Crystals of LuxP and complexes thereof

Abstract

A crystal comprising LuxP is obtained, and a binding site for autoinducer-2 (AI-2) identified. The X-ray crystallographic data for LuxP and a LuxP-AI-2 complex is determined and used in a drug discovery method. Pharmaceutical compositions comprising ligands identified by such drug discovery methods are used to treat bacterial infections.

Description

BACKGROUND OF THE INVENTION

[0004] 1. Field of the Invention

[0005] This invention relates to the LuxP protein, and more particularly to a crystalline form of the LuxP protein having sufficient crystal quality to allow crystallographic data to be obtained, as well as to methods of structure-based drug design based on the crystallographic data.

[0006] 2. Description of the Related Art

[0007] Cell-cell communication in bacteria occurs through the exchange of extracellular signaling compounds called autoinducers. This process, termed quorum sensing, allows bacterial populations to coordinate gene expression. Community cooperation likely enhances the effectiveness of processes including bioluminescence, virulence factor expression, antibiotic production, and biofilm development. Unlike other autoinducers, which are specific to particular species of bacteria, a recently discovered autoinducer (AI-2) is produced by a large number of bacterial species. AI-2 has been proposed to serve as a universal signal for inter-species communication.

[0008] AI-2 was originally identified in the bioluminescent marine bacterium Vibrio harveyi as one of two autoinducers that regulate light production in response to cell density. The synthase required for AI-2 production, LuxS, is widely conserved among gram-negative and -positive bacteria. Bacteria produce AI-2 from S-adenosylmethionine in several enzymatic steps, as shown in FIG. 1. Consumption of S-adenosylmethionine as a methyl donor produces S-adenosylhomocysteine, which undergoes hydrolysis catalyzed by the nucleosidase Pfs to yield adenine and S-ribosylhomocysteine. Subsequently LuxS catalyzes cleavage of S-ribosylhomocysteine to homocysteine and 4,5-dihydroxy-2,3-pentanedione, which can then cyclize either by itself or in an enzyme-mediated process.

[0009] Detection of AI-2 by V. harveyi involves two proteins, LuxP and LuxQ. LuxP belongs to a large family of periplasmic binding proteins whose members bind diverse ligands, while LuxQ is a two-component hybrid sensor kinase embedded in the bacterial inner membrane. It is believed that LuxP is the primary AI-2 receptor, see X. Chen, S. Schauder, N. Potier, A. Van Dorsselaer, I. Pelczer, B. Bassler, and F. Hughson, “Structural Identification of a Bacterial Quorum-Sensing Signal Containing Boron,” Nature, Vol. 415, pp. 545-549 (2002). In quorum sensing, the periplasmic LuxP-AI-2 complex likely interacts with LuxQ to transduce the autoinducer signal. However, heretofore LuxP has not been isolated in crystalline form suitable for structural determination by X-ray crystallography, and thus neither the crystal structure of LuxP nor the LuxP binding site for AI-2 were known prior to the instant invention.

SUMMARY OF THE INVENTION

[0010] A preferred embodiment provides a crystal comprising LuxP. The crystal may comprise a LuxP-ligand complex. Preferably, the ligand comprises boron and/or a furan moiety. AI-2 is an example of a preferred ligand.

[0011] Another preferred embodiment provides a method of using the crystal to identify whether a ligand binds to LuxP, comprising: obtaining the atomic coordinates in the crystal of at least a selected portion of LuxP; using the atomic coordinates to model the selected portion; identifying a potential ligand; and docking the potential ligand to the selected portion of LuxP. Preferably, the selected portion comprises an amino acid residue selected from the group consisting of Trp 82, Gln 77, Ser 79, Asp 267, Thr 266, Trp 289, Arg 310, Arg 215, and Asn 159 according to Table 1. Another preferred embodiment provides ligands identified by this method. A pharmaceutical composition comprising such a ligand is another preferred embodiment, and methods of treating bacterial infections by administering such pharmaceutical compositions to humans are another preferred embodiment.

[0012] These and other embodiments are described in greater detail below.

BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Various aspects of the invention will be readily apparent from the following description and from the appended drawings, which are meant to illustrate and not to limit the invention, and wherein:

[0014] FIG. 1 illustrates several steps in the pathway of the production of AI-2 from S-adenosylmethionine.

[0015] FIG. 2 illustrates the structure of a LuxP-AI-2 complex.

[0016] FIG. 3 shows the structure of LuxP and AI-2 at a binding site.

[0017] FIG. 4 illustrates a route for the conversion of 4,5-dihydroxy-2,3-pentanedione to AI-2.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0018] A preferred embodiment provides a crystal comprising LuxP (SEQ ID NO: 1). In this context, those skilled in the art will understand that the term “crystal” refers to an ordered arrangement of atoms, the crystal having an overall size and quality sufficient for the elucidation of the atomic arrangement by X-ray crystallography. Preferably, the crystal diffracts X-rays to a resolution of greater than about 5.0 Angstroms (Å), more preferably greater than about 2.8 Å, even more preferably greater than about 1.5 Å. Those skilled in the art will understand that a resolution “greater than” a particular value means a resolution that numerically exceeds the recited value. For example, in the language of X-ray crystallography, a resolution of 2.8 Å is greater than a resolution of 5.0 Å. Crystals comprising LuxP are preferably prepared by the methods described in the Examples below. The atomic coordinates for LuxP are preferably determined by X-ray crystallography of a crystal comprising LuxP, preferably by the methods described in the Examples below. A set of atomic coordinates obtained by these methods for a crystal comprising LuxP appears in Table 1.

[0019] A preferred crystal comprises LuxP and a ligand. Preferably, the ligand comprises a furan moiety and/or a boron atom. In this context, those skilled in the art will understand that the term “ligand” refers to a molecule or ion that binds to LuxP. Preferably, binding between the ligand and LuxP occurs at a LuxP binding site. In this context, those skilled in the art will understand that the term “binding site” refers to a region of LuxP that favorably associates with a ligand, thus producing a LuxP-ligand complex in which the ligand binds relatively tightly to LuxP. Such strong binding may be produced, for example, when the shapes of the binding site and ligand are mutually compatible (e.g., “lock and key”), and/or when at least some of the ligand atoms are attracted to at least some of the LuxP atoms in the vicinity of the binding site by intermolecular forces, e.g., dipole-dipole interactions, Van der Waals attractions, hydrogen-bonding, etc.

[0020] Binding sites have significant utility in fields such as drug discovery. The association of natural ligands with the binding sites of their corresponding proteins, enzymes or receptors is the basis of many biological mechanisms of action. Similarly, many drugs exert their biological effects through association with the binding sites of proteins, enzymes, and receptors. Such associations may occur with all or any parts of the binding site. An understanding of such associations enables the design of drugs having more favorable associations with their target proteins, enzymes or receptors, and thus, improved biological effects. Therefore, this information is valuable in designing potential inhibitors of the binding sites of biologically important targets.

[0021] A preferred crystal comprises LuxP and AI-2, where the latter is an autoinducer that the bioluminescent marine bacterium Vibrio harveyi uses to regulate light production in response to cell density. It is believed that AI-2 has the following structure (I): 1

[0022] FIG. 2 shows a LuxP complex in which the compound represented by structure (I) (herein referred to as AI-2) occupies a LuxP binding site. FIG. 3 shows this binding site in greater detail. It is apparent from FIG. 3 that numerous polar interactions stabilize the two fused five-membered rings within the LuxP binding site. The positively charged side chains of Arg 215 and Arg 310 hydrogen-bond with three of the four borate oxygen atoms and likely stabilize the negative charge on the borate. As shown in FIG. 3, this binding site comprises at least one of the amino acid residues selected from the group consisting of Trp 82, Gln 77, Ser 79, Asp 267, Thr 266, Trp 289, Arg 310, Arg 215, and Asn 159, according to Table 1.

[0023] The LuxP X-ray crystallographic data shown in Table 1 may be used to identify whether a ligand binds to LuxP, and thus may be used for a variety of purposes, such as drug discovery. A preferred method comprises obtaining the atomic coordinates in the crystal of at least a selected portion of LuxP. Preferably, the selected portion comprises a binding site. More preferably, the selected portion comprises an amino acid residue selected from the group consisting of Trp 82, Gln 77, Ser 79, Asp 267, Thr 266, Trp 289, Arg 310, Arg 215, and Asn 159 according to Table 1. The atomic coordinates are preferably used to model the selected portion. Such modeling is preferably accomplished by storing crystallographic information about the selected portion on a computer and then using the computer to translate the atomic coordinates into the three-dimensional structure of the selected portion of LuxP. Computers and software suitable for carrying out these functions are commercially available. Preferred computer packages include Sybyl version 6.8 from Tripos, Inc. and MacroModel version 8.0 from Schrodinger Software. A potential ligand is then identified, and the likelihood of binding between the ligand and LuxP is determining by docking the potential ligand to the selected portion of LuxP. Such docking preferably involves computationally evaluating the ligand for its ability to bind with LuxP, preferably using the commercially available computational packages described above. Ligands that bind with LuxP are potential drug candidates. The LuxP structure encoded by the crystallographic data may be displayed in a graphical three-dimensional representation on a computer screen. This allows visual inspection of the structure, as well as visual inspection of the structure's association with the ligand. Preferably, a computer is used for the identifying of the potential ligand or the docking of the potential ligand to the binding site, or both.

[0024] The identification of ligands having the potential to bind to LuxP is preferably carried out by considering at least two factors. First, preferred ligands can bind to at least a portion of a LuxP binding site. Non-covalent molecular interactions important in this association include hydrogen bonding, van der Waals interactions, hydrophobic interactions and electrostatic interactions. Second, preferred ligands can assume a conformation that allows them to associate with the LuxP binding site directly. Although certain portions of the ligand may not directly participate in these associations, those portions of the ligand may still influence the overall conformation of the ligand. This, in turn, may have a significant impact on potency. Such conformational requirements include the overall three-dimensional structure and orientation of the ligand in relation to all or a portion of the binding site, and/or the spacing between functional groups of a ligand comprising several functional groups that directly interact with a LuxP binding site. Thus, a ligand identified by the method described above is a preferred embodiment.

[0025] After docking (preferably by the computational methods described above) indicates that a particular ligand has the potential to bind to LuxP, the interaction of the indicated ligand is preferably studied by obtaining a sample of the potential ligand and exposing a prokaryotic cell to the sample. Such exposure may be for various reasons, e.g., toxicity testing. Preferably, contacting is carried out with a group of quorum-sensing prokaryotic cells, e.g., bacteria, to determine whether and to what extent the ligand affects quorum sensing.

[0026] The ligands identified as having the potential to bind to LuxP (“binding ligands”) are preferably administered to subjects in the form of pharmaceutical compositions comprising the binding ligand. The compound represented by structure (I) is an example of a binding ligand. A preferred mode of administration of the binding ligand is oral. Oral compositions preferably include an inert diluent and/or an edible carrier. The binding ligand can be enclosed in gelatin capsules or compressed into tablets. For the purpose of oral therapeutic administration, the binding ligand can be incorporated with excipients and used in the form of tablets, troches, or capsules. Pharmaceutically compatible binding agents and/or adjuvant materials can be included as part of the composition. The tablets, pills, capsules, troches and the like can contain any of the following ingredients, or compounds of a similar nature: a binder such as microcrystalline cellulose, gum tragacanth or gelatin; an excipient such as starch or lactose, a disintegrating agent such as alginic acid, Primogel, or corn starch; a lubricant such as magnesium stearate or Sterotes; a glidant such as colloidal silicon dioxide; a sweetening agent such as sucrose or saccharin; and/or a flavoring agent such as peppermint, methyl salicylate, or orange flavoring. When the dosage unit form is a capsule, it can contain, in addition to material of the above type, a liquid carrier such as a fatty oil. In addition, dosage unit forms can contain various other materials which modify the physical form of the dosage unit, for example, coatings of sugar, shellac, or other enteric agents. The ligand can be administered as a component of an elixir, suspension, syrup, wafer, chewing gum or the like. A syrup may contain, in addition to the ligand, sucrose as a sweetening agent and preservatives, dyes and colorings and flavors.

[0027] The binding ligand can also be mixed with other active materials that do not impair the desired action, or with materials that supplement the desired action, such as antibiotics. Preferred antibiotics for this purpose include aminoglycosides such as tobramycin, glycopeptides such as vancomycin, beta lactams such as amoxicillin, quinolones such as ciprofloxicin, macrolides such as azithromycin, tetracyclines, sulfonamides, trimethoprim-sulfamethoxazole, or chloramphenicol. Solutions or suspensions used for parenteral, intradermal, subcutaneous, or topical application can include the following components: a sterile diluent such as water for injection, saline solution, fixed oils, polyethylene glycols, glycerine, propylene glycol or other synthetic solvents; antibacterial agents such as benzyl alcohol or methyl parabens; chelating agents such as ethylenediaminetetraacetic acid (EDTA); buffers such as acetates, citrates or phosphates and agents for the adjustment of tonicity such as sodium chloride or dextrose. The parental preparation can be enclosed in ampoules, disposable syringes or multiple dose vials made of glass or plastic. If administered intravenously, preferred carriers are physiological saline or phosphate buffered saline (PBS).

[0028] In a preferred embodiment, the binding ligand is prepared with carriers that protect the ligand against rapid elimination from the body, such as a controlled release formulation, including implants and microencapsulated delivery systems. Biodegradable, biocompatible polymers can be used, such as ethylene vinyl acetate, polyanhydrides, polyglycolic acid, collagen, polyorthoesters, and polylactic acid. Methods for the preparation of such formulations are known to those skilled in the art.

[0029] Pharmaceutical compositions are preferably administered to subjects, preferably humans, in an amount that is therapeutically effective to treat a bacterial infection. Therapeutically effective amounts can be determined by those skilled in the art by such methods as clinical trials. Dosage may be adjusted in individual cases as required to achieve the desired degree of target bacterial regulation. Sustained release dosages and infusions are specifically contemplated. Pharmaceutical compositions can be administered by any appropriate route for systemic, local or topical delivery, for example, orally, parenterally, intravenously, intradermally, subcutaneously, buccally, intranasally, by inhalation, vaginally, rectally or topically, in liquid or solid form. Methods of administering the compounds described herein may be by specific dose or by controlled release vehicles.

[0030] The pharmaceutical composition may be administered at once, or may be divided into a number of smaller doses to be administered at varying intervals of time. It is to be further understood that for any particular subject, specific dosage regimens should be adjusted over time according to the individual need and the professional judgment of the person administering or supervising the administration of the binding ligand, and that the concentration ranges set forth herein are exemplary only and are not intended to limit the scope or practice of the claimed methods.

[0031] The instant invention is not bound by any theory of operation. The following discussion is provided for the benefit of those skilled in the art, and does not limit the scope of the claims.

[0032] FIG. 4 illustrates a chemically straightforward route connecting 4,5-dihydroxy-2,3-pentanedione, the product of the LuxS-catalyzed reaction, to AI-2. The cyclic form of 4,5-dihydroxy-2,3-pentanedione (“pro-AI-2”), can react with borate to form a cyclic borate diester. Boric acid is widely available in the biosphere; for example, the average boric acid concentration in seawater is approximately 0.4 mM. Borate, with a pKa of 9.2, is present largely as undissociated boric acid at neutral pH. Furthermore, furanosyl borate diesters similar in structure to AI-2 are relatively stable. Surprisingly, furanoid rings expected to form stable borate addition products are rare in nature with only two, ribose and apiose, known to have this configuration in their physiological derivatives. In addition to AI-2, other borate adducts may be produced from cyclic derivatives of 4,5-dihydroxy-2,3-pentanedione.

