088 1. .00 0. .00 A ATOM 1830 C ARG 334 37 .846 87 .374 -4 .448 1. .00 44 .22 A ATOM 1831 O ARG 334 38 .181 86 .231 -4 .788 1. .00 40 .32 A ATOM 1832 N ILE 335 36 .662 87 .903 -4 .748 1 .00 44 .23 A ATOM 1833 H ILE 335 36 .458 88 .813 -4 .452 1 .00 0. .00 A ATOM 1834 CA ILE 335 35 .663 87 .164 -5, .504 1. .00 45 .07 A ATOM 1835 CB ILE 335 34 .260 87 .798 -5, .329 1. .00 46 .64 A ATOM 1836 CG2 ILE 335 34 .330 89 .285 -5, .585 1. .00 50 .46 A ATOM 1837 CGI ILE 335 33 .254 87 .149 -6 .283 1. .00 50 .93 A ATOM 1838 CDl ILE 335 33 .110 85 .645 -6 .114 1 .00 53 .73 A ATOM 1839 C ILE 335 36, .045 87. .134 -6, .977 1. .00 41. .85 A ATOM 1840 O ILE 335 36, .246 86. .070 -7, .547 1. .00 44, .44 A ATOM 1841 N PHE 336 36 .159 88 .304 -7, .591 1. .00 38 .93 A ATOM 1842 H PHE 336 35 .995 89 .130 -7 .093 1, .00 0, .00 A ATOM 1843 CA PHE 336 36 .526 88 .371 -8. .994 1, .00 40 .81 A ATOM 1844 CB PHE 336 36 .041 89 .684 -9 .590 1, .00 34 .92 A ATOM 1845 CG PHE 336 34, .548 89. .816 -9, .618 1. .00 30, .97 A ATOM 1846 CDl PHE 336 33, .895 90. .694 -8, .753 1, .00 30, .10 A ATOM 1847 CD2 PHE 336 33 .792 89 .072 -10 .513 1. .00 29 .08 A ATOM 1848 CEl PHE 336 32 .513 90 .821 -8, .783 1. .00 15, .73 A ATOM 1849 CE2 PHE 336 32 .409 89 .197 -10, .548 1. .00 19 .75 A ATOM 1850 CZ PHE 336 31. .772 90, .078 -9. .677 1. .00 20, .19 A ATOM 1851 C PHE 336 38. .035 88, .240 -9, .188 1. .00 41, .18 A ATOM 1852 O PHE 336 38. .463 88, .145 -10, .356 1. .00 41. .37 A ATOM 1853 OT PHE 336 38 .771 88 .233 -8, .178 1. .00 40. .25 A ATOM 1854 CB ALA 145 27 .124 80 .130 34, .005 1. .00 39. .54 B ATOM 1855 C ALA 145 25 .323 81 .127 32, .585 1. .00 38 .62 B ATOM 1856 O ALA 145 24. .364 80, .726 33. .254 1. .00 37, .41 B ATOM 1857 HT1 ALA 145 26. .147 82, .508 34. .837 1. .00 0, .00 B ATOM 1858 HT2 ALA 145 26. .612 83, .408 33, .474 1. .00 0, .00 B ATOM 1859 N ALA 145 26. .822 82, .567 34, .050 1. .00 42, .77 B ATOM 1860 HT3 ALA 145 27 .790 82 .642 34, .428 1. .00 0, .00 B ATOM 1861 CA ALA 145 26, .715 81. .343 33. .203 1. .00 39, .62 B ATOM 1862 N GLN 146 25, .236 81, .388 31. .288 1. .00 33, .32 B ATOM 1863 H GLN 146 26, .034 81. .700 30. .819 1. .00 0, .00 B ATOM 1864 CA GLN 146 24, .004 81. .230 30, .537 1. .00 31, .87 B ATOM 1865 CB GLN 146 24 .024 82, .162 29, .354 1. .00 29. .22 B ATOM 1866 CG GLN 146 23. .274 83. .421 29. .543 1. .00 34. .86 B ATOM 1867 CD GLN 146 23. .349 84, .236 28. .288 1. .00 39. .34 B ATOM 1868 OEl GLN 146 24. .442 84, .554 27, .821 1. .00 41. .32 B ATOM 1869 NE2 GLN 146 22. .200 84, .559 27. .720 1. .00 38, .82 B ATOM 1870 HE21 GLN 146 21. .354 84, .268 28, .120 1. .00 0, .00 B ATOM 1871 HE22 GLN 146 22. .239 85 .092 26, .900 1. .00 0, .00 B ATOM 1872 C GLN 146 23, .862 79, .804 30. .023 1. .00 27. .45 B ATOM 1873 O GLN 146 24, .525 79, .400 29, ,079 1. .00 22. .32 B ATOM 1874 N LEU 147 22, .965 79, .050 30, .622 1. .00 27. .23 B ATOM 1875 H LEU 147 22, .423 79, .419 31, .350 1. .00 0. .00 B ATOM 1876 CA LEU 147 22, .776 77, .675 30, .211 1. .00 28, .64 B ATOM 1877 CB LEU 147 23, .538 76. ,760 31. .165 1. ,00 27. .79 B ATOM 1878 CG LEU 147 24. .667 75. .818 30. ,759 1. ,00 27. ,05 B ATOM 1879 CDl LEU 147 25. .208 76. .106 29. .374 1. ,00 24. .90 B ATOM 1880 CD2 LEU 147 25. .742 75. .956 31. .812 1. ,00 24. ,14 B ATOM 1881 C LEU 147 21. .302 77, .303 30, .261 1. ,00 28. .16 B ATOM 1882 O LEU 147 20. .576 77. ,731 31. ,150 1. ,00 25. 85 B ATOM 1883 N ASP 148 20. .872 76. .502 29. ,297 1. .00 27. .82 B ATOM 1884 H ASP 148 21. .489 76. .235 28. .585 1. ,00 0. .00 B ATOM 1885 CA ASP 148 19. .506 76. .019 29. ,279 1. ,00 22. ,46 B ATOM 1886 CB ASP 148 18. .920 76. .112 27. .881 1. ,00 20. ,10 B ATOM 1887 CG ASP 148 18. .424 77, .504 27. .561 1. ,00 12. ,21 B ATOM 1888 ODl ASP 148 18. ,422 77. .881 26. .375 1. .00 14. 78 B ATOM 1889 OD2 ASP 148 18. ,040 78. ,216 28. .494 1. .00 13. 58 B ATOM 1890 C ASP 148 19. .703 74. ,568 29. ,680 1. .00 21. 73 B ATOM 1891 O ASP 148 20. .389 73. .822 28. ,986 1. .00 23. 66 B ATOM 1892 N ILE 149 19,.138 74..190 30..822 1..00 17..82 B ATOM 1893 H ILE 149 18 .603 74. .833 31. .327 1. .00 0, .00 B ATOM 1894 CA ILE 149 19, .296 72. .838 31. .332 1. .00 14. .75 B ATOM 1895 CB ILE 149 19 .901 72. .847 32. .752 1. .00 15, .94 B ATOM 1896 CG2 ILE 149 20, .143 71, .431 33. .218 1. .00 8, .68 B ATOM 1897 CGI ILE 149 21 .192 73, .685 32, .788 1. .00 13, .92 B ATOM 1898 CDl ILE 149 21 .672 73 .954 34, .217 1. .00 7, .01 B ATOM 1899 C ILE 149 17 .977 72 .076 31, .427 1. .00 19, .66 B ATOM 1900 O ILE 149 16 .969 72 .581 31, .935 1. .00 17, .11 B ATOM 1901 N VAL 150 18 .008 70 .843 30, .959 1, .00 15, .39 B ATOM 1902 H VAL 150 18 .833 70 .497 30, .565 1, .00 0, .00 B ATOM 1903 CA VAL 150 16 .847 69 .992 31, .017 1. .00 14 .24 B ATOM 1904 CB VAL 150 16 .399 69 .565 29, .612 1 .00 18, .62 B ATOM 1905 CGI VAL 150 15 .323 68 .478 29, .707 1 .00 11, .48 B ATOM 1906 CG2 VAL 150 15 .861 70 .773 28, .869 1, .00 14 .10 B ATOM 1907 C VAL 150 17 .193 68 .760 31, .837 1 .00 13 .47 B ATOM 1908 O VAL 150 18, .166 68, .050 31. .558 1, .00 16. .28 B ATOM 1909 N ILE 151 16, .390 68, .534 32. .864 1, .00 13, .89 B ATOM 1910 H ILE 151 15, .666 69, .164 33. .048 1. .00 0, .00 B ATOM 1911 CA ILE 151 16, .554 67. .384 33. .725 1, .00 12, .32 B ATOM 1912 CB ILE 151 16, .146 67. .712 35. .160 1, .00 8, .15 B ATOM 1913 CG2 ILE 151 16, .359 66. .524 36. .033 1, .00 4, .81 B ATOM 1914 CGI ILE 151 16, .907 68. .934 35, .668 1, .00 15, .50 B ATOM 1915 CDl ILE 151 16, .390 69. .451 37. .017 1, .00 16, .51 B ATOM 1916 C ILE 151 15 .625 66. .309 33, .174 1, .00 12, .57 B ATOM 1917 O ILE 151 14 .448 66 .548 32, .988 1, .00 15, .95 B ATOM 1918 N VAL 152 16 .184 65 .141 32, .869 1, .00 16, .00 B ATOM 1919 H VAL 152 17 .150 65 .032 32, .993 1, .00 0, .00 B ATOM 1920 CA VAL 152 15 .410 64 .009 32, .354 1, .00 14, .98 B ATOM 1921 CB VAL 152 16 .082 63 .397 31. .106 1, .00 15, .24 B ATOM 1922 CGI VAL 152 15 .209 62. .279 30. .531 1, .00 10, .15 B ATOM 1923 CG2 VAL 152 16 .313 64 .500 30. .056 1, .00 7, .29 B ATOM 1924 C VAL 152 15 .438 63 .052 33, .532 1, .00 19, .19 B ATOM 1925 O VAL 152 16, .459 62, .414 33, .835 1, .00 16, .07 B ATOM 1926 N LEU 153 14, .297 62, .976 34. .200 1. .00 15. .97 B ATOM 1927 H LEU 153 13, .519 63, .456 33. .851 1, .00 0. .00 B ATOM 1928 CA LEU 153 14, .150 62, .211 35. .414 1, .00 13. .99 B ATOM 1929 CB LEU 153 13, .530 63, .131 36. .474 1, .00 15. .97 B ATOM 1930 CG LEU 153 12, .764 62, .553 37, .658 1, .00 17, .17 B ATOM 1931 CDl LEU 153 13, .616 61, .536 38. .376 1, .00 23, .41 B ATOM 1932 CD2 LEU 153 12, .367 63, .672 38. .599 1, .00 15. .08 B ATOM 1933 C LEU 153 13 .362 60, .924 35, .309 1, .00 17. .91 B ATOM 1934 O LEU 153 12 .214 60 .923 34, .870 1, .00 23. .80 B ATOM 1935 N ASP 154 14 .002 59 .832 35, .723 1, .00 19. .62 B ATOM 1936 H ASP 154 14 .918 59 .927 36, .051 1, .00 0, .00 B ATOM 1937 CA ASP 154 13 .397 58 .504 35, .709 1, .00 19. .43 B ATOM 1938 CB ASP 154 14 .461 57 .432 35, .966 1, .00 17. .84 B ATOM 1939 CG ASP 154 13 .912 56 .021 35, .831 1, .00 27, .80 B ATOM 1940 ODl ASP 154 12 .725 55 .871 35, .461 1, .00 28, .40 B ATOM 1941 OD2 ASP 154 14 .667 55 .059 36, .094 1. .00 28, .69 B ATOM 1942 C ASP 154 12 .351 58 .419 36 .804 1, .00 18 .93 B ATOM 1943 O ASP 154 12, .698 58, .429 37. .993 1, .00 15. .86 B ATOM 1944 N GLY 155 11. .080 58, .328 36, .407 1. .00 18. .75 B ATOM 1945 H GLY 155 10. .873 58, .317 35. .453 1, .00 0. .00 B ATOM 1946 CA GLY 155 10. .012 58, .247 37. .382 1, .00 15. .14 B ATOM 1947 C GLY 155 9. .479 56, .842 37. .537 1, .00 19, .82 B ATOM 1948 O GLY 155 8, .308 56, .668 37, .882 1, .00 14. .58 B ATOM 1949 N SER 156 10, .342 55, .854 37. .280 1, .00 18, .73 B ATOM 1950 H SER 156 11. .250 56, .096 37. .000 1, .00 0, .00 B ATOM 1951 CA SER 156 10. .008 54, .434 37. .396 1, .00 17, .78 B ATOM 1952 CB SER 156 11. .217 53, .559 36, .993 1, .00 23, .82 B ATOM 1953 OG SER 156 12 .195 53, .479 38, .040 1, .00 34, .45 B ATOM 1954 HG SER 156 12. .517 54, .359 38, .245 1, .00 0. .00 B ATOM 1955 C SER 156 9 .581 54, .127 38, .826 1, .00 14. .28 B ATOM 1956 O SER 156 9 .531 55 .014 39, .675 1, .00 16. .84 B ATOM 1957 N ASN 157 9 .298 52 .866 39. .113 1, .00 15, .15 B ATOM 1958 H ASN 157 9 .411 52 .173 38, .428 1, .00 0, .00 B ATOM 1959 CA ASN 157 8. .820 52 .507 40, .443 1, .00 13, .34 B ATOM 1960 CB ASN 157 7 .869 51 .305 40, .353 1, .00 16, .24 B ATOM 1961 CG ASN 157 6. .634 51, .580 39. .529 1. .00 20. .72 B ATOM 1962 ODl ASN 157 5, .997 50, .643 39. .036 1. ,00 27. ,20 B ATOM 1963 ND2 ASN 157 6, .273 52, .859 39. .374 1. .00 18. ,41 B ATOM 1964 HD21 ASN 157 6, .805 53, .570 39. .787 1. .00 0. ,00 B ATOM 1965 HD22 ASN 157 5. .473 53, .041 38. ,841 1. .00 0. .00 B ATOM 1966 C ASN 157 9. .865 52, .190 41. .511 1. .00 16. ,46 B ATOM 1967 O ASN 157 9. .517 52, .117 42. .693 1. .00 20. .71 B ATOM 1968 N SER 158 11.127 52.030 41.132 1.00 15.18 B ATOM 1969 H SER 158 11 .384 52 .156 40 .196 1 .00 0 .00 B ATOM 1970 CA SER 158 12 .151 51 .654 42 .127 1 .00 16 .23 B ATOM 1971 CB SER 158 13 .161 50 .690 41 .487 1 .00 13 .88 B ATOM 1972 OG SER 158 13 .678 51 .221 40 .296 1 .00 15 .34 B ATOM 1973 HG SER 158 14 .121 52 .052 40 .478 1 .00 0 .00 B ATOM 1974 C SER 158 12 .911 52 .713 42 .948 1 .00 17 .21 B ATOM 1975 O SER 158 13 .395 52 .397 44 .046 1 .00 16 .37 B ATOM 1976 N ILE 159 13 .061 53 .938 42 .446 1 .00 22 .58 B ATOM 1977 H ILE 159 12 .726 54 .145 41 .550 1 .00 0 .00 B ATOM 1978 CA ILE 159 13 .733 54 .975 43 .241 1 .00 22 .49 B ATOM 1979 CB ILE 159 13 .674 56 .360 42 .566 1 .00 24 .48 B ATOM 1980 CG2 ILE 159 14 .718 57 .288 43 .176 1 .00 24 .15 B ATOM 1981 CGI ILE 159 13 .812 56 .209 41 .057 1 .00 32 .59 B ATOM 1982 CDl ILE 159 12 .470 56 .393 40 .303 1 .00 20 .06 B ATOM 1983 C ILE 159 12 .778 55 .028 44 .407 1 .00 24 .33 B ATOM 1984 O ILE 159 11 .724 55 .618 44 .285 1 .00 17 .55 B ATOM 1985 N TYR 160 13 .099 54 .420 45 .541 1 .00 32 .15 B ATOM 1986 H TYR 160 13 .965 53 .980 45 .664 1 .00 0 .00 B ATOM 1987 CA TYR 160 12 .097 54 .447 46 .585 1 .00 31 .82 B ATOM 1988 CB TYR 160 12 .267 53 .324 47 .597 1 .00 26 .96 B ATOM 1989 CG TYR 160 11 .253 53 .490 48 .725 1 .00 25 .65 B ATOM 1990 CDl TYR 160 9 .926 53 .897 48 .457 1 .00 24 .26 B ATOM 1991 CEl TYR 160 9 .022 54 .114 49 .484 1 .00 18 .27 B ATOM 1992 CD2 TYR 160 11 .623 53 .306 50 .041 1 .00 20 .35 B ATOM 1993 CE2 TYR 160 10 .729 53 .519 51 .072 1 .00 22 .84 B ATOM 1994 CZ TYR 160 9 .441 53 .917 50 .791 1. .00 14 .51 B ATOM 1995 OH TYR 160 8 .598 54 .099 51 .840 1 .00 23 .91 B ATOM 1996 HH TYR 160 9 .063 53 .916 52 .661 1 .00 0 .00 B ATOM 1997 C TYR 160 11 .880 55 .733 47 .356 1 .00 37 .48 B ATOM 1998 0 TYR 160 10 .799 56 .335 47 .262 1 .00 44 .11 B ATOM 1999 N PRO 161 12 .855 56 .167 48 .158 1 .00 31 .96 B ATOM 2000 CD PRO 161 14, .215 55. .743 48, .529 1, .00 22 .44 B ATOM 2001 CA PRO 161 12, .466 57. .408 48, .822 1, .00 28 .82 B ATOM 2002 CB PRO 161 13, .575 57. .639 49, .856 1, .00 31, .11 B ATOM 2003 CG PRO 161 14, .337 56. .332 49, .902 1, .00 29 .58 B ATOM 2004 C PRO 161 12, .414 58, .464 47, .729 1, .00 23 .46 B ATOM 2005 O PRO 161 13, .452 58, .977 47, .298 1 .00 18 .53 B ATOM 2006 N TRP 162 11, .204 58, .741 47, .246 1, .00 23 .04 B ATOM 2007 H TRP 162 10. .424 58. .275 47, .612 1, .00 0, .00 B ATOM 2008 CA TRP 162 11. .019 59. .719 46, .184 1, .00 20, .85 B ATOM 2009 CB TRP 162 9, .565 59. .743 45, .720 1, .00 24, .84 B ATOM 2010 CG TRP 162 9. .344 60. .700 44. .583 1, .00 15, .34 B ATOM 2011 CD2 TRP 162 9, .779 60. .531 43. .229 1, .00 17, .68 B ATOM 2012 CE2 TRP 162 9. .364 61, .679 42. .516 1, .00 13, .50 B ATOM 2013 CE3 TRP 162 10. .474 59, .531 42, .545 1, .00 12, .30 B ATOM 2014 CDl TRP 162 8. .704 61. .897 44. ,640 1. ,00 12. .84 B ATOM 2015 NE1 TRP 162 8. .712 62. ,491 43. .399 1. .00 14. .37 B ATOM 2016 HE1 TRP 162 8. .323 63. .357 43. .175 1. .00 0. .00 B ATOM 2017 CZ2 TRP 162 9. .625 61. .847 41. .158 1. .00 14. .57 B ATOM 2018 CZ3 TRP 162 10. .732 59. .699 41. .198 1. .00 13. .59 B ATOM 2019 CH2 TRP 162 10. .307 60. .853 40. .517 1. .00 10. .94 B ATOM 2020 C TRP 162 11. .431 61. ,091 46. .692 1. .00 21. ,81 B ATOM 2021 O TRP 162 12. .010 61. .884 45. .969 1. ,00 16. ,84 B ATOM 2022 N GLU 163 11. ,135 61. ,363 47. .952 1. ,00 25. .91 B ATOM 2023 H GLU 163 10. ,665 60. ,699 48. .497 1. ,00 0. ,00 B ATOM 2024 CA GLU 163 11. ,506 62. ,644 48. ,524 1. ,00 33. ,12 B ATOM 2025 CB GLU 163 11. ,066 62. .721 49. ,993 1. ,00 36. .71 B ATOM 2026 CG GLU 163 11. .646 61. ,637 50. ,888 1. ,00 47. ,66 B ATOM 2027 CD GLU 163 10. 848 61. 447 52. 173 1. 00 55. 21 B ATOM 2028 OEl GLU 163 11. 446 61. 522 53. 270 1. 00 57. 76 B ATOM 2029 OE2 GLU 163 9. 620 61. 221 52. 088 1. 00 59. 92 B ATOM 2030 C GLU 163 13. 013 62. 848 48. 418 1. 00 31. .56 B ATOM 2031 O GLU 163 13. 496 63. 980 48. 447 1. 00 28. 76 B ATOM 2032 N SER 164 13. 748 61. 747 48. 270 1. 00 31. 75 B ATOM 2033 H SER 164 13. .295 60. 879 48. 215 1. 00 0. 00 B ATOM 2034 CA SER 164 15. 213 61. 788 48. 181 1. 00 31. 88 B ATOM 2035 CB SER 164 15. 795 60. 399 48. 470 1. 00 31. 21 B ATOM 2036 OG SER 164 15. 996 60. 221 49. 864 1. 00 32. 68 B ATOM 2037 HG SER 164 16. 606 60. 887 50. 185 1. 00 0. 00 B ATOM 2038 C SER 164 15. 751 62. 289 46. 845 1. 00 29. 05 B ATOM 2039 O SER 164 16. 820 62. 890 46. 782 1. 00 29. 91 B ATOM 2040 N VAL 165 15. 030 61. 998 45. 772 1. 00 22. 58 B ATOM 2041 H VAL 165 14. 209 61. 472 45. 867 1. 00 0. 00 B ATOM 2042 CA VAL 165 15. 443 62. 454 44. 462 1. 00 26. 86 B ATOM 2043 CB VAL 165 14. 761 61. 610 43. 333 1. 00 30. 69 B ATOM 2044 CGI VAL 165 13..791 62.460 42..533 1.00 27.74 B ATOM 2045 CG2 VAL 165 15. .825 61 .022 42. .411 1 .00 33 .05 B ATOM 2046 C VAL 165 15. .029 63 .926 44 .386 1 .00 27 .11 B ATOM 2047 O VAL 165 15. .746 64 .762 43 .843 1 .00 23 .73 B ATOM 2048 N ILE 166 13 .860 64 .238 44 .936 1 .00 26 .45 B ATOM 2049 H ILE 166 13. .308 63 .536 45, .338 1. .00 0. .00 B ATOM 2050 CA ILE 166 13. .388 65 .618 44, .943 1. .00 21. .89 B ATOM 2051 CB ILE 166 11. .931 65 .706 45, .407 1. .00 24. .39 B ATOM 2052 CG2 ILE 166 11. .469 67 .157 45, .379 1. .00 22. .62 B ATOM 2053 CGI ILE 166 11. .047 64 .822 44, .505 1, .00 28 .66 B ATOM 2054 CDl ILE 166 11, .350 64 .929 42, .999 1, .00 20 .77 B ATOM 2055 C ILE 166 14, .283 66 .471 45, .842 1, .00 18 .82 B ATOM 2056 O ILE 166 14, .476 67 .651 45, .577 1, .00 18 .46 B ATOM 2057 N ALA 167 14, .828 65 .882 46 .904 1 .00 12 .61 B ATOM 2058 H ALA 167 14, .615 64 .949 47 .105 1 .00 0 .00 B ATOM 2059 CA ALA 167 15, .750 66 .625 47 .768 1 .00 14 .63 B ATOM 2060 CB ALA 167 16. .054 65, .836 49, .048 1, .00 15. .91 B ATOM 2061 C ALA 167 17, .045 66 .847 46, .961 1, .00 15. .69 B ATOM 2062 O ALA 167 17, .647 67, .906 47, .036 1. .00 17. .79 B ATOM 2063 N PHE 168 17, .450 65 .842 46, .181 1. .00 14. .44 B ATOM 2064 H PHE 168 16, .926 65 .014 46, .166 1. .00 0. .00 B ATOM 2065 CA PHE 168 18, .656 65 .936 45, .346 1. .00 14 .68 B ATOM 2066 CB PHE 168 18, .878 64 .608 44, .615 1. .00 12. .59 B ATOM 2067 CG PHE 168 19, .832 64 .680 43, .444 1. .00 20 .18 B ATOM 2068 CDl PHE 168 19, .355 64 .609 42 .134 1. .00 17 .37 B ATOM 2069 CD2 PHE 168 21, .211 64 .759 43 .645 1 .00 16 .50 B ATOM 2070 CEl PHE 168 20, .226 64 .606 41, .047 1 .00 18 .84 B ATOM 2071 CE2 PHE 168 22. .092 64, .760 42 , .564 1. .00 14, .29 B ATOM 2072 CZ PHE 168 21. .599 64, .680 41, .263 1. .00 15, .75 B ATOM 2073 C PHE 168 18. .501 67, .066 44, .336 1. .00 17, .90 B ATOM 2074 O PHE 168 19, .420 67 .847 44, .114 1, .00 19, .14 B ATOM 2075 N LEU 169 17. .328 67 .148 43, .719 1, .00 18, .88 B ATOM 2076 H LEU 169 16. .627 66, .494 43, .929 1. .00 0, .00 B ATOM 2077 CA LEU 169 17, .068 68 .187 42, .745 1. .00 16, .96 B ATOM 2078 CB LEU 169 15, .779 67 .885 41. .984 1. .00 19 .20 B ATOM 2079 CG LEU 169 15, .843 66 .692 41. .022 1. .00 14, .34 B ATOM 2080 CDl LEU 169 14, .476 66 .482 40 .428 1, .00 16 .09 B ATOM 2081 CD2 LEU 169 16. .864 66, .920 39, .926 1. .00 14, .01 B ATOM 2082 C LEU 169 16. .977 69, .558 43. .407 1, .00 19, .79 B ATOM 2083 O LEU 169 17. .443 70, .547 42, .844 1. .00 26, .07 B ATOM 2084 N ASN 170 16, .377 69, .617 44, .593 1, .00 21, .05 B ATOM 2085 H ASN 170 16, .011 68, .795 44. .984 1, .00 0, .00 B ATOM 2086 CA ASN 170 16, .249 70 .875 45. .332 1, .00 22, .16 B ATOM 2087 CB ASN 170 15. .473 70, .655 46, .630 1, .00 27, .93 B ATOM 2088 CG ASN 170 15, .617 71 .834 47, .611 1, .00 32, .39 B ATOM 2089 ODl ASN 170 16, .661 72 .003 48, .257 1, .00 29, .22 B ATOM 2090 ND2 ASN 170 14, .572 72 .643 47 .718 1 .00 25 .77 B ATOM 2091 HD21 ASN 170 13, .765 72 .473 47 .191 1, .00 0. .00 B ATOM 2092 HD22 ASN 170 14. .648 73, .396 48, .340 1. .00 0, .00 B ATOM 2093 C ASN 170 17. .609 71, .498 45, .668 1, .00 24, .44 B ATOM 2094 O ASN 170 17. .832 72, .689 45. .426 1. .00 24, .64 B ATOM 2095 N ASP 171 18. .509 70, .684 46, .223 1, .00 22, .99 B ATOM 2096 H ASP 171 18. .262 69 .748 46, .378 1, .00 0, .00 B ATOM 2097 CA ASP 171 19, .855 71, .128 46, .610 1, .00 20, .63 B ATOM 2098 CB ASP 171 20, .593 70 .014 47, .360 1, .00 20, .85 B ATOM 2099 CG ASP 171 19, .869 69 .585 48, .619 1, .00 29, .81 B ATOM 2100 ODl ASP 171 19, .031 70 .371 49, .124 1, .00 25, .40 B ATOM 2101 OD2 ASP 171 20, .131 68 .465 49, .104 1, .00 29, .96 B ATOM 2102 C ASP 171 20, .685 71 .544 45, .416 1, .00 22, .06 B ATOM 2103 O ASP 171 21. ,537 72, .431 45. .519 1. .00 26. .11 B ATOM 2104 N LEU 172 20. .447 70, .876 44. .292 1. ,00 19. .55 B ATOM 2105 H LEU 172 19. .776 70, .165 44. .301 1. .00 0. .00 B ATOM 2106 CA LEU 172 21. .146 71, .162 43. .050 1. .00 20. .55 B ATOM 2107 CB LEU 172 20. ,866 70, .044 42, .056 1. .00 25, .39 B ATOM 2108 CG LEU 172 21. .889 69, .703 40, .978 1, .00 23, .87 B ATOM 2109 CDl LEU 172 21, .174 68, .935 39, .874 1. .00 26. .42 B ATOM 2110 CD2 LEU 172 22. .543 70, .947 40, .435 1, .00 32, .73 B ATOM 2111 C LEU 172 20. .697 72, .484 42, .428 1, .00 20. .44 B ATOM 2112 O LEU 172 21. .518 73, .313 42, .014 1. .00 21. .12 B ATOM 2113 N LEU 173 19. .383 72. .646 42. ,343 1. ,00 18. ,93 B ATOM 2114 H LEU 173 18. ,803 71. .938 42. ,694 1. ,00 0. ,00 B ATOM 2115 CA LEU 173 18. ,761 73. .826 41. ,755 1. ,00 21. ,30 B ATOM 2116 CB LEU 173 17. .248 73. .588 41. .573 1. ,00 20. ,45 B ATOM 2117 CG LEU 173 16. ,850 72. .431 40. .649 1. ,00 20. .49 B ATOM 2118 CDl LEU 173 15. ,418 72, .019 40. .926 1. .00 22. .02 B ATOM 2119 CD2 LEU 173 16. .999 72. .855 39. .197 1. .00 25. .70 B ATOM 2120 C LEU 173 18.966 75.081 42.583 1,.00 18.86 B ATOM 2121 O LEU 173 19. .266 76 .146 42 .046 1, .00 16 .41 B ATOM 2122 N LYS 174 18 .799 74 .953 43 .894 1, .00 21 .55 B ATOM 2123 H LYS 174 18. .581 74 .076 44 .275 1, .00 0 .00 B ATOM 2124 CA LYS 174 18 .943 76 .107 44 .765 1, .00 23 .18 B ATOM 2125 CB LYS 174 18 .648 75 .717 46 .216 1, .00 26 .28 B ATOM 2126 CG LYS 174 19. .830 75 .202 47 .026 1, .00 29 .25 B ATOM 2127 CD LYS 174 19 .306 74 .550 48 .304 1, .00 28 .29 B ATOM 2128 CE LYS 174 20 .399 73 .886 49 .111 1. .00 19 .54 B ATOM 2129 NZ LYS 174 19 .815 73 .374 50 .359 1. .00 21 .14 B ATOM 2130 HZ1 LYS 174 19 .069 72 .682 50 .131 1. .00 0. .00 B ATOM 2131 HZ2 LYS 174 19 .398 74 .161 50 .895 1. .00 0. .00 B ATOM 2132 HZ3 LYS 174 20 .551 72 .915 50 .926 1. .00 0. .00 B ATOM 2133 C LYS 174 20 .288 76 .818 44 .661 1. .00 22 .91 B ATOM 2134 O LYS 174 20 .420 77 .948 45 .110 1, .00 22 .73 B ATOM 2135 N ALA 175 21 .279 76 .173 44 .059 1 .00 23 .45 B ATOM 2136 H ALA 175 21. .134 75, .270 43. .705 1. .00 0, .00 B ATOM 2137 CA ALA 175 22. .589 76, .807 43. .929 1. .00 26, .35 B ATOM 2138 CB ALA 175 23. .694 75, .755 43, .981 1. .00 22, .79 B ATOM 2139 C ALA 175 22. .730 77, .649 42. .658 1. .00 26, .76 B ATOM 2140 O ALA 175 23. .651 78, .460 42. .539 1. .00 29, .91 B ATOM 2141 N MET 176 21. .821 77, .470 41 .710 1. .00 25, .18 B ATOM 2142 H MET 176 21. .098 76, .822 41. .845 1. .00 0, .00 B ATOM 2143 CA MET 176 21. .888 78, .226 40. .467 1. .00 24, .53 B ATOM 2144 CB MET 176 21. .253 77 .418 39. .336 1. .00 22, .97 B ATOM 2145 CG MET 176 21. .779 76, .003 39. .265 1. .00 22, .20 B ATOM 2146 SD MET 176 20. .923 74, .945 38 .090 1. .00 24, .68 B ATOM 2147 CE MET 176 22. .045 73, .494 38 .136 1. .00 19, .10 B ATOM 2148 C MET 176 21. .227 79, .595 40 .548 1. .00 24, .31 B ATOM 2149 O MET 176 20, .618 79, .958 41. .554 1. .00 31. .33 B ATOM 2150 N ASP 177 21. .365 80, .354 39 .469 1. .00 24. .61 B ATOM 2151 H ASP 177 21, .887 80, .004 38 .717 1. .00 0, .00 B ATOM 2152 CA ASP 177 20, .777 81, .678 39 .355 1. .00 24. .49 B ATOM 2153 CB ASP 177 21, .848 82, .729 39. .075 1. .00 30. .14 B ATOM 2154 CG ASP 177 21, .348 84, .131 39. .296 1. .00 33, .29 B ATOM 2155 ODl ASP 177 22, .134 84, .977 39 .767 1. .00 37, .03 B ATOM 2156 OD2 ASP 177 20, .160 84, .388 39. .000 1. .00 42, .39 B ATOM 2157 C ASP 177 19, .881 81, .525 38. .153 1. .00 21, .41 B ATOM 2158 O ASP 177 20, .365 81, .519 37. .017 1. .00 20, .00 B ATOM 2159 N ILE 178 18, .581 81, .390 38 .407 1. .00 18. .68 B ATOM 2160 H ILE 178 18, .270 81, .436 39 .336 1. .00 0. .00 B ATOM 2161 CA ILE 178 17, .610 81, .169 37 .350 1. .00 20, .35 B ATOM 2162 CB ILE 178 16, .525 80 .193 37 .788 1. .00 24, .17 B ATOM 2163 CG2 ILE 178 15, .745 79 .714 36 .559 1. .00 26, .64 B ATOM 2164 CGI ILE 178 17, .154 79 .024 38 .560 1, .00 26, .03 B ATOM 2165 CDl ILE 178 17, .407 77 .790 37 .734 1. .00 21, .54 B ATOM 2166 C ILE 178 16, .916 82 .410 36 .840 1, .00 21. .48 B ATOM 2167 O ILE 178 16, .327 83, .164 37 .598 1. .00 13. .16 B ATOM 2168 N GLY 179 16, .977 82, .586 35 .527 1. .00 23, .27 B ATOM 2169 H GLY 179 17, .457 81 .937 34 .974 1, .00 0, .00 B ATOM 2170 CA GLY 179 16. .346 83, .727 34 .904 1, .00 24, .96 B ATOM 2171 C GLY 179 16. .621 83 .775 33 .414 1, .00 25, .44 B ATOM 2172 O GLY 179 17, .505 83, .087 32 .906 1. .00 18, .86 B ATOM 2173 N PRO 180 15, .844 84 .583 32 .685 1. .00 27, .50 B ATOM 2174 CD PRO 180 14, .721 85, .395 33 .194 1. .00 23, .45 B ATOM 2175 CA PRO 180 16, .006 84 .725 31 .240 1, .00 25, .34 B ATOM 2176 CB PRO 180 14, .991 85 .817 30 .881 1. .00 28, .96 B ATOM 2177 CG PRO 180 13, .934 85 .689 31 .956 1. .00 21. .85 B ATOM 2178 C PRO 180 17, .434 85 .104 30 .859 1. .00 21. .40 B ATOM 2179 O PRO 180 17, .889 84 .771 29 .780 1, .00 17. .19 B ATOM 2180 N LYS 181 18, .126 85 .779 31 .773 1. .00 22, .62 B ATOM 2181 H LYS 181 17, .698 85 .977 32 .631 1. .00 0, .00 B ATOM 2182 CA LYS 181 19, .493 86, .244 31 .555 1. .00 22, .16 B ATOM 2183 CB LYS 181 19, .628 87 .682 32. .050 1. .00 27, .02 B ATOM 2184 CG LYS 181 18, .711 88 .652 31. .352 1, .00 32, .06 B ATOM 2185 CD LYS 181 19, .157 88 .876 29 .925 1. .00 29. .94 B ATOM 2186 CE LYS 181 19, .909 90, .182 29. .788 1. .00 34. .20 B ATOM 2187 NZ LYS 181 20, .167 90 .503 28 .357 1. .00 34. .68 B ATOM 2188 HZ1 LYS 181 19, .264 90, .584 27 .850 1. .00 0. .00 B ATOM 2189 HZ2 LYS 181 20. ,738 89, .744 27, .930 1. .00 0. .00 B ATOM 2190 HZ3 LYS 181 20. .685 91. .402 28, .291 1. .00 0. ,00 B ATOM 2191 C LYS 181 20. ,585 85. .395 32. .206 1. .00 22. ,21 B ATOM 2192 O LYS 181 21. ,764 85. .684 32, .044 1. .00 20. 