[0033] Boric acid has a dramatic effect on AI-2 signaling in V. harveyi, as shown through use of a LuxP+, LuxS+ reporter strain that produces its own AI-2. Endogenously produced AI-2 stimulates light production, but only after a delay during which the AI-2 concentration builds to a threshold level. During this delay period, the addition of the activity produced by the in vitro reaction of S-adenosylhomocysteine with Pfs and LuxS induces light production. It has been found that addition of 1 mM boric acid also results in substantial induction. Boric acid concentrations as low as 10 μM cause significant (10-fold) induction. It has also been found that boric acid has no effect on a LuxS− strain that cannot synthesize 4,5-dihydroxy-2,3-pentanedione, nor on a LuxP− strain that lacks the AI-2 sensor. Both of the latter strains show wild-type responses to the other V. harveyi autoinducer (AI-1) under these experimental conditions. Therefore, the induction of bioluminescence by boric acid is specific for the AI-2 detection system. The strong induction by boric acid in the bioassay is consistent with the proposed chemical structure for AI-2 shown in formula (1).

[0034] The structure shown in formula (I) is a novel furanosyl borate diester. By contrast, previously characterized autoinducers are acyl homoserine lactones, modified oligopeptides or quinolones. One of the most unexpected features of the proposed AI-2 structure is the presence of a boron atom. Boron has previously been found in a small number of polyketide antibiotics. It is also known to be essential for vascular plants and several other organisms including cyanobacteria; however, in no case is its functional role well understood. The results discussed herein provide evidence for a biochemically defined function for boron in bacterial quorum sensing.

[0035] Whereas acyl homoserine lactone and oligopeptide autoinducers are used for communication within a bacterial species, AI-2 is proposed to be a universal signal that facilitates inter-species communication. LuxS enzymes from a variety of bacteria produce AI-2 activity, presumably through the generation of a common intermediate, pro-AI-2. It is apparent that LuxP, the AI-2 sensor in V. harveyi, binds a borate diester of pro-AI-2. Since the biochemical machinery for synthesizing pro-AI-2 is broadly conserved, and borate is widely available, it is believed that AI-2 is produced and detected by diverse bacterial species.

EXAMPLES

[0036] LuxP (residues 24-365) from Vibrio harveyi was cloned into the pGEX-4T expression vector (Amersham Pharmacia) with an engineered thrombin cleavage site in between glutathione-S-transferase (GST) and the N-terminus of LuxP. The vector was transformed into E. coli strain BL21 for overexpression of GST-LuxP fusion protein upon induction with IPTG. After cell lysis, the GST-LuxP fusion protein was purified through use of a glutathione-agarose (Amersham Pharmacia) column. After elution, the fusion protein was digested with thrombin overnight on ice and further purified using an 8-ml MonoQ column (Amersham Pharmacia). The eluent was salt-adjusted and then concentrated through use of a pressure cell (Amicon) to yield a stock solution of 8 mg/mL LuxP in 0.05 M Tris-HCl, 0.15 M NaCl, pH 8.0.

[0037] The hanging drop vapor diffusion method was used for the crystallization. Crystals were grown by equilibrating a mixture of 1.0 μL of LuxP AI-2 solution and 1 μL of 0.1 M Tris-HCl, 16% PEG 4000, 18% glycerol (v/v), pH 8.5 at room temperature, against the same buffer/precipitant solution in the reservoir. The crystals are in space group P21, with cell parameters of a=42.3 , b=77.5, c=52.0 Å and β=96.4°. X-ray diffraction data on the native protein were collected at beamline X12C of the National Synchrotron Light Source at the Brookhaven National Laboratories through use of a Brandeis CCD detector at 100 K. Data on heavy atom derivatives were collected through use of R-AXIS detectors at 100K. Diffraction data were all processed with the HKL program suite, see Otwinowski, Z. & Minor, W., Methods Enzymol., vol. 276, pp. 965-969 (1996). Heavy atom sites were located through use of the program Solve, see Terwilliger, T. C. & Berendzen, J., Acta Crystllogr. D, vol. 55, pp. 849-861 (1999). Multiple isomorphous phasing was done through use of MLPHARE and DM from the CCP4 suite. Model building and refinement were done through use of O, see Jones, T. A. et al., Acta Crystallogr. A, vol. 47, pp. 110-119 (1991), and CNS, see Brunger, A. T., et al. Acta Crystallogr. D, vol. 54, pp. 905-921 (1998), respectively.

[0038] The X-ray crystal structure of recombinant V. harveyi LuxP, overproduced in the LuxS+ E. coli strain BL21, was determined by multiple isomorphous replacement at 2.8 Å resolution and refined to 1.5 Å resolution, see Table 1. The assignment of atom type at each position was dictated by both the valence and the local chemical environment within the protein. Thus, tetrahedrally substituted atoms were deemed to be carbon atoms, whereas atoms within hydrogen-bonding distance of at least one (but generally two or three) polar protein atoms or buried water molecules were deemed to be oxygen atoms. Weak bond length and bond angle restraints were applied to the ligand during subsequent refinement. The resulting structural model for the LuxP-AI-2 complex has an Rcryst and Rfree of 0.21 and 0.24, respectively, and exhibits excellent geometry. No orientational or chemical heterogeneity of the buried ligand is evident in the crystallographic electron density.

[0039] Nuclear magnetic resonance (NMR) spectroscopy was used to confirm that the ligand contains boron. The 11B NMR spectrum of the LuxP-AI-2 complex shows a peak signifying the presence of boron. The chemical shift for this peak (6.2 ppm) is within the range (3.9-6.2 ppm) observed for borate esters of carbohydrate 1,2-diols. For comparison, borate esters of 1,3-diols and boric acid display chemical shifts of 0.3-0.9 and 18.8 ppm, respectively. The 11B NMR peak disappeared after ultrafiltration to remove protein. Furthermore, it was not observed in apo-LuxP overproduced in LuxS− BL21 E. coli.

[0040] The mass of the LuxP-AI-2 complex was determined through use of electrospray ionization mass spectrometry (ESI-MS). Under optimized conditions, peaks were observed for both LuxP and LuxP-AI-2 at molecular weights that differ by 194.2±3.0 Da. This mass increment agrees closely with the molecular weight of the AI-2 structure shown in formula (1) (192.9 Da).

[0041] It will be appreciated by those skilled in the art that various omissions, additions and modifications may be made to the processes described above without departing from the scope of the invention, and all such modifications and changes are intended to fall within the scope of the invention, as defined by the appended claims.