87 B ATOM 2193 N GLN 182 20. .194 84. .379 32, .958 1. 00 23. 88 B ATOM 2194 H GLN 182 19. ,235 84. .212 33, .077 1. .00 0. 00 B ATOM 2195 CA GLN 182 21. ,156 83. .498 33. .616 1. 00 27. 46 B ATOM 2196 CB GLN 182 21.004 83.585 35.136 1.00 31.07 B ATOM 2197 CG GLN 182 20 .735 84 .991 35 .668 1 .00 38 .02 B ATOM 2198 CD GLN 182 21 .886 85 .950 35 .421 1 .00 42 .63 B ATOM 2199 OEl GLN 182 21 .708 87 .167 35 .435 1 .00 44 .04 B ATOM 2200 NE2 GLN 182 23 .072 85 .406 35 .190 1 .00 43 .73 B ATOM 2201 HE21 GLN 182 23 .171 84 .431 35 .184 1 .00 0 .00 B ATOM 2202 HE22 GLN 182 23 .824 86 .012 35 .029 1 .00 0 .00 B ATOM 2203 C GLN 182 20 .880 82 .076 33 .135 1. .00 26 .08 B ATOM 2204 O GLN 182 20 .806 81 .835 31 .926 1 .00 22 .28 B ATOM 2205 N THR 183 20 .732 81 .132 34 .058 1 .00 18 .41 B ATOM 2206 H THR 183 20 .823 81 .350 35 .010 1 .00 0 .00 B ATOM 2207 CA THR 183 20 .439 79 .778 33 .640 1 .00 21 .94 B ATOM 2208 CB THR 183 21 .165 78 .705 34 .513 1 .00 27 .45 B ATOM 2209 OG1 THR 183 20 .203 77 .844 35 .121 1 .00 36 .22 B ATOM 2210 HG1 THR 183 19 .691 77 .402 34 .438 1 .00 0 .00 B ATOM 2211 CG2 THR 183 22 .028 79 .347 35 .563 1. .00 20 .20 B ATOM 2212 C THR 183 18 .936 79 .531 33 .646 1. .00 18 .10 B ATOM 2213 O THR 183 18 .178 80 .193 34 .360 1 .00 19 .07 B ATOM 2214 N GLN 184 18 .509 78 .607 32 .797 1 .00 15 .96 B ATOM 2215 H GLN 184 19 .158 78 .154 32 .225 1 .00 0 .00 B ATOM 2216 CA GLN 184 17 .107 78 .245 32 .693 1 .00 16 .73 B ATOM 2217 CB GLN 184 16 .564 78 .600 31 .305 1. .00 20 .17 B ATOM 2218 CG GLN 184 16 .243 80 .079 31 .118 1 .00 15 .38 B ATOM 2219 CD GLN 184 15 .181 80 .307 30 .063 1 .00 14 .63 B ATOM 2220 OEl GLN 184 14 .165 80 .926 30, .326 1 .00 17, .14 B ATOM 2221 NE2 GLN 184 15 .416 79 .801 28 .859 1 .00 17 .84 B ATOM 2222 HE21 GLN 184 16 .245 79 .305 28 .694 1. .00 0, .00 B ATOM 2223 HE22 GLN 184 14 .737 79 .942 28 .172 1 .00 0. .00 B ATOM 2224 C GLN 184 17, .023 76 .740 32, .905 1. .00 16, .49 B ATOM 2225 O GLN 184 17, .841 75 .981 32, .377 1. .00 18, .75 B ATOM 2226 N VAL 185 16 .043 76 .311 33, .685 1. .00 19, .05 B ATOM 2227 H VAL 185 15 .437 76 .962 34 .095 1 .00 0. .00 B ATOM 2228 CA VAL 185 15, .849 74, .895 33, .943 1. .00 15, .68 B ATOM 2229 CB VAL 185 16, .145 74, .549 35, .437 1. .00 15, .74 B ATOM 2230 CGI VAL 185 15, .608 73 .149 35, .795 1. .00 14, .91 B ATOM 2231 CG2 VAL 185 17 .641 74 .610 35 .686 1 .00 13, .27 B ATOM 2232 C VAL 185 14, .411 74, .506 33, .614 1, .00 16, .98 B ATOM 2233 O VAL 185 13, .458 75, .230 33, .923 1, .00 17, .38 B ATOM 2234 N GLY 186 14, .296 73 .364 32, .948 1. .00 20 .72 B ATOM 2235 H GLY 186 15, .109 72 .886 32, .688 1. .00 0, .00 B ATOM 2236 CA GLY 186 13, .016 72, .794 32. .585 1, .00 14. .37 B ATOM 2237 C GLY 186 13, .134 71, .359 33. .073 1. .00 16. .88 B ATOM 2238 O GLY 186 14, .252 70, .825 33, .165 1. .00 10, .74 B ATOM 2239 N ILE 187 12, .020 70, .721 33, .409 1. .00 12, .53 B ATOM 2240 H ILE 187 11. .152 71, .172 33. .346 1. .00 0. .00 B ATOM 2241 CA ILE 187 12. .104 69, .344 33. .869 1. .00 14. .75 B ATOM 2242 CB ILE 187 11, .766 69, .193 35, .366 1. .00 9. .81 B ATOM 2243 CG2 ILE 187 11, .733 67, .712 35, .742 1. .00 10, .78 B ATOM 2244 CGI ILE 187 12. .818 69, .901 36. .207 1. .00 10. .95 B ATOM 2245 CDl ILE 187 12. .517 69, .886 37. .678 1. .00 7. .68 B ATOM 2246 C ILE 187 11, .191 68, .422 33. .105 1. .00 12. .90 B ATOM 2247 O ILE 187 10, .022 68, .699 32, .908 1. .00 14, .75 B ATOM 2248 N VAL 188 11, .756 67. .299 32, .696 1. .00 20, .73 B ATOM 2249 H VAL 188 12. .703 67, .157 32. .892 1. .00 0. .00 B ATOM 2250 CA VAL 188 11. .040 66, .267 31. .970 1. .00 18. .34 B ATOM 2251 CB VAL 188 11. .748 65, .977 30. .620 1. .00 23. .42 B ATOM 2252 CGI VAL 188 11. .363 64, .610 30. .107 1, .00 17. .83 B ATOM 2253 CG2 VAL 188 11. .432 67. .075 29. ,602 1. ,00 16. ,65 B ATOM 2254 C VAL 188 11. .077 64. .992 32. .831 1. .00 22. ,16 B ATOM 2255 O VAL 188 12, .126 64. .630 33. .373 1. .00 12. .92 B ATOM 2256 N GLN 189 9, .929 64. .338 33. .014 1. .00 19. .46 B ATOM 2257 H GLN 189 9. .092 64. ,704 32. ,661 1. ,00 0. .00 B ATOM 2258 CA GLN 189 9. .938 63. ,076 33. ,742 1. ,00 20. ,85 B ATOM 2259 CB GLN 189 9. .039 63. .076 34. .980 1. .00 16. .60 B ATOM 2260 CG GLN 189 8, .890 61. .643 35. .564 1. .00 16. ,53 B ATOM 2261 CD GLN 189 8. ,284 61. .597 36. .966 1. .00 18. 48 B ATOM 2262 OEl GLN 189 8. .274 60. ,553 37. ,608 1. .00 17. 85 B ATOM 2263 NE2 GLN 189 7. .777 62. .734 37. ,431 1. ,00 22. ,55 B ATOM 2264 HE21 GLN 189 7. .800 63. .546 36. ,889 1. ,00 0. ,00 B ATOM 2265 HE22 GLN ' 189 7. ,387 62. .711 38. 332 1. 00 0. 00 B ATOM 2266 C GLN 189 9. .444 62. .015 32. ,769 1. .00 18. 02 B ATOM 2267 O GLN 189 8. .630 62. ,295 31. ,903 1. ,00 13. .48 B ATOM 2268 N TYR 190 9. .963 60. .799 32. ,897 1. ,00 17. .53 B ATOM 2269 H TYR 190 10. .629 60. 631 33. 593 1. 00 0. 00 B ATOM 2270 CA TYR 190 9. .553 59. .725 32. 022 1. 00 16. 18 B ATOM 2271 CB TYR 190 10. ,587 59. .512 30. .894 1. 00 21. 58 B ATOM 2272 CG TYR 190 11..882 58,.859 31..318 1,.00 24..13 B ATOM 2273 CDl TYR 190 12. .035 57, .474 31. .253 1, .00 29, .37 B ATOM 2274 CEl TYR 190 13. .194 56, .859 31. .702 1, .00 26, .64 B ATOM 2275 CD2 TYR 190 12. ,937 59. .617 31. .835 1. ,00 22. .88 B ATOM 2276 CE2 TYR 190 14. ,105 59. .006 32. ,283 1. .00 22. .43 B ATOM 2277 CZ TYR 190 14. ,220 57. .632 32. ,221 1. .00 24. .14 B ATOM 2278 OH TYR 190 15. .330 57. .013 32. ,741 1. .00 25. .80 B ATOM 2279 HH TYR 190 15. ,251 56. .064 32. ,618 1. .00 0, .00 B ATOM 2280 C TYR 190 9. .346 58, .474 32. ,860 1. .00 17. .06 B ATOM 2281 O TYR 190 9. ,753 58. .408 34. .027 1. .00 19, .81 B ATOM 2282 N GLY 191 8. ,666 57. .502 32. ,273 1. .00 18, .92 B ATOM 2283 H GLY 191 8. .353 57. .624 31. ,354 1. .00 0, .00 B ATOM 2284 CA GLY 191 8. ,373 56, .255 32. ,963 1. .00 16. .20 B ATOM 2285 C GLY 191 7. ,278 55. .625 32. .137 1. .00 17. .90 B ATOM 2286 O GLY 191 6. .100 55. .732 32. .480 1. .00 34, .36 B ATOM 2287 N GLU 192 7. .672 54. .993 31. .041 1. .00 16. .02 B ATOM 2288 H GLU 192 8. .631 54. .939 30. .847 1, .00 0, .00 B ATOM 2289 CA GLU 192 6. .728 54, .371 30. .100 1. .00 24, .28 B ATOM 2290 CB GLU 192 5. .433 53, .920 30. .798 1. .00 31. .95 B ATOM 2291 CG GLU 192 5. .253 52, .419 30, .945 1. .00 36, .40 B ATOM 2292 CD GLU 192 4. .309 52, .063 32. .084 1, .00 46, .73 B ATOM 2293 OEl GLU 192 3, .996 50, .864 32. .253 1, .00 46, .15 B ATOM 2294 OE2 GLU 192 3, .878 52, .985 32, .815 1, .00 50, .61 B ATOM 2295 C GLU 192 6. .397 55, .450 29, .077 1, .00 19, .84 B ATOM 2296 O GLU 192 6, .518 55, .239 27, .870 1, .00 16, .66 B ATOM 2297 N ASN 193 5, .990 56, .614 29, .580 1, .00 13, .96 B ATOM 2298 H ASN 193 5. .913 56, .713 30, .550 1, .00 0, .00 B ATOM 2299 CA ASN 193 5, .659 57, .750 28, .722 1, .00 18, .10 B ATOM 2300 CB ASN 193 4, .150 58, .065 28, .785 1, .00 17, .15 B ATOM 2301 CG ASN 193 3. .290 56 .962 28, .183 1, .00 17, .46 B ATOM 2302 ODl ASN 193 3. ,165 56. .857 26. .965 1. .00 24. .21 B ATOM 2303 ND2 ASN 193 2. .690 56. .138 29. ,040 1. .00 9. .82 B ATOM 2304 HD21 ASN 193 2. .815 56. .262 30. .004 1. .00 0. .00 B ATOM 2305 HD22 ASN 193 2. .135 55. .426 28. .665 1. .00 0. .00 B ATOM 2306 C ASN 193 6. .468 58. .961 29. .202 1, .00 16. .97 B ATOM 2307 O ASN 193 7. .080 58. .918 30. .280 1, .00 19, .37 B ATOM 2308 N VAL 194 6. .470 60. .025 28. .404 1, .00 13, .36 B ATOM 2309 H VAL 194 5. .964 59, .992 27. .567 1, .00 0, .00 B ATOM 2310 CA VAL 194 7, .204 61, .250 28. .734 1. .00 18, .46 B ATOM 2311 CB VAL 194 8. .117 61, .699 27. .555 1. .00 17, .45 B ATOM 2312 CGI VAL 194 9, .043 62, .818 28, .003 1. .00 16, .70 B ATOM 2313 CG2 VAL 194 8, .901 60, .526 27, .022 1, .00 11, .05 B ATOM 2314 C VAL 194 6, .284 62, .417 29, .047 1, .00 18, .32 B ATOM 2315 O VAL 194 5, .377 62, .710 28, .273 1, .00 17, .95 B ATOM 2316 N THR 195 6, .543 63 .095 30, .164 1, .00 18, .97 B ATOM 2317 H THR 195 7, .285 62, .797 30, .728 1, .00 0, .00 B ATOM 2318 CA THR 195 5, .768 64, .265 30, .582 1, .00 20, .52 B ATOM 2319 CB THR 195 5, .012 63 .982 31, .906 1. .00 18 .21 B ATOM 2320 OG1 THR 195 5, .765 64 .482 33, .014 1 .00 30, .10 B ATOM 2321 HG1 THR 195 5, .291 64 .302 33, .830 1 .00 0, .00 B ATOM 2322 CG2 THR 195 4 .828 62 .510 32, .091 1 .00 23 .60 B ATOM 2323 C THR 195 6, .673 65 .486 30 .791 1 .00 24 .72 B ATOM 2324 O THR 195 7 .792 65 .355 31, .302 1 .00 25, .20 B ATOM 2325 N HIS 196 6, .216 66 .669 30 .371 1 .00 24 .33 B ATOM 2326 H HIS 196 5. .347 66 .719 29 .922 1. .00 0, .00 B ATOM 2327 CA HIS 196 6 .997 67 .890 30 .576 1 .00 20 .06 B ATOM 2328 CB HIS 196 6. .787 68. .891 29, .438 1, .00 20. .11 B ATOM 2329 CG HIS 196 7, .414 68. .468 28, .144 1, .00 31, .04 B ATOM 2330 CD2 HIS 196 6, .916 67. .757 27, .103 1, .00 32, .61 B ATOM 2331 ND1 HIS 196 8, .723 68. .754 27, .823 1, .00 32, .93 B ATOM 2332 HD1 HIS 196 9, .343 69. .258 28, .384 1, .00 0, .00 B ATOM 2333 CEl HIS 196 9, .008 68. .235 26, .640 1, .00 30, .15 B ATOM 2334 NE2 HIS 196 7, .929 67. .625 26, .183 1, .00 29, .88 B ATOM 2335 HE2 HIS 196 7, .865 67, .157 25, .331 1, .00 0, .00 B ATOM 2336 C HIS 196 6, .449 68, .473 31, .864 1, .00 23, .53 B ATOM 2337 O HIS 196 5, .330 68 .968 31, .872 1, .00 24, .48 B ATOM 2338 N GLU 197 7, .214 68 .392 32, .959 1, .00 21, .43 B ATOM 2339 H GLU 197 8, .101 67 .980 32, .898 1, .00 0, .00 B ATOM 2340 CA GLU 197 6, .745 68 .908 34, .244 1, .00 21, .98 B ATOM 2341 CB GLU 197 7, .635 68 .416 35, .385 1, .00 22, .07 B ATOM 2342 CG GLU 197 7, .553 66 .900 35, .626 1, .00 22, .26 B ATOM 2343 CD GLU 197 6, .265 66 .461 36, .330 1, .00 19, .16 B ATOM 2344 OEl GLU 197 5, .436 67 .324 36, .655 1 .00 21, .45 B ATOM 2345 OE2 GLU 197 6.. .080 65 .252 36. .559 1, .00 25, .81 B ATOM 2346 C GLU 197 6 .697 70 .432 34. .179 1, .00 21, .01 B ATOM 2347 O GLU 197 5. .771 71 .057 34. .704 1, .00 20, .20 B ATOM 2348 N PHE 198 7.715 71.028 33.568 1..00 20.63 B ATOM 2349 H PHE 198 8. .475 70 .486 33 .270 1 .00 0 .00 B ATOM 2350 CA PHE 198 7 .733 72 .465 33 .329 1 .00 16 .85 B ATOM 2351 CB PHE 198 7 .846 73 .321 34 .618 1 .00 19 .79 B ATOM 2352 CG PHE 198 9 .077 73 .099 35. .447 1. .00 18 .93 B ATOM 2353 CDl PHE 198 10 .282 73 .736 35 .134 1, .00 15 .68 B ATOM 2354 CD2 PHE 198 9. .003 72 .358 36 .619 1, .00 17 .58 B ATOM 2355 CEl PHE 198 11 .389 73 .642 35 .984 1 .00 8 .10 B ATOM 2356 CE2 PHE 198 10 .113 72 .258 37 .480 1 .00 17 .77 B ATOM 2357 CZ PHE 198 11 .307 72 .909 37 .154 1 .00 18 .12 B ATOM 2358 C PHE 198 8, .773 72 .827 32. .285 1, .00 23, .38 B ATOM 2359 O PHE 198 9 .848 72 .210 32. .191 1, .00 19 .68 B ATOM 2360 N ASN 199 8. .403 73 .797 31 .457 1, .00 22 .68 B ATOM 2361 H ASN 199 7 .536 74 .227 31 .581 1, .00 0 .00 B ATOM 2362 CA ASN 199 9 .251 74 .241 30 .379 1 .00 19 .07 B ATOM 2363 CB ASN 199 8. .402 74 .980 29 .342 1 .00 18 .17 B ATOM 2364 CG ASN 199 7 .545 74 .033 28. .511 1, .00 16, .13 B ATOM 2365 ODl ASN 199 7 .520 72 .824 28 .741 1, .00 21, .16 B ATOM 2366 ND2 ASN 199 6 .849 74 .579 27 .532 1, .00 18 .89 B ATOM 2367 HD21 ASN 199 6 .902 75 .547 27 .376 1, .00 0 .00 B ATOM 2368 HD22 ASN 199 6. .292 73 .989 26 .986 1, .00 0 .00 B ATOM 2369 C ASN 199 10. .434 75 .094 30 .832 1 .00 15 .04 B ATOM 2370 O ASN 199 10. .465 75 .613 31. .944 1, .00 15, .97 B ATOM 2371 N LEU 200 11, .414 75 .189 29. .935 1, .00 20, .27 B ATOM 2372 H LEU 200 11 .297 74 .727 29 .080 1, .00 0 .00 B ATOM 2373 CA LEU 200 12 .655 75 .939 30 .140 1, .00 20 .09 B ATOM 2374 CB LEU 200 13 .504 75 .847 28 .859 1. .00 20 .33 B ATOM 2375 CG LEU 200 15 .000 75 .481 28 .771 1, .00 19 .69 B ATOM 2376 CDl LEU 200 15, .510 74. .719 29. .975 1. .00 14. .91 B ATOM 2377 CD2 LEU 200 15, .189 74. .680 27. .506 1, .00 11. .40 B ATOM 2378 C LEU 200 12, .387 77 .404 30. .468 1, .00 18. .48 B ATOM 2379 O LEU 200 13 .155 78 .034 31. .193 1, .00 20. .99 B ATOM 2380 N ASN 201 11 .295 77 .949 29 .940 1, .00 13. .45 B ATOM 2381 H ASN 201 10 .701 77 .403 29 .382 1, .00 0 .00 B ATOM 2382 CA ASN 201 10, .978 79, .350 30, .190 1. .00 22, .91 B ATOM 2383 CB ASN 201 10, .645 80, .061 28, .877 1, .00 23, .93 B ATOM 2384 CG ASN 201 9, .360 79 .545 28, .229 1, .00 25, .62 B ATOM 2385 ODl ASN 201 9 .048 79 .911 27 .103 1, .00 32, .16 B ATOM 2386 ND2 ASN 201 8 .624 78 .700 28 .932 1, .00 24, .92 B ATOM 2387 HD21 ASN 201 8 .908 78 .429 29 .828 1. .00 0, .00 B ATOM 2388 HD22 ASN 201 7, .801 78, .368 28, .519 1. .00 0. .00 B ATOM 2389 C ASN 201 9, .826 79, .549 31, .162 1, .00 24, .74 B ATOM 2390 O ASN 201 9 .352 80 .664 31, .329 1, .00 21, .95 B ATOM 2391 N LYS 202 9 .378 78 .468 31. .789 1, .00 27, .24 B ATOM 2392 H LYS 202 9 .806 77 .604 31. .615 1, .00 0, .00 B ATOM 2393 CA LYS 202 8 .261 78 .527 32 .735 1, .00 28, .50 B ATOM 2394 CB LYS 202 7, .936 77, .122 33, .249 1. .00 35. .35 B ATOM 2395 CG LYS 202 6, .537 77, .001 33, .861 1. .00 44. .45 B ATOM 2396 CD LYS 202 5, .511 76, .529 32, .828 1, .00 51, .43 B ATOM 2397 CE LYS 202 5, .819 75, .112 32, .334 1, .00 52, .91 B ATOM 2398 NZ LYS 202 5 .156 74 .748 31, .049 1, .00 49, .04 B ATOM 2399 HZ1 LYS 202 5 .462 75 .400 30 .301 1, .00 0, .00 B ATOM 2400 HZ2 LYS 202 4, .124 74, .807 31. .163 1, ,00 0. .00 B ATOM 2401 HZ3 LYS 202 5, .419 73, .774 30, .788 1. .00 0. .00 B ATOM 2402 C LYS 202 8, .450 79, .451 33, .934 1. .00 25. .89 B ATOM 2403 O LYS 202 7 .550 80, .227 34, .260 1. .00 25. .05 B ATOM 2404 N TYR 203 9 .617 79 .348 34. .577 1. .00 22. .72 B ATOM 2405 H TYR 203 10 .276 78 .722 34. .225 1, .00 0, .00 B ATOM 2406 CA TYR 203 9, .978 80, .123 35, .770 1. .00 26. .57 B ATOM 2407 CB TYR 203 10. .246 79, .166 36, .937 1. ,00 20. ,51 B ATOM 2408 CG TYR 203 9. .065 78, .303 37, .215 1. ,00 23. .59 B ATOM 2409 CDl TYR 203 9, .075 76, .941 36, .901 1. .00 24. .81 B ATOM 2410 CEl TYR 203 7 .927 76, .163 37, .057 1. .00 23. .81 B ATOM 2411 CD2 TYR 203 7 .886 78, .870 37, .706 1. .00 26. .42 B ATOM 2412 CE2 TYR 203 6, .741 78, .113 37. .871 1. .00 28. ,83 B ATOM 2413 CZ TYR 203 6, .762 76, .763 37, ,542 1. ,00 32. ,83 B ATOM 2414 OH TYR 203 5, .598 76, .043 37. .683 1. ,00 29. ,24 B ATOM 2415 HH TYR 203 5, .758 75, .133 37, .423 1. ,00 0. .00 B ATOM 2416 C TYR 203 11, .201 81, .013 35, .569 1. ,00 27. .09 B ATOM 2417 O TYR 203 12, .229 80, .563 35, .056 1. .00 24. .90 B ATOM 2418 N SER 204 11. .089 82. .268 35. .995 1. .00 29. .38 B ATOM 2419 H SER 204 10. .256 82. .561 36. ,419 1. ,00 0. ,00 B ATOM 2420 CA SER 204 12. .189 83. .216 35. .845 1. ,00 29. ,68 B ATOM 2421 CB SER 204 11, .701 84, .509 35. .158 1. ,00 29. .69 B ATOM 2422 OG SER 204 10, .458 84, .974 35, .668 1. ,00 34. ,41 B ATOM 2423 HG SER 204 9, .786 84, .301 35, .536 1. ,00 0. ,00 B ATOM 2424 C SER 204 12.917 83.547 37.150 1.00 30.79 B ATOM 2425 O SER 204 13 .453 84 .642 37 .314 1 .00 31 .71 B ATOM 2426 N SER 205 12 .934 82 .587 38 .074 1 .00 28 .19 B ATOM 2427 H SER 205 12 .458 81 .749 37 .903 1. .00 0 .00 B ATOM 2428 CA SER 205 13 .642 82 .755 39 .334 1 .00 22 .80 ' B ATOM 2429 CB SER 205 12 .895 83 .709 40 .263 1 .00 23 .08 B ATOM 2430 OG SER 205 11 .998 83 .004 41 .097 1 .00 23 .87 B ATOM 2431 HG SER 205 11 .543 83 .623 41 .672 1 .00 0 .00 B ATOM 2432 C SER 205 13 .851 81 .395 40 .003 1 .00 25 .18 B ATOM 2433 O SER 205 13 .079 80 .451 39 .794 1 .00 20 .34 B ATOM 2434 N THR 206 14 .919 81 .307 40 .788 1. .00 23 .66 B ATOM 2435 H THR 206 15 .486 82 .100 40 .902 1 .00 0 .00 B ATOM 2436 CA THR 206 15 .289 80 .086 41 .487 1. .00 27 .98 B ATOM 2437 CB THR 206 16, .678 80 .229 42 .129 1 .00 26 .89 B ATOM 2438 OG1 THR 206 17, .514 81, .019 41 .272 1 .00 29 .58 B ATOM 2439 HG1 THR 206 17 .597 80 .587 40 .418 1. .00 0 .00 B ATOM 2440 CG2 THR 206 17 .319 78 .875 42 .330 1 .00 22 .76 B ATOM 2441 C THR 206 14 .295 79 .661 42 .556 1 .00 29 .88 B ATOM 2442 O THR 206 14 .057 78 .457 42 .730 1 .00 24 .79 B ATOM 2443 N GLU 207 13, .713 80, .626 43 .274 1 .00 29 .47 B ATOM 2444 H GLU 207 13, .932 81 .567 43 .109 1 .00 0 .00 B ATOM 2445 CA GLU 207 12, .746 80, .266 44 .308 1 .00 32 .79 B ATOM 2446 CB GLU 207 12, .209 81 .492 45 .089 1. .00 38 .54 B ATOM 2447 CG GLU 207 12 .696 82 .875 44 .665 1 .00 45 .27 B ATOM 2448 CD GLU 207 11, .738 84, .002 45, .104 1, .00 52, .80 B ATOM 2449 OEl GLU 207 11, .106 84, .632 44, .220 1. .00 49, .46 B ATOM 2450 OE2 GLU 207 11, .618 84, .260 46 .330 1. .00 48, .25 B ATOM 2451 C GLU 207 11, .582 79 .567 43 .623 1 .00 30 .36 B ATOM 2452 O GLU 207 11, .141 78 .499 44 .052 1 .00 29 .14 B ATOM 2453 N GLU 208 11. .108 80, .172 42, .538 1, .00 30, .06 B ATOM 2454 H GLU 208 11. .527 81, .005 42, .237 1. .00 0, .00 B ATOM 2455 CA GLU 208 9. .980 79, .635 41, .781 1 .00 24, .26 B ATOM 2456 CB GLU 208 9. .588 80, .606 40 .680 1. .00 25, .42 B ATOM 2457 CG GLU 208 8. .833 81, .818 41 .198 1 .00 32, .20 B ATOM 2458 CD GLU 208 8, .830 82 .953 40 .203 1 .00 37 .03 B ATOM 2459 OEl GLU 208 7. .763 83. .243 39, .623 1. .00 39, .29 B ATOM 2460 OE2 GLU 208 9, .900 83. .551 40, .000 1. .00 39. .74 B ATOM 2461 C GLU 208 10, .223 78, .265 41, .174 1, .00 20, .07 B ATOM 2462 O GLU 208 9, .308 77, .465 41 .049 1, .00 24, .58 B ATOM 2463 N VAL 209 11, .459 78, .000 40 .783 1 .00 17, .97 B ATOM 2464 H VAL 209 12. .154 78, .681 40, .891 1, .00 0, .00 B ATOM 2465 CA VAL 209 11. .798 76, .715 40, .198 1, .00 15, .42 B ATOM 2466 CB VAL 209 13, .158 76, .797 39, .466 1, .00 18, .29 B ATOM 2467 CGI VAL 209 13, .810 75, .418 39, .380 1, .00 13, .02 B ATOM 2468 CG2 VAL 209 12, .946 77, .399 38 .087 1 .00 13, .44 B ATOM 2469 C VAL 209 11, .860 75. .669 41. .308 1, .00 16, .08 B ATOM 2470 O VAL 209 11. .460 74. .521 41, .110 1, .00 17, .96 B ATOM 2471 N LEU 210 12. .345 76. .074 42, .480 1, .00 23. .26 B ATOM 2472 H LEU 210 12, .643 77, .004 42, .575 1, .00 0. .00 B ATOM 2473 CA LEU 210 12, .445 75, .166 43 .626 1, .00 24, .65 B ATOM 2474 CB LEU 210 13, .202 75, .824 44 .777 1 .00 19. .16 B ATOM 2475 CG LEU 210 14. .712 75. .955 44, .603 1, .00 29, .23 B ATOM 2476 CDl LEU 210 15. .270 76. .886 45, .687 1, .00 32. .84 B ATOM 2477 CD2 LEU 210 15, .354 74, .576 44, .682 1, .00 27, .82 B ATOM 2478 C LEU 210 11. .051 74, .805 44, .099 1, .00 27, .07 B ATOM 2479 O LEU 210 10, .790 73, .690 44, .555 1. .00 24, .27 B ATOM 2480 N VAL 211 10. .150 75. .770 44, .012 1. .00 27. ,55 B ATOM 2481 H VAL 211 10. ,408 76. ,654 43, .678 1. .00 0. ,00 B ATOM 2482 CA VAL 211 8. ,787 75. ,518 44, .414 1, .00 24. .35 B ATOM 2483 CB VAL 211 7. .966 76. .832 44, .404 1. .00 23. .80 B ATOM 2484 CGI VAL 211 6. .474 76. .535 44, .344 1, .00 22, .78 B ATOM 2485 CG2 VAL 211 8, .292 77. .641 45, .661 1, .00 20. .18 B ATOM 2486 C VAL 211 8. ,176 74. .472 43. .472 1. .00 24. ,70 B ATOM 2487 O VAL 211 7. ,566 73. ,504 43, .934 1. .00 24. ,21 B ATOM 2488 N ALA 212 8. .364 74. ,643 42, .163 1. .00 24. ,07 B ATOM 2489 H ALA 212 8. .883 75. .411 41, .847 1. .00 0. ,00 B ATOM 2490 CA ALA 212 7. .806 73. .695 41, .183 1. .00 23. .91 B ATOM 2491 CB ALA 212 8. .004 74. .221 39. .777 1. .00 20. .84 B ATOM 2492 C ALA 212 8. ,416 72. ,299 41. .279 1. .00 23. ,54 B ATOM 2493 O ALA 212 7. ,709 71. ,280 41, .195 1. .00 19. .74 B ATOM 2494 N ALA 213 9. ,736 72. ,270 41, .433 1. .00 22. .17 B ATOM 2495 H ALA 213 10. .220 73. .119 41, .495 1. .00 0. ,00 B ATOM 2496 CA ALA 213 10. .484 71. 032 41. .516 1. ,00 20. ,06 B ATOM 2497 CB ALA 213 11. ,966 71. .332 41. .523 1. ,00 23. ,28 B ATOM 2498 C ALA 213 10. ,096 70. ,259 42. .763 1. ,00 24. ,35 B ATOM 2499 O ALA 213 10. ,032 69. ,034 42. .748 1. ,00 24. .95 B ATOM 2500 N ASN 214 9,.819 70..969 43,.844 1..00 24,.25 B ATOM 2501 H ASN 214 9. .875 71, .949 43, .812 1. .00 0, .00 B ATOM 2502 CA ASN 214 9, .434 70, .304 45, .086 1. .00 24, .82 B ATOM 2503 CB ASN 214 9, .604 71. .247 46, .273 1, .00 26, .46 B ATOM 2504 CG ASN 214 10, .981 71. .151 46, .882 1. .00 28 .78 B ATOM 2505 ODl ASN 214 11. ,870 71. .958 46. .578 1. ,00 23. .63 B ATOM 2506 ND2 ASN 214 11. .179 70. .153 47. .739 1. ,00 25, .69 B ATOM 2507 HD21 ASN 214 10. .444 69. .533 47, .941 1. ,00 0, .00 B ATOM 2508 HD22 ASN 214 12. .063 70. .070 48, .145 1. ,00 0, .00 B ATOM 2509 C ASN 214 8. .013 69. .755 45, .069 1. .00 24, .64 B ATOM 2510 O ASN 214 7, .606 69. .021 45, .974 1. ,00 18, .78 B ATOM 2511 N LYS 215 7, .256 70. .103 44, .039 1, ,00 23, .65 B ATOM 2512 H LYS 215 7, .617 70. .696 43, .345 1. .00 0, .00 B ATOM 2513 CA LYS 215 5, .901 69. .609 43, .933 1. .00 26, .33 B ATOM 2514 CB LYS 215 4, .961 70. .746 43 .526 1. .00 22, .52 B ATOM 2515 CG LYS 215 4, .196 71. .337 44, .708 1, .00 28 .33 B ATOM 2516 CD LYS 215 3. .432 72. .606 44, .316 1. ,00 32. .87 B ATOM 2517 CE LYS 215 1. .978 72. .307 43, .951 1. .00 30, .67 B ATOM 2518 NZ LYS 215 1. .649 72, .846 42, .601 1. ,00 35, .42 B ATOM 2519 HZl LYS 215 2. .271 72. .406 41, .892 1. .00 0, .00 B ATOM 2520 HZ2 LYS 215 1. .791 73, .875 42, .596 1. .00 0, .00 B ATOM 2521 HZ3 LYS 215 0. .658 72. .630 42, .375 1. .00 0, .00 B ATOM 2522 C LYS 215 5, .760 68, .434 42, .960 1. .00 22, .45 B ATOM 2523 O LYS 215 4, .662 67, .926 42, .764 1, .00 30, .36 B ATOM 2524 N ILE 216 6, .864 67, .976 42, .375 1, .00 16, .84 B ATOM 2525 H ILE 216 7, .734 68, .373 42, .593 1, .00 0, .00 B ATOM 2526 CA ILE 216 6, .781 66, .884 41, .415 1. .00 12, .02 B ATOM 2527 CB ILE 216 8. .023 66, .856 40. .498 1. .00 14. .58 B ATOM 2528 CG2 ILE 216 8. .050 65, .566 39, .671 1. ,00 19, .30 B ATOM 2529 CGI ILE 216 8, .007 68, .084 39, .574 1. .00 13, .98 B ATOM 2530 CDl ILE 216 9, .345 68, .390 38, .904 1. .00 13, .34 B ATOM 2531 C ILE 216 6, .586 65, .514 42, .061 1. .00 12, .93 B ATOM 2532 O ILE 216 7, .311 65, .135 42, .980 1. .00 15, .03 B ATOM 2533 N GLY 217 5, .581 64, .785 41. .580 1. .00 17, .89 B ATOM 2534 H GLY 217 5, .022 65, .150 40 .868 1. .00 0, .00 B ATOM 2535 CA GLY 217 5, .304 63, .452 42 .103 1, .00 17, .34 B ATOM 2536 C GLY 217 5, .749 62, .385 41 .112 1. .00 14, .75 B ATOM 2537 O GLY 217 5. .675 62, .588 39, .898 1. .00 15. .21 B ATOM 2538 N ARG 218 6. .207 61, .248 41. .631 1. .00 14, .09 B ATOM 2539 H ARG 218 6. .226 61, .146 42, .604 1. .00 0, .00 B ATOM 2540 CA ARG 218 6. .683 60, .152 40, .797 1. .00 17, .47 B ATOM 2541 CB ARG 218 7, .195 59, .023 41, .707 1. .00 21, .57 B ATOM 2542 CG ARG 218 6, .442 57, .725 41. .637 1. .00 25, .79 B ATOM 2543 CD ARG 218 7, .384 56, .563 41. .388 1. .00 22, .17 B ATOM 2544 NE ARG 218 7, .509 55 .752 42. .588 1, .00 16 .26 B ATOM 2545 HE ARG 218 6 .793 55 .112 42 .782 1. .00 0, .00 B ATOM 2546 CZ ARG 218 8, .531 55 .814 43 .431 1, .00 16 .32 B ATOM 2547 NHl ARG 218 9 .521 56 .644 43 .210 1, .00 28 .95 B ATOM 2548 HH11 ARG 218 9, .511 57, .229 42. .399 1. .00 0, .00 B ATOM 2549 HH12 ARG 218 10, .287 56, .689 43. .849 1. .00 0, .00 B ATOM 2550 NH2 ARG 218 8, .546 55, .054 44. .512 1, .00 33, .70 B ATOM 2551 HH21 ARG 218 7, .789 54, .425 44 .693 1. .00 0, .00 B ATOM 2552 HH22 ARG 218 9, .316 55, .104 45 .146 1, .00 0, .00 B ATOM 2553 C ARG 218 5, .533 59 .701 39 .912 1, .00 14, .35 B ATOM 2554 O ARG 218 4, .524 59, .251 40 .405 1, .00 19, .15 B ATOM 2555 N GLN 219 5, .670 59 .815 38 .597 1, .00 17 .48 B ATOM 2556 H GLN 219 6. .506 60 .148 38 .210 1, .00 0, .00 B ATOM 2557 CA GLN 219 4 .552 59 .438 37 .749 1, .00 26 .72 B ATOM 2558 CB GLN 219 4 .664 60 .107 36 .363 1, .00 23 .72 B ATOM 2559 CG GLN 219 5, .223 59, .280 35. .221 1. .00 25, .69 B ATOM 2560 CD GLN 219 5, .649 60, .171 34. .056 1. .00 33, .29 B ATOM 2561 OEl GLN 219 5, .982 61, .346 34. .257 1, .00 26, .70 B ATOM 2562 NE2 GLN 219 5, .634 59, .627 32 .832 1. .00 18, .76 B ATOM 2563 HE21 GLN 219 5, .360 58 .692 32 .720 1, .00 0, .00 B ATOM 2564 HE22 GLN 219 5, .906 60 .191 32 .081 1, .00 0, .00 B ATOM 2565 C GLN 219 4 .344 57 .935 37 .650 1, .00 26, .26 B ATOM 2566 O GLN 219 3, .210 57 .475 37 .527 1, .00 30, .40 B ATOM 2567 N GLY 220 5. .419 57 .166 37 .745 1, .00 26, .30 B ATOM 2568 H GLY 220 6. .305 57 .568 37 .863 1, .00 0 .00 B ATOM 2569 CA GLY 220 5. .270 55 .728 37 .672 1, .00 30, .10 B ATOM 2570 C GLY 220 5, .364 55, .123 36. .282 1. .00 29, .97 B ATOM 2571 O GLY 220 5, .002 55, .740 35. .277 1. .00 33, .59 B ATOM 2572 N GLY 221 5, .849 53, .889 36 .244 1. .00 35, .79 B ATOM 2573 H GLY 221 6, .109 53, .453 37 .082 1, .00 0, .00 B ATOM 2574 CA GLY 221 6 .004 53, .171 34 .998 1, .00 39, .72 B ATOM 2575 C GLY 221 6, .406 51. .736 35 .283 1, .00 40, .82 B ATOM 2576 O GLY 221 7.085 51.463 36.277 1.00 41.96 B ATOM 2577 N LEU 222 5 .974 50 .822 34 .422 1 .00 37 .83 B ATOM 2578 H LEU 222 5. .424 51 .109 33 .665 1. .00 0. .00 B ATOM 2579 CA LEU 222 6 .288 49 .402 34 .564 1 .00 41 .13 B ATOM 2580 CB LEU 222 5 .102 48 .543 34 .103 1 .00 42 .69 B ATOM 2581 CG LEU 222 4 .467 47 .593 35 .126 1 .00 48 .06 B ATOM 2582 CDl LEU 222 4 .063 48 .361 36 .380 1 .00 47 .26 B ATOM 2583 CD2 LEU 222 3 .259 46 .917 34 .509 1 .00 44 .76 B ATOM 2584 C LEU 222 7 .506 49 .093 33 .707 1 .00 39 .93 B ATOM 2585 O LEU 222 8 .193 48 .099 33 .931 1. .00 42 .67 B ATOM 2586 N GLN 223 7 .755 49 .954 32 .723 1 .00 35 .86 B ATOM 2587 H GLN 223 7 .145 50 .711 32, .601 1, .00 0, .00 B ATOM 2588 CA GLN 223 8 .893 49 .825 31 .815 1 .00 35 .26 B ATOM 2589 CB GLN 223 8 .419 49 .479 30 .396 1. .00 37 .16 B ATOM 2590 CG GLN 223 6, .995 48, .952 30, .328 0, .01 41, .99 B ATOM 2591 CD GLN 223 6 .839 47 .821 29 .332 0. .01 44 .07 B ATOM 2592 OEl GLN 223 7 .368 46 .726 29 .528 0. .01 45 .41 B ATOM 2593 NE2 GLN 223 6 .109 48, .080 28, .253 0, .01 44, .90 B ATOM 2594 HE21 GLN 223 5 .707 48 .966 28 .138 1 .00 0 .00 B ATOM 2595 HE22 GLN 223 5. .997 47 .364 27 .601 1 .00 0. .00 B ATOM 2596 C GLN 223 9, .642 51, .160 31, .799 1. .00 32, .91 B ATOM 2597 O GLN 223 9 .032 52, .218 31, .641 1 .00 24, .75 B ATOM 2598 N THR 224 10 .961 51 .096 31 .969 1 .00 30 .99 B ATOM 2599 H THR 224 11, .378 50, .218 32, .084 1. .00 0, .00 B ATOM 2600 CA THR 224 11 .814 52, .283 31, .989 1. .00 25, .14 B ATOM 2601 CB THR 224 13 .016 52, .047 32 .891 1 .00 22 .33 B ATOM 2602 OG1 THR 224 12, .548 51, .636 34, .177 1. .00 22, .14 B ATOM 2603 HG1 THR 224 12 .042 50, .826 34, .091 1. .00 0, .00 B ATOM 2604 CG2 THR 224 13 .850 53, .315 33 .025 1. .00 16, .21 B ATOM 2605 C THR 224 12, .295 52, .644 30, .590 1. .00 24. .48 B ATOM 2606 O THR 224 13, .197 52, .010 30, .042 1. .00 22. .45 B ATOM 2607 N MET 225 11 .695 53, .688 30 .027 1. .00 23. .62 B ATOM 2608 H MET 225 11, .019 54, .182 30, .535 1, .00 0. .00 B ATOM 2609 CA MET 225 12, .015 54, .118 28, .673 1. .00 21. .06 B ATOM 2610 CB MET 225 10 .708 54, .410 27 .944 1. .00 20. .26 B ATOM 2611 CG MET 225 9, .719 53, .257 28, .063 1. .00 24. .98 B ATOM 2612 SD MET 225 10, .320 51. .746 27, .262 1. .00 25. .64 B ATOM 2613 CE MET 225 10, .098 52. .166 25 .621 1. .00 19, .80 B ATOM 2614 C MET 225 12, .943 55. .327 28, .629 1. .00 20. .97 B ATOM 2615 O MET 225 12, .562 56, .408 28, .185 1. .00 23. .42 B ATOM 2616 N THR 226 14, .177 55, .119 29 .062 1. .00 22. .97 B ATOM 2617 H THR 226 14, .433 54, .221 29, .359 1. .00 0. .00 B ATOM 2618 CA THR 226 15, .163 56, .187 29, .111 1. .00 18. .05 B ATOM 2619 CB THR 226 16, .487 55, .667 29, .700 1, .00 20, .16 B ATOM 2620 OG1 THR 226 16. .212 54, .950 30, .912 1. .00 13. .45 B ATOM 2621 HG1 THR 226 15, .789 55, .535 31, .542 1. .00 0. .00 B ATOM 2622 CG2 THR 226 17 .418 56, .826 30, .012 1. .00 15, .25 B ATOM 2623 C THR 226 15, .411 56, .836 27, .767 1. .00 17. .23 B ATOM 2624 O THR 226 15, .468 58, .059 27, .681 1. .00 15. .63 B ATOM 2625 N ALA 227 15, .546 56, .028 26, .717 1. .00 13, .67 B ATOM 2626 H ALA 227 15. .502 55, .057 26, .849 1. .00 0. .00 B ATOM 2627 CA ALA 227 15, .768 56, .558 25, .381 1. .00 14. .13 B ATOM 2628 CB ALA 227 16, .028 55, .431 24, .382 1. .00 5. .26 B ATOM 2629 C ALA 227 14, .625 57, .430 24, .879 1. .00 20. .64 B ATOM 2630 O ALA 227 14, .862 58, .332 24, .067 1, .00 30. .73 B ATOM 2631 N LEU 228 13, .396 57, .142 25, .323 1. .00 24. .49 B ATOM 2632 H LEU 228 13. .283 56. .379 25. .927 1. .00 0. .00 B ATOM 2633 CA LEU 228 12, .208 57. .920 24. .948 1. .00 20. ,92 B ATOM 2634 CB LEU 228 10, .918 57, .301 25. .507 1. .00 28. .56 B ATOM 2635 CG LEU 228 9. .604 57. .195 24. .708 1. .00 36. .02 ATOM 2636 CDl LEU 228 8, .424 57. .532 25. .623 1. .00 32. ,15 B ATOM 2637 CD2 LEU 228 9, .615 58. .114 23. .504 1. .00 38. .46 B ATOM 2638 C LEU 228 12. .349 59. .295 25. .577 1. ,00 20. ,10 B ATOM 2639 O LEU 228 12. .252 60. .307 24. .894 1. .00 21. .88 B ATOM 2640 N GLY 229 12, .551 59, .309 26, .895 1. .00 17. ,67 B ATOM 2641 H GLY 229 12. ,605 58. .462 27. .383 1. .00 0. .00 B ATOM 2642 CA GLY 229 12. ,692 60. .562 27. .618 1. ,00 17. ,97 B ATOM 2643 C GLY 229 13. .757 61. .507 27, .070 1. ,00 16. ,62 B ATOM 2644 O GLY 229 13. .513 62. ,691 26. .912 1. ,00 16. 95 B ATOM 2645 N THR 230 14. .934 60. ,964 26. .780 1. ,00 14. ,32 B ATOM 2646 H THR 230 15. .056 60. ,004 26. .924 1. .00 0. ,00 B ATOM 2647 CA THR 230 16. ,052 61. ,731 26. ,255 1. .00 13. 65 B ATOM 2648 CB THR 230 17. .311 60. ,832 26. .166 1. ,00 13. ,38 B ATOM 2649 OG1 THR 230 17. .904 60. ,705 27. .472 1. .00 24. ,82 B ATOM 2650 HG1 THR 230 18. ,154 61. ,573 27. ,796 1. .00 0. 00 B ATOM 2651 CG2 THR 230 18. .331 61. .413 25. ,195 1. ,00 16. 39 B ATOM 2652 C THR 230 15,.722 62.276 24.865 1.00 16.56 B ATOM 2653 O THR 230 15. .923 63. .452 24. .580 1. .00 14. .40 B ATOM 2654 N ASP 231 15. .223 61. .400 24. .008 1. .00 11. .84 B ATOM 2655 H ASP 231 15. .086 60. .475 24. .300 1. .00 0. .00 B ATOM 2656 CA ASP 231 14, .874 61 .768 22. .658 1. .00 20 .60 B ATOM 2657 CB ASP 231 14, .400 60 .521 21, .911 1. .00 23 .12 B ATOM 2658 CG ASP 231 14, .401 60 .703 20. .421 1 .00 23 .62 B ATOM 2659 ODl ASP 231 15, .451 61 .103 19. .881 1 .00 26 .06 B ATOM 2660 OD2 ASP 231 13, .363 60. .450 19. .788 1. .00 19, .93 B ATOM 2661 C ASP 231 13, .772 62 .832 22, .663 1. .00 21. .87 B ATOM 2662 O ASP 231 13, .800 63 .799 21. .898 1, .00 20, .06 B ATOM 2663 N THR 232 12, .804 62. .637 23. .544 1. .00 22, .80 B ATOM 2664 H THR 232 12, .854 61 .855 24. .132 1. .00 0. .00 B ATOM 2665 CA THR 232 11. .670 63 .537 23. .681 1. .00 22 .51 B ATOM 2666 CB THR 232 10, .622 62 .891 24 .609 1. .00 16 .89 B ATOM 2667 OG1 THR 232 10, .277 61 .607 24 .075 1 .00 21 .61 B ATOM 2668 HG1 THR 232 11. .061 61. .055 24. .031 1. .00 0, .00 B ATOM 2669 CG2 THR 232 9. .372 63. .733 24, .706 1. .00 20, .59 B ATOM 2670 C THR 232 12, .115 64 .903 24, .201 1. .00 25, .12 B ATOM 2671 O THR 232 11, .601 65 .952 23, .782 1. .00 25, .24 B ATOM 2672 N ALA 233 13. .091 64. .882 25. .098 1 .00 21 .55 B ATOM 2673 H ALA 233 13, .457 64 .019 25. .383 1. .00 0 .00 B ATOM 2674 CA ALA 233 13, .635 66 .099 25. .674 1 .00 17 .44 B ATOM 2675 CB ALA 233 14, .498 65 .746 26. .865 1 .00 17 .88 B ATOM 2676 C ALA 233 14. .453 66. .855 24. .624 1, .00 19, .30 B ATOM 2677 0 ALA 233 14, .394 68. .075 24. .533 1. .00 18, .02 B ATOM 2678 N ARG 234 15, .197 66 .115 23, .815 1. .00 17 .81 B ATOM 2679 H ARG 234 15, .196 65 .141 23, .918 1. .00 0 .00 B ATOM 2680 CA ARG 234 16, .008 66 .723 22, .774 1. .00 23 .98 B ATOM 2681 CB ARG 234 16, .857 65 .647 22, .087 1. .00 25 .23 B ATOM 2682 CG ARG 234 17 .603 66 .121 20, .851 1 .00 28 .43 B ATOM 2683 CD ARG 234 18. .028 64. .952 19. .994 1, .00 25. .37 B ATOM 2684 NE ARG 234 17. .098 64. .763 18. .887 1, .00 35. .93 B ATOM 2685 HE ARG 234 16. .794 65, .558 18, .403 1. .00 0. .00 B ATOM 2686 CZ ARG 234 16. .642 63, .584 18, .494 1. .00 33. .70 B ATOM 2687 NHl ARG 234 17. .036 62, .484 19, .120 1. .00 42. .49 B ATOM 2688 HH11 ARG 234 17, .678 62 .545 19, .883 1. .00 0 .00 B ATOM 2689 HH12 ARG 234 16, .693 61 .592 18, .824 1 .00 0, .00 B ATOM 2690 NH2 ARG 234 15, .786 63 .507 17. .488 1 .00 34 .51 B ATOM 2691 HH21 ARG 234 15. .485 64, .341 17. .023 1. .00 0, .00 B ATOM 2692 HH22 ARG 234 15, .439 62, .618 17, .192 1. .00 0, .00 B ATOM 2693 C ARG 234 15, .071 67, .341 21, .747 1. .00 23, .74 B ATOM 2694 O ARG 234 15, .212 68 .500 21. .327 1. .00 19 .58 B ATOM 2695 N LYS 235 14, .099 66 .535 21. .360 1. .00 22 .00 B ATOM 2696 H LYS 235 14, .031 65 .650 21. .771 1 .00 0. .00 B ATOM 2697 CA LYS 235 13, .136 66 .915 20. .349 1. .00 23 .75 B ATOM 2698 CB LYS 235 12 .365 65 .674 19 .907 1 .00 27 .18 B ATOM 2699 CG LYS 235 12, .541 65, .347 18, .434 1. .00 39, .17 B ATOM 2700 CD LYS 235 12, .592 63, .848 18. .206 1. .00 40, .05 B ATOM 2701 CE LYS 235 11, .203 63, .255 18. .179 1. .00 37 .98 B ATOM 2702 NZ LYS 235 11. .172 62, .081 17. .280 1. .00 36, .28 B ATOM 2703 HZ1 LYS 235 11. .846 61 .365 17, .624 1. .00 0. .00 B ATOM 2704 HZ2 LYS 235 11. .440 62 .374 16, .319 1 .00 0, .00 B ATOM 2705 HZ3 LYS 235 10. .215 61 .679 17, .267 1 .00 0 .00 B ATOM 2706 C LYS 235 12, .159 67, .992 20, .776 1. .00 14, .66 B ATOM 2707 O LYS 235 11. .854 68, .867 20, .003 1. .00 15, .35 B ATOM 2708 N GLU 236 11, .698 67, .938 22, .017 1. .00 19, .61 B ATOM 2709 H GLU 236 12, .029 67, .243 22, .621 1. .00 0, .00 B ATOM 2710 CA GLU 236 10, .714 68. .893 22, .491 1. .00 19, .56 B ATOM 2711 CB GLU 236 9, .467 68. .131 22, .980 1. .00 17, .41 B ATOM 2712 CG GLU 236 8, .705 67 .442 21. .848 1 .00 12 .51 B ATOM 2713 CD GLU 236 7, .734 66 .365 22. .326 1. .00 20 .23 B ATOM 2714 OEl GLU 236 7. .147 66, .493 23. ,416 1. .00 16. .25 B ATOM 2715 OE2 GLU 236 7. .553 65, .382 21. .594 1. .00 32, .75 B ATOM 2716 C GLU 236 11. .134 69, .905 23. .552 1, .00 19, .85 B ATOM 2717 O GLU 236 10. .740 71. .074 23. .477 1, .00 22, .57 B ATOM 2718 N ALA 237 11. .923 69, .477 24, .530 1. .00 13, .82 B ATOM 2719 H ALA 237 12. .243 68, .552 24, .528 1. .00 0, .00 B ATOM 2720 CA ALA 237 12, .320 70, .380 25, .609 1. .00 15, .91 B ATOM 2721 CB ALA 237 13, .031 69, .599 26, .715 1, .00 12, .47 B ATOM 2722 C ALA 237 13. .183 71. .568 25. .185 1. .00 18. .22 B ATOM 2723 O ALA 237 13. .067 72. .647 25. .754 1. .00 20. .95 B ATOM 2724 N PHE 238 14. .050 71. .372 24. .202 1, .00 20. .05 B ATOM 2725 H PHE 238 14. .094 70, .495 23. ,767 1. .00 0, .00 B ATOM 2726 CA PHE 238 14. .938 72, .443 23. .757 1. .00 25. .75 B ATOM 2727 CB PHE 238 16, .286 71, .864 23. .411 1. .00 21. .10 B ATOM 2728 CG PHE 238 17.058 71.430 24.607 1.00 20.59 B ATOM 2729 CDl PHE 238 17 .153 70 .081 24 .926 1 .00 10 .70 B ATOM 2730 CD2 PHE 238 17 .690 72 .378 25 .425 1 .00 17 .21 B ATOM 2731 CEl PHE 238 17 .865 69 .668 26 .043 1 .00 6 .53 B ATOM 2732 CE2 PHE 238 18 .407 71 .981 26 .548 1 .00 9 .67 B ATOM 2733 CZ PHE 238 18. .498 70 .623 26 .860 1 .00 14 .30 B ATOM 2734 C PHE 238 14 .364 73 .171 22 .570 1. .00 32 .55 B ATOM 2735 O PHE 238 15 .050 73 .472 21 .591 1 .00 34 .64 B ATOM 2736 N THR 239 13 .080 73 .446 22 .682 1 .00 33 .09 B ATOM 2737 H THR 239 12 .608 73 .176 23 .499 1 .00 0 .00 B ATOM 2738 CA THR 239 12 .344 74 .125 21 .651 1 .00 37 .89 B ATOM 2739 CB THR 239 10 .911 73 .562 21 .597 1 .00 34 .14 B ATOM 2740 OG1 THR 239 10 .907 72 .378 20 .797 1 .00 44 .61 B ATOM 2741 HG1 THR 239 10 .019 72 .020 20 .758 1 .00 0 .00 B ATOM 2742 CG2 THR 239 9 .953 74, .558 21 .010 1, .00 42 .52 B ATOM 2743 C THR 239 12 .329 75 .606 21 .986 1 .00 38 .96 B ATOM 2744 O THR 239 12 .421 75 .989 23 .156 1 .00 40 .40 B ATOM 2745 N GLU 240 12 .229 76 .438 20 .962 1 .00 36 .75 B ATOM 2746 H GLU 240 12, .181 76, .087 20, .049 1, .00 0 .00 B ATOM 2747 CA GLU 240 12 .191 77 .867 21, .185 1, .00 42 .75 B ATOM 2748 CB GLU 240 12 .344 78 .604 19 .855 1, .00 50 .61 B ATOM 2749 CG GLU 240 11 .038 78 .872 19 .148 1. .00 62 .98 B ATOM 2750 CD GLU 240 10, .313 80, .068 19. .724 1. .00 67 .81 B ATOM 2751 OEl GLU 240 10. .925 81. .156 19. .774 1, .00 70. .98 B ATOM 2752 OE2 GLU 240 9, .140 79. .916 20. .131 1, .00 69 .99 B ATOM 2753 C GLU 240 10 .843 78 .178 21 .843 1, .00 40 .19 B ATOM 2754 O GLU 240 10 .751 79 .041 22 .707 1, .00 33 .66 B ATOM 2755 N ALA 241 9, .804 77, .458 21, .423 1, .00 33. .98 B ATOM 2756 H ALA 241 9, .936 76, .796 20, .714 1, .00 0. .00 B ATOM 2757 CA ALA 241 8 .471 77, .636 21, .986 1, .00 29 .60 B ATOM 2758 CB ALA 241 7 .492 76, .687 21, .316 1, .00 37 .19 B ATOM 2759 C ALA 241 8, .499 77, .375 23, .491 1. .00 29, .07 B ATOM 2760 O ALA 241 7, .801 78, .047 24, .251 1, .00 32, .90 B ATOM 2761 N ARG 242 9, .312 76, .406 23, .916 1. .00 25, .07 B ATOM 2762 H ARG 242 9, .845 75, .913 23, .257 1. .00 0 .00 B ATOM 2763 CA ARG 242 9 .429 76, .057 25, .332 1. .00 21, .30 B ATOM 2764 CB ARG 242 9. .644 74. .551 25. .495 1. .00 21, .86 B ATOM 2765 CG ARG 242 8, .486 73. .680 24. .980 1. .00 18, .40 B ATOM 2766 CD ARG 242 8, .520 72, .317 25. .663 1. .00 23, .54 B ATOM 2767 NE ARG 242 7, .674 71, .334 25, .001 1, .00 27, .29 B ATOM 2768 HE ARG 242 7. .958 70. .990 24. .131 1. ,00 0, .00 B ATOM 2769 CZ ARG 242 6, .536 70. .870 25. .509 1. ,00 21. .77 B ATOM 2770 NHl ARG 242 6, .106 71, .302 26, .686 1. .00 28. .61 B ATOM 2771 HH11 ARG 242 6, .637 71, .979 27, .196 1. .00 0, .00 B ATOM 2772 HH12 ARG 242 5, .249 70. .952 27, .064 1, .00 0. .00 B ATOM 2773 NH2 ARG 242 5, .842 69. .967 24. .851 1. .00 21. .18 B ATOM 2774 HH21 ARG 242 6, .171 69. .625 23. .969 1. .00 0, .00 B ATOM 2775 HH22 ARG 242 4, .986 69. .618 25. .232 1. ,00 0, .00 B ATOM 2776 C ARG 242 10, .538 76, .806 26, .071 1. .00 17. .43 B ATOM 2777 O ARG 242 10. .884 76. .462 27. ,206 1. .00 14. .43 B ATOM 2778 N GLY 243 11. .127 77. .800 25. .419 1. .00 15. .32 B ATOM 2779 H GLY 243 10. .878 78. .002 24. .495 1. .00 0. .00 B ATOM 2780 CA GLY 243 12, .146 78, .595 26. .096 1. ,00 16, .02 B ATOM 2781 C GLY 243 13, .628 78, .505 25. .786 1. .00 10, .54 B ATOM 2782 O GLY 243 14. .406 79. .182 26. ,444 1. .00 20. ,03 B ATOM 2783 N ALA 244 14. .038 77. .716 24. .801 1. ,00 10. ,60 B ATOM 2784 H ALA 244 13. .378 77. .200 24. .293 1. .00 0. ,00 B ATOM 2785 CA ALA 244 15. .453 77. .610 24. .476 1. ,00 10. .63 B ATOM 2786 CB ALA 244 15. .692 76. ,439 23. .533 1. ,00 12. .74 B ATOM 2787 C ALA 244 15. .916 78. ,907 23. .828 1. ,00 19. ,09 B ATOM 2788 O ALA 244 15. .394 79. .329 22. ,800 1. ,00 22. .97 B ATOM 2789 N ARG 245 16. .911 79. .540 24. ,433 1. ,00 21. ,88 B ATOM 2790 H ARG 245 17. .308 79. .140 25. .235 1. ,00 0. .00 B ATOM 2791 CA ARG 245 17. .429 80. .809 23. .942 1. 00 16. .43 B ATOM 2792 CB ARG 245 18. ,037 81. ,552 25. ,122 1. .00 16. .53 B ATOM 2793 CG ARG 245 17. ,062 81. ,593 26. ,288 1. .00 18. ,89 B ATOM 2794 CD ARG 245 17. ,668 82. .162 27. .546 1. .00 20. ,31 B ATOM 2795 NE ARG 245 18. ,429 81. .148 28. 265 1. 00 12. 05 B ATOM 2796 HE ARG 245 18. ,290 80. .209 28. .024 1. 00 0. 00 B ATOM 2797 CZ ARG 245 19. ,290 81. .427 29. ,230 1. 00 16. 66 B ATOM 2798 NHl ARG 245 19. ,494 82. ,692 29. ,589 1. .00 11. ,02 B ATOM 2799 HH11 ARG 245 18. .992 83. .428 29. ,138 1. .00 0. ,00 B ATOM 2800 HH12 ARG 245 20. .147 82. 907 30. 317 1. 00 0. 00 B ATOM 2801 NH2 ARG 245 19. ,949 80. .444 29. 