TABLE 1
Atomic structural coordinates for LuxP
	ATOM
	TYPE	RESID		NO	X	Y	Z	OCC
ATOM 1	N	GLY	A	27	1.162	−8.03	2.941	1	29.45	N
ATOM 2	CA	GLY	A	27	0.475	−7.176	3.95	1	28.38	C
ATOM 3	C	GLY	A	27	0.472	−7.788	5.338	1	20.4	C
ATOM 4	O	GLY	A	27	0.338	−7.081	6.339	1	23.18	O
ATOM 5	N	TYR	A	28	0.618	−9.107	5.4	1	21.8	N
ATOM 6	CA	TYR	A	28	0.628	−9.807	6.679	1	20.8	C
ATOM 7	C	TYR	A	28	1.858	−10.672	6.881	1	21.68	C
ATOM 8	O	TYR	A	28	2.453	−11.172	5.923	1	23.26	O
ATOM 9	CB	TYR	A	28	−0.582	−10.739	6.815	1	21.36	C
ATOM 10	CG	TYR	A	28	−1.935	−10.089	6.71	1	15.4	C
ATOM 11	CD1	TYR	A	28	−2.556	−9.926	5.478	1	20.88	C
ATOM 12	CD2	TYR	A	28	−2.615	−9.676	7.853	1	18.36	C
ATOM 13	CE1	TYR	A	28	−3.828	−9.373	5.383	1	20.92	C
ATOM 14	CE2	TYR	A	28	−3.882	−9.124	7.769	1	15.1	C
ATOM 15	CZ	TYR	A	28	−4.484	−8.976	6.536	1	21.78	C
ATOM 16	OH	TYR	A	28	−5.742	−8.432	6.452	1	25.64	O
ATOM 17	N	TRP	A	29	2.219	−10.855	8.145	1	20.63	N
ATOM 18	CA	TRP	A	29	3.327	−11.72	8.516	1	20.65	C
ATOM 19	C	TRP	A	29	2.747	−13.121	8.628	1	26.86	C
ATOM 20	O	TRP	A	29	1.628	−13.291	9.11	1	23.58	O
ATOM 21	CB	TRP	A	29	3.878	−11.377	9.897	1	18.51	C
ATOM 22	CG	TRP	A	29	4.745	−10.177	9.976	1	20.78	C
ATOM 23	CD1	TRP	A	29	4.353	−8.896	10.232	1	23.92	C
ATOM 24	CD2	TRP	A	29	6.168	−10.142	9.827	1	25.35	C
ATOM 25	NE1	TRP	A	29	5.446	−8.064	10.257	1	27.01	N
ATOM 26	CE2	TRP	A	29	6.573	−8.803	10.01	1	28.52	C
ATOM 27	CE3	TRP	A	29	7.14	−11.115	9.558	1	29.6	C
ATOM 28	CZ2	TRP	A	29	7.913	−8.408	9.933	1	30.92	C
ATOM 29	CZ3	TRP	A	29	8.475	−10.722	9.48	1	27.56	C
ATOM 30	CH2	TRP	A	29	8.845	−9.378	9.668	1	29.9	C
ATOM 31	N	GLY	A	30	3.495	−14.121	8.184	1	22.93	N
ATOM 32	CA	GLY	A	30	3.017	−15.479	8.342	1	19.85	C
ATOM 33	C	GLY	A	30	3.167	−15.736	9.828	1	17.64	C
ATOM 34	O	GLY	A	30	3.95	−15.057	10.494	1	19.11	O
ATOM 35	N	TYR	A	31	2.424	−16.695	10.37	1	18.53	N
ATOM 36	CA	TYR	A	31	2.522	−16.99	11.796	1	14.51	C
ATOM 37	C	TYR	A	31	3.933	−17.437	12.19	1	19.56	C
ATOM 38	O	TYR	A	31	4.554	−16.849	13.079	1	18.61	O
ATOM 39	CB	TYR	A	31	1.501	−18.07	12.169	1	17.5	C
ATOM 40	CG	TYR	A	31	1.495	−18.451	13.632	1	15.52	C
ATOM 41	CD1	TYR	A	31	1.952	−19.7	14.044	1	18.39	C
ATOM 42	CD2	TYR	A	31	1.034	−17.566	14.606	1	14.9	C
ATOM 43	CE1	TYR	A	31	1.948	−20.063	15.384	1	14.27	C
ATOM 44	CE2	TYR	A	31	1.027	−17.916	15.957	1	14.18	C
ATOM 45	CZ	TYR	A	31	1.484	−19.171	16.338	1	16.72	C
ATOM 46	OH	TYR	A	31	1.458	−19.541	17.665	1	16.26	O
ATOM 47	N	GLN	A	32	4.437	−18.479	11.535	1	21.01	N
ATOM 48	CA	GLN	A	32	5.779	−18.96	11.833	1	23.08	C
ATOM 49	C	GLN	A	32	6.815	−17.943	11.372	1	20.05	C
ATOM 50	O	GLN	A	32	7.864	−17.802	11.993	1	20.08	O
ATOM 51	CB	GLN	A	32	6.036	−20.305	11.15	1	17.13	C
ATOM 52	CG	GLN	A	32	5.224	−21.465	11.728	1	22.16	C
ATOM 53	CD	GLN	A	32	5.519	−21.722	13.199	1	22.41	C
ATOM 54	OE1	GLN	A	32	6.646	−21.532	13.657	1	28.21	O
ATOM 55	NE2	GLN	A	32	4.512	−22.176	13.94	1	23.5	N
ATOM 56	N	GLU	A	33	6.52	−17.242	10.279	1	19.06	N
ATOM 57	CA	GLU	A	33	7.435	−16.229	9.758	1	17.66	C
ATOM 58	C	GLU	A	33	7.67	−15.152	10.811	1	22.74	C
ATOM 59	O	GLU	A	33	8.793	−14.686	11.003	1	22.54	O
ATOM 60	CB	GLU	A	33	6.861	−15.59	8.492	1	18.97	C
ATOM 61	CG	GLU	A	33	7.665	−14.393	7.999	1	22.99	C
ATOM 62	CD	GLU	A	33	7.062	−13.747	6.769	1	33.46	C
ATOM 63	OE1	GLU	A	33	5.824	−13.814	6.603	1	26.18	O
ATOM 64	OE2	GLU	A	33	7.825	−13.156	5.974	1	38.06	O
ATOM 65	N	PHE	A	34	6.597	−14.756	11.485	1	20.51	N
ATOM 66	CA	PHE	A	34	6.663	−13.74	12.53	1	15.44	C
ATOM 67	C	PHE	A	34	7.476	−14.251	13.713	1	17.03	C
ATOM 68	O	PHE	A	34	8.348	−13.553	14.23	1	19.46	O
ATOM 69	CB	PHE	A	34	5.243	−13.391	12.996	1	15.15	C
ATOM 70	CG	PHE	A	34	5.19	−12.367	14.104	1	15.59	C
ATOM 71	CD1	PHE	A	34	5.246	−11.005	13.816	1	17.67	C
ATOM 72	CD2	PHE	A	34	5.07	−12.766	15.434	1	17.88	C
ATOM 73	CE1	PHE	A	34	5.178	−10.055	14.84	1	16.21	C
ATOM 74	CE2	PHE	A	34	5.003	−11.823	16.468	1	16.44	C
ATOM 75	CZ	PHE	A	34	5.056	−10.462	16.166	1	14.7	C
ATOM 76	N	LEU	A	35	7.185	−15.476	14.14	1	17.21	N
ATOM 77	CA	LEU	A	35	7.875	−16.071	15.276	1	17.53	C
ATOM 78	C	LEU	A	35	9.361	−16.327	15.003	1	18.43	C
ATOM 79	O	LEU	A	35	10.171	−16.321	15.93	1	23.36	O
ATOM 80	CB	LEU	A	35	7.164	−17.363	15.695	1	18.99	C
ATOM 81	CG	LEU	A	35	5.727	−17.158	16.205	1	16.42	C
ATOM 82	CD1	LEU	A	35	5.121	−18.499	16.617	1	17.82	C
ATOM 83	CD2	LEU	A	35	5.733	−16.202	17.386	1	17.51	C
ATOM 84	N	ASP	A	36	9.722	−16.551	13.742	1	19.95	N
ATOM 85	CA	ASP	A	36	11.127	−16.773	13.407	1	23.07	C
ATOM 86	C	ASP	A	36	11.85	−15.435	13.306	1	26.54	C
ATOM 87	O	ASP	A	36	13.038	−15.328	13.624	1	24.96	O
ATOM 88	CB	ASP	A	36	11.272	−17.535	12.084	1	21.89	C
ATOM 89	CG	ASP	A	36	10.973	−19.015	12.226	1	22.8	C
ATOM 90	OD1	ASP	A	36	11.27	−19.581	13.298	1	31.5	O
ATOM 91	OD2	ASP	A	36	10.453	−19.616	11.262	1	41.76	O
ATOM 92	N	GLU	A	37	11.127	−14.411	12.867	1	24.64	N
ATOM 93	CA	GLU	A	37	11.706	−13.081	12.729	1	23.71	C
ATOM 94	C	GLU	A	37	12.01	−12.476	14.097	1	24.63	C
ATOM 95	O	GLU	A	37	13.006	−11.766	14.267	1	24.74	O
ATOM 96	CB	GLU	A	37	10.746	−12.17	11.964	1	28.6	C
ATOM 97	CG	GLU	A	37	11.372	−10.87	11.499	1	39.23	C
ATOM 98	CD	GLU	A	37	12.632	−11.103	10.693	1	48.96	C
ATOM 99	OE1	GLU	A	37	13.701	−11.31	11.306	1	54.15	O
ATOM 100	OE2	GLU	A	37	12.548	−11.095	9.446	1	58.87	O
ATOM 101	N	PHE	A	38	11.148	−12.764	15.068	1	25.26	N
ATOM 102	CA	PHE	A	38	11.302	−12.252	16.425	1	22.67	C
ATOM 103	C	PHE	A	38	11.382	−13.411	17.415	1	22.23	C
ATOM 104	O	PHE	A	38	10.374	−13.831	17.986	1	20.26	O
ATOM 105	CB	PHE	A	38	10.119	−11.338	16.777	1	20.13	C
ATOM 106	CG	PHE	A	38	9.855	−10.267	15.755	1	20.74	C
ATOM 107	CD1	PHE	A	38	8.928	−10.467	14.737	1	28.11	C
ATOM 108	CD2	PHE	A	38	10.552	−9.063	15.799	1	26.96	C
ATOM 109	CE1	PHE	A	38	8.697	−9.48	13.776	1	29.58	C
ATOM 110	CE2	PHE	A	38	10.329	−8.07	14.843	1	27.85	C
ATOM 111	CZ	PHE	A	38	9.401	−8.279	13.832	1	29.82	C
ATOM 112	N	PRO	A	39	12.594	−13.944	17.641	1	22.82	N
ATOM 113	CA	PRO	A	39	12.798	−15.064	18.564	1	19.42	C
ATOM 114	C	PRO	A	39	12.198	−14.893	19.954	1	17.32	C
ATOM 115	O	PRO	A	39	11.77	−15.871	20.565	1	22.6	O
ATOM 116	CB	PRO	A	39	14.324	−15.218	18.595	1	23.31	C
ATOM 117	CG	PRO	A	39	14.817	−13.85	18.25	1	32.23	C
ATOM 118	CD	PRO	A	39	13.886	−13.445	17.14	1	29.65	C
ATOM 119	N	GLU	A	40	12.172	−13.663	20.461	1	21.53	N
ATOM 120	CA	GLU	A	40	11.603	−13.433	21.781	1	22.77	C
ATOM 121	C	GLU	A	40	10.094	−13.637	21.734	1	24.36	C
ATOM 122	O	GLU	A	40	9.479	−14.013	22.733	1	19.58	O
ATOM 123	CB	GLU	A	40	11.917	−12.022	22.282	1	27.51	C
ATOM 124	CG	GLU	A	40	11.293	−11.733	23.641	1	35.5	C
ATOM 125	CD	GLU	A	40	11.69	−12.755	24.699	1	44.86	C
ATOM 126	OE1	GLU	A	40	10.993	−12.846	25.734	1	44.44	O
ATOM 127	OE2	GLU	A	40	12.703	−13.463	24.503	1	44.74	O
ATOM 128	N	GLN	A	41	9.5	−13.385	20.572	1	20.19	N
ATOM 129	CA	GLN	A	41	8.065	−13.576	20.418	1	18.36	C
ATOM 130	C	GLN	A	41	7.779	−15.073	20.428	1	18.21	C
ATOM 131	O	GLN	A	41	6.774	−15.511	20.984	1	18.36	O
ATOM 132	CB	GLN	A	41	7.569	−12.929	19.123	1	22.56	C
ATOM 133	CG	GLN	A	41	7.471	−11.408	19.195	1	19.8	C
ATOM 134	CD	GLN	A	41	6.596	−10.94	20.347	1	24.82	C
ATOM 135	OE1	GLN	A	41	5.498	−11.464	20.56	1	23.3	O
ATOM 136	NE2	GLN	A	41	7.069	−9.945	21.088	1	28.69	N
ATOM 137	N	ARG	A	42	8.665	−15.869	19.834	1	20.57	N
ATOM 138	CA	ARG	A	42	8.446	−17.306	19.849	1	22.83	C
ATOM 139	C	ARG	A	42	8.526	−17.812	21.288	1	21.57	C
ATOM 140	O	ARG	A	42	7.783	−18.71	21.672	1	21.95	O
ATOM 141	CD	ARG	A	42	9.464	−18.05	18.975	1	20.98	C
ATOM 142	CG	ARG	A	42	9.14	−19.542	18.856	1	27.08	C
ATOM 143	CD	ARG	A	42	10.126	−20.289	17.975	1	18.51	C
ATOM 144	NE	ARG	A	42	9.989	−19.977	16.556	1	24.54	N
ATOM 145	CZ	ARG	A	42	8.986	−20.385	15.784	1	20.73	C
ATOM 146	NH1	ARG	A	42	8.01	−21.127	16.29	1	25.96	N
ATOM 147	NH2	ARG	A	42	8.975	−20.064	14.497	1	23.46	N
ATOM 148	N	ASN	A	43	9.429	−17.244	22.089	1	22.12	N
ATOM 149	CA	ASN	A	43	9.541	−17.669	23.481	1	20.58	C
ATOM 150	C	ASN	A	43	8.271	−17.321	24.246	1	20.85	C
ATOM 151	O	ASN	A	43	7.783	−18.119	25.044	1	19.6	O
ATOM 152	CD	ASN	A	43	10.745	−17.011	24.166	1	22.21	C
ATOM 153	CG	ASN	A	43	12.067	−17.591	23.705	1	32.88	C
ATOM 154	OD1	ASN	A	43	12.22	−18.808	23.604	1	36	O
ATOM 155	ND2	ASN	A	43	13.036	−16.723	23.436	1	36.08	N
ATOM 156	N	LEU	A	44	7.733	−16.13	23.994	1	17.99	N
ATOM 157	CA	LEU	A	44	6.513	−15.701	24.67	1	20.19	C
ATOM 158	C	LEU	A	44	5.317	−16.549	24.248	1	15.33	C
ATOM 159	O	LEU	A	44	4.504	−16.945	25.085	1	17.89	O
ATOM 160	CB	LEU	A	44	6.238	−14.22	24.388	1	19.56	C
ATOM 161	CG	LEU	A	44	7.194	−13.238	25.072	1	22.89	C
ATOM 162	CD1	LEU	A	44	6.926	−11.823	24.588	1	18.96	C
ATOM 163	CD2	LEU	A	44	7.014	−13.329	26.578	1	24.59	C
ATOM 164	N	THR	A	45	5.22	−16.839	22.955	1	17.94	N
ATOM 165	CA	THR	A	45	4.119	−17.652	22.452	1	16.32	C
ATOM 166	C	THR	A	45	4.214	−19.066	23.02	1	18.02	C
ATOM 167	O	THR	A	45	3.209	−19.647	23.431	1	18.28	O
ATOM 168	CB	THR	A	45	4.126	−17.706	20.906	1	17.76	C
ATOM 169	OG1	THR	A	45	3.87	−16.394	20.383	1	17.62	O
ATOM 170	CG2	THR	A	45	3.052	−18.663	20.395	1	14.35	C
ATOM 171	N	ASN	A	46	5.419	−19.624	23.065	1	17.53	N
ATOM 172	CA	ASN	A	46	5.564	−20.966	23.61	1	15.85	C
ATOM 173	C	ASN	A	46	5.168	−20.969	25.081	1	16.74	C
ATOM 174	O	ASN	A	46	4.554	−21.916	25.566	1	20.68	O
ATOM 175	CB	ASN	A	46	7.005	−21.477	23.474	1	19.44	C
ATOM 176	CG	ASN	A	46	7.389	−21.776	22.04	1	29.9	C
ATOM 177	OD1	ASN	A	46	6.531	−22.051	21.201	1	29.41	O
ATOM 178	ND2	ASN	A	46	8.69	−21.745	21.753	1	25.14	N
ATOM 179	N	ALA	A	47	5.524	−19.905	25.793	1	20.15	N
ATOM 180	CA	ALA	A	47	5.197	−19.805	27.211	1	17.95	C
ATOM 181	C	ALA	A	47	3.688	−19.749	27.443	1	24.56	C
ATOM 182	O	ALA	A	47	3.178	−20.31	28.413	1	21.65	O
ATOM 183	CB	ALA	A	47	5.863	−18.572	27.819	1	23.29	C
ATOM 184	N	LEU	A	48	2.974	−19.062	26.56	1	18.11	N
ATOM 185	CA	LEU	A	48	1.527	−18.962	26.693	1	20.32	C