830 1. 00 17. 95 B ATOM 2802 HH21 ARG 245 19. ,789 79. ,495 29. .554 1. 00 0. 00 B ATOM 2803 HH22 ARG 245 20. ,604 80. ,649 30. ,554 1. 00 0. 00 B ATOM 2804 C ARG 245 18.411 80.701 22.784 1.00 13.58 B ATOM 2805 O ARG 245 19 .106 79 .699 22 .632 1. .00 14 .35 B ATOM 2806 N ARG 246 18 .450 81 .739 21 .952 1 .00 16 .40 B ATOM 2807 H ARG 246 17 .864 82 .504 22 .119 1 .00 0 .00 B ATOM 2808 CA ARG 246 19 .341 81 .766 20 .794 1 .00 16 .73 B ATOM 2809 CB ARG 246 19 .116 83 .052 19 .978 1 .00 20 .99 B ATOM 2810 CG ARG 246 19 .775 83 .037 18 .582 1 .00 27 .27 B ATOM 2811 CD ARG 246 19 .881 81 .606 18 .080 1, .00 29 .21 B ATOM 2812 NE ARG 246 20 .716 81 .432 16 .898 1 .00 40 .75 B ATOM 2813 HE ARG 246 21 .467 80 .808 16 .959 1. .00 0 .00 B ATOM 2814 CZ ARG 246 20 .516 82 .047 15 .737 1. .00 40 .49 B ATOM 2815 NHl ARG 246 19 .502 82 .893 15 .590 1. .00 44 .89 B ATOM 2816 HH11 ARG 246 18 .867 83 .049 16 .346 1 .00 0. .00 B ATOM 2817 HH12 ARG 246 19 .361 83 .355 14 .715 1 .00 0 .00 B ATOM 2818 NH2 ARG 246 21 .323 81 .797 14 .715 1. .00 40 .11 B ATOM 2819 HH21 ARG 246 22. .065 81 .130 14. .816 1, .00 0 .00 B ATOM 2820 HH22 ARG 246 21. .185 82 .260 13 .841 1, .00 0. .00 B ATOM 2821 C ARG 246 20. .830 81 .662 21 .175 1 .00 19 .16 B ATOM 2822 O ARG 246 21 .347 82 .479 21 .929 1 .00 19 .43 B ATOM 2823 N GLY 247 21 .505 80 .652 20 .651 1 .00 15 .61 B ATOM 2824 H GLY 247 21. .040 80 .009 20. .075 1. .00 0. .00 B ATOM 2825 CA GLY 247 22. .920 80 .479 20 .917 1. .00 19 .07 B ATOM 2826 C GLY 247 23 .301 80 .022 22 .315 1. .00 19 .74 B ATOM 2827 O GLY 247 24 .479 79 .869 22 .618 1 .00 24 .75 B ATOM 2828 N VAL 248 22, .320 79 .793 23, .170 1, .00 18 .96 B ATOM 2829 H VAL 248 21, .390 79 .916 22. .891 1. .00 0. .00 B ATOM 2830 CA VAL 248 22 .619 79 .361 24 .528 1, .00 16 .15 B ATOM 2831 CB VAL 248 21 .466 79 .725 25 .475 1 .00 11 .70 B ATOM 2832 CGI VAL 248 21, .742 79 .172 26, .871 1, .00 8, .03 B ATOM 2833 CG2 VAL 248 21, .285 81 .254 25, .517 1, .00 12 .88 B ATOM 2834 C VAL 248 22, .851 77 .852 24, .542 1, .00 19 .75 B ATOM 2835 O VAL 248 22 .051 77 .104 24 .008 1, .00 20 .58 B ATOM 2836 N LYS 249 23, .946 77 .410 25. .153 1. .00 21. .97 B ATOM 2837 H LYS 249 24, .551 78, .054 25. .574 1, .00 0. .00 B ATOM 2838 CA LYS 249 24, .269 75 .983 25. .204 1, .00 24 .74 B ATOM 2839 CB LYS 249 25, .668 75 .769 25. .795 1, .00 28 .79 B ATOM 2840 CG LYS 249 26, .782 75, .746 24. .731 1. .00 39, .64 B ATOM 2841 CD LYS 249 26. .332 76, .365 23. .395 1, .00 40, .06 B ATOM 2842 CE LYS 249 27. .485 76 .507 22, .393 1, .00 46, .49 B ATOM 2843 NZ LYS 249 28, .289 77 .759 22, .567 1, .00 42 .34 B ATOM 2844 HZ1 LYS 249 28. .706 77, .775 23. .518 1. .00 0, .00 B ATOM 2845 HZ2 LYS 249 27, .672 78, .587 22. .444 1. .00 0, .00 B ATOM 2846 HZ3 LYS 249 29, .047 77 .784 21, .855 1, .00 0, .00 B ATOM 2847 C LYS 249 23, .268 75 .105 25, .945 1, .00 18 .56 B ATOM 2848 O LYS 249 22. .753 75, .467 27. .007 1. .00 15. .02 B ATOM 2849 N LYS 250 23. .030 73, .937 25. .359 1, .00 19. .31 B ATOM 2850 H LYS 250 23, .514 73 .734 24, .531 1. .00 0. .00 B ATOM 2851 CA LYS 250 22, .101 72 .943 25, .864 1, .00 21. .51 B ATOM 2852 CB LYS 250 21, .440 72 .228 24. .684 1. .00 21. .98 B ATOM 2853 CG LYS 250 20. .819 73, .146 23, .641 1. .00 24. .29 B ATOM 2854 CD LYS 250 20. .380 72, .344 22. .404 1. .00 20. .75 B ATOM 2855 CE LYS 250 19, .318 73, .084 21. .606 1, .00 30. .12 B ATOM 2856 NZ LYS 250 19, .629 73 .074 20, .143 1, .00 33. .42 B ATOM 2857 HZ1 LYS 250 19, .675 72, .092 19. .805 1. .00 0. .00 B ATOM 2858 HZ2 LYS 250 20, .546 73, .539 19. .983 1. .00 0. .00 B ATOM 2859 HZ3 LYS 250 18, .887 73, .586 19, .627 1. .00 0. .00 B ATOM 2860 C LYS 250 22, .735 71 .894 26, .776 1, .00 23. .57 B ATOM 2861 O LYS 250 23, .707 71. .221 26. .394 1. .00 20, .92 B ATOM 2862 N VAL 251 22. .198 71. .756 27, .986 1. .00 17, .38 B ATOM 2863 H VAL 251 21, .459 72, .339 28. .260 1. .00 0, .00 B ATOM 2864 CA VAL 251 22, .708 70 .748 28, .899 1, .00 17, .18 B ATOM 2865 CB VAL 251 23. ,364 71. .338 30. .175 1. .00 11. .43 B ATOM 2866 CGI VAL 251 23. ,853 70. .213 31. .024 1. ,00 6. .20 B ATOM 2867 CG2 VAL 251 24. .542 72, .269 29. .823 1. .00 18. .54 B ATOM 2868 C VAL 251 21. .573 69, .834 29. .354 1. .00 20, .95 B ATOM 2869 O VAL 251 20. ,496 70. .283 29. .712 1. .00 17. .19 B ATOM 2870 N MET 252 21. ,831 68. .537 29. ,332 1. ,00 17. .99 B ATOM 2871 H MET 252 22. .706 68. .228 29. ,021 1. ,00 0. .00 B ATOM 2872 CA MET 252 20. .851 67, .573 29. .762 1. .00 18. .29 B ATOM 2873 CB MET 252 20. .513 66. .658 28. .570 1. .00 17. ,87 B ATOM 2874 CG MET 252 19. ,355 65. .715 28. ,776 1. ,00 17. .10 B ATOM 2875 SD MET 252 19. ,057 64. .546 27. ,405 1. .00 35. .69 B ATOM 2876 CE MET 252 18. .612 65, .592 26. .112 1. ,00 19. .60 B ATOM 2877 C MET 252 21. .451 66. ,778 30. 932 1. 00 15. .72 B ATOM 2878 O MET 252 22. ,568 66. ,280 30. .827 1. 00 19. ,38 B ATOM 2879 N VAL 253 20. ,731 66. ,696 32. .048 1. ,00 18. ,09 B ATOM 2880 H VAL 253 19.881 67.176 32.096 1.00 0.00 B ATOM 2881 CA VAL 253 21. 165 65. 916 33. 208 1. 00 17. 72 B ATOM 2882 CB VAL 253 21. 201 66. 788 34. 496 1. 00 16. 44 B ATOM 2883 CGI VAL 253 22. 061 68. 051 34. 263 1. 00 9. 88 B ATOM 2884 CG2 VAL 253 19. 802 67. 226 34. 861 1. 00 28. 03 B ATOM 2885 C VAL 253 20. 151 64. 756 33. 379 1. 00 20. 14 B ATOM 2886 O VAL 253 18. 974 64. 981 33. 648 1. 00 18. 38 B ATOM 2887 N ILE 254 20. 607 63. 517 33. 226 1. 00 24. .01 B ATOM 2888 H ILE 254 21. 557 63. 374 33. 037 1. 00 0. 00 B ATOM 2889 CA ILE 254 19. 715 62. 360 33. 335 1. 00 20. 30 B ATOM 2890 CB ILE 254 19. 903 61. 386 32. 137 1. 00 24. 38 B ATOM 2891 CG2 ILE 254 18. 849 60. 290 32. 183 1. 00 21. 87 B ATOM 2892 CGI ILE 254 19. 784 62. 147 30. 816 1. 00 20. 74 B ATOM 2893 CDl ILE 254 21. ,107 62. 500 30. 176 1. 00 26. ,33 B ATOM 2894 C ILE 254 19. ,911 61. 596 34. 635 1. 00 21. ,12 B ATOM 2895 O ILE 254 21. ,031 61. .215 34. 976 1. 00 18. ,90 B ATOM 2896 N VAL 255 18. ,804 61. .377 35. 348 1. 00 16. .92 B ATOM 2897 H VAL 255 17. ,951 61. ,700 34. 986 1. 00 0. ,00 B ATOM 2898 CA VAL 255 18. ,796 60. ,692 36. 629 1. 00 16. ,15 B ATOM 2899 CB VAL 255 18. .178 61. ,580 37. 725 1. .00 18. .84 B ATOM 2900 CGI VAL 255 18. ,215 60. ,856 39. .071 1. .00 10. ,30 B ATOM 2901 CG2 VAL 255 18. .931 62. ,925 37. .796 1. .00 16. .06 B ATOM 2902 C VAL 255 17. .970 59. ,434 36. ,484 1. ,00 13. .71 B ATOM 2903 O VAL 255 16. .799 59. ,480 36. ,109 1. ,00 16. .40 B ATOM 2904 N THR 256 18. .584 58. .301 36. ,781 1. ,00 14, .62 B ATOM 2905 H THR 256 19. .507 58. .326 37. ,105 1. .00 0, .00 B ATOM 2906 CA THR 256 17, .906 57. .022 36. ,634 1. .00 15, .00 B ATOM 2907 CB THR 256 17, .950 56. .564 35. .161 1. .00 17, .78 B ATOM 2908 OG1 THR 256 17, .186 55, .359 35. .006 1. .00 23, .15 B ATOM 2909 HG1 THR 256 16. ,277 55. .527 35. .259 1. .00 0. .00 B ATOM 2910 CG2 THR 256 19. .414 56. .327 34. .704 1. .00 10. .75 B ATOM 2911 C THR 256 18. .542 55. .954 37. .523 1. ,00 16. .31 B ATOM 2912 O THR 256 19, .740 56. .041 37. .862 1. ,00 16, .43 B ATOM 2913 N ASP 257 17, .739 54. .948 37. ,881 1. ,00 15, .42 B ATOM 2914 H ASP 257 16, .815 54. .937 37. ,553 1. .00 0, .00 B ATOM 2915 CA ASP 257 18. .198 53. .872 38. .745 1. .00 15, .12 B ATOM 2916 CB ASP 257 17, .481 53, .974 40. .119 1. .00 17, .76 B ATOM 2917 CG ASP 257 16, .155 53, .241 40. .153 1. .00 16, .63 B ATOM 2918 ODl ASP 257 15, .782 52, .706 41, .219 1, .00 16, .55 B ATOM 2919 OD2 ASP 257 15, .492 53, .197 39, .107 1. .00 18, .63 B ATOM 2920 C ASP 257 18 .067 52, .456 38, .158 1, .00 15, .10 B ATOM 2921 O ASP 257 17 .872 51, .478 38, .892 1, .00 17 .29 B ATOM 2922 N GLY 258 18 .177 52, .337 36, .839 1, .00 9. .50 B ATOM 2923 H GLY 258 18 .302 53 .127 36 .277 1 .00 0. .00 B ATOM 2924 CA GLY 258 18 .108 51 .013 36 .240 1 .00 11. .28 B ATOM 2925 C GLY 258 18 .275 50 .992 34 .737 1. .00 13. .51 B ATOM 2926 O GLY 258 18 .350 52 .038 34 .108 1. .00 17 .36 B ATOM 2927 N GLU 259 18 .328 49 .792 34 .159 1. .00 16 .87 B ATOM 2928 H GLU 259 18 .257 48 .995 34 .723 1 .00 0 .00 B ATOM 2929 CA GLU 259 18 .488 49 .628 32 .718 1 .00 20 .62 B ATOM 2930 CB GLU 259 18 .730 48 .158 32 .358 1 .00 23 .36 B ATOM 2931 CG GLU 259 20 .115 47 .652 32 .667 1 .00 32 .72 B ATOM 2932 CD GLU 259 20 .119 46 .175 33 .015 1 .00 31 .78 B ATOM 2933 OEl GLU 259 19 .803 45 .356 32 .120 1 .00 30 .21 B ATOM 2934 OE2 GLU 259 20 .441 45 .844 34 .178 1 .00 27 .13 B ATOM 2935 C GLU 259 17 .238 50 .083 32 .003 1 .00 22 .02 B ATOM 2936 O GLU 259 16 .141 50 .060 32 .571 1 .00 22 .92 B ATOM 2937 N SER 260 17 .383 50 .452 30 .736 1 .00 17 .73 B ATOM 2938 H SER 260 18 .264 50 .419 30 .314 1 .00 0 .00 B ATOM 2939 CA SER 260 16 .226 50 .900 29 .987 1 .00 21 .31 B ATOM 2940 CB SER 260 16 .609 52 .107 29 .133 1 .00 18 .50 B ATOM 2941 OG SER 260 17 .456 51 .716 28 .080 1 .00 19 .64 B ATOM 2942 HG SER 260 18 .255 51 .324 28 .441 1 .00 0 .00 B ATOM 2943 C SER 260 15 .619 49 .794 29 .109 1 .00 16 .77 B ATOM 2944 O SER 260 16 .330 49 .027 28 .486 1 .00 16 .79 B ATOM 2945 N HIS 261 14 .292 49 .719 29 .083 1 .00 20 .77 B ATOM 2946 H HIS 261 13 .775 50 .351 29 .622 1 .00 0 .00 B ATOM 2947 CA HIS 261 13 .581 48 .730 28 .280 1 .00 26 .28 B ATOM 2948 CB HIS 261 12 .074 48 .819 28 .545 1 .00 36 .28 B ATOM 2949 CG HIS 261 11 .565 47 .849 29 .564 1 .00 47 .66 B ATOM 2950 CD2 HIS 261 10 .832 46 .717 29 .426 1 .00 49 .49 B ATOM 2951 ND1 HIS 261 11 .764 48 .015 30 .919 1 .00 51 .66 B ATOM 2952 HD1 HIS 261 12 .252 48 .757 31 .331 1 .00 0 .00 B ATOM 2953 CEl HIS 261 11 .170 47 .034 31 .575 1 .00 50 .93 B ATOM 2954 NE2 HIS 261 10 .599 46 .231 30 .693 1 .00 52 .42 B ATOM 2955 HE2 HIS 261 10 .085 45 .430 30 .904 1 .00 0 .00 B ATOM 2956 C HIS 261 13.836 49.169 26.854 1..00 23.53 B ATOM 2957 O HIS 261 13 .634 48 .437 25 .895 1 .00 23 .83 B ATOM 2958 N TYR 262 14. .292 50 .405 26 .767 1 .00 22 .41 B ATOM 2959 H TYR 262 14 .447 50 .886 27 .607 1 .00 0 .00 B ATOM 2960 CA TYR 262 14 .581 51 .112 25 .537 1. .00 22 .32 B ATOM 2961 CB TYR 262 14. .348 52 .594 25 .795 1. .00 29 .85 B ATOM 2962 CG TYR 262 13 .305 53 .169 24 .914 1 .00 35 .37 B ATOM 2963 CDl TYR 262 12 .587 54 .264 25 .316 1 .00 29 .84 B ATOM 2964 CEl TYR 262 11. .582 54 .781 24 .522 1, .00 46 .06 B ATOM 2965 CD2 TYR 262 13 .009 52 .594 23 .671 1. .00 41 .64 B ATOM 2966 CE2 TYR 262 11 .987 53 .118 22 .858 1. .00 46 .38 B ATOM 2967 CZ TYR 262 11. .281 54 .224 23 .302 1. .00 41 .00 B ATOM 2968 OH TYR 262 10 .252 54 .782 22 .570 1. .00 44 .86 B ATOM 2969 HH TYR 262 10 .120 54 .276 21 .766 1 .00 0 .00 B ATOM 2970 C TYR 262 15. .981 50 .955 24 .943 1. .00 21 .72 B ATOM 2971 O TYR 262 16. .269 51 .550 23 .903 1 .00 17 .28 B ATOM 2972 N ASN 263 16 .839 50 .201 25 .628 1 .00 23 .04 B ATOM 2973 H ASN 263 16, .526 49. .784 26 .457 1. .00 0 .00 B ATOM 2974 CA ASN 263 18, .222 49 .950 25 .220 1. .00 24 .13 B ATOM 2975 CB ASN 263 18 .634 48 .513 25 .584 1 .00 29 .95 B ATOM 2976 CG ASN 263 18, .971 48. .335 27 .058 1. .00 36 .99 B ATOM 2977 ODl ASN 263 18, .731 49 .210 27 .886 1. .00 41 .66 B ATOM 2978 ND2 ASN 263 19 .528 47 .181 27 .384 1 .00 40 .94 B ATOM 2979 HD21 ASN 263 19, .702 46. .507 26 .693 1. .00 0, .00 B ATOM 2980 HD22 ASN 263 19, .752 47 .038 28 .326 1. .00 0. .00 B ATOM 2981 C ASN 263 18 .543 50 .136 23 .736 1. .00 23 .55 B ATOM 2982 O ASN 263 19, .316 51. .006 23, .369 1. .00 18, .90 B ATOM 2983 N HIS 264 17, .958 49. .279 22 .900 1. .00 23 .91 B ATOM 2984 H HIS 264 17 .341 48 .618 23 .274 1. .00 0. .00 B ATOM 2985 CA HIS 264 18. .189 49, .276 21, .458 1. .00 26, .11 B ATOM 2986 CB HIS 264 17, .205 48, .308 20 .778 1. .00 23, .47 B ATOM 2987 CG HIS 264 15, .766 48 .685 20 .947 1. .00 22, .25 B ATOM 2988 CD2 HIS 264 14, .846 48, .294 21, .863 1. .00 24, .90 B ATOM 2989 ND1 HIS 264 15, .129 49, .594 20, .131 1. .00 23, .90 B ATOM 2990 HD1 HIS 264 15, .530 50, .056 19 .366 1, .00 0, .00 B ATOM 2991 CEl HIS 264 13, .881 49, .748 20, .532 1. .00 31, .00 B ATOM 2992 NE2 HIS 264 13, .683 48, .970 21, .586 1. .00 28, .44 B ATOM 2993 HE2 HIS 264 12, .847 48, .889 22 .081 1. .00 0, .00 B ATOM 2994 C HIS 264 18, .163 50, .601 20, .706 1. .00 29. .92 B ATOM 2995 O HIS 264 18, .712 50, .710 19, .614 1. .00 31. .12 B ATOM 2996 N ARG 265 17 .527 51, .613 21, .282 1. .00 30. .38 B ATOM 2997 H ARG 265 17. .125 51, .493 22, .161 1. .00 0, .00 B ATOM 2998 CA ARG 265 17. .435 52. .905 20, .619 1. .00 33, .48 B ATOM 2999 CB ARG 265 16. .140 53. .580 21, .011 1. .00 35, .96 B ATOM 3000 CG ARG 265 14. .909 52. .909 20, .585 1. .00 43, .13 B ATOM 3001 CD ARG 265 14, .090 53, .926 19, .852 1. .00 45, .62 B ATOM 3002 NE ARG 265 13, .403 54, .838 20, .755 1. .00 41, .09 B ATOM 3003 HE ARG 265 13, .054 54. .478 21, .594 1. .00 0. .00 B ATOM 3004 CZ ARG 265 13, .218 56. .130 20, .506 1. .00 42. .46 B ATOM 3005 NHl ARG 265 13, .671 56, .670 19, .380 1. .00 43, .62 B ATOM 3006 HH11 ARG 265 14. .151 56. .104 18, .710 1. ,00 0. .00 B ATOM 3007 HH12 ARG 265 13. .529 57. .644 19, .202 1. .00 0. .00 B ATOM 3008 NH2 ARG 265 12. .565 56. .879 21, .374 1. .00 43, .11 B ATOM 3009 HH21 ARG 265 12, .206 56. .472 22. .213 1. ,00 0. .00 B ATOM 3010 HH22 ARG 265 12, .426 57. .852 21. .189 1. .00 0. .00 B ATOM 3011 C ARG 265 18, .535 53, .875 21. .040 1. .00 31. .98 B ATOM 3012 O ARG 265 18, .666 54. .954 20. .443 1. .00 25. .36 B ATOM 3013 N LEU 266 19, .302 53. .472 22, .059 1. .00 27. .18 B ATOM 3014 H LEU 266 19, .231 52, .547 22, .360 1. ,00 0. .00 B ATOM 3015 CA LEU 266 20. .303 54. .346 22. .685 1. ,00 26. ,54 B ATOM 3016 CB LEU 266 20. .987 53. ,646 23. .864 1. ,00 21. ,25 B ATOM 3017 CG LEU 266 20, .178 53. .787 25, .158 1. ,00 23. .40 B ATOM 3018 CDl LEU 266 20. .950 53. ,117 26. .265 1. 00 16. .18 B ATOM 3019 CD2 LEU 266 19. .900 55. .260 25. .505 1. ,00 27. ,07 B ATOM 3020 C LEU 266 21. .337 54. .990 21. .809 1. ,00 28. .09 B ATOM 3021 O LEU 266 21. .467 56. ,208 21. ,838 1. 00 30. .85 B ATOM 3022 N GLN 267 22. .045 54. .199 21. .031 1. ,00 29. ,76 B ATOM 3023 H GLN 267 21. ,873 53. ,236 21. ,016 1. ,00 0. .00 B ATOM 3024 CA GLN 267 23. .086 54. ,733 20. ,162 1. 00 29. 56 B ATOM 3025 CB GLN 267 23. .692 53. ,605 19. .344 1. .00 36. .52 B ATOM 3026 CG GLN 267 23. .964 52. ,362 20. .169 1. .00 50. .23 B ATOM 3027 CD GLN 267 23. .778 51. ,084 19. ,380 1. 00 58. 15 B ATOM 3028 OEl GLN 267 23. .350 50. ,056 19. ,919 1. 00 60. .56 B ATOM 3029 NE2 GLN 267 24. .100 51. ,138 18. ,089 1. 00 62. .36 B ATOM 3030 HE21 GLN 267 24. .434 51. .976 17. .706 1. 00 0. 00 B ATOM 3031 HE22 GLN 267 23. .988 50. ,324 17. .561 1. 00 0. 00 B ATOM 3032 C GLN 267 22,.556 55,.825 19..245 1,.00 31..18 B ATOM 3033 O GLN 267 23, .145 56, .905 19. .130 1, .00 27. .34 B ATOM 3034 N LYS 268 21, .443 55, .540 18. .582 1 .00 29 .62 B ATOM 3035 H LYS 268 21 .009 54, .672 18, .704 1 .00 0 .00 B ATOM 3036 CA LYS 268 20, .872 56, .514 17. ,687 1, .00 26, .36 B ATOM 3037 CB LYS 268 19, .650 55. .937 16. ,976 1, .00 29, .19 B ATOM 3038 CG LYS 268 19, .037 56. .897 15. .952 1, .00 37, .26 B ATOM 3039 CD LYS 268 20, .002 57. .194 14. .800 1, .00 37, .93 B ATOM 3040 CE LYS 268 19, .555 56. .514 13. .516 1, .00 45 .23 B ATOM 3041 NZ LYS 268 20 .397 56 .862 12, .327 1 .00 50 .96 B ATOM 3042 HZl LYS 268 21, .379 56, .574 12. ,501 1, .00 0, .00 B ATOM 3043 HZ2 LYS 268 20, .358 57, .888 12. .163 1, .00 0, .00 B ATOM 3044 HZ3 LYS 268 20, .032 56, .365 11. .488 1, .00 0, .00 B ATOM 3045 C LYS 268 20, .476 57, .755 18. .464 1, .00 22, .33 B ATOM 3046 O LYS 268 20 .834 58, .864 18, .085 1 .00 18 .43 B ATOM 3047 N VAL 269 19 .744 57, .570 19, .556 1 .00 25 .38 B ATOM 3048 H VAL 269 19, .505 56, .659 19. .828 1. .00 0, .00 B ATOM 3049 CA VAL 269 19, .294 58, .706 20. .357 1, .00 24, .60 B ATOM 3050 CB VAL 269 18, .422 58, .270 21. .562 1, .00 21, .43 B ATOM 3051 CGI VAL 269 18 .359 59, .395 22, .582 1, .00 20, .07 B ATOM 3052 CG2 VAL 269 17, .014 57, .926 21, .092 1, .00 13, .06 B ATOM 3053 C VAL 269 20 .471 59, .518 20. .876 1. .00 25 .36 B ATOM 3054 O VAL 269 20, .453 60, .753 20. ,827 1, .00 24, .64 B ATOM 3055 N ILE 270 21, .494 58. .830 21. .372 1, .00 25, .28 B ATOM 3056 H ILE 270 21, .457 57, .854 21. .397 1, .00 0, .00 B ATOM 3057 CA ILE 270 22, .674 59, .520 21. .878 1, .00 20, .75 B ATOM 3058 CB ILE 270 23 .657 58, .535 22, .568 1, .00 22. .70 B ATOM 3059 CG2 ILE 270 25, .019 59. .210 22, .813 1, .00 16. .22 B ATOM 3060 CGI ILE 270 23, .078 58, .064 23. .912 1, .00 27, .60 B ATOM 3061 CDl ILE 270 21, .829 58, .794 24. .368 1, .00 28, .95 B ATOM 3062 C ILE 270 23, .377 60, .244 20. .730 1, .00 24, .26 B ATOM 3063 O ILE 270 23, .877 61, .350 20. .919 1, .00 25, .59 B ATOM 3064 N GLN 271 23 .387 59, .646 19. .538 1, .00 24, .44 B ATOM 3065 H GLN 271 22. .937 58, .783 19, .424 1. .00 0. .00 B ATOM 3066 CA GLN 271 24, .066 60, .269 18. .389 1. .00 24, .78 B ATOM 3067 CB GLN 271 24, .125 59, .335 17. .186 1, .00 22, .72 B ATOM 3068 CG GLN 271 24, .955 59, .918 16. .040 1, .00 26, .49 B ATOM 3069 CD GLN 271 26, .371 60, .238 16, ,481 1, .00 29, .28 B ATOM 3070 OEl GLN 271 26 .939 61, .274 16, .127 1, .00 30, .26 B ATOM 3071 NE2 GLN 271 26, .951 59, .345 17. .264 1. .00 30, .30 B ATOM 3072 HE21 GLN 271 26, .460 58, .535 17. .522 1, .00 0, .00 B ATOM 3073 HE22 GLN 271 27, .862 59, .527 17. .562 1, .00 0, .00 B ATOM 3074 C GLN 271 23 .404 61, .550 17. .944 1, .00 24, .46 B ATOM 3075 O GLN 271 24 .067 62. .496 17, .509 1, .00 16, .78 B ATOM 3076 N ASP 272 22 .082 61 .557 18, .025 1 .00 21, .10 B ATOM 3077 H ASP 272 21, .615 60, .756 18. .343 1, .00 0, .00 B ATOM 3078 CA ASP 272 21, .325 62, .718 17 , .650 1, .00 17, .66 B ATOM 3079 CB ASP 272 19, .848 62, .340 17. .563 1, .00 21, .71 B ATOM 3080 CG ASP 272 19 .567 61, .417 16. .376 1, .00 24, .50 B ATOM 3081 ODl ASP 272 20 .276 61 .541 15, .361 1 .00 31, .04 B ATOM 3082 OD2 ASP 272 18 .656 60 .571 16, .449 1 .00 28, .77 B ATOM 3083 C ASP 272 21, .593 63, .832 18, .656 1, .00 17, .80 B ATOM 3084 O ASP 272 21, .699 64, .997 18, .284 1, .00 18, .02 B ATOM 3085 N CYS 273 21, .729 63, .477 19, .931 1, .00 18. .60 B ATOM 3086 H CYS 273 21, .636 62, .537 20, .187 1, .00 0. .00 B ATOM 3087 CA CYS 273 22 .022 64 .488 20, .945 1, .00 20, .63 B ATOM 3088 CB CYS 273 22 .050 63 .867 22, .347 1 .00 16, .54 B ATOM 3089 SG CYS 273 20, .445 63, .515 23, .095 1, .00 35, .11 B ATOM 3090 C CYS 273 23 .396 65, .085 20. .641 1, .00 23, .93 B ATOM 3091 O CYS 273 23, .579 66, .305 20. .707 1, .00 21, .34 B ATOM 3092 N GLU 274 24 .346 64, .212 20, .304 1, .00 21, .52 B ATOM 3093 H GLU 274 24 .114 63 .261 20, .261 1. .00 0, .00 B ATOM 3094 CA GLU 274 25 .723 64 .601 19, .993 1 .00 25, .93 B ATOM 3095 CB GLU 274 26, .523 63, .355 19. .575 1, .00 25. .37 B ATOM 3096 CG GLU 274 28, .017 63, .412 19, .847 1, .00 33. .76 B ATOM 3097 CD GLU 274 28 .381 64, .114 21, .149 1, .00 35. .86 B ATOM 3098 OEl GLU 274 29 .384 64 .855 21, .154 1, .00 39, .26 B ATOM 3099 OE2 GLU 274 27 .682 63 .929 22, .164 1, .00 31, .65 B ATOM 3100 C GLU 274 25 .801 65 .667 18, .896 1. .00 27, .29 B ATOM 3101 O GLU 274 26, .479 66, .692 19. .055 1, .00 21. .91 B ATOM 3102 N ASP 275 25, .110 65, .409 17. .786 1, .00 25. .89 B ATOM 3103 H ASP 275 24, .605 64, .571 17, .736 1, .00 0. .00 B ATOM 3104 CA ASP 275 25 .069 66, .319 16, .635 1, .00 29. .31 B ATOM 3105 CB ASP 275 24 .320 65 .655 15, .471 1. .00 28. .05 B ATOM 3106 CG ASP 275 25 .031 64 .420 14, .938 1 .00 37. .38 B ATOM 3107 ODl ASP 275 26, .257 64, .293 15, .145 1, .00 41. .51 B ATOM 3108 OD2 ASP 275 24..360 63.575 14.305 1.00 34.32 B ATOM 3109 C ASP 275 24 .408 67 .674 16, .939 1 .00 29 .09 B ATOM 3110 O ASP 275 24. .678 68 .679 16 .268 1 .00 22 .13 B ATOM 3111 N GLU 276 23. .529 67 .688 17 .935 1 .00 30 .74 B ATOM 3112 H GLU 276 23 .353 66 .859 18 .423 1 .00 0 .00 B ATOM 3113 CA GLU 276 22. .817 68. .901 18, .327 1. .00 32 .15 B ATOM 3114 CB GLU 276 21. .403 68 .554 18, .792 1, .00 31 .31 B ATOM 3115 CG GLU 276 20. .404 68, .622 17, .654 1, .00 35 .70 B ATOM 3116 CD GLU 276 19, .015 68 .175 18, .049 1. .00 42 .31 B ATOM 3117 OEl GLU 276 18, .415 67 .389 17, .284 1, .00 40 .50 B ATOM 3118 OE2 GLU 276 18, .521 68 .606 19, .115 1 .00 46 .76 B ATOM 3119 C GLU 276 23, .606 69 .557 19, .431 1, .00 29 .44 B ATOM 3120 O GLU 276 23, .234 70 .604 19 .968 1 .00 24 .35 B ATOM 3121 N ASN 277 24, .727 68 .918 19, .744 1 .00 28 .11 B ATOM 3122 H ASN 277 24, .942 68 .087 19 .272 1 .00 0. .00 B ATOM 3123 CA ASN 277 25. .644 69, .401 20, .757 1. .00 29, .61 B ATOM 3124 CB ASN 277 26. .309 70, .682 20, .271 1, .00 32, .09 B ATOM 3125 CG ASN 277 27. .387 70. .398 