ATOM 186	C	LEU	A	48	0.929	−20.333	26.391	1	16.61	C
ATOM 187	O	LEU	A	48	0.022	−20.784	27.083	1	19.1	O
ATOM 188	CB	LEU	A	48	0.971	−17.922	25.717	1	20.63	C
ATOM 189	CG	LEU	A	48	−0.283	−17.136	26.116	1	28.38	C
ATOM 190	CD1	LEU	A	48	−0.901	−16.548	24.855	1	18.34	C
ATOM 191	CD2	LEU	A	48	−1.281	−18.019	26.836	1	35.91	C
ATOM 192	N	SER	A	49	1.445	−20.99	25.356	1	17.41	N
ATOM 193	CA	SER	A	49	0.961	−22.315	24.981	1	16.28	C
ATOM 194	C	SER	A	49	1.067	−23.27	26.165	1	18.03	C
ATOM 195	O	SER	A	49	0.153	−24.054	26.427	1	20.04	O
ATOM 196	CB	SER	A	49	1.767	−22.863	23.803	1	23.74	C
ATOM 197	OG	SER	A	49	1.606	−22.049	22.655	1	27.34	O
ATOM 198	N	GLU	A	50	2.184	−23.202	26.882	1	21.55	N
ATOM 199	CA	GLU	A	50	2.382	−24.066	28.036	1	22.38	C
ATOM 200	C	GLU	A	50	1.402	−23.706	29.148	1	18.52	C
ATOM 201	O	GLU	A	50	0.862	−24.589	29.813	1	21.1	O
ATOM 202	CB	GLU	A	50	3.823	−23.954	28.537	1	24.06	C
ATOM 203	CG	GLU	A	50	4.848	−24.33	27.479	1	35.54	C
ATOM 204	CD	GLU	A	50	6.275	−24.273	27.988	1	47.94	C
ATOM 205	OE1	GLU	A	50	7.201	−24.524	27.186	1	47.59	O
ATOM 206	OE2	GLU	A	50	6.471	−23.98	29.187	1	50.94	O
ATOM 207	N	ALA	A	51	1.157	−22.412	29.338	1	21.99	N
ATOM 208	CA	ALA	A	51	0.228	−21.964	30.371	1	19.46	C
ATOM 209	C	ALA	A	51	−1.201	−22.425	30.054	1	21.37	C
ATOM 210	O	ALA	A	51	−1.971	−22.765	30.955	1	20.17	O
ATOM 211	CB	ALA	A	51	0.276	−20.439	30.492	1	21.55	C
ATOM 212	N	VAL	A	52	−1.552	−22.431	28.773	1	19.89	N
ATOM 213	CA	VAL	A	52	−2.884	−22.856	28.345	1	20.49	C
ATOM 214	C	VAL	A	52	−3.148	−24.328	28.683	1	21.19	C
ATOM 215	O	VAL	A	52	−4.239	−24.683	29.129	1	21.63	O
ATOM 216	CB	VAL	A	52	−3.068	−22.638	26.819	1	18.88	C
ATOM 217	CG1	VAL	A	52	−4.31	−23.372	26.321	1	19.99	C
ATOM 218	CG2	VAL	A	52	−3.176	−21.147	26.524	1	21.62	C
ATOM 219	N	ARG	A	53	−2.143	−25.175	28.48	1	21.55	N
ATOM 220	CA	ARG	A	53	−2.269	−26.607	28.746	1	20.49	C
ATOM 221	C	ARG	A	53	−2.106	−26.963	30.223	1	27.11	C
ATOM 222	O	ARG	A	53	−2.699	−27.93	30.703	1	27.25	O
ATOM 223	CB	ARG	A	53	−1.243	−27.375	27.905	1	28.7	C
ATOM 224	CG	ARG	A	53	−1.497	−27.261	26.405	1	34.9	C
ATOM 225	CD	ARG	A	53	−2.716	−28.076	25.996	1	42.32	C
ATOM 226	NE	ARG	A	53	−2.353	−29.451	25.659	1	46.73	N
ATOM 227	CZ	ARG	A	53	−3.15	−30.502	25.825	1	45.26	C
ATOM 228	NH1	ARG	A	53	−4.365	−30.346	26.334	1	55.16	N
ATOM 229	NH2	ARG	A	53	−2.733	−31.71	25.471	1	40.55	N
ATOM 230	N	ALA	A	54	−1.311	−26.178	30.941	1	22.82	N
ATOM 231	CA	ALA	A	54	−1.083	−26.428	32.361	1	28.2	C
ATOM 232	C	ALA	A	54	−2.295	−26.023	33.197	1	26.86	C
ATOM 233	O	ALA	A	54	−3.16	−25.278	32.733	1	24.01	O
ATOM 234	CB	ALA	A	54	0.152	−25.665	32.829	1	28.64	C
ATOM 235	N	GLN	A	55	−2.353	−26.523	34.429	1	29.9	N
ATOM 236	CA	GLN	A	55	−3.451	−26.209	35.34	1	22.47	C
ATOM 237	C	GLN	A	55	−3.459	−24.715	35.67	1	28.26	C
ATOM 238	O	GLN	A	55	−2.408	−24.07	35.696	1	25.21	O
ATOM 239	CB	GLN	A	55	−3.317	−27.021	36.635	1	29.59	C
ATOM 240	CG	GLN	A	55	−3.557	−28.515	36.471	1	30.94	C
ATOM 241	CD	GLN	A	55	−4.968	−28.825	36.004	1	35.33	C
ATOM 242	OE1	GLN	A	55	−5.949	−28.419	36.632	1	37.32	O
ATOM 243	NE2	GLN	A	55	−5.078	−29.547	34.897	1	40.37	N
ATOM 244	N	PRO	A	56	−4.651	−24.148	35.926	1	24.7	N
ATOM 245	CA	PRO	A	56	−4.86	−22.736	36.26	1	28.07	C
ATOM 246	C	PRO	A	56	−4.071	−22.251	37.463	1	37.18	C
ATOM 247	O	PRO	A	56	−4.19	−22.808	38.557	1	35.4	O
ATOM 248	CB	PRO	A	56	−6.352	−22.66	36.552	1	33.2	C
ATOM 249	CG	PRO	A	56	−6.921	−23.712	35.704	1	27.53	C
ATOM 250	CD	PRO	A	56	−5.944	−24.85	35.849	1	28.62	C
ATOM 251	N	VAL	A	57	−3.285	−21.202	37.255	1	32.87	N
ATOM 252	CA	VAL	A	57	−2.508	−20.592	38.324	1	33.33	C
ATOM 253	C	VAL	A	57	−3.109	−19.195	38.434	1	27.77	C
ATOM 254	O	VAL	A	57	−2.757	−18.299	37.67	1	27.52	O
ATOM 255	CB	VAL	A	57	−1.027	−20.474	37.945	1	31.9	C
ATOM 256	CG1	VAL	A	57	−0.278	−19.734	39.033	1	33.9	C
ATOM 257	CG2	VAL	A	57	−0.431	−21.851	37.719	1	31.68	C
ATOM 258	N	PRO	A	58	−4.035	−18.999	39.383	1	24.3	N
ATOM 259	CA	PRO	A	58	−4.73	−17.732	39.63	1	29.04	C
ATOM 260	C	PRO	A	58	−3.911	−16.449	39.745	1	29.03	C
ATOM 261	O	PRO	A	58	−2.74	−16.466	40.129	1	29.99	O
ATOM 262	CB	PRO	A	58	−5.533	−18.025	40.898	1	31.96	C
ATOM 263	CG	PRO	A	58	−4.733	−19.089	41.575	1	34.33	C
ATOM 264	CD	PRO	A	58	−4.378	−19.98	40.425	1	32.58	C
ATOM 265	N	LEU	A	59	−4.564	−15.339	39.41	1	29.62	N
ATOM 266	CA	LEU	A	59	−3.971	−14.004	39.458	1	31.58	C
ATOM 267	C	LEU	A	59	−3.206	−13.777	40.763	1	34.3	C
ATOM 268	O	LEU	A	59	−3.761	−13.928	41.854	1	32.11	O
ATOM 269	CB	LEU	A	59	−5.077	−12.953	39.318	1	30.88	C
ATOM 270	CG	LEU	A	59	−4.698	−11.469	39.279	1	35.51	C
ATOM 271	CD1	LEU	A	59	−3.841	−11.187	38.055	1	33.71	C
ATOM 272	CD2	LEU	A	59	−5.966	−10.619	39.251	1	29.03	C
ATOM 273	N	SER	A	60	−1.933	−13.412	40.643	1	33.96	N
ATOM 274	CA	SER	A	60	−1.087	−13.172	41.808	1	43.71	C
ATOM 275	C	SER	A	60	−1.337	−11.792	42.406	1	50.24	C
ATOM 276	O	SER	A	60	−1.147	−11.582	43.605	1	52.86	O
ATOM 277	CB	SER	A	60	0.389	−13.297	41.426	1	35.46	C
ATOM 278	OG	SER	A	60	0.766	−12.292	40.5	1	46.53	O
ATOM 279	N	LYS	A	61	−1.764	−10.853	41.567	1	51.04	N
ATOM 280	CA	LYS	A	61	−2.03	−9.493	42.02	1	56.12	C
ATOM 281	C	LYS	A	61	−3.476	−9.076	41.782	1	57.02	C
ATOM 282	O	LYS	A	61	−3.885	−8.836	40.645	1	57.23	O
ATOM 283	CB	LYS	A	61	−1.097	−8.512	41.312	1	55.29	C
ATOM 284	CG	LYS	A	61	0.374	−8.763	41.58	1	63.32	C
ATOM 285	CD	LYS	A	61	1.233	−7.662	40.986	1	64.79	C
ATOM 286	CE	LYS	A	61	2.698	−7.865	41.336	1	67.03	C
ATOM 287	NZ	LYS	A	61	3.548	−6.755	40.824	1	66.87	N
ATOM 288	N	PRO	A	62	−4.268	−8.972	42.86	1	57.89	N
ATOM 289	CA	PRO	A	62	−5.674	−8.579	42.755	1	57.68	C
ATOM 290	C	PRO	A	62	−5.852	−7.132	42.297	1	58.77	C
ATOM 291	O	PRO	A	62	−5.2	−6.22	42.81	1	55.1	O
ATOM 292	CB	PRO	A	62	−6.196	−8.808	44.17	1	58.57	C
ATOM 293	CG	PRO	A	62	−5.002	−8.487	45.012	1	56.62	C
ATOM 294	CD	PRO	A	62	−3.889	−9.189	44.268	1	58.46	C
ATOM 295	N	THR	A	63	−6.73	−6.935	41.319	1	55.42	N
ATOM 296	CA	THR	A	63	−7.015	−5.604	40.796	1	59.69	C
ATOM 297	C	THR	A	63	−8.085	−4.995	41.696	1	60.7	C
ATOM 298	O	THR	A	63	−9.065	−5.657	42.032	1	64.21	O
ATOM 299	CB	THR	A	63	−7.551	−5.672	39.353	1	57.25	C
ATOM 300	OG1	THR	A	63	−8.833	−6.312	39.348	1	56.26	O
ATOM 301	CG2	THR	A	63	−6.594	−6.464	38.469	1	58.42	C
ATOM 302	N	GLN	A	64	−7.898	−3.738	42.084	1	60.57	N
ATOM 303	CA	GLN	A	64	−8.849	−3.07	42.967	1	60.91	C
ATOM 304	C	GLN	A	64	−10.167	−2.71	42.287	1	57.87	C
ATOM 305	O	GLN	A	64	−11.126	−2.303	42.944	1	53.57	O
ATOM 306	CB	GLN	A	64	−8.207	−1.818	43.567	1	66.1	C
ATOM 307	CG	GLN	A	64	−6.887	−2.099	44.272	1	68.35	C
ATOM 308	CD	GLN	A	64	−6.433	−0.943	45.136	1	70.28	C
ATOM 309	OE1	GLN	A	64	−5.61	−1.115	46.036	1	71.78	O
ATOM 310	NE2	GLN	A	64	−6.969	0.244	44.872	1	70.8	N
ATOM 311	N	ARG	A	65	−10.204	−2.859	40.969	1	52.04	N
ATOM 312	CA	ARG	A	65	−11.402	−2.579	40.184	1	51.65	C
ATOM 313	C	ARG	A	65	−11.641	−3.768	39.269	1	44.42	C
ATOM 314	O	ARG	A	65	−10.7	−4.289	38.675	1	41.65	O
ATOM 315	CB	ARG	A	65	−11.21	−1.343	39.299	1	55.13	C
ATOM 316	CG	ARG	A	65	−11.698	−0.02	39.861	1	63.02	C
ATOM 317	CD	ARG	A	65	−11.852	0.977	38.714	1	66.47	C
ATOM 318	NE	ARG	A	65	−12.158	2.336	39.154	1	70.01	N
ATOM 319	CZ	ARG	A	65	−12.466	3.332	38.328	1	70.17	C
ATOM 320	NH1	ARG	A	65	−12.513	3.12	37.019	1	70.28	N
ATOM 321	NH2	ARG	A	65	−12.721	4.543	38.807	1	71.13	N
ATOM 322	N	PRO	A	66	−12.893	−4.235	39.157	1	43.09	N
ATOM 323	CA	PRO	A	66	−13.056	−5.369	38.247	1	38.44	C
ATOM 324	C	PRO	A	66	−12.717	−4.829	36.86	1	32.78	C
ATOM 325	O	PRO	A	66	−13.028	−3.678	36.554	1	32.07	O
ATOM 326	CB	PRO	A	66	−14.533	−5.722	38.398	1	43.16	C
ATOM 327	CG	PRO	A	66	−15.164	−4.395	38.715	1	46.4	C
ATOM 328	CD	PRO	A	66	−14.189	−3.804	39.709	1	39.37	C
ATOM 329	N	ILE	A	67	−12.057	−5.632	36.035	1	27.26	N
ATOM 330	CA	ILE	A	67	−11.699	−5.166	34.705	1	26.5	C
ATOM 331	C	ILE	A	67	−12.919	−5.109	33.793	1	22.78	C
ATOM 332	O	ILE	A	67	−13.847	−5.908	33.927	1	27.32	O
ATOM 333	CB	ILE	A	67	−10.611	−6.057	34.065	1	21.16	C
ATOM 334	CG1	ILE	A	67	−11.121	−7.487	33.884	1	19.63	C
ATOM 335	CG2	ILE	A	67	−9.363	−6.05	34.944	1	27.03	C
ATOM 336	CD1	ILE	A	67	−10.134	−8.392	33.158	1	24.75	C
ATOM 337	N	LYS	A	68	−12.912	−4.144	32.88	1	22.91	N
ATOM 338	CA	LYS	A	68	−14.007	−3.951	31.938	1	20.61	C
ATOM 339	C	LYS	A	68	−13.619	−4.536	30.591	1	18.14	C
ATOM 340	O	LYS	A	68	−12.618	−4.134	29.994	1	22.59	O
ATOM 341	CB	LYS	A	68	−14.311	−2.461	31.781	1	27.65	C
ATOM 342	CG	LYS	A	68	−14.867	−1.802	33.034	1	31.62	C
ATOM 343	CD	LYS	A	68	−14.926	−0.283	32.891	1	37.7	C
ATOM 344	CE	LYS	A	68	−13.528	0.319	32.784	1	42.83	C
ATOM 345	NZ	LYS	A	68	−13.55	1.808	32.739	1	47.26	N
ATOM 346	N	ILE	A	69	−14.42	−5.481	30.118	1	17.67	N
ATOM 347	CA	ILE	A	69	−14.157	−6.129	28.842	1	17.27	C
ATOM 348	C	ILE	A	69	−15.335	−5.938	27.898	1	19.96	C
ATOM 349	O	ILE	A	69	−16.49	−6.125	28.284	1	20.49	O
ATOM 350	CB	ILE	A	69	−13.934	−7.647	29.014	1	14.79	C
ATOM 351	CG1	ILE	A	69	−12.796	−7.906	30.003	1	20.84	C
ATOM 352	CG2	ILE	A	69	−13.627	−8.288	27.658	1	17.06	C
ATOM 353	CD1	ILE	A	69	−12.684	−9.357	30.413	1	20.34	C
ATOM 354	N	SER	A	70	−15.043	−5.55	26.662	1	17.79	N
ATOM 355	CA	SER	A	70	−16.085	−5.387	25.657	1	14.85	C
ATOM 356	C	SER	A	70	−15.759	−6.331	24.512	1	15.95	C
ATOM 357	O	SER	A	70	−14.617	−6.397	24.071	1	16.89	O
ATOM 358	CB	SER	A	70	−16.128	−3.956	25.12	1	15.73	C
ATOM 359	OG	SER	A	70	−16.596	−3.049	26.101	1	21.15	O
ATOM 360	N	VAL	A	71	−16.766	−7.058	24.045	1	16.14	N
ATOM 361	CA	VAL	A	71	−16.607	−7.993	22.944	1	13.87	C
ATOM 362	C	VAL	A	71	−17.572	−7.632	21.818	1	15.21	C
ATOM 363	O	VAL	A	71	−18.74	−7.327	22.066	1	15.47	O
ATOM 364	CB	VAL	A	71	−16.919	−9.437	23.395	1	13.04	C
ATOM 365	CG1	VAL	A	71	−16.927	−10.377	22.194	1	19.89	C
ATOM 366	CG2	VAL	A	71	−15.898	−9.893	24.424	1	18.38	C
ATOM 367	N	VAL	A	72	−17.066	−7.642	20.586	1	13.98	N
ATOM 368	CA	VAL	A	72	−17.875	−7.382	19.397	1	13.07	C
ATOM 369	C	VAL	A	72	−17.423	−8.475	18.428	1	13.43	C
ATOM 370	O	VAL	A	72	−16.347	−8.389	17.829	1	13.16	O
ATOM 371	CB	VAL	A	72	−17.603	−5.996	18.783	1	13.87	C
ATOM 372	CG1	VAL	A	72	−18.555	−5.759	17.614	1	15.18	C
ATOM 373	CG2	VAL	A	72	−17.79	−4.909	19.833	1	16.54	C
ATOM 374	N	TYR	A	73	−18.252	−9.505	18.297	1	13.92	N
ATOM 375	CA	TYR	A	73	−17.965	−10.67	17.467	1	13.58	C
ATOM 376	C	TYR	A	73	−19.043	−10.929	16.425	1	14.57	C
ATOM 377	O	TYR	A	73	−20.219	−10.658	16.664	1	13.69	O
ATOM 378	CB	TYR	A	73	−17.93	−11.933	18.339	1	11.78	C
ATOM 379	CG	TYR	A	73	−16.668	−12.251	19.118	1	13.29	C
ATOM 380	CD1	TYR	A	73	−16.666	−13.314	20.022	1	11.55	C
ATOM 381	CD2	TYR	A	73	−15.468	−11.569	18.901	1	13.53	C
ATOM 382	CE1	TYR	A	73	−15.518	−13.698	20.677	1	11.37	C
ATOM 383	CE2	TYR	A	73	−14.292	−11.952	19.565	1	15.37	C
ATOM 384	CZ	TYR	A	73	−14.332	−13.022	20.451	1	15.1	C
ATOM 385	OH	TYR	A	73	−13.195	−13.431	21.115	1	15.6	O
ATOM 386	N	PRO	A	74	−18.663	−11.48	15.259	1	13.32	N
ATOM 387	CA	PRO	A	74	−19.648	−11.784	14.213	1	15.45	C
ATOM 388	C	PRO	A	74	−20.152	−13.184	14.566	1	14.83	C
ATOM 389	O	PRO	A	74	−20.24	−14.078	13.716	1	15.67	O
ATOM 390	CB	PRO	A	74	−18.805	−11.783	12.946	1	16.2	C
ATOM 391	CG	PRO	A	74	−17.498	−12.385	13.44	1	13.8	C
ATOM 392	CD	PRO	A	74	−17.285	−11.646	14.756	1	17.69	C
ATOM 393	N	GLY	A	75	−20.479	−13.345	15.844	1	14.16	N
ATOM 394	CA	GLY	A	75	−20.898	−14.624	16.383	1	19.39	C
ATOM 395	C	GLY	A	75	−22.233	−15.236	16.028	1	19.22	C
ATOM 396	O	GLY	A	75	−22.469	−16.392	16.381	1	17.84	O
ATOM 397	N	GLN	A	76	−23.098	−14.491	15.346	1	14.37	N
ATOM 398	CA	GLN	A	76	−24.407	−15.015	14.966	1	16.75	C
ATOM 399	C	GLN	A	76	−24.255	−15.847	13.697	1	15.94	C
ATOM 400	O	GLN	A	76	−24.381	−15.333	12.579	1	17.3	O
ATOM 401	CB	GLN	A	76	−25.389	−13.865	14.733	1	19.86	C
ATOM 402	CG	GLN	A	76	−26.836	−14.312	14.671	1	23.48	C
ATOM 403	CD	GLN	A	76	−27.789	−13.151	14.519	1	26.11	C
ATOM 404	OE1	GLN	A	76	−27.623	−12.111	15.159	1	21.28	O
ATOM 405	NE2	GLN	A	76	−28.805	−13.324	13.676	1	22.49	N
ATOM 406	N	GLN	A	77	−23.983	−17.135	13.89	1	14.98	N
ATOM 407	CA	GLN	A	77	−23.772	−18.093	12.801	1	12.04	C
ATOM 408	C	GLN	A	77	−24.133	−19.5	13.267	1	12.55	C
ATOM 409	O	GLN	A	77	−24.386	−19.736	14.45	1	16.92	O
ATOM 410	CB	GLN	A	77	−22.289	−18.169	12.421	1	18.2	C
ATOM 411	CG	GLN	A	77	−21.573	−16.88	12.144	1	16.21	C
ATOM 412	CD	GLN	A	77	−20.107	−17.132	11.859	1	11.82	C
ATOM 413	OE1	GLN	A	77	−19.723	−18.233	11.437	1	14.4	O
ATOM 414	NE2	GLN	A	77	−19.282	−16.118	12.074	1	13.04	N
ATOM 415	N	VAL	A	78	−24.13	−20.44	12.328	1	14.5	N
ATOM 416	CA	VAL	A	78	−24.368	−21.832	12.675	1	12.8	C
ATOM 417	C	VAL	A	78	−23.1	−22.28	13.407	1	16.59	C
ATOM 418	O	VAL	A	78	−23.166	−23.044	14.372	1	16.75	O
ATOM 419	CB	VAL	A	78	−24.589	−22.715	11.428	1	15.85	C
ATOM 420	CG1	VAL	A	78	−24.66	−24.182	11.836	1	17.01	C
ATOM 421	CG2	VAL	A	78	−25.887	−22.309	10.731	1	15.61	C
ATOM 422	N	SER	A	79	−21.944	−21.797	12.951	1	13.83	N
ATOM 423	CA	SER	A	79	−20.678	−22.131	13.594	1	12.18	C
ATOM 424	C	SER	A	79	−20.728	−21.665	15.039	1	12.47	C
ATOM 425	O	SER	A	79	−21.136	−20.535	15.316	1	12.91	O
ATOM 426	CB	SER	A	79	−19.504	−21.436	12.898	1	11.35	C
ATOM 427	OG	SER	A	79	−18.293	−21.722	13.59	1	13.48	O
ATOM 428	N	ASP	A	80	−20.289	−22.527	15.955	1	13.24	N
ATOM 429	CA	ASP	A	80	−20.296	−22.191	17.376	1	12.91	C
ATOM 430	C	ASP	A	80	−18.959	−21.677	17.886	1	13.16	C
ATOM 431	O	ASP	A	80	−18.744	−21.606	19.096	1	15.12	O
ATOM 432	CB	ASP	A	80	−20.703	−23.427	18.196	1	15.8	C
ATOM 433	CG	ASP	A	80	−19.804	−24.631	17.941	1	18.1	C
ATOM 434	OD1	ASP	A	80	−20.098	−25.723	18.482	1	15.35	O
ATOM 435	OD2	ASP	A	80	−18.802	−24.505	17.202	1	14.01	O
ATOM 436	N	TYR	A	81	−18.063	−21.301	16.978	1	10.46	N
ATOM 437	CA	TYR	A	81	−16.748	−20.831	17.395	1	11.8	C
ATOM 438	C	TYR	A	81	−16.761	−19.665	18.37	1	12.12	C
ATOM 439	O	TYR	A	81	−16.097	−19.694	19.409	1	14.87	O
ATOM 440	CB	TYR	A	81	−15.91	−20.404	16.185	1	13.44	C
ATOM 441	CG	TYR	A	81	−14.521	−19.959	16.581	1	12.93	C
ATOM 442	CD1	TYR	A	81	−13.548	−20.894	16.916	1	11.95	C
ATOM 443	CD2	TYR	A	81	−14.206	−18.606	16.709	1	12.04	C
ATOM 444	CE1	TYR	A	81	−12.295	−20.499	17.379	1	13.78	C
ATOM 445	CE2	TYR	A	81	−12.953	−18.197	17.172	1	14.71	C
ATOM 446	CZ	TYR	A	81	−12.005	−19.156	17.507	1	14.05	C
ATOM 447	OH	TYR	A	81	−10.76	−18.777	17.976	1	18.92	O
ATOM 448	N	TRP	A	82	−17.5	−18.622	18.014	1	13.48	N
ATOM 449	CA	TRP	A	82	−17.534	−17.414	18.811	1	9.63	C
ATOM 450	C	TRP	A	82	−18.23	−17.591	20.151	1	12.54	C
ATOM 451	O	TRP	A	82	−17.767	−17.062	21.16	1	14.4	O
ATOM 452	CB	TRP	A	82	−18.156	−16.28	17.987	1	12.49	C
ATOM 453	CG	TRP	A	82	−17.524	−16.165	16.605	1	12.45	C
ATOM 454	CD1	TRP	A	82	−17.911	−16.824	15.478	1	11.14	C
ATOM 455	CD2	TRP	A	82	−16.372	−15.386	16.236	1	11.21	C
ATOM 456	NE1	TRP	A	82	−17.077	−16.51	14.426	1	11.8	N
ATOM 457	CE2	TRP	A	82	−16.126	−15.631	14.864	1	11.6	C
ATOM 458	CE3	TRP	A	82	−15.527	−14.506	16.927	1	11.07	C
ATOM 459	CZ2	TRP	A	82	−15.07	−15.028	14.168	1	12.04	C
ATOM 460	CZ3	TRP	A	82	−14.475	−13.906	16.236	1	14.06	C
ATOM 461	CH2	TRP	A	82	−14.26	−14.174	14.87	1	11.17	C
ATOM 462	N	VAL	A	83	−19.331	−18.338	20.158	1	13.62	N
ATOM 463	CA	VAL	A	83	−20.056	−18.596	21.396	1	17.63	C
ATOM 464	C	VAL	A	83	−19.178	−19.415	22.343	1	13.39	C
ATOM 465	O	VAL	A	83	−19.064	−19.085	23.526	1	16.28	O
ATOM 466	CB	VAL	A	83	−21.372	−19.366	21.132	1	15.08	C
ATOM 467	CG1	VAL	A	83	−22.064	−19.67	22.457	1	20.75	C
ATOM 468	CG2	VAL	A	83	−22.286	−18.539	20.248	1	24.92	C
ATOM 469	N	ARG	A	84	−18.558	−20.474	21.83	1	12.17	N
ATOM 470	CA	ARG	A	84	−17.686	−21.314	22.657	1	13.19	C
ATOM 471	C	ARG	A	84	−16.446	−20.548	23.103	1	17.39	C
ATOM 472	O	ARG	A	84	−15.918	−20.783	24.188	1	19.01	O
ATOM 473	CB	ARG	A	84	−17.252	−22.574	21.902	1	13.64	C
ATOM 474	CG	ARG	A	84	−18.323	−23.668	21.771	1	15.57	C
ATOM 475	CD	ARG	A	84	−17.75	−24.886	21.072	1	16.16	C
ATOM 476	NE	ARG	A	84	−18.698	−25.997	20.963	1	20.65	N
ATOM 477	CZ	ARG	A	84	−19.079	−26.77	21.977	1	19.78	C
ATOM 478	NH1	ARG	A	84	−18.598	−26.563	23.195	1	17.08	N
ATOM 479	NH2	ARG	A	84	−19.939	−27.761	21.766	1	16.02	N
ATOM 480	N	ASN	A	85	−15.965	−19.635	22.266	1	15.2	N
ATOM 481	CA	ASN	A	85	−14.787	−18.866	22.638	1	10.6	C
ATOM 482	C	ASN	A	85	−15.064	−18.031	23.893	1	12.71	C
ATOM 483	O	ASN	A	85	−14.248	−18.005	24.808	1	14.51	O
ATOM 484	CB	ASN	A	85	−14.346	−17.973	21.465	1	13.46	C
ATOM 485	CG	ASN	A	85	−13.125	−17.144	21.793	1	13.5	C
ATOM 486	OD1	ASN	A	85	−13.237	−15.974	22.151	1	15.89	O
ATOM 487	ND2	ASN	A	85	−11.947	−17.755	21.685	1	17.97	N
ATOM 488	N	ILE	A	86	−16.215	−17.364	23.948	1	13.94	N
ATOM 489	CA	ILE	A	86	−16.545	−16.549	25.111	1	13.86	C
ATOM 490	C	ILE	A	86	−16.779	−17.434	26.329	1	14.7	C
ATOM 491	O	ILE	A	86	−16.366	−17.091	27.439	1	18.49	O
ATOM 492	CB	ILE	A	86	−17.787	−15.674	24.847	1	16.15	C
ATOM 493	CG1	ILE	A	86	−17.474	−14.683	23.722	1	22.28	C
ATOM 494	CG2	ILE	A	86	−18.206	−14.94	26.121	1	19.2	C
ATOM 495	CD1	ILE	A	86	−16.237	−13.833	23.977	1	20.12	C
ATOM 496	N	ALA	A	87	−17.42	−18.578	26.118	1	15.62	N
ATOM 497	CA	ALA	A	87	−17.675	−19.503	27.218	1	18.97	C
ATOM 498	C	ALA	A	87	−16.367	−19.985	27.849	1	18.61	C
ATOM 499	O	ALA	A	87	−16.217	−19.953	29.072	1	22.89	O
ATOM 500	CB	ALA	A	87	−18.488	−20.696	26.734	1	16.56	C
ATOM 501	N	SER	A	88	−15.426	−20.437	27.025	1	15.66	N
ATOM 502	CA	SER	A	88	−14.151	−20.927	27.541	1	14.28	C
ATOM 503	C	SER	A	88	−13.366	−19.776	28.174	1	18.98	C
ATOM 504	O	SER	A	88	−12.728	−19.941	29.217	1	19	O
ATOM 505	CB	SER	A	88	−13.33	−21.589	26.425	1	19.81	C
ATOM 506	OG	SER	A	88	−13.09	−20.696	25.355	1	21.19	O
ATOM 507	N	PHE	A	89	−13.423	−18.612	27.533	1	15.85	N
ATOM 508	CA	PHE	A	89	−12.754	−17.407	28.009	1	18.18	C
ATOM 509	C	PHE	A	89	−13.244	−17.04	29.415 1	16.22	C
ATOM 510	O	PHE	A	89	−12.441	−16.877	30.336	1	17.17	O
ATOM 511	CB	PHE	A	89	−13.037	−16.267	27.021	1	16.29	C
ATOM 512	CG	PHE	A	89	−12.483	−14.928	27.433	1	13.26	C
ATOM 513	CD1	PHE	A	89	−11.138	−14.781	27.762	1	13.77	C
ATOM 514	CD2	PHE	A	89	−13.298	−13.797	27.43	1	16.83	C
ATOM 515	CE1	PHE	A	89	−10.612	−13.523	28.078	1	17.8	C
ATOM 516	CE2	PHE	A	89	−12.783	−12.537	27.743	1	16.66	C
ATOM 517	CZ	PHE	A	89	−11.433	−12.402	28.067	1	13.73	C
ATOM 518	N	GLU	A	90	−14.559	−16.936	29.584	1	17.47	N
ATOM 519	CA	GLU	A	90	−15.133	−16.583	30.879	1	17.85	C
ATOM 520	C	GLU	A	90	−14.836	−17.61	31.966	1	18.35	C
ATOM 521	O	GLU	A	90	−14.588	−17.243	33.116	1	22.32	O
ATOM 522	CB	GLU	A	90	−16.649	−16.387	30.76	1	20.22	C
ATOM 523	CG	GLU	A	90	−17.044	−15.096	30.074	1	18.1	C
ATOM 524	CD	GLU	A	90	−18.521	−14.79	30.221	1	29.21	C
ATOM 525	OE1	GLU	A	90	−19.34	−15.456	29.557	1	31.24	O
ATOM 526	OE2	GLU	A	90	−18.864	−13.887	31.014	1	37.67	O
ATOM 527	N	LYS	A	91	−14.85	−18.888	31.607	1	18.25	N
ATOM 528	CA	LYS	A	91	−14.577	−19.931	32.589	1	21.16	C
ATOM 529	C	LYS	A	91	−13.14	−19.815	33.09	1	22.59	C
ATOM 530	O	LYS	A	91	−12.887	−19.944	34.288	1	21.1	O
ATOM 531	CB	LYS	A	91	−14.814	−21.317	31.984	1	20.11	C
ATOM 532	CG	LYS	A	91	−14.726	−22.451	33.004	1	22.44	C
ATOM 533	CD	LYS	A	91	−15.194	−23.776	32.412	1	28.63	C
ATOM 534	CE	LYS	A	91	−15.138	−24.897	33.439	1	38.77	C
ATOM 535	NZ	LYS	A	91	−15.653	−26.188	32.897	1	46.48	N
ATOM 536	N	ARG	A	92	−12.202	−19.559	32.179	1	20.16	N
ATOM 537	CA	ARG	A	92	−10.802	−19.435	32.567	1	17.65	C
ATOM 538	C	ARG	A	92	−10.592	−18.193	33.423	1	17.64	C
ATOM 539	O	ARG	A	92	−9.8	−18.216	34.368 1	20.29	O
ATOM 540	CB	ARG	A	92	−9.892	−19.382	31.335	1	18.99	C
ATOM 541	CG	ARG	A	92	−8.399	−19.57	31.652	1	16.01	C
ATOM 542	CD	ARG	A	92	−8.101	−20.988	32.15	1	19.26	C
ATOM 543	NE	ARG	A	92	−6.663	−21.242	32.262	1	16.66	N
ATOM 544	CZ	ARG	A	92	−6.104	−22.45	32.235	1	19.36	C
ATOM 545	NH1	ARG	A	92	−6.854	−23.539	32.105	1	19.23	N