19, .252 1, .00 38, .92 B ATOM 3126 ODl ASN 277 28. .455 69, .880 19, .597 1, .00 38, .13 B ATOM 3127 ND2 ASN 277 27. .113 70, .712 17, .989 1, .00 39 .28 B ATOM 3128 HD21 ASN 277 26, .245 71, .104 17, .760 1, .00 0, .00 B ATOM 3129 HD22 ASN 277 27, .804 70 .534 17, .319 1. .00 0, .00 B ATOM 3130 C ASN 277 25, .023 69 .617 22, .111 1, .00 27 .06 B ATOM 3131 O ASN 277 25, .118 70 .691 22, .693 1, .00 28 .18 B ATOM 3132 N ILE 278 24, .390 68 .572 22, .613 1, .00 22 .45 B ATOM 3133 H ILE 278 24, .339 67 .740 22 .096 1, .00 0. .00 B ATOM 3134 CA ILE 278 23, .775 68, .640 23, .909 1, .00 18, .31 B ATOM 3135 CB ILE 278 22. .422 67, .904 23, .899 1, .00 14, .49 B ATOM 3136 CG2 ILE 278 21. .895 67, .787 25, .306 1, .00 12, .68 B ATOM 3137 CGI ILE 278 21. .454 68, .639 22, .962 1, .00 17. .11 B ATOM 3138 CDl ILE 278 20. .093 68, .024 22, .870 1. .00 16. .07 B ATOM 3139 C ILE 278 24, .728 67, .978 24, .903 1, .00 18. .85 B ATOM 3140 O ILE 278 25, .052 66, .802 24, .767 1, .00 17. .29 B ATOM 3141 N GLN 279 25, .180 68 .738 25, .896 1, .00 15. .07 B ATOM 3142 H GLN 279 24, .907 69, .676 25, .956 1, .00 0. .00 B ATOM 3143 CA GLN 279 26, .071 68 .182 26, .891 1, .00 20 .54 B ATOM 3144 CB GLN 279 26, .788 69 .299 27, .636 1, .00 22 .04 B ATOM 3145 CG GLN 279 28. .008 68, .836 28, .428 1, .00 25, .39 B ATOM 3146 CD GLN 279 28. .683 69, .984 29. .146 1, .00 25, .91 B ATOM 3147 OEl GLN 279 29. .500 69, .777 30, .040 1. .00 26, .55 B ATOM 3148 NE2 GLN 279 28. .340 71, .208 28, .758 1. .00 23, .93 B ATOM 3149 HE21 GLN 279 27. .685 71, .328 28, .040 1, .00 0, .00 B ATOM 3150 HE22 GLN 279 28, .769 71, .963 29, .211 1, .00 0, .00 B ATOM 3151 C GLN 279 25, .253 67. .347 27, .866 1, .00 17, .77 B ATOM 3152 O GLN 279 24, .310 67. .847 28, .475 1, .00 21, .13 B ATOM 3153 N ARG 280 25, .620 66 .081 28, .025 1, .00 19, .35 B ATOM 3154 H ARG 280 26, .398 65 .742 27, .538 1, .00 0. .00 B ATOM 3155 CA ARG 280 24, .880 65 .184 28, .913 1, .00 17 .76 B ATOM 3156 CB ARG 280 24. .285 64, .007 28. .123 1, .00 13. .32 B ATOM 3157 CG ARG 280 24. .065 64, .255 26. .641 1. .00 16, .90 B ATOM 3158 CD ARG 280 23. .912 62, .956 25. .872 1, .00 12, .99 B ATOM 3159 NE ARG 280 25. .175 62, .404 25. .368 1, .00 14, .94 B ATOM 3160 HE ARG 280 25. .533 61, .605 25. .802 1, .00 0, .00 B ATOM 3161 CZ ARG 280 25, .866 62, .931 24. .363 1, .00 18, .57 B ATOM 3162 NHl ARG 280 25, .421 64, .025 23, .754 1. .00 16, .91 B ATOM 3163 HH11 ARG 280 24, .569 64 .453 24, .058 1, .00 0, .00 B ATOM 3164 HH12 ARG 280 25, .937 64, .421 22, .996 1, .00 0, .00 B ATOM 3165 NH2 ARG 280 27, .005 62 .370 23, .965 1, .00 12, .64 B ATOM 3166 HH21 ARG 280 27. ,344 61, .552 24. .430 1. .00 0, .00 B ATOM 3167 HH22 ARG 280 27. ,521 62, .763 23. .211 1. .00 0, .00 B ATOM 3168 C ARG 280 25. .628 64. .601 30. .111 1. ,00 16, .54 B ATOM 3169 O ARG 280 26. .644 63, .912 29. .968 1. ,00 18. .85 B ATOM 3170 N PHE 281 25. .099 64, .893 31. .288 1. .00 14, .11 B ATOM 3171 H PHE 281 24. .324 65, .492 31. .315 1. .00 0. .00 B ATOM 3172 CA PHE 281 25. .611 64, .374 32. .543 1. .00 13, .98 B ATOM 3173 CB PHE 281 25. .610 65, .452 33, .632 1. .00 20, .05 B ATOM 3174 CG PHE 281 26. .572 66, .572 33, .394 1. .00 23, .08 B ATOM 3175 CDl PHE 281 26. .213 67, .660 32, .606 1. .00 22, .44 B ATOM 3176 CD2 PHE 281 27, .822 66, .564 33, .998 1, .00 20, .52 B ATOM 3177 CEl PHE 281 27. .086 68. .732 32. .426 1. .00 23. ,69 B ATOM 3178 CE2 PHE 281 28. ,702 67. ,628 33. ,826 1. ,00 19. ,90 B ATOM 3179 CZ PHE 281 28. ,328 68. ,718 33. ,038 1. ,00 22. .07 B ATOM 3180 C PHE 281 24. .570 63. ,306 32. .929 1. ,00 16. ,85 B ATOM 3181 O PHE 281 23. ,370 63. .589 32. ,962 1. ,00 17. ,22 B ATOM 3182 N SER 282 25. ,022 62. .095 33. .231 1. ,00 14. ,65 B ATOM 3183 H SER 282 25. .984 61. .920 33. .203 1. ,00 0. .00 B ATOM 3184 CA SER 282 24,.104 61,.030 33.605 1..00 14..06 B ATOM 3185 CB SER 282 24, .152 59, .884 32, .578 1. .00 11. .06 B ATOM 3186 OG SER 282 25 .449 59, .298 32, .482 1 .00 18 .85 B ATOM 3187 HG SER 282 25 .433 58, .594 31 .836 1 .00 0. .00 B ATOM 3188 C SER 282 24, .449 60. .516 34, .984 1. .00 15, .44 B ATOM 3189 O SER 282 25, .631 60. .359 35, .310 1. .00 22. .28 B ATOM 3190 N ILE 283 23, .413 60, .278 35, .787 1. .00 16, .47 B ATOM 3191 H ILE 283 22, .513 60, .444 35, .442 1, .00 0, .00 B ATOM 3192 CA ILE 283 23 .541 59, .776 37, .152 1 .00 12, .03 B ATOM 3193 CB ILE 283 22 .870 60, .730 38 .164 1 .00 13 .63 B ATOM 3194 CG2 ILE 283 22, .863 60. .095 39, .532 1. .00 11. .53 B ATOM 3195 CGI ILE 283 23, .606 62. .072 38, .237 1. .00 18. .66 B ATOM 3196 CDl ILE 283 23, .280 63, .039 37, .120 1. .00 14. .72 B ATOM 3197 C ILE 283 22, .842 58, .403 37 .283 1. .00 20, .66 B ATOM 3198 O ILE 283 21 .623 58, .291 37 .068 1 .00 19, .36 B ATOM 3199 N ALA 284 23 .617 57, .369 37 .616 1 .00 18 .27 B ATOM 3200 H ALA 284 24. .579 57, .514 37, .731 1. .00 0, .00 B ATOM 3201 CA ALA 284 23. .082 56, .022 37, .814 1. .00 16, .02 B ATOM 3202 CB ALA 284 24. .000 54, .974 37, .196 1. .00 17, .51 B ATOM 3203 C ALA 284 22. .963 55. .767 39, .299 1. .00 18, .28 B ATOM 3204 O ALA 284 23, .956 55. .892 40 .018 1. .00 22, .88 B ATOM 3205 N ILE 285 21, .753 55, .430 39. .764 1 .00 19, .46 B ATOM 3206 H ILE 285 21, .001 55. .378 39, .139 1. .00 0, .00 B ATOM 3207 CA ILE 285 21. .523 55. .137 41, .182 1. .00 20, .18 B ATOM 3208 CB ILE 285 20. .188 55, .716 41, .703 1, .00 19, .17 B ATOM 3209 CG2 ILE 285 19. .893 55, .174 43, .103 1. .00 17, .01 B ATOM 3210 CGI ILE 285 20 .256 57, .235 41 .762 1 .00 17, .37 B ATOM 3211 CDl ILE 285 19, .131 57, .923 41, .023 1, .00 18. .02 B ATOM 3212 C ILE 285 21, .469 53. .621 41, .280 1, .00 20. .23 B ATOM 3213 0 ILE 285 20, .615 52. .986 40, .659 1. .00 20, .26 B ATOM 3214 N LEU 286 22, .384 53, .045 42, .052 1. .00 17, .07 B ATOM 3215 H LEU 286 23, .012 53, .610 42, .549 1. .00 0, .00 B ATOM 3216 CA LEU 286 22, .471 51, .602 42, .176 1. .00 19, .43 B ATOM 3217 CB LEU 286 23, .949 51, .171 42. .263 1. .00 19, .07 B ATOM 3218 CG LEU 286 25, .035 51. .649 41, .276 1. .00 17. .49 B ATOM 3219 CDl LEU 286 25, .830 50. .442 40, .797 1. .00 12. .99 B ATOM 3220 CD2 LEU 286 24, .431 52, .420 40, .099 1. .00 10. .34 B ATOM 3221 C LEU 286 21, .722 51, .058 43, .382 1. .00 21. .59 B ATOM 3222 O LEU 286 21, .885 49, .895 43 .742 1 .00 23, .43 B ATOM 3223 N GLY 287 20, .899 51. .903 43, .997 1. .00 21. .97 B ATOM 3224 H GLY 287 20. .792 52. .812 43, .647 1. .00 0. .00 B ATOM 3225 CA GLY 287 20. .158 51. .493 45, .173 1. .00 19, .38 B ATOM 3226 C GLY 287 19. .312 50. .236 45, .051 1. .00 23, .15 B ATOM 3227 O GLY 287 19 .575 49, .221 45 .708 1, .00 20, .35 B ATOM 3228 N HIS 288 18 .285 50, .308 44 .215 1 .00 17, .51 B ATOM 3229 H HIS 288 18. .130 51. .137 43, .713 1, .00 0. .00 B ATOM 3230 CA HIS 288 17. .387 49. .196 44, .027 1. .00 14. .47 B ATOM 3231 CB HIS 288 16. .298 49, .571 43, .042 1, .00 14, .52 B ATOM 3232 CG HIS 288 15. .289 48, .495 42, .825 1, .00 15. .66 B ATOM 3233 CD2 HIS 288 15. .157 47, .585 41, .826 1. .00 6, .58 B ATOM 3234 ND1 HIS 288 14 .289 48, .220 43 .731 1 .00 10. .26 B ATOM 3235 HD1 HIS 288 14, .116 48. .715 44, .551 1. .00 0. .00 B ATOM 3236 CEl HIS 288 13, .575 47. .198 43, .293 1. .00 16. .43 B ATOM 3237 NE2 HIS 288 14, .083 46, .794 42, .141 1. .00 11. .36 B ATOM 3238 HE2 HIS 288 13, .751 46, .056 41, .599 1. .00 0. .00 B ATOM 3239 C HIS 288 18, .086 47, .939 43, .532 1. .00 20, .49 B ATOM 3240 O HIS 288 17 .786 46, .833 43 .982 1. .00 21. .10 B ATOM 3241 N TYR 289 19, .007 48. .117 42, .595 1. .00 20. ,56 B ATOM 3242 H TYR 289 19, .202 49. .023 42, .276 1. .00 0. ,00 B ATOM 3243 CA TYR 289 19, .733 46. .995 42, .034 1. .00 18. ,95 B ATOM 3244 CB TYR 289 20, .740 47, .489 41, .004 1. .00 16. .43 B ATOM 3245 CG TYR 289 20, .221 47, .446 39, .597 1. .00 16. .33 B ATOM 3246 CDl TYR 289 19, .048 48, .104 39, .264 1. .00 14. .79 B ATOM 3247 CEl TYR 289 18, .563 48. .086 37. .978 1. .00 23. ,36 B ATOM 3248 CD2 TYR 289 20, .907 46. .757 38, .592 1. .00 18. ,79 B ATOM 3249 CE2 TYR 289 20, .428 46. .733 37, .287 1, .00 18. .41 B ATOM 3250 CZ TYR 289 19, .252 47. .409 36, .991 1, .00 22. .68 B ATOM 3251 OH TYR 289 18, .755 47. .437 35, .716 1. .00 18. .85 B ATOM 3252 HH TYR 289 17 .943 47. .954 35, .703 1. .00 0. .00 B ATOM 3253 C TYR 289 20. .467 46. .221 43. .120 1. .00 16. ,62 B ATOM 3254 O TYR 289 20. .383 44. .995 43. .190 1. .00 16. ,84 B ATOM 3255 N ASN 290 21, .182 46. .940 43. .976 1. .00 14. ,38 B ATOM 3256 H ASN 290 21, .203 47. .921 43. .912 1. .00 0. ,00 B ATOM 3257 CA ASN 290 21, .927 46. .254 45, .007 1. .00 16. ,73 B ATOM 3258 CB ASN 290 23, .029 47. .167 45, .546 1. .00 16. ,82 B ATOM 3259 CG ASN 290 24. .202 47. ,282 44. .575 1. .00 23. 04 B ATOM 3260 ODl ASN 290 24.477 46.361 43.788 1.00 17.55 B ATOM 3261 ND2 ASN 290 24 .892 48 .410 44 .618 1 .00 21 .77 B ATOM 3262 HD21 ASN 290 24 .637 49 .116 45 .247 1 .00 0. .00 B ATOM 3263 HD22 ASN 290 25 .647 48 .501 44 .001 1 .00 0. .00 B ATOM 3264 C ASN 290 21 .016 45 .733 46 .110 1 .00 18. .43 B ATOM 3265 O ASN 290 21 .301 44 .698 46 .720 1 .00 15 .23 B ATOM 3266 N ARG 291 19 .909 46 .434 46 .330 1 .00 16 .92 B ATOM 3267 H ARG 291 19 .744 47. .244 45. .805 1 .00 0. .00 B ATOM 3268 CA ARG 291 18 .926 46. .034 47 .336 1 .00 21 .23 B ATOM 3269 CB ARG 291 17 .804 47 .089 47 .452 1 .00 24 .15 B ATOM 3270 CG ARG 291 17 .983 48 .113 48 .576 1 .00 25 .81 B ATOM 3271 CD ARG 291 17 .245 49 .456 48 .310 1 .00 34 .39 B ATOM 3272 NE ARG 291 16 .026 49 .348 47 .505 1 .00 42 .57 B ATOM 3273 HE ARG 291 15, .575 48. .480 47. .481 1. .00 0. .00 B ATOM 3274 CZ ARG 291 15 .478 50, .349 46 .806 1. .00 43 .67 B ATOM 3275 NHl ARG 291 16 .035 51 .551 46 .803 1 .00 38 .72 B ATOM 3276 HH11 ARG 291 16 .864 51 .719 47 .331 1 .00 0 .00 B ATOM 3277 HH12 ARG 291 15 .620 52 .293 46 .275 1 .00 0 .00 B ATOM 3278 NH2 ARG 291 14, .356 50, .148 46. .110 1. .00 39 .35 B ATOM 3279 HH21 ARG 291 13, .920 49, .248 46. .114 1. .00 0, .00 B ATOM 3280 HH22 ARG 291 13 .952 50, .897 45. .585 1. .00 0. .00 B ATOM 3281 C ARG 291 18 .337 44, .690 46 .908 1. .00 10 .17 B ATOM 3282 O ARG 291 17 .966 43 .883 47 .734 1 .00 10 .79 B ATOM 3283 N GLY 292 18, .283 44, .442 45. .607 1 .00 18. .23 B ATOM 3284 H GLY 292 18, .625 45, .096 44, .967 1 .00 0. .00 B ATOM 3285 CA GLY 292 17, .712 43, .187 45, .139 1 .00 19. .17 B ATOM 3286 C GLY 292 18 .625 42, .170 44, .468 1. .00 20 .74 B ATOM 3287 O GLY 292 18 .143 41, .280 43, .759 1. .00 16 .44 B ATOM 3288 N ASN 293 19 .925 42, .262 44, .724 1 .00 19 .28 B ATOM 3289 H ASN 293 20, .235 42. .945 45, .353 1. .00 0, .00 B ATOM 3290 CA ASN 293 20, .918 41, .375 44. .101 1. .00 23, .38 B ATOM 3291 CB ASN 293 20, .855 39, .945 44. .650 1. .00 21, .82 B ATOM 3292 CG ASN 293 22, .109 39, .122 44. .279 1. .00 28, .61 B ATOM 3293 ODl ASN 293 22 .011 38, .021 43 .727 1 .00 20 .89 B ATOM 3294 ND2 ASN 293 23, .286 39. .667 44. .580 1. .00 16, .64 B ATOM 3295 HD21 ASN 293 23, .321 40. .544 45, .016 1. .00 0, .00 B ATOM 3296 HD22 ASN 293 24, .090 39. .158 44, .353 1. .00 0, .00 B ATOM 3297 C ASN 293 20 .851 41. .290 42, .578 1. .00 24, .68 B ATOM 3298 O ASN 293 20, .937 40, .199 42, .009 1. .00 25, .78 B ATOM 3299 N LEU 294 20 .690 42, .432 41, .917 1 .00 27 .45 B ATOM 3300 H LEU 294 20. .582 43. .268 42. .415 1. .00 0, .00 B ATOM 3301 CA LEU 294 20. .666 42. .454 40. .457 1. .00 26, .46 B ATOM 3302 CB LEU 294 19. .696 43, .514 39. .920 1. .00 21. .98 B ATOM 3303 CG LEU 294 18. .249 43. .549 40. .402 1. .00 33. .38 B ATOM 3304 CDl LEU 294 17. .464 44, .534 39. .538 1. .00 32. .24 B ATOM 3305 CD2 LEU 294 17, .639 42. .177 40. .334 1, .00 27, .44 B ATOM 3306 C LEU 294 22. .063 42. .822 39. .984 1. .00 24. .21 B ATOM 3307 O LEU 294 22, .709 43, .685 40. .571 1. .00 23, .66 B ATOM 3308 N SER 295 22, .526 42, .174 38, .924 1. .00 23, .08 B ATOM 3309 H SER 295 21, .984 41, .469 38, .512 1. .00 0, .00 B ATOM 3310 CA SER 295 23. .833 42. .497 38. .366 1. .00 24. .49 B ATOM 3311 CB SER 295 24. .211 41. .481 37. .284 1. .00 22. .71 B ATOM 3312 OG SER 295 25. .057 42. .058 36. .307 1. .00 28, .77 B ATOM 3313 HG SER 295 25, .856 42. .370 36. .726 1. .00 0, .00 B ATOM 3314 C SER 295 23, .724 43. .909 37, .759 1. .00 20, .29 B ATOM 3315 O SER 295 22, .815 44, .187 36, .983 1. .00 18, .00 B ATOM 3316 N THR 296 24. .660 44. ,777 38. .118 1. .00 16. .49 B ATOM 3317 H THR 296 25. .372 44. .479 38. .724 1. .00 0. .00 B ATOM 3318 CA THR 296 24. .679 46. .166 37. .653 1. .00 18. .66 B ATOM 3319 CB THR 296 25, .023 47. .101 38. .804 1. .00 19. .68 B ATOM 3320 OG1 THR 296 26, .258 46. .675 39. .393 1. .00 19. .06 B ATOM 3321 HG1 THR 296 26. .162 45. .778 39. ,722 1. .00 0. ,00 B ATOM 3322 CG2 THR 296 23. .927 47. ,060 39. ,863 1. ,00 22. ,45 B ATOM 3323 C THR 296 25. .664 46. ,470 36. .535 1. .00 19. .63 B ATOM 3324 O THR 296 25. .808 47. ,626 36. .136 1. .00 17. .70 B ATOM 3325 N GLU 297 26. .324 45. ,439 36. .016 1. .00 21. .20 B ATOM 3326 H GLU 297 26. ,131 44. ,536 36. .341 1. .00 0. ,00 B ATOM 3327 CA GLU 297 27. ,325 45. ,622 34. .972 1. .00 21. ,26 B ATOM 3328 CB GLU 297 28. .042 44. ,291 34. ,710 1. ,00 30. ,39 B ATOM 3329 CG GLU 297 29. ,004 43. ,863 35. ,838 1. ,00 39. ,46 B ATOM 3330 CD GLU 297 28. .305 43. ,191 37. .015 1. ,00 41. ,75 B ATOM 3331 OEl GLU 297 27. .330 42. ,455 36. ,778 1. ,00 45. .39 B ATOM 3332 OE2 GLU 297 28. .735 43. 392 38. ,173 1. ,00 35. ,85 B ATOM 3333 C GLU 297 26. .789 46. ,210 33. 675 1. ,00 22. 11 B ATOM 3334 O GLU 297 27. ,344 47. ,184 33. ,151 1. ,00 18. ,94 B ATOM 3335 N LYS 298 25. .717 45. .622 33. ,153 1. ,00 15. ,26 B ATOM 3336 H LYS 298 25.330 44..845 33,.608 1,.00 0.00 B ATOM 3337 CA LYS 298 25 .105 46. .107 31, .925 1, .00 17 .69 B ATOM 3338 CB LYS 298 23 .958 45 .163 31, .500 1, .00 22 .54 B ATOM 3339 CG LYS 298 23. .297 45. .486 30, .151 1, .00 16 .04 B ATOM 3340 CD LYS 298 22 .093 44. .565 29, .903 1, .00 15 .19 B ATOM 3341 CE LYS 298 21 .795 44 .409 28, .415 1, .00 24 .32 B ATOM 3342 NZ LYS 298 20 .353 44. .064 28. .147 1, .00 31 .08 B ATOM 3343 HZ1 LYS 298 19 .741 44. .822 28, .518 1, .00 0 .00 B ATOM 3344 HZ2 LYS 298 20 .114 43 .169 28, .620 1, .00 0 .00 B ATOM 3345 HZ3 LYS 298 20. .202 43, .968 27, .124 1. .00 0 .00 B ATOM 3346 C LYS 298 24. .556 47, .506 32, .172 1, .00 14 .71 B ATOM 3347 O LYS 298 24 .718 48 .410 31, .356 1, .00 19 .72 B ATOM 3348 N PHE 299 23. .915 47, .659 33, .322 1. .00 19 .20 B ATOM 3349 H PHE 299 23 .860 46, .891 33, .929 1, .00 0 .00 B ATOM 3350 CA PHE 299 23 .283 48 .912 33, .744 1, .00 16 .23 B ATOM 3351 CB PHE 299 22. .600 48, .673 35. .110 1. .00 15, .69 B ATOM 3352 CG PHE 299 22. .135 49, .920 35, .826 1. .00 17 .83 B ATOM 3353 CDl PHE 299 21 .724 51, .058 35, .127 1, .00 17 .90 B ATOM 3354 CD2 PHE 299 22, .110 49, .949 37. .216 1. ,00 17 .55 B ATOM 3355 CEl PHE 299 21, .303 52. .191 35. .802 1. .00 15, .38 B ATOM 3356 CE2 PHE 299 21. .687 51. .087 37. .897 1. .00 26 .58 B ATOM 3357 CZ PHE 299 21 .282 52 .213 37. .179 1, .00 19 .56 B ATOM 3358 C PHE 299 24. .276 50, .079 33. .818 1. .00 17 .61 B ATOM 3359 O PHE 299 24 .087 51, .099 33, .163 1. .00 16 .95 B ATOM 3360 N VAL 300 25 .327 49 .914 34, .617 1, .00 17 .22 B ATOM 3361 H VAL 300 25. .433 49, .066 35. .094 1. .00 0, .00 B ATOM 3362 CA VAL 300 26 .322 50, .959 34, .801 1. .00 18 .55 B ATOM 3363 CB VAL 300 27 .421 50, .492 35, .773 1. .00 16 .60 B ATOM 3364 CGI VAL 300 28, .724 51, .220 35. .492 1. .00 21, .52 B ATOM 3365 CG2 VAL 300 26, .974 50, .723 37, .195 1. .00 19, .24 B ATOM 3366 C VAL 300 26, .941 51, .382 33, .480 1, .00 17 .23 B ATOM 3367 O VAL 300 27, .075 52, .569 33. .198 1. .00 15, .55 B ATOM 3368 N GLU 301 27, .293 50, .400 32. .665 1. .00 15, .45 B ATOM 3369 H GLU 301 27, .145 49, .471 32. .939 1. .00 0 .00 B ATOM 3370 CA GLU 301 27, .892 50. .674 31. .374 1. .00 20, .07 B ATOM 3371 CB GLU 301 28, .282 49, .349 30. .708 1. .00 25, .34 B ATOM 3372 CG GLU 301 28, .738 49, .477 29, .274 1. .00 40 .60 B ATOM 3373 CD GLU 301 27. .589 49. .413 28. .283 1. .00 50, .61 B ATOM 3374 OEl GLU 301 26. .510 48. .871 28. .633 1. .00 56, .16 B ATOM 3375 OE2 GLU 301 27 .771 49. .908 27. .146 1. .00 54, .98 B ATOM 3376 C GLU 301 26 .956 51. .483 30. .457 1. .00 22 .33 B ATOM 3377 0 GLU 301 27, .413 52. .316 29. .663 1. .00 18, .68 B ATOM 3378 N GLU 302 25, .652 51, .235 30. .573 1. .00 21, .56 B ATOM 3379 H GLU 302 25, .349 50, .566 31. .221 1. .00 0 .00 B ATOM 3380 CA GLU 302 24, .655 51. .931 29. .759 1. .00 19, .52 B ATOM 3381 CB GLU 302 23, .316 51, .173 29. .825 1. .00 23, .59 B ATOM 3382 CG GLU 302 22 .069 51, .902 29. .281 1. .00 26 .77 B ATOM 3383 CD GLU 302 20, .820 51, .024 29. .367 1. .00 19, .66 B ATOM 3384 OEl GLU 302 20, .836 49, .919 28. .798 1. .00 15, .94 B ATOM 3385 OE2 GLU 302 19 .836 51, .428 30. .010 1. .00 19 .29 B ATOM 3386 C GLU 302 24, .487 53. .409 30. .163 1. .00 13, .52 B ATOM 3387 O GLU 302 24. .426 54, .276 29. .303 1. .00 17, .34 B ATOM 3388 N ILE 303 24 .419 53, .710 31, .452 1. .00 17 .66 B ATOM 3389 H ILE 303 24, .459 53. .009 32. .135 1. .00 0, .00 B ATOM 3390 CA ILE 303 24, .282 55, .117 31. .825 1. .00 15, .73 B ATOM 3391 CB ILE 303 24 .030 55, .310 33. .330 1. .00 18, .32 B ATOM 3392 CG2 ILE 303 23, .348 56, .686 33. .566 1. .00 12. .98 B ATOM 3393 CGI ILE 303 23, .163 54, .164 33. .864 1. .00 21. .47 B ATOM 3394 CDl ILE 303 21 .731 54, .137 33. .322 1. .00 24. .44 B ATOM 3395 C ILE 303 25, .575 55, .848 31. .452 1. .00 20. .62 B ATOM 3396 O ILE 303 25, .542 57. .005 31. .051 1. .00 22. .42 B ATOM 3397 N LYS 304 26, .715 55. .172 31. .593 1. .00 17, .68 B ATOM 3398 H LYS 304 26, .703 54. .253 31, .932 1. .00 0, .00 B ATOM 3399 CA LYS 304 27, .980 55. .805 31. .236 1. .00 22. .51 B ATOM 3400 CB LYS 304 29, .183 54. .907 31. .567 1. .00 13, .79 B ATOM 3401 CG LYS 304 30, .528 55, .611 31. .424 1. .00 27, .58 B ATOM 3402 CD LYS 304 31, .449 55. .355 32. .617 1. ,00 29. .45 B ATOM 3403 CE LYS 304 32, .745 56. .172 32. .533 1. ,00 33. .25 B ATOM 3404 NZ LYS 304 33, .272 56, .638 33, .870 1. .00 32, .84 B ATOM 3405 HZ1 LYS 304 33. .470 55. ,816 34. .473 1. ,00 0. .00 B ATOM 3406 HZ2 LYS 304 32. .561 57. .243 34. .330 1. ,00 0. .00 B ATOM 3407 HZ3 LYS 304 34. .147 57, .184 33. .727 1. .00 0, .00 B ATOM 3408 C LYS 304 27, .963 56. ,096 29. .745 1. .00 20. .33 B ATOM 3409 O LYS 304 28, .455 57. .130 29. .307 1. ,00 21. .96 B ATOM 3410 N SER 305 27, .376 55. .185 28. .977 1. ,00 16. .80 B ATOM 3411 H SER 305 26. .990 54. ,387 29. ,393 1. .00 0. .00 B ATOM 3412 CA SER 305 27.295 55.346 27.534 1.00 20.13 B ATOM 3413 CB SER 305 26 .662 54, .112 26 .898 1 .00 18 .58 B ATOM 3414 OG SER 305 25 .453 54 .454 26 .253 1 .00 30 .77 B ATOM 3415 HG SER 305 25 .630 55 .103 25 .567 1 .00 0 .00 B ATOM 3416 C SER 305 26 .517 56 .584 27 .107 1. .00 15 .70 B ATOM 3417 O SER 305 26 .679 57 .045 25 .991 1. .00 14 .73 B ATOM 3418 N ILE 306 25 .677 57 .110 27 .994 1 .00 20 .28 B ATOM 3419 H ILE 306 25 .593 56 .689 28 .877 1 .00 0 .00 B ATOM 3420 CA ILE 306 24. .872 58, .299 27 .698 1 .00 14 .20 B ATOM 3421 CB ILE 306 23 .555 58, .269 28 .527 1. .00 25 .18 B ATOM 3422 CG2 ILE 306 22 .895 59, .661 28 .591 1 .00 18 .61 B ATOM 3423 CGI ILE 306 22 .588 57, .265 27 .900 1 .00 23 .41 B ATOM 3424 CDl ILE 306 22 .204 56 .151 28 .834 1 .00 19 .11 B ATOM 3425 C ILE 306 25 .656 59 .594 27 .985 1 .00 18 .43 B ATOM 3426 O ILE 306 25 .481 60 .596 27 .301 1 .00 15 .22 B ATOM 3427 N ALA 307 26 .522 59 .555 28 .996 1. .00 20 .05 B ATOM 3428 H ALA 307 26, .607 58, .727 29, .512 1. .00 0, .00 B ATOM 3429 CA ALA 307 27, .350 60, .711 29, .369 1. .00 21 .87 B ATOM 3430 CB ALA 307 28, .291 60, .341 30, .515 1. .00 13 .67 B ATOM 3431 C ALA 307 28, .177 61, .271 28 .226 1. .00 15 .95 B ATOM 3432 O ALA 307 28, .653 60, .542 27, .370 1. .00 18 .44 B ATOM 3433 N SER 308 28, .343 62, .583 28 .231 1. .00 18 .17 B ATOM 3434 H SER 308 27 .907 63 .117 28 .925 1 .00 0. .00 B ATOM 3435 CA SER 308 29, .154 63. .252 27, .225 1. .00 19, .58 B ATOM 3436 CB SER 308 28, .962 64. .759 27, .306 1. .00 15, .23 B ATOM 3437 OG SER 308 27, .810 65, .168 26, .610 1. .00 22, .22 B ATOM 3438 HG SER 308 27, .890 64, .920 25, .685 1. .00 0, .00 B ATOM 3439 C SER 308 30, .606 62, .935 27, .556 1. .00 16 .69 B ATOM 3440 O SER 308 30, .930 62, .608 28, .691 1. .00 19 .32 B ATOM 3441 N GLU 309 31, .478 63, .027 26, .570 1. .00 19 .87 B ATOM 3442 H GLU 309 31, .181 63, .264 25, .667 1. .00 0. .00 B ATOM 3443 CA GLU 309 32. .883 62. .772 26, .840 1. .00 27, .15 B ATOM 3444 CB GLU 309 33. .576 62. .254 25, .586 1. .00 30, .43 B ATOM 3445 CG GLU 309 33, .735 60. .743 25. .594 1. .00 42, .04 B ATOM 3446 CD GLU 309 33, .305 60. .100 24, .293 1. .00 51. .38 B ATOM 3447 OEl GLU 309 33. .438 58, .860 24, .165 1. .00 53. .41 B ATOM 3448 OE2 GLU 309 32, .836 60, .835 23, .398 1. .00 53. .07 B ATOM 3449 C GLU 309 33, .549 64. .049 27, .339 1. .00 23, .13 B ATOM 3450 O GLU 309 33, .260 65, .147 26, .859 1. .00 24, .83 B ATOM 3451 N PRO 310 34. .429 63. .934 28. .339 1. .00 22. .49 B ATOM 3452 CD PRO 310 35, .090 65. .153 28. .838 1. .00 22. .94 B ATOM 3453 CA PRO 310 34. .873 62. .730 29, .061 1. .00 20, .46 B ATOM 3454 CB PRO 310 36. .043 63. .238 29, .899 1. .00 21. .98 B ATOM 3455 CG PRO 310 35. .744 64, .692 30, .108 1. .00 22. .65 B ATOM 3456 C PRO 310 33, .789 62, .122 29, .952 1. .00 20, .72 B ATOM 3457 O PRO 310 33, .170 62, .840 30, .748 1, .00 21, .32 B ATOM 3458 N THR 311 33. .557 60. ,813 29. .833 1. .00 16. .53 B ATOM 3459 H THR 311 34. .066 60. .282 29. .184 1. ,00 0. .00 B ATOM 3460 CA THR 311 32. .556 60. .172 30. .669 1. .00 20. .30 B ATOM 3461 CB THR 311 32. .387 58. .671 30. .367 1. .00 26. .73 B ATOM 3462 OG1 THR 311 33. .656 58. .018 30, .481 1. .00 33. .48 B ATOM 3463 HG1 THR 311 33. .997 58. .128 31. .371 1. .00 0, .00 B ATOM 3464 CG2 THR 311 31, .798 58. .449 28, .983 1. .00 27. .71 B ATOM 3465 C THR 311 32, .894 60. .277 32, .153 1. .00 25, .27 B ATOM 3466 O THR 311 32. .022 60. .561 32. .960 1. ,00 29. .95 B ATOM 3467 N GLU 312 34. ,153 60. ,052 32. .524 1. .00 24. ,13 B ATOM 3468 H GLU 312 34. .837 59. ,854 31. .852 1. ,00 0. .00 B ATOM 3469 CA GLU 312 34. .509 60. ,104 33. .940 1. ,00 27. ,24 B ATOM 3470 CB GLU 312 36. .004 59. ,840 34. .153 1. ,00 30. .20 B ATOM 3471 CG GLU 312 36. .889 60. .121 32. .953 1. ,00 44. .57 B ATOM 3472 CD GLU 312 36. .932 58. ,966 31. .967 1. ,00 42. .06 B ATOM 3473 OEl GLU 312 37. .286 57. .844 32. .376 1. ,00 44. .27 B ATOM 3474 OE2 GLU 312 36. .609 59. .188 30. .778 1. 00 45. .67 B ATOM 3475 C GLU 312 34. .116 61. .425 34. ,590 1. .00 28. ,79 B ATOM 3476 O GLU 312 33. ,898 61. ,483 35. ,803 1. 00 25. ,09 B ATOM 3477 N LYS 313 34. ,028 62. ,485 33. .795 1. 00 26. ,01 B ATOM 3478 H LYS 313 34. .229 62. .399 32. .840 1. .00 0. .00 B ATOM 3479 CA LYS 313 33. .635 63. ,776 34. ,340 1. ,00 24. ,40 B ATOM 3480 CB LYS 313 34. .311 64. ,904 33. .563 1. ,00 29. ,52 B ATOM 3481 CG LYS 313 35. .760 65. 150 33. .989 1. 00 40. 92 B ATOM 3482 CD LYS 313 35. ,838 66. 011 35. .246 1. 00 42. 61 B ATOM 3483 CE LYS 313 37. ,263 66. .454 35. ,516 1. 00 44. 08 B ATOM 3484 NZ LYS 313 37. ,340 67. .390 36. ,668 1. 00 45. 93 B ATOM 3485 HZ1 LYS 313 36. ,977 66. .918 37. ,522 1. 00 0. 00 B ATOM 3486 HZ2 LYS 313 36. ,767 68. .234 36. ,469 1. 00 0. 00 B ATOM 3487 HZ3 LYS 313 38. ,329 67. ,670 36. ,822 1. 00 0. ,00 B ATOM 3488 C LYS 313 32.114 63.968 34.305 1.00 23.67 B ATOM 3489 O LYS 313 31 .546 64 .615 35 .183 1 .00 21 .16 B ATOM 3490 N HIS 314 31 .462 63 .394 33 .299 1 .00 17 .77 B ATOM 3491 H HIS 314 31 .956 62 .860 32 .643 1 .00 0 .00 B ATOM 3492 CA HIS 314 30 .026 63 .546 33 .163 1 .00 23 .14 B ATOM 3493 CB HIS 314 29 .664 63 .688 31 .681 1 .00 23 .44 B ATOM 3494 CG HIS 314 30 .242 64 .916 31 .035 1 .00 26 .47 B ATOM 3495 CD2 HIS 314 31 .317 65 .073 30 .226 1 .00 24 .55 B ATOM 3496 ND1 HIS 314 29 .652 66 .157 31 .136 1 .00 27 .43 B ATOM 3497 HD1 HIS 314 28 .867 66 .359 31 .682 1 .00 0 .00 B ATOM 3498 CEl HIS 314 30 .344 67 .031 30 .426 1 .00 13 .83 B ATOM 3499 NE2 HIS 314 31 .355 66 .398 29 .864 1. .00 30 .72 B ATOM 3500 HE2 HIS 314 32 .021 66 .817 29 .289 1 .00 0 .00 B ATOM 3501 C HIS 314 29 .178 62 .430 33 .812 1 .00 19 .97 B ATOM 3502 O HIS 314 28 .022 62 .663 34 .133 1 .00 15 .17 B ATOM 3503 N PHE 315 29 .752 61 .245 34 .019 1 .00 12 .58 B ATOM 3504 H PHE 315 30 .680 61 .109 33 .753 1 .00 0 .00 B ATOM 3505 CA PHE 315 29 .018 60 .139 34 .637 1 .00 11 .72 B ATOM 3506 CB PHE 315 29 .435 58 .799 34 .022 1 .00 13 .63 B ATOM 3507 CG PHE 315 28 .821 57 .595 34 .702 1 .00 17 .15 B ATOM 3508 CDl PHE 315 27, .427 57 .409 34 .716 1 .00 12 .18 B ATOM 3509 CD2 PHE 315 29, .626 56 .635 35 .320 1 .00 21 .49 B ATOM 3510 CEl PHE 315 26 .856 56 .290 35 .330 1 .00 15 .00 B ATOM 3511 CE2 PHE 315 29 .052 55 .501 35 .941 1 .00 19 .73 B ATOM 3512 CZ PHE 315 27, .651 55 .337 35 .943 1 .00 11 .10 B ATOM 3513 C PHE 315 29, .189 60 .045 36 .153 1 .00 20 .36 B ATOM 3514 O PHE 315 30, .307 60 .141 36 .672 1. .00 18 .84 B ATOM 3515 N PHE 316 28 .074 59 .844 36 .863 1 .00 23 .38 B ATOM 3516 H PHE 316 27, .214 59 .795 36, .398 1, .00 0, .00 B ATOM 3517 CA PHE 316 28, .107 59 .697 38, .317 1 .00 14, .23 B ATOM 3518 CB PHE 316 27, .395 60 .853 39 .002 1 .00 19 .22 B ATOM 3519 CG PHE 316 28, .065 62 .188 38 .810 1 .00 27 .88 B ATOM 3520 CDl PHE 316 27. .744 62, .994 37, .721 1, .00 28, .03 B ATOM 3521 CD2 PHE 316 28, .969 62, .675 39, .754 1, .00 31, .78 B ATOM 3522 CEl PHE 316 28, .306 64 .271 37 .578 1, .00 29, .90 B ATOM 3523 CE2 PHE 316 29, .535 63 .959 39 .609 1 .00 25, .22 B ATOM 3524 CZ PHE 316 29. .195 64, .746 38, .523 1, .00 25, .24 B ATOM 3525 C PHE 316 27, .453 58, .392 38, .737 1, .00 19, .30 B ATOM 3526 O PHE 316 26, .306 58, .100 38, .370 1, .00 16, .18 B ATOM 3527 N ASN 317 28, .194 57 .593 39 .489 1, .00 22, .70 B ATOM 3528 H ASN 317 29. .106 57, .868 39, .725 1. .00 0, .00 B ATOM 3529 CA ASN 317 27. .695 56, .312 39, .979 1, .00 23, .24 B ATOM 3530 CB ASN 317 28. .741 55, .210 39, .759 1, .00 22, .04 B ATOM 3531 CG ASN 317 28, .335 53, .871 40, .391 1, .00 25, .87 B ATOM 3532 ODl ASN 317 27. .738 53. .828 41. .467 1. .00 26. .08 B ATOM 3533 ND2 ASN 317 28. .658 52. .778 39, .716 1, .00 13. .17 B ATOM 3534 HD21 ASN 317 29. .130 52, .855 38, .858 1, .00 0. .00 B ATOM 3535 HD22 ASN 317 28. .407 51. .916 40, .103 1, .00 0, .00 B ATOM 3536 C ASN 317 27. .410 56. .484 41, .463 1, .00 18. .96 B ATOM 3537 O ASN 317 28. .326 56. .476 42. .277 1. .00 21. .45 B ATOM 3538 N VAL 318 26. .142 56. .669 41. .804 1. .00 23. .81 B ATOM 3539 H VAL 318 25. .458 56, .678 41, .102 1. .00 0. .00 B ATOM 3540 CA VAL 318 25, .731 56, .857 43, .187 1. .00 20. .00 B ATOM 3541 CB VAL 318 24. ,576 57. .902 43. ,272 1. .00 21. ,73 B ATOM 3542 CGI VAL 318 23. ,466 57. .514 42. .335 1. .00 27. .34 B ATOM 3543 CG2 VAL 318 24. .060 58. .012 44. .688 1. .00 15. .43 B ATOM 3544 C VAL 318 25. .280 55. .508 43. .737 1. .00 20. .44 B ATOM 3545 O VAL 318 24. ,488 54. ,814 43. ,108 1. ,00 17. ,67 B ATOM 3546 N SER 319 25. ,797 55. ,133 44. ,903 1. .00 20. ,29 B ATOM 3547 H SER 319 26, ,417 55. .731 45. ,369 1. .00 0. ,00 B ATOM 3548 CA SER 319 25. ,455 53. .840 45. ,502 1. .00 17. ,71 B ATOM 3549 CB SER 319 26. ,268 53. .608 46. ,775 1. .00 13. ,81 B ATOM 3550 OG SER 319 27. ,123 54. .701 47. ,038 1. ,00 31. ,29 B ATOM 3551 HG SER 319 26. ,599 55. ,496 47. ,151 1. ,00 0. ,00 B ATOM 3552 C SER 319 23. ,969 53. ,697 45. .816 1. ,00 18. ,64 B ATOM 3553 O SER 319 23. 382 52. ,644 45. .575 1. .00 16. 85 B ATOM 3554 N ASP 320 23, ,361 54, 745 46. ,351 1. ,00 16. 38 B ATOM 3555 H ASP 320 23, ,866 55. .566 46. .537 1. ,00 0. ,00 B ATOM 3556 CA ASP 320 21. ,943 54. ,679 46. ,665 1. ,00 20. ,08 B ATOM 3557 CB ASP 320 21. 720 53. 772 47. 878 1. 00 26. 71 B ATOM 3558 CG ASP 320 22. 310 54. 337 49. 143 1. 00 23. 52 B ATOM 3559 ODl ASP 320 23. 287 55. 104 49. 059 1. ,00 27. 09 B ATOM 3560 OD2 ASP 320 21. 791 54. ,013 50. ,227 1. ,00 27. 50 B ATOM 3561 C ASP 320 21. 317 56. 062 46. 886 1. 00 16. 45 B ATOM 3562 O ASP 320 22. 018 57. 062 47. 037 1. 00 15. 80 B ATOM 3563 N GLU 321 19. 991 56. 088 46. 902 1. 00 14. 19 B ATOM 3564 H GLU 321 19..508 55.238 46,.818 1..00 0..00 B ATOM 3565 CA GLU 321 19. .220 57 .313 47 .037 1. .00 21. .02 B ATOM 3566 CB GLU 321 17 .738 56 .966 47 .233 1 .00 12 .70 B ATOM 3567 CG GLU 321 17 .115 56 .285 46 .017 1 .00 12 .53 B ATOM 3568 CD GLU 321 17. .187 54 .767 46, .098 1. .00 17 .82 B ATOM 3569 OEl GLU 321 17. .982 54 .231 46 .903 1. .00 14 .77 B ATOM 3570 OE2 GLU 321 16 .439 54 .103 45 .355 1 .00 17 .04 B ATOM 3571 C GLU 321 19 .675 58 .272 48 .130 1 .00 24 .90 B ATOM 3572 O GLU 321 19 .749 59 .480 47 .906 1 .00 22 .58 B ATOM 3573 N LEU 322 19. .967 57 .732 49, .307 1. .00 26 .45 B ATOM 3574 H LEU 322 19. .881 56 .763 49, .428 1. .00 0. .00 B ATOM 3575 CA LEU 322 20 .411 58 .550 50 .425 1. .00 28 .16 B ATOM 3576 CB LEU 322 20 .477 57 .707 51 .709 1 .00 32 .06 B ATOM 3577 CG LEU 322 19, .155 57 .600 52, .478 1. .00 34 .11 B ATOM 3578 CDl LEU 322 19, .357 56 .923 53, .839 1. .00 29 .26 B ATOM 3579 CD2 LEU 322 18, .583 59 .000 52 .645 1 .00 30 .30 B ATOM 3580 C LEU 322 21 .768 59 .193 50 .154 1. .00 30 .66 B ATOM 3581 O LEU 322 22 .119 60 .195 50 .776 1 .00 33 .88 B ATOM 3582 N ALA 323 22, .527 58 .625 49, .219 1. .00 26, .52 B ATOM 3583 H ALA 323 22, .199 57 .828 48, .752 1. .00 0, .00 B ATOM 3584 CA ALA 323 23, .839 59 .166 48 .886 1. .00 24 .47 B ATOM 3585 CB ALA 323 24 .772 58 .030 48 .451 1. .00 19 .17 B ATOM 3586 C ALA 323 23, .832 60. .283 47, .820 1. .00 24, .00 B ATOM 3587 O ALA 323 24, .829 60 .971 47, .657 1. .00 24 .66 B ATOM 3588 N LEU 324 22, .735 60 .481 47, .096 1. .00 21 .81 B ATOM 3589 H LEU 324 21 .941 59 .928 47 .248 1 .00 0. .00 B ATOM 3590 CA LEU 324 22 .715 61 .534 46 .069 1 .00 19. .68 B ATOM 3591 CB LEU 324 21. .312 61. .715 45, .508 1. .00 18. .39 B ATOM 3592 CG LEU 324 20. .899 60 .637 44, .519 1. .00 13. .78 B ATOM 3593 CDl LEU 324 19. .402 60 .611 44, .457 1. .00 16. .65 B ATOM 3594 CD2 LEU 324 21 .511 60 .908 43 .143 1. .00 14 .31 B ATOM 3595 C LEU 324 23, .226 62. .892 46. .561 1. .00 23. .65 B ATOM 3596 O LEU 324 23, .938 63 .594 45, .841 1. .00 18, .23 B ATOM 3597 N VAL 325 22, .852 63 .264 47, .783 1. .00 26, .30 B ATOM 3598 H VAL 325 22, .272 62 .672 48, .305 1. .00 0, .00 B ATOM 3599 CA VAL 325 23, .282 64 .533 48, .369 1. .00 31 .91 B ATOM 3600 CB VAL 325 22, .778 64. .643 49, .837 1. .00 37, .44 B ATOM 3601 CGI VAL 325 23. .583 65. .687 50, .609 1. .00 34, .83 B ATOM 3602 CG2 VAL 325 21. .294 65 .008 49, .843 1. .00 42, .56 B ATOM 3603 C VAL 325 24, .819 64 .710 48, .330 1. .00 30 .26 B ATOM 3604 O VAL 325 25. .327 65, .825 48. .398 1. .00 32, .04 B ATOM 3605 N THR 326 25. .548 63, .609 48. .194 1. .00 28, .75 B ATOM 3606 H THR 326 25, .094 62 .744 48, .113 1. .00 0, .00 B ATOM 3607 CA THR 326 26, .998 63 .657 48, .167 1. .00 31, .17 B ATOM 3608 CB THR 326 27, .607 62 .288 48, .511 1, .00 27 .84 B ATOM 3609 OG1 THR 326 27. .229 61, .332 47, .514 1. .00 34, .82 B ATOM 3610 HG1 THR 326 26. .277 61, .260 47, .489 1. .00 0, .00 B ATOM 3611 CG2 THR 326 27. .136 61, .826 49, .880 1. .00 30, .51 B ATOM 3612 C THR 326 27, .608 64 .128 46, .856 1. .00 32 .05 B ATOM 3613 O THR 326 28, .745 64, .590 46. .846 1. .00 30, .58 B ATOM 3614 N ILE 327 26. .879 64, .002 45. .750 1. .00 33, .07 B ATOM 3615 H ILE 327 25, .984 63, .603 45, .793 1, .00 0, .00 B ATOM 3616 CA ILE 327 27 ,421 64, .461 44, .472 1. .00 32, .83 B ATOM 3617 CB ILE 327 27, .185 63, .446 43, .300 1. .00 35, .01 B ATOM 3618 CG2 ILE 327 27, .881 62. .118 43. .604 1. .00 32, .57 B ATOM 3619 CGI ILE 327 25, .691 63, .252 43. .048 1. .00 35, .05 B ATOM 3620 CDl ILE 327 25, .371 62, .796 41. .633 1, .00 32, .92 B ATOM 3621 C ILE 327 26, .852 65 .814 44. .061 1. .00 30, .01 B ATOM 3622 O ILE 327 27. .211 66, .348 43. .011 1. .00 23. .73 B ATOM 3623 N VAL 328 25. .972 66, .370 44. .894 1. .00 26. .90 B ATOM 3624 H VAL 328 25, .715 65, .896 45. .711 1. .00 0. .00 B ATOM 3625 CA VAL 328 25, .383 67, .675 44, .600 1. .00 32, .68 B ATOM 3626 CB VAL 328 24. ,535 68. .177 45. ,798 1. ,00 36. ,74 B ATOM 3627 CGI VAL 328 24. .075 69. .612 45. .561 1. .00 29. .92 B ATOM 3628 CG2 VAL 328 23. .332 67, .265 45. .998 1. .00 30. .30 B ATOM 3629 C VAL 328 26. .451 68, .741 44, .255 1. .00 33, .15 B ATOM 3630 O VAL 328 26. .310 69, .477 43, .279 1. .00 35, .10 B ATOM 3631 N LYS 329 27. ,528 68. .801 45. .038 1. .00 32. ,80 B ATOM 3632 H LYS 329 27. .613 68. .169 45. ,781 1. .00 0. ,00 B ATOM 3633 CA LYS 329 28. .585- 69, .789 44. .819 1. .00 31. ,42 B ATOM 3634 CB LYS 329 29, .563 69, .773 45. .990 1. .00 38. .34 B ATOM 3635 CG LYS 329 29. .794 71. .139 46. ,623 1. ,00 42. ,75 B ATOM 3636 CD LYS 329 29. ,245 71. .201 48. ,053 1. ,00 46. ,58 B ATOM 3637 CE LYS 329 27. .716 71. .275 48. .078 1. ,00 48. ,13 B ATOM 3638 NZ LYS 329 27. .089 70. .078 48. ,711 1. ,00 48. .31 B ATOM 3639 HZ1 LYS 329 27, .420 69, .992 49. .693 1. .00 0. .00 B ATOM 3640 HZ2 LYS 329 27.357 69.225 48.180 1..00 0.00 B ATOM 3641, HZ3 LYS 329 26 .055 70 .182 48 .701 1 .00 0 .00 B ATOM 3642 C LYS 329 29 .365 69 .648 43 .517 1. .00 29 .75 B ATOM 3643 O LYS 329 29 .548 70 .633 42 .791 1 .00 30 .62 B ATOM 3644 N ALA 330 29 .818 68. .434 43 .226 1, .00 27 .05 B ATOM 3645 H ALA 330 29 .623 67 .699 43 .844 1. .00 0 .00 B ATOM 3646 CA ALA 330 30 .598 68 .145 42 .022 1. .00 27 .52 B ATOM 3647 CB ALA 330 31 .094 66 .683 42 .058 1 .00 15 .14 B ATOM 3648 C ALA 330 29 .804 68 .397 40 .742 1. .00 24 .45 B ATOM 3649 O ALA 330 30 .282 69 .043 39 .811 1, .00 29 .53 B ATOM 3650 N LEU 331 28 .585 67. .878 40 .708 1. .00 27 .74 B ATOM 3651 H LEU 331 28 .266 67 .372 41 .483 1, .00 0. .00 B ATOM 3652 CA LEU 331 27 .701 68 .040 39 .555 1 .00 26 .77 B ATOM 3653 CB LEU 331 26 .398 67, .267 39 .771 1. .00 20 .69 B ATOM 3654 CG LEU 331 25 .594 66, .834 38 .543 1. .00 27 .56 B ATOM 3655 CDl LEU 331 24 .126 67 .117 38 .817 1. .00 32 .10 B ATOM 3656 CD2 LEU 331 26 .079 67 .540 37 .280 1. .00 22 .24 B ATOM 3657 C LEU 331 27 .358 69 .497 39 .326 1. .00 14 .45 B ATOM 3658 O LEU 331 27 .376 69, .973 38 .209 1, .00 25 .05 B ATOM 3659 N GLY 332 27 .036 70, .199 40 .400 1, .00 20 .98 B ATOM 3660 H GLY 332 27 .036 69, .772 41 .280 1. .00 0. .00 B ATOM 3661 CA GLY 332 26 .683 71 .599 40 .277 1. .00 16 .97 B ATOM 3662 C GLY 332 27 .830 72. .431 39 .740 1. .00 23 .19 B ATOM 3663 O GLY 332 27 .611 73. .389 39 .000 1. .00 20 .06 B ATOM 3664 N GLU 333 29 .063 72. .086 40 .102 1. .00 22 .14 B ATOM 3665 H GLU 333 29 .218 71. .324 40 .699 1. .00 0. .00 B ATOM 3666 CA GLU 333 30 .169 72, .870 39 .589 1. .00 28 .24 B ATOM 3667 CB GLU 333 31 .358 72, .859 40, .557 1. .00 33, .30 B ATOM 3668 CG GLU 333 31 .779 71. .505 41 .068 1, .00 40, .29 B ATOM 3669 CD GLU 333 33 .065 71. .595 41 .866 1. .00 46 .24 B ATOM 3670 OEl GLU 333 34 .122 71. .152 41 .350 1. .00 45 .00 B ATOM 3671 OE2 GLU 333 33, .008 72. .121 43, .006 1. .00 38, .74 B ATOM 3672 C GLU 333 30 .594 72, .407 38 .206 1. .00 27, .85 B ATOM 3673 O GLU 333 31 .048 73, .215 37 .397 1. .00 29 .71 B ATOM 3674 N ARG 334 30 .438 71. .115 37 .920 1. .00 25 .03 B ATOM 3675 H ARG 334 30 .079 70, .508 38 .601 1. .00 0. .00 B ATOM 3676 CA ARG 334 30 .799 70. .594 36, .602 1. .00 18, .82 B ATOM 3677 CB ARG 334 30 .839 69, .062 36 .610 1. .00 17, .45 B ATOM 3678 CG ARG 334 32 .187 68, .485 36 .951 1. .00 12, .28 B ATOM 3679 CD ARG 334 32 .112 66, .986 37 .157 1. .00 20 .12 B ATOM 3680 NE ARG 334 33, .151 66. .520 38, .065 1. ,00 26, .33 B ATOM 3681 HE ARG 334 33, .835 67. .163 38, .343 1. .00 0, .00 B ATOM 3682 CZ ARG 334 33, .230 65. .281 38 .543 1. .00 33, .67 B ATOM 3683 NHl ARG 334 32 .321 64, .366 38, .200 1. .00 28, .50 B ATOM 3684 HH11 ARG 334 31 .575 64, .611 37 .583 1, .00 0. .00 B ATOM 3685 HH12 ARG 334 32, .388 63. .437 38, .563 1. .00 0, .00 B ATOM 3686 NH2 ARG 334 34, .220 64. .956 39, .364 1. .00 33, .01 B ATOM 3687 HH21 ARG 334 34 .901 65, .642 39 .624 1. .00 0, .00 B ATOM 3688 HH22 ARG 334 34 .287 64, .026 39 .728 1. .00 0, .00 B ATOM 3689 C ARG 334 29, .811 71. .057 35, .532 1. .00 16. .42 B ATOM 3690 O ARG 334 30 .185 71. .277 34, .383 1. ,00 17. .09 B ATOM 3691 N ILE 335 28 .541 71. .184 35 .889 1. ,00 18, .26 B ATOM 3692 H ILE 335 28 .256 70. .974 36 .802 1. .00 0, .00 B ATOM 3693 CA ILE 335 27 .574 71. .640 34 .899 1. .00 21, .52 B ATOM 3694 CB ILE 335 26, .166 71. ,818 35, .518 1. ,00 22. .25 B ATOM 3695 CG2 ILE 335 26, .288 72. .266 36, .946 1. .00 30. .01 B ATOM 3696 CGI ILE 335 25, .365 72. .886 34 .776 1. .00 13, .73 B ATOM 3697 CDl ILE 335 25, .018 72. .533 33, .362 1. ,00 25, .02 B ATOM 3698 C ILE 335 28. .053 72. ,976 34. .345 1. ,00 24. .47 B ATOM 3699 O ILE 335 28, .012 73. .203 33. .135 1. .00 23. .62 B ATOM 3700 N PHE 336 28, .537 73. ,841 35, .235 1. .00 24. .00 B ATOM 3701 H PHE 336 28, .593 73. ,575 36, .176 1. ,00 0. .00 B ATOM 3702 CA PHE 336 28. .987 75, .179 34. .848 1. ,00 29. .92 B ATOM 3703 CB PHE 336 28. .561 76. .179 35. .932 1. 00 31. .59 B ATOM 3704 CG PHE 336 27. .077 76. .412 35. .973 1. 00 26. ,05 B ATOM 3705 CDl PHE 336 26, .290 75. ,810 36. .955 1. .00 30. ,05 B ATOM 3706 CD2 PHE 336 26, .459 77. ,184 34, .993 1. .00 24. .28 B ATOM 3707 CEl PHE 336 24. ,895 75. 970 36. ,958 1. 00 25. 70 B ATOM 3708 CE2 PHE 336 25. .072 77. ,353 34. .981 1. 00 26. .15 B ATOM 3709 CZ PHE 336 24. .287 76. ,738 35. .971 1. 00 22. ,17 B ATOM 3710 C PHE 336 30. .463 75. ,384 34. .495 1. .00 31. ,44 B ATOM 3711 O PHE 336 30. ,870 76. 491 34. ,124 1. 00 27. 91 B ATOM 3712 N ALA 337 31. ,260 74. 328 34. ,583 1. 00 30. ,25 B ATOM 3713 H ALA 337 30. ,895 73. 465 34. ,875 1. 00 0. 00 B ATOM 3714 CA ALA 337 32. .674 74. ,440 34. .253 1. 00 35. ,57 B ATOM 3715 CB ALA 337 33. .518 74. ,124 35. .479 1. 00 31. ,23 B ATOM 3716 C ALA 337 33.085 73.537 33.083 1.00 38.16 B ATOM 3717 0 ALA 337 33 .755 73 .989 32 .162 1 .00 40 .82 B ATOM 3718 N LEU 338 32 .668 72 .271 33 .125 1 .00 41 .05 B ATOM 3719 H LEU 338 32 .114 71 .987 33 .880 1 .00 0. .00 B ATOM 3720 CA LEU 338 33 .003 71 .286 32 .092 1. .00 43 .90 B ATOM 3721 CB LEU 338 32 .334 69 .943 32 .405 1 .00 43 .75 B ATOM 3722 CG LEU 338 33 .195 68 .796 32 .939 1. .00 46 .43 B ATOM 3723 CDl LEU 338 32 .356 67 .526 33 .010 1 .00 48 .40 ATOM 3724 CD2 LEU 338 34 .406 68 .586 32 .043 1 .00 46 .34 B ATOM 3725 C LEU 338 32 .609 71 .712 30 .683 1. .00 47 .43 B ATOM 3726 0 LEU 338 33 .390 71 .430 29 .740 1. .00 47 .18 B ATOM 3727 OT LEU 338 31 .518 72 .308 30 .541 1 .00 50 .73 B ATOM 3728 OH2 H20 1 11 .763 72 .942 27 .999 1 .00 13. .08 ATOM 3729 HI H20 1 12 .196 72 .994 27 .149 1, .00 0. .00 ATOM 3730 H2 H20 1 11 .929 72 .051 28 .302 1 .00 0. .00 ATOM 3731 OH2 H20 2 33 .606 75 .805 28 .263 1 .00 38 .72 W ATOM 3732 HI H20 2 33 .652 75 .559 29 .186 1 .00 0, .00 W ATOM 3733 H2 H20 2 33 .674 76 .762 28 .267 1. .00 0. .00 W ATOM 3734 OH2 H20 3 46 .772 76 .583 -1. .078 1. .00 59, .42 W ATOM 3735 Hi H20 3 46, .862 77 .129 -1. .859 1. .00 0, .00 ATOM 3736 H2 H20 3 47 .663 76 .280 -0. .894 1. .00 0, .00 ATOM 3737 OH2 H20 4 17 .892 53 .996 32 .616 1. .00 12, .25 w ATOM 3738 Hi H20 4 17 .234 54 .300 31 .991 1 .00 0. .00 w ATOM 3739 H2 H20 4 17 .561 53 .146 32 .907 1 .00 0. .00 w ATOM 3740 OH2 H20 5 28, .607 56 .204 23. .823 1. .00 37, .75 ATOM 3741 HI H20 5 27 .946 56 .312 24. .504 1. .00 0, .00 ATOM 3742 H2 H20 5 29 .014 57 .067 23 .742 1. .00 0, .00 ATOM 3743 OH2 H20 6 33 .273 78 .294 33 .342 1 .00 29. .21 ATOM 3744 HI H20 6 32 .852 77 .437 33 .359 1 .00 0 .00 ATOM 3745 H2 H20 6 32, .646 78, .878 33, .776 1. .00 0, .00 w ATOM 3746 OH2 H20 7 17, .238 53, .571 16, .889 1. .00 44. .25 w ATOM 3747 HI H20 7 16 .904 53 .246 16 .055 1. .00 0. .00 w ATOM 3748 H2 H20 7 17 .520 52 .787 17 .360 1. .00 0, .00 ATOM 3749 OH2 H20 8 13 .870 78 .571 33 .824 1 .00 15, .18 ATOM 3750 Hi H20 8 13, .855 78, .968 34, .695 1. .00 0. .00 w ATOM 3751 H2 H20 8 13, .148 79, .001 33, .357 1. .00 0. .00 ATOM 3752 OH2 H20 9 25, .865 90, .956 -20, .487 1. .00 31. .46 w ATOM 3753 HI H20 9 25, .185 90 .524 -21, .011 1. .00 0, .00 w ATOM 3754 H2 H20 9 25 .994 90 .377 -19 .740 1. .00 0. .00 ATOM 3755 OH2 H20 10 36 .614 69 .921 37 .968 1 .00 47, .49 ATOM 3756 HI H20 10 37, ,012 69, .641 38, .786 1. .00 0. .00 w ATOM 3757 H2 H20 10 37, .218 69, .613 37, .294 1. .00 0, .00 w ATOM 3758 OH2 H20 11 25, .295 79 .036 26, .770 1. .00 27, .54 w ATOM 3759 HI H20 11 24, .707 79 .474 26 .157 1. .00 0, .00 ATOM 3760 H2 H20 11 24 .928 79 .225 27 .628 1 .00 0, .00 ATOM 3761 OH2 H20 12 18, .365 40, .699 50, .184 1, .00 18. .35 ATOM 3762 HI H20 12 17, .417 40, .675 50, .306 1. .00 0. .00 ATOM 3763 H2 H20 12 18, .696 39 .974 50 .712 1. .00 0, .00 w ATOM 3764 OH2 H20 13 21 .562 51 .184 21, .243 1. .00 25. .48 w ATOM 3765 HI H20 13 21. .072 51 .974 21 .467 1. .00 0. .00 ATOM 3766 H2 H20 13 21. .182 50. .500 21, .792 1. .00 0, .00 ATOM 3767 OH2 H20 14 7, .521 51, .792 47, .594 1. .00 15. .43 w ATOM 3768 HI H20 14 7. .094 51. .205 46, .975 1, .00 0. .00 w ATOM 3769 H2 H20 14 8, .187 52. .245 47, .075 1, .00 0. .00 ATOM 3770 OH2 H20 15 10, .086 64 .032 53, .718 1. .00 28. .77 