ATOM 546	NH2	ARG	A	92	−4.785	−22.57	32.306	1	24.04	N
ATOM 547	N	LEU	A	93	−11.297	−17.111	33.102	1	16.37	N
ATOM 548	CA	LEU	A	93	−11.179	−15.884	33.886	1	19.44	C
ATOM 549	C	LEU	A	93	−11.631	−16.198	35.311	1	21.18	C
ATOM 550	O	LEU	A	93	−11.049	−15.717	36.281	1	27.96	O
ATOM 551	CB	LEU	A	93	−12.056	−14.765	33.301	1	21.12	C
ATOM 552	CG	LEU	A	93	−11.582	−14.041	32.032	1	18.3	C
ATOM 553	CD1	LEU	A	93	−12.664	−13.082	31.563	1	19.21	C
ATOM 554	CD2	LEU	A	93	−10.292	−13.279	32.309	1	18.98	C
ATOM 555	N	TYR	A	94	−12.671	−17.019	35.417	1	20.72	N
ATOM 556	CA	TYR	A	94	−13.223	−17.425	36.709	1	22.6	C
ATOM 557	C	TYR	A	94	−12.215	−18.261	37.498	1	22.33	C
ATOM 558	O	TYR	A	94	−11.979	−18.011	38.683	1	24.5	O
ATOM 559	CB	TYR	A	94	−14.498	−18.24	36.483	1	20.56	C
ATOM 560	CG	TYR	A	94	−15.246	−18.634	37.738	1	24.03	C
ATOM 561	CD1	TYR	A	94	−15.964	−17.688	38.468	1	25.9	C
ATOM 562	CD2	TYR	A	94	−15.272	−19.961	38.169	1	22.16	C
ATOM 563	CE1	TYR	A	94	−16.701	−18.055	39.598	1	28.08	C
ATOM 564	CE2	TYR	A	94	−16.004	−20.339	39.298	1	27.51	C
ATOM 565	CZ	TYR	A	94	−16.716	−19.381	40.003	1	28.57	C
ATOM 566	OH	TYR	A	94	−17.455	−19.749	41.105	1	30.87	O
ATOM 567	N	LYS	A	95	−11.617	−19.248	36.836	1	23.2	N
ATOM 568	CA	LYS	A	95	−10.643	−20.126	37.48	1	17.61	C
ATOM 569	C	LYS	A	95	−9.345	−19.397	37.823	1	23.31	C
ATOM 570	O	LYS	A	95	−8.56	−19.867	38.652	1	24.37	O
ATOM 571	CB	LYS	A	95	−10.345	−21.332	36.587	1	24.14	C
ATOM 572	CG	LYS	A	95	−11.544	−22.25	36.366	1	18.81	C
ATOM 573	CD	LYS	A	95	−11.142	−23.502	35.61	1	23.58	C
ATOM 574	CE	LYS	A	95	−12.307	−24.463	35.467	1	33.77	C
ATOM 575	NZ	LYS	A	95	−12.55	−25.228	36.718	1	31.89	N
ATOM 576	N	LEU	A	96	−9.122	−18.247	37.192	1	22.25	N
ATOM 577	CA	LEU	A	96	−7.918	−17.466	37.452	1	23.23	C
ATOM 578	C	LEU	A	96	−8.181	−16.397	38.5	1	21.71	C
ATOM 579	O	LEU	A	96	−7.287	−15.621	38.852	1	25.01	O
ATOM 580	CB	LEU	A	96	−7.419	−16.812	36.161	1	21.38	C
ATOM 581	CO	LEU	A	96	−6.896	−17.783	35.102	1	20.61	C
ATOM 582	CD1	LEU	A	96	−6.503	−17.004	33.859	1	20.9	C
ATOM 583	CD2	LEU	A	96	−5.704	−18.567	35.657	1	20.54	C
ATOM 584	N	ASN	A	97	−9.419	−16.363	38.988	1	21.93	N
ATOM 585	CA	ASN	A	97	−9.847	−15.412	40.007	1	21.51	C
ATOM 586	C	ASN	A	97	−9.73	−13.956	39.561	1	27.53	C
ATOM 587	O	ASN	A	97	−9.305	−13.091	40.325	1	29.24	O
ATOM 588	CB	ASN	A	97	−9.042	−15.627	41.295	1	30.65	C
ATOM 589	CO	ASN	A	97	−9.634	−14.893	42.479	1	38.73	C
ATOM 590	OD1	ASN	A	97	−8.987	−14.033	43.076	1	49.46	O
ATOM 591	ND2	ASN	A	97	−10.873	−15.229	42.827	1	43.62	N
ATOM 592	N	ILE	A	98	−10.113	−13.689	38.318	1	23.35	N
ATOM 593	CA	ILE	A	98	−10.064	−12.34	37.778	1	26.56	C
ATOM 594	C	ILE	A	98	−11.472	−11.756	37.799	1	29.03	C
ATOM 595	O	ILE	A	98	−12.379	−12.292	37.163	1	27.76	O
ATOM 596	CB	ILE	A	98	−9.538	−12.344	36.324	1	24.5	C
ATOM 597	CD1	ILE	A	98	−8.086	−12.829	36.3	1	27.25	C
ATOM 598	CG2	ILE	A	98	−9.659	−10.953	35.717	1	26.73	C
ATOM 599	CD1	ILE	A	98	−7.509	−13.005	34.907	1	24.97	C
ATOM 600	N	ASN	A	99	−11.659	−10.674	38.55	1	26.95	N
ATOM 601	CA	ASN	A	99	−12.964	−10.025	38.626	1	28.01	C
ATOM 602	C	ASN	A	99	−13.142	−9.195	37.366	1	24.89	C
ATOM 603	O	ASN	A	99	−12.3	−8.36	37.042	1	24.73	O
ATOM 604	CB	ASN	A	99	−13.054	−9.126	39.861	1	32.66	C
ATOM 605	CG	ASN	A	99	−12.91	−9.904	41.154	1	43.13	C
ATOM 606	OD1	ASN	A	99	−13.529	−10.954	41.332	1	40.93	O
ATOM 607	ND2	ASN	A	99	−12.096	−9.387	42.069	1	47	N
ATOM 608	N	TYR	A	100	−14.239	−9.426	36.655	1	25.1	N
ATOM 609	CA	TYR	A	100	−14.476	−8.706	35.415	1	25.31	C
ATOM 610	C	TYR	A	100	−15.941	−8.404	35.146	1	24.08	C
ATOM 611	O	TYR	A	100	−16.843	−9.008	35.729	1	27.21	O
ATOM 612	CB	TYR	A	100	−13.909	−9.518	34.245	1	22.68	C
ATOM 613	CG	TYR	A	100	−14.711	−10.765	33.934	1	23.78	C
ATOM 614	CD1	TYR	A	100	−15.758	−10.734	33.01	1	21.72	C
ATOM 615	CD2	TYR	A	100	−14.462	−11.962	34.603	1	21.81	C
ATOM 616	CE1	TYR	A	100	−16.536	−11.862	32.765	1	21.52	C
ATOM 617	CE2	TYR	A	100	−15.236	−13.096	34.368	1	23.77	C
ATOM 618	CZ	TYR	A	100	−16.272	−13.039	33.45	1	21.96	C
ATOM 619	OH	TYR	A	100	−17.059	−14.149	33.238	1	25.08	O
ATOM 620	N	GLN	A	101	−16.15	−7.453	34.245	1	23.23	N
ATOM 621	CA	GLN	A	101	−17.47	−7.026	33.803	1	27.19	C
ATOM 622	C	GLN	A	101	−17.359	−7.155	32.29	1	25.84	C
ATOM 623	O	GLN	A	101	−16.5	−6.522	31.684	1	26.66	O
ATOM 624	CB	GLN	A	101	−17.707	−5.569	34.197	1	34.79	C
ATOM 625	CG	GLN	A	101	−18.951	−4.942	33.601	1	46.64	C
ATOM 626	CD	GLN	A	101	−19.096	−3.476	33.973	1	50.02	C
ATOM 627	OE1	GLN	A	101	−19.983	−2.783	33.475	1	55.75	O
ATOM 628	NE2	GLN	A	101	−18.224	−2.998	34.856	1	53.62	N
ATOM 629	N	LEU	A	102	−18.205	−7.978	31.683	1	23.39	N
ATOM 630	CA	LEU	A	102	−18.136	−8.183	30.243	1	20.49	C
ATOM 631	C	LEU	A	102	−19.389	−7.779	29.486	1	23.32	C
ATOM 632	O	LEU	A	102	−20.494	−8.223	29.81	1	22.69	O
ATOM 633	CB	LEU	A	102	−17.811	−9.653	29.95	1	19.63	C
ATOM 634	CG	LEU	A	102	−17.648	−10.144	28.504	1	28.05	C
ATOM 635	CD1	LEU	A	102	−19.001	−10.285	27.835	1	32.9	C
ATOM 636	CD2	LEU	A	102	−16.76	−9.192	27.737	1	31.41	C
ATOM 637	N	ASN	A	103	−19.199	−6.929	28.479	1	21.04	N
ATOM 638	CA	ASN	A	103	−20.283	−6.483	27.617	1	19.87	C
ATOM 639	C	ASN	A	103	−20.072	−7.217	26.299	1	20.98	C
ATOM 640	O	ASN	A	103	−18.974	−7.196	25.734	1	21.7	O
ATOM 641	CB	ASN	A	103	−20.224	−4.975	27.392	1	20.44	C
ATOM 642	CG	ASN	A	103	−21.344	−4.479	26.494	1	31.42	C
ATOM 643	OD1	ASN	A	103	−21.339	−4.713	25.284	1	29.49	O
ATOM 644	ND2	ASN	A	103	−22.319	−3.798	27.087	1	33.41	N
ATOM 645	N	GLN	A	104	−21.123	−7.863	25.813	1	19.18	N
ATOM 646	CA	GLN	A	104	−21.03	−8.637	24.587	1	21.63	C
ATOM 647	C	GLN	A	104	−22.03	−8.239	23.508	1	22.17	C
ATOM 648	O	GLN	A	104	−23.213	−8.034	23.78	1	22.15	O
ATOM 649	CB	GLN	A	104	−21.22	−10.113	24.925	1	24.92	C
ATOM 650	CG	GLN	A	104	−21.082	−11.067	23.758	1	34.45	C
ATOM 651	CD	GLN	A	104	−21.392	−12.494	24.159	1	35.02	C
ATOM 652	OE1	GLN	A	104	−22.228	−13.152	23.544	1	43.05	O
ATOM 653	NE2	GLN	A	104	−20.719	−12.979	25.195	1	33.41	N
ATOM 654	N	VAL	A	105	−21.539	−8.135	22.28	1	16.28	N
ATOM 655	CA	VAL	A	105	−22.377	−7.817	21.135	1	17.08	C
ATOM 656	C	VAL	A	105	−22.021	−8.816	20.035	1	16.56	C
ATOM 657	O	VAL	A	105	−20.86	−8.94	19.654	1	17.95	O
ATOM 658	CB	VAL	A	105	−22.13	−6.377	20.622	1	21.8	C
ATOM 659	CG1	VAL	A	105	−22.937	−6.131	19.354	1	22.3	C
ATOM 660	CG2	VAL	A	105	−22.523	−5.366	21.695	1	22.2	C
ATOM 661	N	PHE	A	106	−23.018	−9.553	19.559	1	16.97	N
ATOM 662	CA	PHE	A	106	−22.819	−10.523	18.493	1	13.5	C
ATOM 663	C	PHE	A	106	−23.586	−10.068	17.258	1	18.61	C
ATOM 664	O	PHE	A	106	−24.767	−9.717	17.341	1	19.47	O
ATOM 665	CB	PHE	A	106	−23.321	−11.905	18.914	1	16.23	C
ATOM 666	CG	PHE	A	106	−22.277	−12.772	19.556	1	15.98	C
ATOM 667	CD1	PHE	A	106	−21.235	−12.217	20.293	1	15.25	C
ATOM 668	CD2	PHE	A	106	−22.373	−14.157	19.473	1	20.46	C
ATOM 669	CE1	PHE	A	106	−20.308	−13.034	20.942	1	17.8	C
ATOM 670	CE2	PHE	A	106	−21.451	−14.979	20.118	1	18.33	C
ATOM 671	CZ	PHE	A	106	−20.418	−14.411	20.854	1	16.78	C
ATOM 672	N	THR	A	107	−22.898	−10.061	16.121	1	16.01	N
ATOM 673	CA	THR	A	107	−23.488	−9.669	14.85	1	18.37	C
ATOM 674	C	THR	A	107	−23.327	−10.827	13.872	1	20.11	C
ATOM 675	O	THR	A	107	−22.713	−11.843	14.198	1	16.95	O
ATOM 676	CB	THR	A	107	−22.767	−8.439	14.25	1	20.33	C
ATOM 677	OG1	THR	A	107	−21.403	−8.774	13.972	1	23.29	O
ATOM 678	CG2	THR	A	107	−22.803	−7.269	15.217	1	25.68	C
ATOM 679	N	ARG	A	108	−23.89	−10.674	12.677	1	20.06	N
ATOM 680	CA	ARG	A	108	−23.765	−11.694	11.64	1	17.35	C
ATOM 681	C	ARG	A	108	−22.567	−11.304	10.783	1	19.04	C
ATOM 682	O	ARG	A	108	−22.314	−10.118	10.56	1	20.18	O
ATOM 683	CB	ARG	A	108	−25.012	−11.728	10.755	1	21.04	C
ATOM 684	CG	ARG	A	108	−26.254	−12.277	11.43	1	21.29	C
ATOM 685	CD	ARG	A	108	−27.479	−11.957	10.595	1	31.38	C
ATOM 686	NE	ARG	A	108	−27.656	−10.513	10.453	1	41.33	N
ATOM 687	CZ	ARG	A	108	−28.498	−9.941	9.599	1	46.94	C
ATOM 688	NH1	ARG	A	108	−29.246	−10.69	8.801	1	49.7	N
ATOM 689	NH2	ARG	A	108	−28.595	−8.619	9.542	1	43.84	N
ATOM 690	N	PRO	A	109	−21.801	−12.292	10.304	1	16.92	N
ATOM 691	CA	PRO	A	109	−20.649	−11.939	9.472	1	17.72	C
ATOM 692	C	PRO	A	109	−21.113	−11.343	8.144	1	18.31	C
ATOM 693	O	PRO	A	109	−22.188	−11.681	7.648	1	22.02	O
ATOM 694	CB	PRO	A	109	−19.925	−13.276	9.299	1	17.21	C
ATOM 695	CG	PRO	A	109	−21.043	−14.281	9.366	1	17.4	C
ATOM 696	CD	PRO	A	109	−21.881	−13.749	10.512	1	17.81	C
ATOM 697	N	ASN	A	110	−20.31	−10.445	7.585	1	24.58	N
ATOM 698	CA	ASN	A	110	−20.638	−9.818	6.304	1	24.62	C
ATOM 699	C	ASN	A	110	−21.929	−9.002	6.377	1	28.46	C
ATOM 700	O	ASN	A	110	−22.593	−8.789	5.365	1	31.27	O
ATOM 701	CB	ASN	A	110	−20.779	−10.896	5.221	1	26.75	C
ATOM 702	CG	ASN	A	110	−20.777	−10.323	3.813	1	27.93	C
ATOM 703	OD1	ASN	A	110	−21.483	−10.814	2.93	1	30.97	O
ATOM 704	ND2	ASN	A	110	−19.969	−9.294	3.593	1	21.74	N
ATOM 705	N	ALA	A	111	−22.286	−8.547	7.573	1	25.63	N
ATOM 706	CA	ALA	A	111	−23.5	−7.759	7.744	1	29.33	C
ATOM 707	C	ALA	A	111	−23.459	−6.989	9.052	1	27.96	C
ATOM 708	O	ALA	A	111	−22.477	−7.061	9.791	1	31.79	O
ATOM 709	CB	ALA	A	111	−24.722	−8.667	7.71	1	30.67	C
ATOM 710	N	ASP	A	112	−24.526	−6.246	9.328	1	26.55	N
ATOM 711	CA	ASP	A	112	−24.618	−5.472	10.558	1	30.24	C
ATOM 712	C	ASP	A	112	−23.451	−4.495	10.675	1	30.71	C
ATOM 713	O	ASP	A	112	−22.881	−4.321	11.752	1	26.9	O
ATOM 714	CB	ASP	A	112	−24.633	−6.427	11.759	1	32.69	C
ATOM 715	CG	ASP	A	112	−25.808	−7.393	11.72	1	33.54	C
ATOM 716	OD1	ASP	A	112	−25.701	−8.505	12.283	1	27.86	O
ATOM 717	OD2	ASP	A	112	−26.849	−7.037	11.128	1	37.71	O
ATOM 718	N	ILE	A	113	−23.1	−3.856	9.563	1	33.9	N
ATOM 719	CA	ILE	A	113	−21.998	−2.902	9.556	1	28.33	C
ATOM 720	C	ILE	A	113	−22.242	−1.754	10.527	1	28.82	C
ATOM 721	O	ILE	A	113	−21.324	−1.323	11.223	1	28.18	O
ATOM 722	CB	ILE	A	113	−21.762	−2.318	8.142	1	26.99	C