ATOM 3771 HI H20 15 9, .359 63 .736 53, .165 1. .00 0. .00 w ATOM 3772 H2 H20 15 10. .701 63. .300 53, .713 1. .00 0. .00 ATOM 3773 OH2 H20 16 35, .315 54, .724 34, .014 1. .00 42. .64 ATOM 3774 HI H20 16 36, .015 55. .349 33, .832 1. .00 0. .00 ATOM 3775 H2 H20 16 35, .680 54. .137 34, .676 1. .00 0. .00 w ATOM 3776 OH2 H20 17 6, .402 69 .762 21. .688 1. .00 32. .95 ATOM 3777 HI H20 17 6. .183 70. .430 22. .334 1. .00 0. ,00 w ATOM 3778 H2 H20 17 6, .335 70. .208 20, .844 1. .00 0. .00 w ATOM 3779 OH2 H20 18 14, .632 41. .929 43, .654 1. .00 18. .32 ATOM 3780 HI H20 18 15, .167 42, .282 44, .368 1. .00 0. .00 w ATOM 3781 H2 H20 18 15, .258 41. .449 43, .107 1, .00 0. .00 ATOM 3782 OH2 H20 19 40, .329 91. .816 -7, .396 1. .00 25. .37 ATOM 3783 HI H20 19 39. .913 91. .345 -6. .675 1. .00 0. .00 ATOM 3784 H2 H20 19 40. .631 92, .636 -7. .004 1. .00 0. ,00 w ATOM 3785 OH2 H20 20 6. .640 73, .014 46. .415 1. .00 33. ,60 ATOM 3786 HI H20 20 6, .738 72, .084 46. .624 1. .00 0. .00 ATOM 3787 H2 H20 20 6, .989 73, .098 45, .531 1. .00 0. .00 ATOM 3788 OH2 H20 21 37. .583 68. ,788 40, .034 1. ,00 36. .96 ATOM 3789 HI H20 21 37. .026 69. .000 39, ,287 1. ,00 0. ,00 ATOM 3790 H2 H20 21 38. .300 68. .285 39, .657 1. ,00 0. ,00 ATOM 3791 OH2 H20 22 5. .165 71. .647 48. .591 1. .00 35. .16 w ATOM 3792 Hi H20 22 5.,385 70..721 48..682 1..00 0..00 W ATOM 3793 H2 H20 22 4. .625 71. .844 49, .355 1. .00 0, .00 W ATOM 3794 OH2 H20 23 22. .348 84. .835 16, .567 1, .00 16, .19 W ATOM 3795 HI H20 23 23. .280 84. .637 16, .464 1. .00 0, .00 W ATOM 3796 H2 H20 23 22, .114 85. .295 15, .758 1. .00 0, .00 W ATOM 3797 OH2 H20 24 15, .889 49. .740 39, .303 1. .00 19 .38 W ATOM 3798 HI H20 24 16. .319 48. ,932 39. .026 1. .00 0, .00 W ATOM 3799 H2 H20 24 15. .010 49. ,471 39, .561 1. .00 0, .00 W ATOM 3800 OH2 H20 25 37. .655 61. .332 27, .513 1. .00 31. .70 W ATOM 3801 HI H20 25 36. .886 61. .727 27, .931 1. .00 0, .00 ATOM 3802 H2 H20 25 37. .861 60, .575 28, .057 1. .00 0. .00 w ATOM 3803 OH2 H20 26 17. .980 71, .537 17, .982 1. .00 39 .05 w ATOM 3804 HI H20 26 17. .960 70. .901 17. .268 1. .00 0, .00 ATOM 3805 H2 H20 26 18. .160 71. .014 18. .764 1. .00 0, .00 w ATOM 3806 OH2 H20 27 12. .412 74. .571 -14. .438 1. .00 54, .13 ATOM 3807 HI H20 27 11. .645 74. .040 -14. .647 1. .00 0 .00 ATOM 3808 H2 H20 27 12, .947 74, .009 -13, .875 1. .00 0. .00 w ATOM 3809 OH2 H20 28 35, .093 93, .688 9, .513 1. .00 49 .07 w ATOM 3810 HI H20 28 34, .158 93, .901 9, .502 1. .00 0. .00 w ATOM 3811 H2 H20 28 35. .143 92. .843 9, .955 1. .00 0, .00 w ATOM 3812 OH2 H20 29 27. .557 67. .319 47, .587 1. .00 20, .63 w ATOM 3813 HI H20 29 28, .387 67. .684 47, .271 1. .00 0, .00 w ATOM 3814 H2 H20 29 27. .650 66. .377 47, .466 1. .00 0, .00 w ATOM 3815 OH2 H20 30 12, .145 50. .693 37, .668 1. .00 22, .09 ATOM 3816 HI H20 30 12, .508 49. .987 38 .209 1. .00 0, .00 ATOM 3817 H2 H20 30 12, .370 51, .493 38 .131 1. .00 0. .00 w ATOM 3818 OH2 H20 31 29. .496 59. .286 42, .408 1. .00 37, .05 w ATOM 3819 HI H20 31 30. .012 59. .213 43, .211 1. .00 0, .00 w ATOM 3820 H2 H20 31 29. .640 60, .183 42, .110 1. .00 0, .00 w ATOM 3821 OH2 H20 32 28. .197 52, .345 43, .775 1. .00 24 .75 w ATOM 3822 HI H20 32 28. .094 52, .722 42, .902 1. .00 0, .00 w ATOM 3823 H2 H20 32 28. .541 51, .469 43 .622 1. .00 0 .00 ATOM 3824 OH2 H20 33 23. .054 77, .785 -19, .613 1. .00 54. .17 w ATOM 3825 HI H20 33 23. .018 77. .086 -20, .264 1. .00 0, .00 ATOM 3826 H2 H20 33 23, .144 78. .588 -20, .124 1. .00 0, .00 ATOM 3827 OH2 H20 34 11, .508 89, .358 -0, .033 1. .00 89, .65 w ATOM 3828 HI H20 34 10. .947 90, .015 0, .378 1. .00 0, .00 w ATOM 3829 H2 H20 34 11. .860 88, .850 0, .697 1. .00 0, .00 w ATOM 3830 OH2 H20 35 11. .641 45, .393 37 .448 1. .00 51 .14 w ATOM 3831 HI H20 35 11. .020 45. .208 36, .743 1. .00 0, .00 w ATOM 3832 H2 H20 35 11. .965 44. .531 37, .713 1. .00 0, .00 w ATOM 3833 OH2 H20 36 20, .569 40, .000 37 .790 1. .00 29, .17 w ATOM 3834 HI H20 36 20, .797 40, .503 37, .007 1. .00 0, .00 ATOM 3835 H2 H20 36 20, .901 40, .523 38 .517 1. .00 0. .00 ATOM 3836 OH2 H20 37 24, .685 71. .120 -9 .820 1 .00 43 .88 w ATOM 3837 Hi H20 37 25 .328 70 .841 -9 .165 1 .00 0. .00 ATOM 3838 H2 H20 37 24, .632 70, .379 -10, .426 1. .00 0, .00 w ATOM 3839 OH2 H20 38 17, .308 85, .319 37 .723 1. .00 34, .44 ATOM 3840 HI H20 38 18, .044 85, .879 37 .954 1. .00 0, .00 w ATOM 3841 H2 H20 38 17, .596 84, .434 37 .953 1, .00 0, .00 w ATOM 3842 OH2 H20 39 12, .687 42, .769 41 .100 1. .00 28 .15 w ATOM 3843 HI H20 39 12, .510 41, .844 40 .940 1 .00 0. .00 w ATOM 3844 H2 H20 39 11 .922 43, .225 40 .743 1 .00 0. .00 w ATOM 3845 OH2 H20 40 17, .331 86, .756 34, .308 1. .00 14. .85 w ATOM 3846 Hi H20 40 18, .021 87, .306 34, .677 1. .00 0, .00 ATOM 3847 H2 H20 40 17 .772 85, .936 34 .083 1. .00 0, .00 w ATOM 3848 OH2 H20 41 11 .389 77, .413 34 .219 1. .00 13 .24 w ATOM 3849 Hi H20 41 11 .834 76 .632 33 .886 1 .00 0. .00 w ATOM 3850 H2 H20 41 11 .955 77 .724 34 .927 1 .00 0. .00 ATOM 3851 OH2 H20 42 22, .064 47, .418 49, .189 1. .00 21. .90 w ATOM 3852 HI H20 42 22, .578 47, .067 49 .916 1. .00 0. .00 w ATOM 3853 H2 H20 42 21, .955 48, .346 49 .399 1. .00 0. .00 ATOM 3854 OH2 H20 43 42, .304 89, .935 -4 .829 1. .00 41 .26 ATOM 3855 HI H20 43 42 .968 90 .334 -4 .263 1. .00 0. .00 w ATOM 3856 H2 H20 43 41 .497 90 .399 -4 .614 1. .00 0. .00 w ATOM 3857 OH2 H20 44 20 .332 50 .701 49 .638 1 .00 34 .52 w ATOM 3858 HI H20 44 20, .304 50, .701 48 .682 1. .00 0. .00 ATOM 3859 H2 H20 44 20, .709 51, .553 49 .866 1. .00 0, .00 w ATOM 3860 OH2 H20 45 29, .753 79, .163 20 .128 1. .00 29, .41 w ATOM 3861 HI H20 45 29, .861 79, .995 20 .588 1. .00 0, .00 ATOM 3862 H2 H20 45 30. .517 78, .646 20 .388 1. .00 0, .00 ATOM 3863 OH2 H20 46 21 .428 84, .063 13 .081 1. .00 37 .53 w ATOM 3864 HI H20 46 21 .980 83 .848 12 .332 1 .00 0. .00 w ATOM 3865 H2 H20 46 22. .024 84, .033 13 .833 1. .00 0, .00 w ATOM 3866 OH2 H20 47 44. .014 87, .180 0. .493 1. .00 42, .34 w ATOM 3867 HI H20 47 44 .816 87, .537 0. .112 1 .00 0 .00 w ATOM 3868 H2 H20 47 44.255 86.949 1.390 1.00 0.00 ATOM 3869 OH2 H20 48 10.349 58.686 20.367 1.00 54.51 w ATOM 3870 HI H20 48 11.088 58.206 20.745 1.00 0.00 ATOM 3871 H2 H20 48 10.744 59.467 19.982 1.00 0.00 ATOM 3872 OH2 H20 50 23.990 56.220 51.509 1.00 25.41 w ATOM 3873 HI H20 50 23.268 55.601 51.628 1.00 0.00 w ATOM 3874 H2 H20 50 24.178 56.195 50.573 1.00 0.00 ATOM 3875 OH2 H20 51 14.872 75.264 -7.889 1.00 34.60 ATOM 3876 HI H20 51 15.737 75.461 -8.249 1.00 0.00 ATOM 3877 H2 H20 51 15.004 75.262 -6.940 1.00 0.00 ATOM 3878 OH2 H20 52 29.495 53.936 48.249 1.00 35.09 w ATOM 3879 HI H20 52 30.382 53.691 48.511 1.00 0.00 w ATOM 3880 H2 H20 52 28.980 53.881 49.050 1.00 0.00 ATOM 3881 OH2 H20 53 23.913 39.862 34.279 1.00 24.69 w ATOM 3882 HI H20 53 23.928 40.573 34.917 1.00 0.00 w ATOM 3883 H2 H20 53 22.981 39.718 34.101 1.00 0.00 w ATOM 3884 OH2 H20 54 27.855 38.735 36.184 1.00 41.97 w ATOM 3885 HI H20 54 27.501 37.874 35.965 1.00 0.00 w ATOM 3886 H2 H20 54 27.094 39.319 36.159 1.00 0.00 ATOM 3887 OH2 H20 55 14.443 71.878 19.001 1.00 43.17 ATOM 3888 HI H20 55 13.698 71.493 18.533 1.00 0.00 ATOM 3889 H2 H20 55 14.053 72.271 19.782 1.00 0.00 w ATOM 3890 OH2 H20 56 9.281 50.087 37.191 1.00 22.03 w ATOM 3891 HI H20 56 10.124 49.922 36.769 1.00 0.00 ATOM 3892 H2 H20 56 9.351 49.660 38.045 1.00 0.00 w ATOM 3893 OH2 H20 57 22.892 77.131 20.524 1.00 38.72 ATOM 3894 HI H20 57 22.303 76.460 20.869 1.00 0.00 ATOM 3895 H2 H20 57 22.962 76.933 19.591 1.00 0.00 w ATOM 3896 OH2 H20 58 38.306 78.270 13.963 1.00 28.31 w ATOM 3897 HI H20 58 38.886 77.518 14.102 1.00 0.00 w ATOM 3898 H2 H20 58 37.541 77.899 13.520 1.00 0.00 ATOM 3899 OH2 H20 59 10.937 66.046 49.581 1.00 34.62 ATOM 3900 HI H20 59 11.082 66.814 49.032 1.00 0.00 w ATOM 3901 H2 H20 59 11.613 65.426 49.320 1.00 0.00 w ATOM 3902 OH2 H20 60 40.917 80.629 -4.294 1.00 39.29 w ATOM 3903 HI H20 60 40.941 81.265 -5.010 1.00 0.00 w ATOM 3904 H2 H20 60 41.832 80.403 -4.141 1.00 0.00 ATOM 3905 OH2 H20 61 37.462 76.032 26.379 1.00 35.75 ATOM 3906 HI H20 61 37.318 75.396 27.075 1.00 0.00 w ATOM 3907 H2 H20 61 36.637 76.059 25.897 1.00 0.00 ATOM 3908 OH2 H20 62 12.194 92.917 7.443 1.00 26.35 ATOM 3909 HI H20 62 12.299 93.860 7.569 1.00 0.00 w ATOM 3910 H2 H20 62 12.553 92.749 6.576 1.00 0.00 ATOM 3911 OH2 H20 63 10.746 48.472 38.472 1.00 32.24 ATOM 3912 HI H20 63 11.037 49.361 38.660 1.00 0.00 w ATOM 3913 H2 H20 63 11.406 47.907 38.868 1.00 0.00 w ATOM 3914 OH2 H20 64 24.609 73.773 41.569 1.00 29.16 w ATOM 3915 HI H20 64 24.846 74.155 42.417 1.00 0.00 ATOM 3916 H2 H20 64 25.433 73.754 41.081 1.00 0.00 ATOM 3917 OH2 H20 65 30.012 66.185 -8.084 00 59.17 ATOM 3918 Hi H20 65 30.800 66.596 -7.731 00 0.00 w ATOM 3919 H2 H20 65 29.658 66.832 -8.697 1.00 0.00 w ATOM 3920 OH2 H20 66 31.620 57.288 44.605 1.00 33.39 ATOM 3921 HI H20 66 30.791 56.867 44.837 1.00 0.00 w ATOM 3922 H2 H20 66 31.532 57.494 43.676 1.00 0.00 ATOM 3923 OH2 H20 67 18.628 82.133 47.615 00 41.34 w ATOM 3924 HI H20 67 19.144 81.345 47.779 00 0.00 w ATOM 3925 H2 H20 67 18.596 82.582 48.458 00 0.00 ATOM 3926 OH2 H20 68 26.118 86.559 16.428 00 16.27 w ATOM 3927 HI H20 68 25.731 86.540 17.305 00 0.00 ATOM 3928 H2 H20 68 26.764 87.261 16.467 1.00 0.00 w ATOM 3929 OH2 H20 69 6.149 45.998 26.772 00 58.89 ATOM 3930 HI H20 69 6.523 46.223 27.625 00 0.00 ATOM 3931 H2 H20 69 5.200 46.037 26.914 00 0.00 w ATOM 3932 OH2 H20 70 7.387 86.734 36.372 00 26.69 ATOM 3933 HI H20 70 7.690 87.232 35.613 00 0.00 w ATOM 3934 H2 H20 70 6.557 87.153 36.615 1.00 0.00 ATOM 3935 OH2 H20 71 19.016 50.608 41.020 00 20.12 w ATOM 3936 HI H20 71 19.744 51.094 41.405 00 0.00 ATOM 3937 H2 H20 71 18.765 51.119 40.254 00 0.00 ATOM 3938 OH2 H20 72 22.966 54.069 53.338 00 58.44 w ATOM 3939 HI H20 72 22.736 53.762 54.218 00 0.00 w ATOM 3940 H2 H20 72 23.801 54.525 53.458 1.00 0.00 ATOM 3941 OH2 H20 73 32.935 84.107 34.520 1.00 38.39 w ATOM 3942 HI H20 73 32.932 85.062 34.520 1.00 0.00 w ATOM 3943 H2 H20 73 32.932 83.865 33.593 1.00 0.00 ATOM 3944 OH2 H20 74 15..144 50,.152 34.,763 1,.00 15,.36 w ATOM 3945 HI H20 74 15. .994 49, .728 34. ,642 1, .00 0, .00 w ATOM 3946 H2 H20 74 14. .963 50. .062 35. 700 1. ,00 0. ,00 ATOM 3947 OH2 H20 75 39. .834 73. .517 37. ,279 1. ,00 21. .08 ATOM 3948 HI H20 75 39. .093 73. .212 37. ,805 1. .00 0, .00 ATOM 3949 H2 H20 75 39. .719 74, .465 37. ,239 1. .00 0. .00 ATOM 3950 OH2 H20 76 5. .621 49, .847 47. ,235 1. .00 36, .63 ATOM 3951 Hi H20 76 5. .682 50. .181 48. .127 1, ,00 0. ,00 w ATOM 3952 H2 H20 76 6. .291 50. .328 46. ,749 1. .00 0. .00 ATOM 3953 OH2 H20 77 20, .855 42. .150 47. ,963 1. .00 45, .89 ATOM 3954 HI H20 77 21, .782 42. .249 47. .739 1. .00 0, .00 w ATOM 3955 H2 H20 77 20. .797 41. .284 48. .366 1. .00 0, .00 w ATOM 3956 OH2 H20 78 8, .330 65. .636 18. .869 1. .00 38, .49 w ATOM 3957 HI H20 78 8. .581 66. .186 18. ,125 1. .00 0. .00 ATOM 3958 H2 H20 78 8, .184 66. .254 19. ,584 1. .00 0. .00 ATOM 3959 OH2 H20 79 37, .225 73, .080 47. ,421 1, .00 42, .94 ATOM 3960 HI H20 79 37, .775 72, .667 46. .755 1, .00 0, .00 ATOM 3961 H2 H20 79 36, .353 73, .108 47. .030 1, .00 0, .00 w ATOM 3962 OH2 H20 80 36, .019 65. .979 41. .953 1. .00 34, .15 w ATOM 3963 HI H20 80 36, .913 65. .996 42. ,303 1. .00 0, .00 ATOM 3964 H2 H20 80 35, .821 65. .048 41. .856 1, .00 0, .00 w ATOM 3965 OH2 H20 81 37, .936 72, .735 -2. .902 1, .00 58, .65 w ATOM 3966 HI H20 81 38, .631 73, .117 -2. .367 1, .00 0, .00 ATOM 3967 H2 H20 81 37 .913 73, .277 -3, .690 1, .00 0, .00 ATOM 3968 OH2 H20 82 23, .143 50, .854 55. .229 1, .00 73, .08 ATOM 3969 HI H20 82 22, .200 50, .699 55. .185 1, .00 0, .00 ATOM 3970 H2 H20 82 23, .429 50, .377 56. .008 1, .00 0, .00 ATOM 3971 OH2 H20 83 35 .270 96 .894 -8. ,992 1, .00 46, .37 w ATOM 3972 HI H20 83 34 .385 97 .082 -9, .298 1, .00 0 .00 ATOM 3973 H2 H20 83 35, .800 97, .621 -9. ,320 1, .00 0, .00 w ATOM 3974 OH2 H20 84 34, .683 68, .046 40. .254 1, .00 41, .87 w ATOM 3975 HI H20 84 35, .001 67, .185 39. .981 1, .00 0. .00 w ATOM 3976 H2 H20 84 33 .743 68 .022 40, .069 1, .00 0, .00 ATOM 3977 OH2 H20 85 7 .937 93 .884 8, .479 1. .00 67, .26 w ATOM 3978 HI H20 85 8, .505 93, .128 8, .331 1, .00 0. .00 w ATOM 3979 H2 H20 85 7, .793 94, .250 7, .607 1, .00 0. .00 w ATOM 3980 OH2 H20 86 41, .437 88, .270 5. .694 1, .00 43, .07 w ATOM 3981 HI H20 86 40 .650 88, .680 6. .057 1, .00 0, .00 ATOM 3982 H2 H20 86 41 .183 87 .355 5, .556 1 .00 0. .00 w ATOM 3983 OH2 H20 87 18 .418 89 .968 41, .295 1 .00 50 .98 w ATOM 3984 HI H20 87 19 .346 89, .974 41, .525 1, .00 0, .00 ATOM 3985 H2 H20 87 18 .287 89, .127 40, .854 1, .00 0, .00 ATOM 3986 OH2 H20 88 15 .346 97 .033 5, .772 1 .00 51, .64 w ATOM 3987 HI H20 88 14 .535 97 .052 5, .262 1 .00 0. .00 ATOM 3988 H2 H20 88 15 .780 96 .224 5, .502 1 .00 0. .00 w ATOM 3989 OH2 H20 89 47 .753 89, .370 -3, .781 1, .00 37 .41 ATOM 3990 HI H20 89 47 .756 90 .330 -3, .781 1 .00 0. .00 ATOM 3991 H2 H20 89 47 .756 89 .133 -4, .708 1. .00 0. .00 w ATOM 3992 OH2 H20 90 17 .822 70 .217 21, .038 1. .00 53 .57 w ATOM 3993 HI H20 90 18 .493 70 .890 21 .166 1 .00 0 .00 w ATOM 3994 H2 H20 90 17 .151 70 .426 21. .692 1, .00 0. .00 ATOM 3995 OH2 H20 91 2 .696 51, .590 41. .944 1 .00 46 .78 w ATOM 3996 HI H20 91 1 .893 51 .743 42. .439 1 .00 0. .00 w ATOM 3997 H2 H20 91 3 .400 51 .837 42. .544 1 .00 0. .00 w ATOM 3998 OH2 H20 95 34 .676 75 .860 41. .073 1. .00 39 .50 ATOM 3999 HI H20 95 35 .228 75 .793 40 .290 1. .00 0. .00 ATOM 4000 H2 H20 95 34 .453 74 .957 41. .286 1 .00 0, .00 w ATOM 4001 OH2 H20 96 39 .675 76 .625 -9. .371 1, .00 56 .41 w ATOM 4002 HI H20 96 38 .896 76 .095 -9 .211 1. .00 0. .00 ATOM 4003 H2 H20 96 40 .385 75 .984 -9 .456 1 .00 0. .00 w ATOM 4004 OH2 H20 97 18 .254 64 .042 7 .803 1 .00 55 .42 ATOM 4005 HI H20 97 18 .067 64 .981 7. .768 1 .00 0, .00 w ATOM 4006 H2 H20 97 17 .406 63 .636 7, .982 1 .00 0, .00 ATOM 4007 OH2 H20 99 36 .040 76 .842 46 .828 1. .00 41 .76 w ATOM 4008 HI H20 99 35 .612 76 .180 46 .290 1. .00 0. .00 w ATOM 4009 H2 H20 99 35 .367 77 .514 46 .962 1 .00 0. .00 ATOM 4010 OH2 H20 100 39 .087 90 .744 -12 .653 1 .00 50 .93 w ATOM 4011 HI H20 100 39 .148 91 .213 -13, .482 1, .00 0, .00 ATOM 4012 H2 H20 100 39 .394 91 .370 -11, .997 1 .00 0, .00 w ATOM 4013 OH2 H20 102 34 .315 73 .486 18 .013 1. .00 32, .56 w ATOM 4014 HI H20 102 34 .941 73 .597 17 .299 1 .00 0. .00 w ATOM 4015 H2 H20 102 33 .483 73 .303 17 .577 1 .00 0 .00 ATOM 4016 OH2 H20 103 27 .629 65 .918 7, .501 1 .00 26, .86 w ATOM 4017 HI H20 103 26 .981 65 .607 8, .130 1. .00 0, .00 w ATOM 4018 H2 H20 103 28 .387 65 .342 7, .634 1 .00 0. .00 ATOM 4019 OH2 H20 104 30 .549 69 .755 -10 .939 1 .00 52 .39 w ATOM 4020 HI H20 104 30.082 70.440 -11.415 1.00 0.00 w ATOM 4021 H2 H20 104 30 .530 68 .998 -11 .524 1 .00 0 .00 w ATOM 4022 OH2 H20 105 34 .538 71 .979 38 .560 1 .00 30 .69 w ATOM 4023 HI H20 105 33 .720 72 .302 38 .185 1 .00 0 .00 ATOM 4024 H2 H20 105 34 .317 71 .734 39 .455 1. .00 0 .00 w ATOM 4025 OH2 H20 106 31 .168 67 .923 13 .585 1 .00 47 .02 ATOM 4026 HI H20 106 31 .193 67 .876 14 .540 1 .00 0 .00 w ATOM 4027 H2 H20 106 30 .514 68 .599 13 .396 1 .00 0 .00 w ATOM 4028 OH2 H20 107 32 .794 63 .732 44 .548 1. .00 33 .54 ATOM 4029 HI H20 107 32 .546 63 .550 45 .458 1. .00 0 .00 w ATOM 4030 H2 H20 107 33 .687 63 .411 44 .472 1. .00 0 .00 ATOM 4031 OH2 H20 108 19 .475 88 .576 35 .346 1. .00 35 .25 ATOM 4032 HI H20 108 19 .617 88 .129 34 .508 1 .00 0 .00 ATOM 4033 H2 H20 108 20 .226 88 .319 35 .881 1. .00 0 .00 ATOM 4034 OH2 H20 109 23 .864 52 .354 23 .080 1. .00 48 .58 ATOM 4035 HI H20 109 23 .166 52 .051 22 .499 1. .00 0 .00 ATOM 4036 H2 H20 109 23 .422 52 .922 23 .711 1 .00 0 .00 w ATOM 4037 OH2 H20 110 31 .956 52 .640 32 .308 1 .00 51 .66 w ATOM 4038 HI H20 110 31 .785 52 .563 31 .371 1 .00 0 .00 ATOM 4039 H2 H20 110 31 .086 52 .644 32 .711 1 .00 0 .00 w ATOM 4040 OH2 H20 111 16 .968 60 .681 13 .605 1. .00 55 .65 w ATOM 4041 HI H20 111 16 .618 60 .785 12 .718 1 .00 0 .00 ATOM 4042 H2 H20 111 17 .849 61 .054 13 .557 1 .00 0 .00 ATOM 4043 OH2 H20 112 38 .699 63 .142 37 .584 1 .00 4 .09 ATOM 4044 HI H20 112 37 .844 62 .845 37 .265 1 .00 0 .00 w ATOM 4045 H2 H20 112 39 .233 62 .347 37 .604 1 .00 0 .00 ATOM 4046 OH2 H20 113 31 .344 57 .427 39 .398 1 .00 37 .73 ATOM 4047 HI H20 113 31 .126 56 .895 40 .166 1 .00 0 .00 ATOM 4048 H2 H20 113 30 .552 57 .933 39 .226 1 .00 0 .00 w ATOM 4049 OH2 H20 114 41. .350 83 .449 -8. .714 1. .00 60, .04 ATOM 4050 HI H20 114 41. .043 83 .752 -9, .569 1. .00 0, .00 w ATOM 4051 H2 H20 114 41. .072 84, .130 -8, .103 1. .00 0, .00 w ATOM 4052 OH2 H20 115 42, .987 90 .912 5, .698 1. .00 36, .99 ATOM 4053 HI H20 115 42, .742 89 .993 5. .572 1. .00 0, .00 w ATOM 4054 H2 H20 115 43, .930 90 .888 5, .853 1. .00 0, .00 w ATOM 4055 OH2 H20 118 27, .240 71, .465 53. .783 1. .00 33, .44 w ATOM 4056 HI H20 118 27, .239 72 .422 53. .780 1. .00 0, .00 w ATOM 4057 H2 H20 118 27, .239 71, .225 52. .853 1. .00 0, .00 w ATOM 4058 OH2 H20 119 11, .225 50 .304 22. .316 1. .00 55, .33 ATOM 4059 HI H20 119 11. .185 51 .196 22. .657 1. .00 0, .00 w ATOM 4060 H2 H20 119 10. .758 50, .343 21. .483 1. .00 0, .00 w ATOM 4061 OH2 H20 122 10, .516 74, .345 13. .709 1. .00 49, .01 ATOM 4062 HI H20 122 11. .305 74, .880 13, .770 1. .00 0, .00 ATOM 4063 H2 H20 122 10, .747 73, .529 14. .153 1. .00 0, .00 ATOM 4064 OH2 H20 123 21, .221 81, .929 43. .450 1. .00 35, .78 ATOM 4065 HI H20 123 20, .410 82, .390 43. .227 1. .00 0, .00 w ATOM 4066 H2 H20 123 21, .623 82, .469 44. .129 1. .00 0, .00 ATOM 4067 OH2 H20 125 26, .901 87, .147 37, .889 1. ,00 67, .29 ATOM 4068 HI H20 125 25. .985 87, .057 37. .631 1. ,00 0, .00 ATOM 4069 H2 H20 125 26, .955 86, .709 38. .739 1. .00 0, .00 ATOM 4070 OH2 H20 127 38, .005 73, .517 7. .577 1. .00 47, .94 w ATOM 4071 HI H20 127 38. .835 73, .559 7. .101 1. ,00 0, .00 ATOM 4072 H2 H20 127 38. .249 73, .253 8. .463 1. .00 0, .00 w ATOM 4073 OH2 H20 130 10. .402 70, .971 29. .298 1. .00 20. .65 ATOM 4074 HI H20 130 9. .723 71, .264 28. .687 1. .00 0. .00 w ATOM 4075 H2 H20 130 10, .159 71, .385 30. .132 1. .00 0. .00 w ATOM 4076 OH2 H20 132 5. .650 81. .404 36. .223 1. 00 27. .14 w ATOM 4077 HI H20 132 4. ,752 81. ,595 36. ,500 1. 00 0. ,00 w ATOM 4078 H2 H20 132 6. ,195 81. ,776 36. ,918 1. 00 0. 00 w ATOM 4079 OH2 H20 133 13. ,263 68. .119 49. .513 1. 00 44. 60 ATOM 4080 HI H20 133 13. ,357 67. ,240 49. .144 1. 00 0. 00 w ATOM 4081 H2 H20 133 13. ,500 68. ,707 48. 799 1. 00 0. 00 ATOM 4082 OH2 H20 134 19. 524 87. ,618 -11. 380 1. 00 25. 22 w ATOM 4083 HI H20 134 19. .588 86. ,908 -10. 742 1. 00 0. 00 ATOM 4084 H2 H20 134 18. .725 87. ,424 -11. 875 1. 00 0. 00 w ATOM 4085 OH2 H20 135 40. 212 59. ,845 25. 750 1. 00 51. 43 ATOM 4086 HI H20 135 41. 124 59. ,975 26. 015 1. 00 0. 00 ATOM 4087 H2 H20 135 40. ,235 59. ,869 24. 793 1. 00 0. 00 w ATOM 4088 OH2 H20 136 19. .922 100. ,636 -9. 493 1. 00 47. 67 ATOM 4089 HI H20 136 19. ,113 101. ,141 -9. 422 1. 00 0. 00 ATOM 4090 H2 H20 136 20. ,620 101. .276 -9. 363 1. 00 0. 00 w ATOM 4091 OH2 H20 137 7. 532 75. .485 18. 573 1. 00 47. 00 ATOM 4092 HI H20 137 7. 714 76. ,396 18. 784 1. 00 0. 00 ATOM 4093 H2 H20 137 6. 759 75. ,513 18. 008 1. 00 0. 00 w ATOM 4094 OH2 H20 139 25. 465 59. ,184 52. 290 1. 00 28. 76 w ATOM 4095 HI H20 139 25. 749 59. ,465 51. 420 1. 00 0. 00 ATOM 4096 H2 H20 139 24..512 59..318 52,.281 1..00 0..00 ATOM 4097 OH2 H20 140 14. .960 69. .189 7 .890 1. .00 46, .58 w ATOM 4098 HI H20 140 14. .139 69. .668 7, .972 1. .00 0, .00 ATOM 4099 H2 H20 140 15. .631 69. .867 7, .811 1, .00 0, .00 w ATOM 4100 OH2 H20 142 31. .562 73. .845 26, .725 1. ,00 46. .85 ATOM 4101 HI H20 142 30, .757 74, .357 26, .741 1. .00 0. .00 ATOM 4102 H2 H20 142 31. .916 73. ,978 25, .843 1. .00 0. .00 ATOM 4103 OH2 H20 143 24. .525 81. ,714 35, .572 1. .00 45, .84 ATOM 4104 HI H20 143 23. .681 81. .414 35, .237 1, .00 0, .00 w ATOM 4105 H2 H20 143 25. .142 81. .535 34, .862 1. .00 0. .00 w ATOM 4106 OH2 H20 144 30. .404 37. .547 38, .155 1, .00 49, .49 w ATOM 4107 HI H20 144 31. .040 37. .919 38. .772 1. .00 0. .00 ATOM 4108 H2 H20 144 29. .868 38. .295 37. .890 1. .00 0, .00 w ATOM 4109 OH2 H20 145 18. .510 37. ,954 48. .005 1. .00 31. .26 ATOM 4110 HI H20 145 18, .573 37. .366 48. .753 1. .00 0, .00 w ATOM 4111 H2 H20 145 19, .251 37. .719 47. .448 1, .00 0. .00 ATOM 4112 OH2 H20 148 21. .454 103, .453 -11, .072 1. .00 69. .13 ATOM 4113 HI H20 148 21. .532 103, .913 -10, .238 1, .00 0. .00 ATOM 4114 H2 H20 148 20. .530 103. .207 -11. .127 1. .00 0. .00 ATOM 4115 OH2 H20 149 30. .616 69, .892 11. .062 1. .00 59, .13 w ATOM 4116 HI H20 149 30. .597 69. .088 10. .544 1. .00 0, .00 ATOM 4117 H2 H20 149 31. .534 69. .990 11. .317 1. .00 0, .00 ATOM 4118 OH2 H20 151 22. .397 96. .000 -18. .890 1. .00 49, .14 ATOM 4119 HI H20 151 22, .660 96. .162 -19, .796 1. .00 0, .00 w ATOM 4120 H2 H20 151 22, .588 95. .071 -18 .750 1, .00 0, .00 w ATOM 4121 OH2 H20 152 23, .997 68. .719 -3, .081 1. .00 37. .05 w ATOM 4122 HI H20 152 23, .944 69. .622 -3, .393 1, .00 0. .00 w ATOM 4123 H2 H20 152 23, .498 68. .717 -2, .264 1. .00 0. .00 ATOM 4124 OH2 H20 153 6, .761 78, .049 41, .002 1. .00 44, .92 ATOM 4125 HI H20 153 6 .495 77, .572 40 .213 1. .00 0, .00 w ATOM 4126 H2 H20 153 7, .695 77, .879 41, .080 1. .00 0. .00 w ATOM 4127 OH2 H20 154 14, .604 84, .085 47 .918 1. .00 27, .17 w ATOM 4128 HI H20 154 14, .800 83, .921 48, .839 1. .00 0. .00 w ATOM 4129 H2 H20 154 15, .458 84, .196 47, .504 1. .00 0, .00 w ATOM 4130 OH2 H20 157 20, .208 87, .608 38. .773 1, .00 46, .36 ATOM 4131 HI H20 157 19, .447 88. .077 38. .424 1. .00 0, .00 w ATOM 4132 H2 H20 157 20 .838 88. .299 38 .980 1, .00 0, .00 ATOM 4133 OH2 H20 161 27, .786 81, .756 30. .433 1. .00 20. .04 w ATOM 4134 HI H20 161 27, .657 81, .992 31 .345 1, .00 0, .00 ATOM 4135 H2 H20 161 27. .013 81, .230 30, .207 1. .00 0. .00 w ATOM 4136 OH2 H20 162 25. .545 41. .107 41, .204 1, .00 39. .67 ATOM 4137 HI H20 162 26 .123 40. .371 41 .410 1, .00 0. .00 w ATOM 4138 H2 H20 162 24. .668 40, .789 41, .410 1, .00 0, .00 ATOM 4139 OH2 H20 163 34 .968 61, .130 39 .718 1, .00 58, .53 w ATOM 4140 HI H20 163 35. .625 61. .220 40 .410 1. .00 0, .00 w ATOM 4141 H2 H20 163 34 .194 60. .792 40 .166 1, .00 0, .00 ATOM 4142 OH2 H20 164 31, .867 61. .174 40, .931 1, .00 30, .31 w ATOM 4143 HI H20 164 31 .027 60. .812 40 .654 1, .00 0, .00 ATOM 4144 H2 H20 164 31 .803 61, .239 41 .882 1, .00 0. .00 ATOM 4145 OH2 H20 165 18 .529 51. .777 47 .785 1, .00 26, .36 ATOM 4146 HI H20 165 18 .240 52. .561 48 .263 1, .00 0, .00 ATOM 4147 H2 H20 165 18, .619 51. .109 48 .456 1, .00 0, .00 ATOM 4148 OH2 H20 166 6 .824 56 .798 46 .694 1, .00 31, .23 ATOM 4149 HI H20 166 7, .339 56. .878 47, .493 1, .00 0, .00 w ATOM 4150 H2 H20 166 5 .921 56. .982 46 .973 1, .00 0, .00 ATOM 4151 OH2 H20 167 4 .124 74, .966 21 .486 1, .00 35 .69 ATOM 4152 HI H20 167 4 .300 75. .262 20 .590 1, .00 0, .00 w ATOM 4153 H2 H20 167 4 .736 75 .467 22 .026 1, .00 0, .00 w ATOM 4154 OH2 H20 168 23 .115 81, .286 -19 .644 1, .00 56, .66 w ATOM 4155 HI H20 168 23 .431 81, .070 -20 .521 1 .00 0, .00 ATOM 4156 H2 H20 168 23, .194 80, .469 -19 .152 1, .00 0, .00 w ATOM 4157 OH2 H20 169 3 .381 70, .239 27 .505 1, .00 32, .76 ATOM 4158 HI H20 169 2 .709 70 .126 26 .830 1, .00 0. .00 w ATOM 4159 H2 H20 169 3, .950 70, .929 27 .161 1, .00 0. .00 ATOM 4160 OH2 H20 170 38 .354 96 .654 -4 .019 1, .00 38, .96 ATOM 4161 HI H20 170 38 .897 97, .181 -4 .602 1, .00 0, .00 ATOM 4162 H2 H20 170 38 .910 95, .925 -3 .757 1, .00 0, .00 ATOM 4163 OH2 H20 171 31. .765 75, .253 24, .200 1, .00 35. .79 w ATOM 4164 HI H20 171 31 .801 76, .033 23 .651 1, .00 0, .00 ATOM 4165 H2 H20 171 32 .622 74, .840 24. .093 1, .00 0 .00 w ATOM 4166 OH2 H20 172 30 .112 51, .159 46 .701 1, .00 42, .99 w ATOM 4167 HI H20 172 29 .550 51, .828 47 .094 1, .00 0, .00 w ATOM 4168 H2 H20 172 30 .504 50, .708 47 .449 1, .00 0, .00 ATOM 4169 OH2 H20 173 14 .724 60. .204 54 .146 1, .00 44, .12 w ATOM 4170 HI H20 173 13 .852 60, .500 54 .408 1. .00 0, .00 w ATOM 4171 H2 H20 173 15 .149 59, .955 54 .966 1, .00 0, .00 ATOM 4172 OH2 H20 174 34.426 92.105 20.174 1.00 43.09 w ATOM 4173 HI H20 174 33 .995 92 .193 19 .323 1 .00 0 .00 w ATOM 4174 H2 H20 174 35 .110 92, .775 20 .165 1. .00 0. .00 w ATOM 4175 OH2 H20 175 15 .079 77, .472 19 .106 1, .00 26 .05 w ATOM 4176 HI H20 175 15 .197 78, .034 19 .868 1 .00 0 .00 w ATOM 4177 H2 H20 175 14 .807 76 .627 19 .465 1 .00 0. .00 w ATOM 4178 OH2 H20 176 4 .428 65, .813 39 .483 1 .00 41. .04 w ATOM 4179 HI H20 176 4 .482 66 .597 38 .935 1 .00 0 .00 ATOM 4180 H2 H20 176 3 .948 66 .099 40 .261 1 .00 0 .00 w ATOM 4181 OH2 H20 177 15 .709 70 .351 -5 .398 1 .00 60 .42 w ATOM 4182 HI H20 177 15 .048 70 .541 -4 .731 1. .00 0 .00 ATOM 4183 H2 H20 177 15, .488 69, .475 -5 .712 1, .00 0. .00 ATOM 4184 OH2 H20 178 33, .370 76, .092 46 .298 1, .00 73 .91 w ATOM 4185 HI H20 178 32 .527 75, .849 46 .680 1. .00 0 .00 ATOM 4186 H2 H20 178 33 .647 76, .862 46 .791 1. .00 0. .00 w ATOM 4187 OH2 H20 179 32 .160 88, .256 -3 .330 1 .00 31. .03 w ATOM 4188 HI H20 179 31 .330 88, .041 -3 .759 1. .00 0. .00 w ATOM 4189 H2 H20 179 32 .571 88, .893 -3 .916 1. .00 0. .00 w ATOM 4190 OH2 H20 180 43 .785 91, .145 1 .609 1 .00 42 .82 w ATOM 4191 HI H20 180 44 .441 91 .779 1 .325 1 .00 0 .00 w ATOM 4192 H2 H20 180 44, .208 90, .654 2 .311 1, .00 0, .00 w ATOM 4193 OH2 H20 181 23, .220 65, .998 2 .718 1. .00 25, .59 w ATOM 4194 HI H20 181 22 .845 66, .784 2 .330 1. .00 0, .00 w ATOM 4195 H2 H20 181 22, .846 65, .275 2 .212 1. .00 0, .00 w ATOM 4196 OH2 H20 182 7 .003 43, .420 24 .621 1 .00 50 .96 ATOM 4197 HI H20 182 7 .061 43, .954 25 .414 1. .00 0. .00 w ATOM 4198 H2 H20 182 7 .912 43, .254 24 .376 1. .00 0. .00 ATOM 4199 OH2 H20 183 27 .129 44, .901 42 .342 1. .00 61. .07 ATOM 4200 HI H20 183 26 .349 45, .392 42 .607 1. .00 0. .00 w ATOM 4201 H2 H20 183 27, .383 44, .415 43 .126 1. .00 0, .00 w ATOM 4202 OH2 H20 184 20, .120 62, .615 6, .341 1. .00 52. .42 w ATOM 4203 HI H20 184 19, .717 63. .462 6, .535 1. .00 0. .00 w ATOM 4204 H2 H20 184 20, .224 62. .197 7 .197 1, .00 0. .00 w ATOM 4205 OH2 H20 186 10, .038 94, .189 -8, .999 1. .00 40. .69 w ATOM 4206 HI H20 186 10, .000 93, .361 -9 .481 1. .00 0. .00 w ATOM 4207 H2 H20 186 9 .190 94, .600 -9 .161 1, .00 0. .00 w ATOM 4208 OH2 H20 187 39 .048 78, .109 48 .627 1. .00 43. .94 w ATOM 4209 HI H20 187 39 .049 79, .067 48 .627 1 .00 0. .00 w ATOM 4210 H2 H20 187 39, .049 77. .870 47, .700 1. .00 0, .00 w ATOM 4211 OH2 H20 188 29, .997 88. .546 37 .175 1. .00 66. .02 w ATOM 4212 HI H20 188 29, .998 89. .503 37 .176 1, .00 0, .00 w ATOM 4213 H2 H20 188 29, .998 88. .306 36 .249 1. .00 0, .00 w ATOM 4214 OH2 H20 189 33, .213 66. .563 16 .332 1. .00 62. .88 ATOM 4215 HI H20 189 33, .911 66, .201 15 .788 1. .00 0. .00 w ATOM 4216 H2 H20 189 33 .092 67, .455 16 .008 1. .00 0. .00 ATOM 4217 OH2 H20 190 29, .894 60, .575 22 .671 1. .00 41, .27 w ATOM 4218 HI H20 190 29 .363 61, .361 22 .549 1. .00 0. .00 w ATOM 4219 H2 H20 190 30, .767 60. .909 22, .889 1. .00 0. .00 w ATOM 4220 OH2 H20 191 17, .276 53. .069 43, .250 1. .00 10. .66 w ATOM 4221 HI H20 191 17, .592 53. .312 44, .119 1. .00 0, .00 ATOM 4222 H2 H20 191 18, .045 52. .689 42, .817 1. .00 0. .00 w ATOM 4223 OH2 H20 192 35, .647 59. .655 27 .750 1. .00 26, .14 ATOM 4224 HI H20 192 36, .404 59, .816 28 .311 1. .00 0, .00 w ATOM 4225 H2 H20 192 35, .899 60, .010 26 .897 1. .00 0, .00 ATOM 4226 OH2 H20 193 38, .775 60, .787 30 .053 1. .00 36, .89 w ATOM 4227 HI H20 193 38 .108 61, .130 29 .455 1, .00 0, .00 w ATOM 4228 H2 H20 193 39, .557 61. .302 29, .857 1. .00 0. .00 w ATOM 4229 OH2 H20 194 18, .790 80. .718 52, .778 1. ,00 28. ,10 w ATOM 4230 HI H20 194 18, .791 81. .672 52, .780 1. .00 0. ,00 ATOM 4231 H2 H20 194 18, .791 80. .475 51, .853 1. ,00 0. ,00 w ATOM 4232 OH2 H20 195 22, .571 68. .265 53, .229 1. ,00 34. .42 ATOM 4233 HI H20 195 23, .152 67. .936 53, .916 1. .00 0. .00 w ATOM 4234 H2 H20 195 22, .266 69. .110 53 .558 1. .00 0. .00 w ATOM 4235 OH2 H20 196 7, .904 98. .993 -8, .160 1. .00 39. .75 w ATOM 4236 HI H20 196 7, .904 99. .952 -8, .160 1. .00 0. .00 w ATOM 4237 H2 H20 196 7, ,904 98. .755 -9. .087 1, .00 0. 00 w ATOM 4238 OH2 H20 197 15. .117 76. ,593 49. .958 1. ,00 44. ,24 w ATOM 4239 HI H20 197 14. .700 76. ,989 50. .724 1. ,00 0. ,00 w ATOM 4240 H2 H20 197 15. .264 77. ,325 49, .360 1. ,00 0. ,00 w ATOM 4241 OH2 H20 198 18. .738 61. ,062 5, .012 1. 00 57. ,29 w ATOM 4242 HI H20 198 18. .739 62. ,019 5, .011 1. .00 0. ,00 w ATOM 4243 H2 H20 198 18, .739 60. ,822 4, .084 1. .00 0. .00 w ATOM 4244 OH2 H20 199 38, .023 88. ,017 8, .921 1. ,00 34. ,68 w ATOM 4245 HI H20 199 37, .201 88. .224 9, .366 1. .00 0. ,00 w ATOM 4246 H2 H20 199 37. .785 87. 348 8. ,278 1, 00 0. 00 w ATOM 4247 OH2 H20 200 25. .176 78. .050 39. ,750 1. 00 36. 28 ATOM 4248 HI H20 200 25,.349 78.069 38.807 1,.00 0.00 w ATOM 4249 H2 H20 200 24, .306 78 .440 39 .840 1. .00 0 .00 w ATOM 4250 OH2 H20 201 36, .509 75 .837 18 .830 1, .00 40 .11 w ATOM 4251 HI H20 201 36 .944 75 .281 19 .473 1 .00 0 .00 ATOM 4252 H2 H20 201 36 .226 76 .605 19 .326 1, .00 0 .00 w ATOM 4253 OH2 H20 202 15 .114 86 .425 44 .318 1 .00 26 .14 ATOM 4254 HI H20 202 14 .743 86 .504 43 .441 1 .00 0 .00 ATOM 4255 H2 H20 202 15 .979 86 .832 44 .251 1 .00 0 .00 ATOM 4256 OH2 H20 203 34, .096 66 .512 23 .788 1, .00 48 .56 w ATOM 4257 HI H20 203 34, .012 66 .195 24 .690 1, .00 0 .00 w ATOM 4258 H2 H20 203 34, .943 66 .959 23 .773 1, .00 0 .00 ATOM 4259 OH2 H20 204 28, .998 83 .540 37 .915 1, .00 48 .28 w ATOM 4260 HI H20 204 29, .160 83 .028 37 .122 1, .00 0 .00 w ATOM 4261 H2 H20 204 29 .874 83 .729 38 .257 1, .00 0 .00 w ATOM 4262 OH2 H20 205 36 .771 86 .241 17 .583 1 .00 28 .64 w ATOM 4263 HI H20 205 37, .720 86. .287 17. .698 1, .00 0 .00 ATOM 4264 H2 H20 205 36, .608 86 .681 16. .750 1, .00 0 .00 ATOM 4265 OH2 H20 206 34, .304 83. .977 22 .394 1, .00 37 .11 w ATOM 4266 HI H20 206 33, .908 83 .964 23 .266 1, .00 0 .00 w ATOM 4267 H2 H20 206 33, .588 84 .238 21 .812 1, .00 0 .00 w ATOM 4268 OH2 H20 207 10 .426 85 .642 38 .336 1, .00 35 .00 ATOM 4269 HI H20 207 10, .276 85 .151 39 .144 1, .00 0. .00 w ATOM 4270 H2 H20 207 10 .589 86 .537 38 .626 1, .00 0 .00 w ATOM 4271 OH2 H20 208 33, .164 40, .493 36, .564 1. .00 43, .55 w ATOM 4272 HI H20 208 33, .931 39, .992 36, .285 1. .00 0, .00 w ATOM 4273 H2 H20 208 32, .453 40, .170 36 .012 1, .00 0, .00 ATOM 4274 OH2 H20 209 9, .667 59 .806 49, .799 1, .00 27, .66 w ATOM 4275 HI H20 209 9, .078 59 .514 49 .107 1, .00 0. .00 w ATOM 4276 H2 H20 209 10, .523 59 .452 49 .554 1, .00 0. .00 w ATOM 4277 OH2 H20 210 40, .620 91 .683 9 .844 1, .00 44 .74 ATOM 4278 HI H20 210 39 .757 91 .357 10 .104 1, .00 0. .00 w ATOM 4279 H2 H20 210 40. .905 91, .080 9, .157 1. .00 0, .00 w ATOM 4280 OH2 H20 211 31. .114 53. .143 38, .106 1. .00 19, .43 w ATOM 4281 HI H20 211 30, .669 52. .292 38, .079 1. .00 0, .00 w ATOM 4282 H2 H20 211 31, .806 53, .073 37, .457 1. .00 0, .00 ATOM 4283 OH2 H20 212 37, .410 58, .585 24, .168 1. .00 51, .69 w ATOM 4284 HI H20 212 36, .615 59 .088 23, .990 1. .00 0. .00 w ATOM 4285 H2 H20 212 37 .097 57 .750 24 .508 1, .00 0. .00 w ATOM 4286 OH2 H20 213 37 .530 82, .337 17 .584 1, .00 25 .73 w ATOM 4287 HI H20 213 36, .642 81. .987 17, .649 1. .00 0. .00 ATOM 4288 H2 H20 213 38, .090 81. .564 17, .520 1. .00 0, .00 w ATOM 4289 OH2 H20 214 20, .562 62, .057 49, .243 1. .00 36, .13 w ATOM 4290 HI H20 214 20, .191 62, .888 48, .941 1. .00 0, .00 w ATOM 4291 H2 H20 214 20, .159 61, .398 48, .677 1. .00 0, .00 w ATOM 4292 OH2 H20 215 38, .487 67 .744 46 .984 1, .00 28 .08 ATOM 4293 HI H20 215 38, .487 68 .698 46 .981 1, .00 0. .00 ATOM 4294 H2 H20 215 38, .487 67, .501 46, .054 1. .00 0, .00 w ATOM 4295 OH2 H20 216 4, .672 50, .241 43, .410 1. .00 37, .85 w ATOM 4296 HI H20 216 3, .799 49, .905 43, .616 1. .00 0, .00 w ATOM 4297 H2 H20 216 5, .068 50, .420 44, .262 1. .00 0, .00 ATOM 4298 OH2 H20 217 32, .087 71, .911 7, .975 1. .00 35, .72 ATOM 4299 HI H20 217 32, .492 72. .674 7, .563 1. .00 0, .00 w ATOM 4300 H2 H20 217 31, .862 72. .205 8, .857 1. .00 0, .00 ATOM 4301 OH2 H20 218 37, .077 71 .241 31, .371 1, .00 28, .59 w ATOM 4302 HI H20 218 36. .181 71, .414 31. .087 1. .00 0, .00 w ATOM 4303 H2 H20 218 37. .354 70. .488 30, .847 1. .00 0, .00 w ATOM 4304 OH2 H20 219 12. .531 78, .336 47, .863 1. .00 38, .31 ATOM 4305 HI H20 219 11. .632 78, .370 47, .538 1. .00 0, .00 w ATOM 4306 H2 H20 219 12, .440 78, .304 48, .816 1. .00 0, .00 w ATOM 4307 OH2 H20 236 5. .922 55, .713 49, .951 1. .00 34, .41 ATOM 4308 HI H20 236 6, .664 55, .901 49, .382 1, .00 0, .00 w ATOM 4309 H2 H20 236 6, .297 55, .224 50, .679 1, .00 0, .00 w ATOM 4310 OH2 H20 237 32. .810 50. .612 40. .203 1. .00 42. .20 w ATOM 4311 HI H20 237 32. .021 51. .115 40. .399 1. ,00 0. .00 ATOM 4312 H2 H20 237 32. .497 49. .728 40. .026 1. ,00 0. .00 w ATOM 4313 OH2 H20 238 16. .579 101. .122 -4, .447 1. ,00 38. .51 ATOM 4314 HI H20 238 15, .993 101. .299 -5. .184 1. .00 0. .00 ATOM 4315 H2 H20 238 16. .974 100. .276 -4, .652 1. .00 0. .00 ATOM 4316 OH2 H20 239 17. .874 69. .091 56, .692 1. .00 38. .94 ATOM 4317 HI H20 239 17. .874 70. .049 56. .691 1. .00 0. .00 w ATOM 4318 H2 H20 239 17. .874 68. ,852 55. .764 1. ,00 0. .00 w ATOM 4319 OH2 H20 240 12. .249 77. ,436 -11. .341 1. ,00 40. .18 w ATOM 4320 HI H20 240 12. ,960 78. ,076 -11. .282 1, .00 0. .00 w ATOM 4321 H2 H20 240 12. .370 77. .023 -12. .196 1. ,00 0. .00 w ATOM 4322 OH2 H20 241 29. .087 65. .635 23. .981 1, ,00 33. .57 w ATOM 4323 HI H20 241 28. .790 65. .725 24. .885 1. ,00 0. .00 w ATOM 4324 H2 H20 241 29.863 66.198 23.928 1.00 0.00

Claims: WHAT IS CLAIMED IS: 1. A method of preparing a crystal of at least a portion of αl βl integrin comprising the steps of: a) providing an aqueous solution comprising at least a portion of αl βl integrin; b) providing a reservoir solution comprising a precipitating agent; c) mixing a volume of said aqueous solution with a volume of said reservoir solution thereby forming a mixed volume; and d) crystallizing at least a portion of said mixed volume. 2. The method of claim 1 wherein the aqueous solution of said at least a portion of αlβl integrin provided in step a) has a concentration of αlβl integrin of about 1 to about 50 mg per ml. 3. The method of claim 2 wherein the aqueous solution has a concentration of αl βl integrin of about 5 mg per ml to about 15 mg per ml. 4. The method of claim 3 wherein the aqueous solution has a concentration of αl βl integrin of about 10 mg per ml. 5. The method of claim 1 wherein the precipitating agent is selected from the group consisting of sodium citrate, ammonium sulfate and polyethylene glycol. 6. The method of claim 1 wherein the concentration of the precipitating agent in the reservoir solution is about 15% w/v to about 35% w/v. 7. The method of claim 6 wherein the concentration of precipitating agent is about 25% w/v. 8 . The method of claim 1 wherein the pH of the reservoir solution is about 4 to about 10. 9. The method of claim 8 wherein the pH is about 6.5. 10. The method of claim 1 wherein step d) is by vapor diffusion crystallization, batch crystallization, liquid bridge crystallization or dialysis crystallization. 11. The method of claim 1 , wherein the at least a portion of αl β 1 integrin comprises at least a portion of an αl chain of αl β 1 integrin. 12. The method of claim 11 , wherein the portion of the αl chain includes an I- domain. 13. A crystal formed by a functional fragment of the extracellular domain of αl βl integrin or a homolog thereof, the crystal having approximately the following cell constants: a= 34.77; b= 85.92; c= 132.56, γ = 90 and a space group of P2j 14. The crystal of claim 13, wherein the extracellular domain extends from Cysl43 to Ala340 of αl βl integrin. 15. The crystal according to claim 13 described by the structural coordinates identified in Table II. 16. The crystal of αl βl integrin according to claim 13, or a homolog thereof, wherein said crystal has a binding site comprising amino acids Asp 154, Serl56, Asnl57, Leu222, Gln223, Thr224, Asp257, Glu259, His261, His288, Tyr289, Gly292, Leu294 and Lys298. 17. A machine readable data storage medium comprising a data storage material encoded with machine readable data which, when read by an appropriate machine, is capable of displaying a three dimensional representation of a crystal of a molecule or molecular complex comprising a fragment of αl βl integrin having a binding site comprising amino acids Aspl54, Serl56, Asnl57, Leu222, GJn223, Thr224, Asp257, Glu259, His261, His288, Tyr289, Gly292, Leu294 and Lys298. 18. A method for determining at least a portion of a three dimensional structure of a molecular complex comprising at least a portion of αl βl integrin, said method comprising the steps of: a ) determining the structural coordinates of a crystal of the fragment of αl β 1 integrin; b.) calculating phases from the structural coordinates; c) calculating an electron density map from the phases obtained in step b); d) determining the structure of at least a portion of the complex based upon said electron density map. 19. The method of claim 18 wherein the structural coordinates used in step a) are ( 1 ) substantially the same as those described in Table II or (2) describe substantially the same crystal as the coordinates in Table II. 20. A method for evaluating the ability of a chemical entity to associate with at least a portion of αl β 1 integrin or with at least a portion of an αl β 1 integrin receptor, or a complex comprising αl βl integrin, said receptor, or homologs thereof, said method comprising the steps of: a) employing computational or experimental means to perform a fitting operation between the chemical entity and said at least a portion of αl βl integrin or receptor or complex thereof, thereby obtaining data related to said association; and b) analyzing the data obtained in step a) to determine the characteristics of the association between the chemical entity and said at least a portion of αl βl integrin or receptor or complex. 21. A chemical entity identified by the method of claim 20, wherein said chemical entity is capable of interfering with the in vivo or in vitro association between an extracellular matrix protein and said at least a portion of αl βl integrin. 22. A chemical entity identified by the method of claim 20, wherein said chemical entity is capable of associating with a binding site on said at least a portion of αlβl integrin, wherein said binding site comprises amino acids Asp 154, Serl56, Asn 157, Leu222, Gln223, Thr224, Asp257, Glu259, His261, His288, Tyr289, Gly292, Leu294 and Lys298. 23. A heavy atom derivative of a crystallized form of at least a portion of αl β 1 integrin. 24. A heavy atom derivative of the crystal of claim 23. 25. The use of the structural coordinates of at least a portion of αl β 1 integrin to solve a crystal form of a mutant, homologue or co-complex of at least a portion of αl β 1 integrin by molecular replacement. 26. A method of obtaining information related to association of a chemical entity with a binding site of at least a portion of αl βl integrin, the method comprising forming a crystal of at least a portion of αl βl integrin, or a mutant, or homolog or co- complex of said αl βl integrin. 27. The method of claim 26 wherein the crystal has the structural coordinates described in Table II. 28. A method for identifying, characterizing or designing a chemical entity having a desired association with at least a portion of αl βl integrin, comprising the step of determining structural coordinates of a crystal whose structural coordinates are substantially the same as the crystal of αl βl integrin described in Table II. 29. The method of claim 28, further comprising the step of optimizing the binding characteristics of the chemical entity identified, characterized, or designed. 30. The method of claim 28, further comprising the step of determining the orientation of ligands in a binding site of at least a portion of αl βl integrin. 31. A chemical entity identified or designed according to claim 28. 32. A method of determining a binding interaction between a chemical entity and at least a portion of αl β 1 integrin, the method comprising forming at least a portion of an αlβl integrin crystal and determining its structual coordinates. 33. The method according to claim 32, wherein said at least a portion of αl β 1 integrin crystal is the crystal of claim 13.

Inventors: KARPUSAS MICHAEL, NOLTE MATTHIAS, KARPUSAS, MICHAEL, NOLTE, MATTHIAS
Applicants: BIOGEN INC, KARPUSAS MICHAEL, NOLTE MATTHIAS, BIOGEN, INC., KARPUSAS, MICHAEL, NOLTE, MATTHIAS
Application year: 1999
Main classification: C07K14
IPC codes: C07K1, C07K14, C12N15, C30B7, G01N33, G06F17