ATOM 723	CG1	ILE	A	113	−21.272	−3.419	7.202	1	36.77	C
ATOM 724	CG2	ILE	A	113	−20.748	−1.179	8.205	1	29.1	C
ATOM 725	CD1	ILE	A	113	−21.012	−2.946	5.785	1	37.69	C
ATOM 726	N	LYS	A	114	−23.473	−1.255	10.575	1	26.53	N
ATOM 727	CA	LYS	A	114	−23.784	−0.154	11.477	1	28.31	C
ATOM 728	C	LYS	A	114	−23.591	−0.572	12.933	1	25.11	C
ATOM 729	O	LYS	A	114	−22.905	0.106	13.69	1	27.89	O
ATOM 730	CB	LYS	A	114	−25.222	0.334	11.274	1	26.67	C
ATOM 731	CG	LYS	A	114	−25.535	1.599	12.064	1	27.16	C
ATOM 732	CD	LYS	A	114	−26.972	2.058	11.881	1	33.61	C
ATOM 733	CE	LYS	A	114	−27.954	1.057	12.463	1	33.38	C
ATOM 734	NZ	LYS	A	114	−29.35	1.562	12.367	1	32.21	N
ATOM 735	N	GLN	A	115	−24.198	−1.688	13.32	1	31.93	N
ATOM 736	CA	GLN	A	115	−24.081	−2.178	14.691	1	28.72	C
ATOM 737	C	GLN	A	115	−22.617	−2.366	15.079	1	27.28	C
ATOM 738	O	GLN	A	115	−22.19	−1.958	16.16	1	23.57	O
ATOM 739	CB	GLN	A	115	−24.83	−3.502	14.848	1	33.48	C
ATOM 740	CG	GLN	A	115	−24.913	−3.979	16.285	1	38.79	C
ATOM 741	CD	GLN	A	115	−25.558	−2.949	17.194	1	44.94	C
ATOM 742	OE1	GLN	A	115	−24.937	−2.461	18.138	1	48.09	O
ATOM 743	NE2	GLN	A	115	−26.812	−2.612	16.911	1	49.02	N
ATOM 744	N	GLN	A	116	−21.847	−2.982	14.191	1	24.89	N
ATOM 745	CA	GLN	A	116	−20.433	−3.214	14.455	1	31.48	C
ATOM 746	C	GLN	A	116	−19.75	−1.88	14.759	1	22.97	C
ATOM 747	O	GLN	A	116	−19.024	−1.746	15.744	1	26.39	O
ATOM 748	CB	GLN	A	116	−19.786	−3.878	13.238	1	36.84	C
ATOM 749	CG	GLN	A	116	−18.472	−4.58	13.525	1	45.85	C
ATOM 750	CD	GLN	A	116	−17.973	−5.387	12.337	1	50.79	C
ATOM 751	OE1	GLN	A	116	−16.973	−6.099	12.432	1	55.68	O
ATOM 752	NE2	GLN	A	116	−18.667	−5.274	11.209	1	41.55	N
ATOM 753	N	SER	A	117	−20.004	−0.892	13.907	1	26.95	N
ATOM 754	CA	SER	A	117	−19.425	0.433	14.061	1	25.86	C
ATOM 755	C	SER	A	117	−19.845	1.115	15.36	1	25.73	C
ATOM 756	O	SER	A	117	−19.008	1.645	16.092	1	25.5	O
ATOM 757	CB	SER	A	117	−19.826	1.308	12.868	1	28.9	C
ATOM 758	OG	SER	A	117	−19.342	2.632	13.013	1	33.75	O
ATOM 759	N	LEU	A	118	−21.143	1.099	15.641	1	23.63	N
ATOM 760	CA	LEU	A	118	−21.671	1.731	16.844	1	27.5	C
ATOM 761	C	LEU	A	118	−21.198	1.029	18.117	1	20.15	C
ATOM 762	O	LEU	A	118	−20.909	1.679	19.119	1	24.85	O
ATOM 763	CB	LEU	A	118	−23.205	1.761	16.79	1	24.35	C
ATOM 764	CG	LEU	A	118	−23.807	2.437	15.55	1	32.46	C
ATOM 765	CD1	LEU	A	118	−25.325	2.458	15.659	1	31.33	C
ATOM 766	CD2	LEU	A	118	−23.268	3.853	15.415	1	33.6	C
ATOM 767	N	SER	A	119	−21.104	−0.297	18.072	1	27.02	N
ATOM 768	CA	SER	A	119	−20.658	−1.055	19.24	1	23.98	C
ATOM 769	C	SER	A	119	−19.173	−0.839	19.533	1	18.61	C
ATOM 770	O	SER	A	119	−18.766	−0.764	20.693	1	19.53	O
ATOM 771	CB	SER	A	119	−20.936	−2.548	19.047	1	20.65	C
ATOM 772	OG	SER	A	119	−22.328	−2.802	18.959	1	26.73	O
ATOM 773	N	LEU	A	120	−18.363	−0.729	18.482	1	19.8	N
ATOM 774	CA	LEU	A	120	−16.934	−0.511	18.663	1	22.18	C
ATOM 775	C	LEU	A	120	−16.681	0.852	19.292	1	20.63	C
ATOM 776	O	LEU	A	120	−15.856	0.984	20.195	1	25.03	O
ATOM 777	CB	LEU	A	120	−16.198	−0.62	17.321	1	20.83	C
ATOM 778	CG	LEU	A	120	−16.063	−2.032	16.74	1	23.39	C
ATOM 779	CD1	LEU	A	120	−15.444	−1.96	15.354	1	27.35	C
ATOM 780	CD2	LEU	A	120	−15.204	−2.89	17.664	1	20.28	C
ATOM 781	N	MET	A	121	−17.399	1.868	18.821	1	28.06	N
ATOM 782	CA	MET	A	121	−17.242	3.211	19.364	1	25.97	C
ATOM 783	C	MET	A	121	−17.694	3.256	20.819	1	27.9	C
ATOM 784	O	MET	A	121	−17.055	3.895	21.658	1	27.59	O
ATOM 785	CB	MET	A	121	−18.044	4.217	18.537	1	35.16	C
ATOM 786	CG	MET	A	121	−17.399	4.552	17.204	1	46.16	C
ATOM 787	SD	MET	A	121	−15.718	5.183	17.429	1	48.92	S
ATOM 788	CE	MET	A	121	−16.058	6.907	17.816	1	51.41	C
ATOM 789	N	GLU	A	122	−18.794	2.57	21.112	1	25.41	N
ATOM 790	CA	GLU	A	122	−19.317	2.528	22.473	1	28.77	C
ATOM 791	C	GLU	A	122	−18.301	1.873	23.403	1	30.19	C
ATOM 792	O	GLU	A	122	−18.189	2.239	24.574	1	31.1	O
ATOM 793	CB	GLU	A	122	−20.634	1.75	22.514	1	28.89	C
ATOM 794	CG	GLU	A	122	−21.258	1.675	23.9	1	40.77	C
ATOM 795	CD	GLU	A	122	−21.535	3.047	24.488	1	45.67	C
ATOM 796	OE1	GLU	A	122	−22.323	3.807	23.885	1	50.83	O
ATOM 797	OE2	GLU	A	122	−20.963	3.367	25.553	1	49.54	O
ATOM 798	N	ALA	A	123	−17.561	0.903	22.873	1	29.67	N
ATOM 799	CA	ALA	A	123	−16.549	0.201	23.652	1	35.03	C
ATOM 800	C	ALA	A	123	−15.479	1.174	24.141	1	30.1	C
ATOM 801	O	ALA	A	123	−15.016	1.083	25.279	1	29.04	O
ATOM 802	CB	ALA	A	123	−15.915	−0.901	22.808	1	34.89	C
ATOM 803	N	LEU	A	124	−15.086	2.104	23.276	1	32.04	N
ATOM 804	CA	LEU	A	124	−14.076	3.093	23.634	1	34.19	C
ATOM 805	C	LEU	A	124	−14.669	4.165	24.535	1	31.52	C
ATOM 806	O	LEU	A	124	−13.991	4.689	25.419	1	34.72	O
ATOM 807	CB	LEU	A	124	−13.497	3.759	22.384	1	35.28	C
ATOM 808	CG	LEU	A	124	−12.734	2.894	21.383	1	38.85	C
ATOM 809	CD1	LEU	A	124	−12.028	3.81	20.393	1	43.78	C
ATOM 810	CD2	LEU	A	124	−11.72	2.016	22.104	1	39.89	C
ATOM 811	N	LYS	A	125	−15.936	4.492	24.299	1	33.85	N
ATOM 812	CA	LYS	A	125	−16.622	5.501	25.096	1	39.39	C
ATOM 813	C	LYS	A	125	−16.696	5.055	26.551	1	33.64	C
ATOM 814	O	LYS	A	125	−16.574	5.869	27.467	1	36.31	O
ATOM 815	CB	LYS	A	125	−18.037	5.733	24.558	1	41.62	C
ATOM 816	CG	LYS	A	125	−18.085	6.291	23.144	1	51.16	C
ATOM 817	CD	LYS	A	125	−19.517	6.409	22.637	1	51.79	C
ATOM 818	CE	LYS	A	125	−20.341	7.361	23.491	1	54.63	C
ATOM 819	NZ	LYS	A	125	−21.745	7.476	23	1	59.77	N
ATOM 820	N	SER	A	126	−16.891	3.756	26.756	1	37.65	N
ATOM 821	CA	SER	A	126	−16.987	3.197	28.1	1	35.04	C
ATOM 822	C	SER	A	126	−15.616	2.963	28.731	1	31.89	C
ATOM 823	O	SER	A	126	−15.521	2.453	29.847	1	31.14	O
ATOM 824	CB	SER	A	126	−17.767	1.881	28.064	1	35.47	C
ATOM 825	OG	SER	A	126	−17.14	0.939	27.21	1	34.05	O
ATOM 826	N	LYS	A	127	−14.56	3.339	28.014	1	27.67	N
ATOM 827	CA	LYS	A	127	−13.192	3.17	28.5	1	29.65	C
ATOM 828	C	LYS	A	127	−12.904	1.745	28.954	1	28.69	C
ATOM 829	O	LYS	A	127	−12.436	1.522	30.071	1	29.61	O
ATOM 830	CB	LYS	A	127	−12.899	4.12	29.667	1	34.04	C
ATOM 831	CG	LYS	A	127	−12.973	5.6	29.333	1	40.15	C
ATOM 832	CD	LYS	A	127	−14.368	6.148	29.559	1	50.74	C
ATOM 833	CE	LYS	A	127	−14.378	7.666	29.458	1	53.67	C
ATOM 834	NZ	LYS	A	127	−15.698	8.238	29.843	1	56.58	N
ATOM 835	N	SER	A	128	−13.181	0.781	28.085	1	25.8	N
ATOM 836	CA	SER	A	128	−12.93	−0.615	28.406	1	23.03	C
ATOM 837	C	SER	A	128	−11.433	−0.848	28.575	1	20.04	C
ATOM 838	O	SER	A	128	−10.619	−0.151	27.972	1	26.91	O
ATOM 839	CB	SER	A	128	−13.458	−1.513	27.286	1	26	C
ATOM 840	OG	SER	A	128	−14.864	−1.395	27.154	1	33.17	O
ATOM 841	N	ASP	A	129	−11.076	−1.827	29.403	1	21.3	N
ATOM 842	CA	ASP	A	129	−9.675	−2.167	29.628	1	19.95	C
ATOM 843	C	ASP	A	129	−9.2	−3.066	28.496	1	22.22	C
ATOM 844	O	ASP	A	129	−8.042	−3.01	28.08	1	22.81	O
ATOM 845	CB	ASP	A	129	−9.513	−2.891	30.961	1	24.17	C
ATOM 846	CG	ASP	A	129	−9.885	−2.021	32.139	1	24.26	C
ATOM 847	OD1	ASP	A	129	−9.196	−1.004	32.37	1	29.48	O
ATOM 848	OD2	ASP	A	129	−10.867	−2.35	32.831	1	24.54	O
ATOM 849	N	TYR	A	130	−10.109	−3.9	28.009	1	17.84	N
ATOM 850	CA	TYR	A	130	−9.815	−4.805	26.907	1	15.84	C
ATOM 851	C	TYR	A	130	−10.989	−4.796	25.946	1	18.89	C
ATOM 852	O	TYR	A	130	−12.151	−4.894	26.361	1	16.89	O
ATOM 853	CB	TYR	A	130	−9.569	−6.232	27.406	1	18.4	C
ATOM 854	CG	TYR	A	130	−8.459	−6.324	28.421	1	17.71	C
ATOM 855	CD1	TYR	A	130	−8.715	−6.125	29.774	1	21.83	C
ATOM 856	CD2	TYR	A	130	−7.14	−6.54	28.023	1	19.74	C
ATOM 857	CE1	TYR	A	130	−7.69	−6.133	30.71	1	22.8	C
ATOM 858	CE2	TYR	A	130	−6.102	−6.549	28.953	1	19.7	C
ATOM 859	CZ	TYR	A	130	−6.388	−6.341	30.296	1	21.91	C
ATOM 860	OH	TYR	A	130	−5.374	−6.313	31.221	1	27.98	O
ATOM 861	N	LEU	A	131	−10.674	−4.649	24.664	1	17.07	N
ATOM 862	CA	LEU	A	131	−11.666	−4.631	23.598	1	16.58	C
ATOM 863	C	LEU	A	131	−11.311	−5.814	22.706	1	16.98	C
ATOM 864	O	LEU	A	131	−10.194	−5.9	22.175	1	17.96	O
ATOM 865	CB	LEU	A	131	−11.574	−3.325	22.802	1	21.02	C
ATOM 866	CG	LEU	A	131	−12.796	−2.868	21.994	1	33.62	C
ATOM 867	CD1	LEU	A	131	−12.361	−1.772	21.032	1	26.51	C
ATOM 868	CD2	LEU	A	131	−13.415	−4.024	21.226	1	34.39	C
ATOM 869	N	ILE	A	132	−12.264	−6.721	22.543	1	16.8	N
ATOM 870	CA	ILE	A	132	−12.055	−7.924	21.759	1	13.11	C
ATOM 871	C	ILE	A	132	−12.958	−7.967	20.539	1	15.19	C
ATOM 872	O	ILE	A	132	−14.174	−7.871	20.656	1	17.64	O
ATOM 873	CB	ILE	A	132	−12.331	−9.178	22.614	1	15.25	C
ATOM 874	CG1	ILE	A	132	−11.619	−9.046	23.965	1	18.67	C
ATOM 875	CG2	ILE	A	132	−11.866	−10.419	21.882	1	17.91	C
ATOM 876	CD1	ILE	A	132	−11.831	−10.237	24.886	1	18.18	C
ATOM 877	N	PHE	A	133	−12.354	−8.101	19.363	1	13	N
ATOM 878	CA	PHE	A	133	−13.121	−8.178	18.133	1	11.34	C
ATOM 879	C	PHE	A	133	−12.294	−8.804	17.027	1	13.11	C
ATOM 880	O	PHE	A	133	−11.202	−9.31	17.274	1	19.08	O
ATOM 881	CB	PHE	A	133	−13.663	−6.8	17.71	1	20.81	C
ATOM 882	CG	PHE	A	133	−12.607	−5.763	17.456	1	19.1	C
ATOM 883	CD1	PHE	A	133	−11.899	−5.192	18.508	1	23.79	C
ATOM 884	CD2	PHE	A	133	−12.36	−5.315	16.161	1	25.87	C
ATOM 885	CE1	PHE	A	133	−10.963	−4.182	18.275	1	25.23	C
ATOM 886	CE2	PHE	A	133	−11.427	−4.307	15.918	1	24.98	C
ATOM 887	CZ	PHE	A	133	−10.729	−3.741	16.977	1	23.68	C
ATOM 888	N	THR	A	134	−12.807	−8.78	15.807	1	17.34	N
ATOM 889	CA	THR	A	134	−12.093	−9.409	14.711	1	15.54	C
ATOM 890	C	THR	A	134	−11.984	−8.486	13.51	1	20.86	C
ATOM 891	O	THR	A	134	−12.669	−7.466	13.43	1	26.33	O
ATOM 892	CB	THR	A	134	−12.807	−10.713	14.285	1	18.28	C
ATOM 893	OG1	THR	A	134	−11.941	−11.493	13.452	1	15.73	O
ATOM 894	CG2	THR	A	134	−14.087	−10.392	13.506	1	21.04	C
ATOM 895	N	LEU	A	135	−11.118	−8.867	12.579	1	25.55	N
ATOM 896	CA	LEU	A	135	−10.908	−8.097	11.365	1	28.99	C
ATOM 897	C	LEU	A	135	−10.823	−9.017	10.158	1	20.16	C
ATOM 898	O	LEU	A	135	−10.016	−9.947	10.131	1	24.15	O
ATOM 899	CB	LEU	A	135	−9.619	−7.281	11.473	1	35.83	C
ATOM 900	CG	LEU	A	135	−9.609	−6.145	12.498	1	36.62	C
ATOM 901	CD1	LEU	A	135	−8.628	−6.468	13.607	1	43.96	C
ATOM 902	CD2	LEU	A	135	−9.227	−4.846	11.808	1	37.81	C
ATOM 903	N	ASP	A	136	−11.664	−8.756	9.166	1	23.09	N
ATOM 904	CA	ASP	A	136	−11.662	−9.543	7.939	1	20.82	C
ATOM 905	C	ASP	A	136	−11.549	−8.594	6.751	1	26.01	C
ATOM 906	O	ASP	A	136	−11.153	−8.99	5.656	1	22.07	O
ATOM 907	CB	ASP	A	136	−12.941	−10.375	7.818	1	19.65	C
ATOM 908	CG	ASP	A	136	−12.878	−11.352	6.659	1	20.23	C
ATOM 909	OD1	ASP	A	136	−11.939	−12.165	6.639	1	28.22	O
ATOM 910	OD2	ASP	A	136	−13.756	−11.307	5.775	1	40.11	O
ATOM 911	N	THR	A	137	−11.906	−7.336	6.984	1	29.04	N
ATOM 912	CA	THR	A	137	−11.842	−6.305	5.959	1	37.64	C
ATOM 913	C	THR	A	137	−10.933	−5.191	6.473	1	36.95	C
ATOM 914	O	THR	A	137	−10.423	−5.264	7.592	1	32.71	O
ATOM 915	CB	THR	A	137	−13.248	−5.725	5.668	1	40.06	C
ATOM 916	OG1	THR	A	137	−14.145	−6.792	5.336	1	46.73	O
ATOM 917	CG2	THR	A	137	−13.2	−4.748	4.504	1	47.68	C
ATOM 918	N	THR	A	138	−10.727	−4.17	5.65	1	37.03	N
ATOM 919	CA	THR	A	138	−9.892	−3.03	6.011	1	33.74	C
ATOM 920	C	THR	A	138	−10.712	−2.051	6.851	1	26.67	C
ATOM 921	O	THR	A	138	−10.177	−1.118	7.445	1	29.65	O
ATOM 922	CB	THR	A	138	−9.398	−2.293	4.744	1	43.15	C
ATOM 923	OG1	THR	A	138	−10.449	−2.264	3.767	1	46.68	O
ATOM 924	CG2	THR	A	138	−8.184	−2.987	4.154	1	45.96	C
ATOM 925	N	ARG	A	139	−12.016	−2.293	6.901	1	27.09	N
ATOM 926	CA	ARG	A	139	−12.958	−1.439	7.617	1	28.83	C
ATOM 927	C	ARG	A	139	−12.562	−0.849	8.979	1	33.9	C
ATOM 928	O	ARG	A	139	−12.721	0.352	9.194	1	39.04	O
ATOM 929	CB	ARG	A	139	−14.303	−2.165	7.747	1	29.24	C
ATOM 930	CG	ARG	A	139	−15.387	−1.334	8.415	1	38.46	C
ATOM 931	CD	ARG	A	139	−16.774	−1.967	8.32	1	44.16	C
ATOM 932	NE	ARG	A	139	−17.419	−1.725	7.031	1	47.41	N
ATOM 933	CZ	ARG	A	139	−17.15	−2.393	5.914	1	49.08	C
ATOM 934	NH1	ARG	A	139	−16.243	−3.359	5.916	1	52.59	N
ATOM 935	NH2	ARG	A	139	−17.787	−2.092	4.79	1	47.85	N
ATOM 936	N	HIS	A	140	−12.042	−1.663	9.891	1	27.69	N
ATOM 937	CA	HIS	A	140	−11.693	−1.154	11.219	1	31.31	C
ATOM 938	C	HIS	A	140	−10.211	−0.923	11.512	1	29.45	C
ATOM 939	O	HIS	A	140	−9.823	−0.794	12.676	1	25.65	O
ATOM 940	CD	HIS	A	140	−12.268	−2.088	12.286	1	30.83	C
ATOM 941	CG	HIS	A	140	−13.702	−2.447	12.058	1	30.87	C
ATOM 942	ND1	HIS	A	140	−14.132	−3.752	11.943	1	39.78	N
ATOM 943	CD2	HIS	A	140	−14.806	−1.674	11.931	1	28.22	C
ATOM 944	CE1	HIS	A	140	−15.439	−3.766	11.757	1	40.57	C
ATOM 945	NE2	HIS	A	140	−15.874	−2.519	11.746	1	35.94	N
ATOM 946	N	ARG	A	141	−9.387	−0.857	10.471	1	23.61	N
ATOM 947	CA	ARG	A	141	−7.955	−0.647	10.659	1	19.63	C
ATOM 948	C	ARG	A	141	−7.67	0.721	11.285	1	30.61	C
ATOM 949	O	ARG	A	141	−6.886	0.826	12.229	1	26.95	O
ATOM 950	CB	ARG	A	141	−7.23	−0.767	9.315	1	29.57	C
ATOM 951	CG	ARG	A	141	−7.697	−1.949	8.471	1	43.4	C
ATOM 952	CD	ARG	A	141	−6.804	−3.172	8.592	1	47.35	C
ATOM 953	NE	ARG	A	141	−5.587	−3.033	7.798	1	51.49	N
ATOM 954	CZ	ARG	A	141	−4.776	−4.039	7.484	1	46.99	C
ATOM 955	NH1	ARG	A	141	−5.047	−5.269	7.895	1	55.28	N
ATOM 956	NH2	ARG	A	141	−3.691	−3.815	6.758	1	36.04	N
ATOM 957	N	LYS	A	142	−8.3	1.77	10.762	1	34.23	N
ATOM 958	CA	LYS	A	142	−8.079	3.106	11.307	1	33.11	C
ATOM 959	C	LYS	A	142	−8.581	3.181	12.739	1	30.14	C
ATOM 960	O	LYS	A	142	−8.026	3.909	13.565	1	33.03	O
ATOM 961	CD	LYS	A	142	−8.759	4.168	10.44	1	35.8	C
ATOM 962	CG	LYS	A	142	−8.032	4.413	9.124	1	43.3	C
ATOM 963	CD	LYS	A	142	−8.584	5.614	8.377	1	49.43	C
ATOM 964	CE	LYS	A	142	−7.766	5.895	7.123	1	52.47	C
ATOM 965	NZ	LYS	A	142	−8.249	7.098	6.393	1	58.42	N
ATOM 966	N	PHE	A	143	−9.634	2.423	13.029	1	28.39	N
ATOM 967	CA	PHE	A	143	−10.181	2.381	14.376	1	29.5	C
ATOM 968	C	PHE	A	143	−9.099	1.806	15.288	1	26.52	C
ATOM 969	O	PHE	A	143	−8.829	2.337	16.369	1	22.64	O
ATOM 970	CB	PHE	A	143	−11.423	1.484	14.423	1	30.18	C
ATOM 971	CG	PHE	A	143	−11.965	1.278	15.809	1	26.73	C
ATOM 972	CD1	PHE	A	143	−12.619	2.309	16.476	1	29.05	C
ATOM 973	CD2	PHE	A	143	−11.78	0.066	16.467	1	29.72	C
ATOM 974	CE1	PHE	A	143	−13.081	2.137	17.777	1	26.46	C
ATOM 975	CE2	PHE	A	143	−12.236	−0.115	17.767	1	34.57	C
ATOM 976	CZ	PHE	A	143	−12.887	0.923	18.424	1	27.66	C
ATOM 977	N	VAL	A	144	−8.479	0.717	14.838	1	26.56	N
ATOM 978	CA	VAL	A	144	−7.42	0.06	15.598	1	21.08	C
ATOM 979	C	VAL	A	144	−6.291	1.044	15.859	1	20.24	C
ATOM 980	O	VAL	A	144	−5.818	1.182	16.987	1	22.27	O
ATOM 981	CB	VAL	A	144	−6.85	−1.158	14.833	1	26.95	C
ATOM 982	CG1	VAL	A	144	−5.628	−1.702	15.561	1	25.72	C
ATOM 983	CG2	VAL	A	144	−7.917	−2.239	14.703	1	25.69	C
ATOM 984	N	GLU	A	145	−5.868	1.737	14.807	1	26.16	N
ATOM 985	CA	GLU	A	145	−4.793	2.713	14.927	1	27.57	C
ATOM 986	C	GLU	A	145	−5.129	3.75	15.994	1	23	C
ATOM 987	O	GLU	A	145	−4.271	4.137	16.786	1	24.02	O
ATOM 988	CB	GLU	A	145	−4.554	3.4	13.578	1	32.73	C
ATOM 989	CG	GLU	A	145	−4.156	2.437	12.467	1	36.91	C
ATOM 990	CD	GLU	A	145	−4.012	3.113	11.118	1	47.48	C
ATOM 991	OE1	GLU	A	145	−3.774	2.398	10.121	1	54.65	O
ATOM 992	OE2	GLU	A	145	−4.134	4.356	11.053	1	50.54	O
ATOM 993	N	HIS	A	146	−6.38	4.195	16.016	1	27.53	N
ATOM 994	CA	HIS	A	146	−6.811	5.186	16.998	1	28.45	C
ATOM 995	C	HIS	A	146	−6.662	4.657	18.422	1	30.82	C
ATOM 996	O	HIS	A	146	−6.177	5.361	19.308	1	30.33	O
ATOM 997	CB	HIS	A	146	−8.269	5.581	16.746	1	26.97	C
ATOM 998	CG	HIS	A	146	−8.84	6.487	17.795	1	41.86	C
ATOM 999	ND1	HIS	A	146	−9.943	6.149	18.55	1	46.26	N
ATOM 1000	CD2	HIS	A	146	−8.463	7.719	18.21	1	41.59	C
ATOM 1001	CE1	HIS	A	146	−10.221	7.135	19.385	1	44.81	C
ATOM 1002	NE2	HIS	A	146	−9.338	8.099	19.199	1	44.64	N
ATOM 1003	N	VAL	A	147	−7.085	3.416	18.635	1	26.36	N
ATOM 1004	CA	VAL	A	147	−7	2.787	19.948	1	28.68	C
ATOM 1005	C	VAL	A	147	−5.547	2.681	20.392	1	25.63	C
ATOM 1006	O	VAL	A	147	−5.194	3.053	21.513	1	30.06	O
ATOM 1007	CB	VAL	A	147	−7.613	1.364	19.922	1	30.25	C
ATOM 1008	CG1	VAL	A	147	−7.443	0.691	21.275	1	31.68	C
ATOM 1009	CG2	VAL	A	147	−9.082	1.44	19.552	1	28.52	C
ATOM 1010	N	LEU	A	148	−4.706	2.176	19.496	1	24.96	N
ATOM 1011	CA	LEU	A	148	−3.291	1.996	19.785	1	22.36	C
ATOM 1012	C	LEU	A	148	−2.551	3.294	20.102	1	23.21	C
ATOM 1013	O	LEU	A	148	−1.785	3.359	21.065	1	25.14	O
ATOM 1014	CB	LEU	A	148	−2.607	1.294	18.604	1	24.61	C
ATOM 1015	CG	LEU	A	148	−3.067	−0.136	18.299	1	25.84	C
ATOM 1016	CD1	LEU	A	148	−2.392	−0.653	17.031	1	32.25	C
ATOM 1017	CD2	LEU	A	148	−2.743	−1.028	19.485	1	32.5	C
ATOM 1018	N	ASP	A	149	−2.792	4.331	19.308	1	30.04	N
ATOM 1019	CA	ASP	A	149	−2.094	5.597	19.503	1	31.04	C
ATOM 1020	C	ASP	A	149	−2.607	6.55	20.577	1	32.64	C
ATOM 1021	O	ASP	A	149	−1.812	7.231	21.223	1	31.78	O
ATOM 1022	CB	ASP	A	149	−2.022	6.371	18.182	1	34.75	C
ATOM 1023	CG	ASP	A	149	−1.397	5.565	17.064	1	39.08	C
ATOM 1024	OD1	ASP	A	149	−0.433	4.816	17.334	1	39.89	O
ATOM 1025	OD2	ASP	A	149	−1.864	5.693	15.912	1	42.34	O
ATOM 1026	N	SER	A	150	−3.918	6.605	20.784	1	31.26	N
ATOM 1027	CA	SER	A	150	−4.448	7.559	21.753	1	32.41	C
ATOM 1028	C	SER	A	150	−5.255	7.053	22.947	1	29.72	C
ATOM 1029	O	SER	A	150	−5.834	7.86	23.675	1	28.94	O
ATOM 1030	CB	SER	A	150	−5.279	8.603	21.004	1	33.53	C
ATOM 1031	OG	SER	A	150	−4.943	8.615	19.628	1	44.93	O
ATOM 1032	N	THR	A	151	−5.304	5.745	23.171	1	27.55	N
ATOM 1033	CA	THR	A	151	−6.074	5.245	24.307	1	30.47	C
ATOM 1034	C	THR	A	151	−5.299	4.244	25.149	1	31.69	C
ATOM 1035	O	THR	A	151	−4.214	3.806	24.771	1	26.93	O
ATOM 1036	CB	THR	A	151	−7.382	4.565	23.855	1	32.24	C
ATOM 1037	OG1	THR	A	151	−7.103	3.222	23.442	1	27.89	O
ATOM 1038	CG2	THR	A	151	−8.007	5.327	22.693	1	25.93	C
ATOM 1039	N	ASN	A	152	−5.874	3.891	26.296	1	36.03	N
ATOM 1040	CA	ASN	A	152	−5.264	2.932	27.207	1	39.43	C
ATOM 1041	C	ASN	A	152	−5.965	1.579	27.085	1	38.56	C
ATOM 1042	O	ASN	A	152	−5.717	0.666	27.872	1	38.39	O
ATOM 1043	CB	ASN	A	152	−5.353	3.439	28.65	1	44.95	C
ATOM 1044	CG	ASN	A	152	−4.484	4.662	28.895	1	51.63	C
ATOM 1045	OD1	ASN	A	152	−4.653	5.699	28.254	1	57.64	O
ATOM 1046	ND2	ASN	A	152	−3.547	4.543	29.829	1	58.7	N
ATOM 1047	N	THR	A	153	−6.845	1.46	26.095	1	30.68	N
ATOM 1048	CA	THR	A	153	−7.579	0.221	25.865	1	27.53	C
ATOM 1049	C	THR	A	153	−6.727	−0.769	25.076	1	28.36	C
ATOM 1050	O	THR	A	153	−6.225	−0.447	24.001	1	29.97	O
ATOM 1051	CB	THR	A	153	−8.885	0.476	25.076	1	25.03	C
ATOM 1052	OG1	THR	A	153	−9.727	1.372	25.812	1	28.71	O
ATOM 1053	CG2	THR	A	153	−9.633	−0.829	24.839	1	24.2	C
ATOM 1054	N	LYS	A	154	−6.562	−1.972	25.615	1	24.4	N
ATOM 1055	CA	LYS	A	154	−5.778	−2.997	24.938	1	23.02	C
ATOM 1056	C	LYS	A	154	−6.681	−3.767	23.976	1	20.27	C
ATOM 1057	O	LYS	A	154	−7.858	−3.996	24.264	1	23.07	O
ATOM 1058	CB	LYS	A	154	−5.138	−3.927	25.967	1	23.06	C
ATOM 1059	CG	LYS	A	154	−4.199	−3.188	26.928	1	23.56	C
ATOM 1060	CD	LYS	A	154	−3.211	−4.137	27.579	1	31.59	C
ATOM 1061	CE	LYS	A	154	−2.228	−3.395	28.478	1	36.59	C
ATOM 1062	NZ	LYS	A	154	−2.897	−2.807	29.672	1	39.01	N
ATOM 1063	N	LEU	A	155	−6.127	−4.163	22.834	1	18.01	N
ATOM 1064	CA	LEU	A	155	−6.896	−4.855	21.804	1	17.01	C
ATOM 1065	C	LEU	A	155	−6.543	−6.316	21.589	1	21.32	C
ATOM 1066	O	LEU	A	155	−5.371	−6.667	21.458	1	19.44	O
ATOM 1067	CB	LEU	A	155	−6.726	−4.138	20.464	1	23.04	C
ATOM 1068	CG	LEU	A	155	−7.133	−2.669	20.361	1	28.13	C
ATOM 1069	CD1	LEU	A	155	−6.743	−2.131	18.994	1	33.07	C
ATOM 1070	CD2	LEU	A	155	−8.625	−2.535	20.58	1	32.14	C
ATOM 1071	N	ILE	A	156	−7.571	−7.158	21.549	1	16.99	N
ATOM 1072	CA	ILE	A	156	−7.396	−8.579	21.284	1	15.27	C
ATOM 1073	C	ILE	A	156	−8.145	−8.843	19.983	1	14.39	C
ATOM 1074	O	ILE	A	156	−9.363	−8.639	19.899	1	15.67	O
ATOM 1075	CB	ILE	A	156	−7.988	−9.465	22.403	1	15.39	C
ATOM 1076	CG1	ILE	A	156	−7.238	−9.216	23.713	1	18.69	C
ATOM 1077	CG2	ILE	A	156	−7.87	−10.942	22.011	1	13.63	C
ATOM 1078	CD1	ILE	A	156	−7.848	−9.911	24.923	1	20.56	C
ATOM 1079	N	LEU	A	157	−7.416	−9.267	18.959	1	14.22	N
ATOM 1080	CA	LEU	A	157	−8.03	−9.548	17.673	1	13.11	C
ATOM 1081	C	LEU	A	157	−8.183	−11.048	17.497	1	17.51	C
ATOM 1082	O	LEU	A	157	−7.215	−11.78	17.295	1	17.11	O
ATOM 1083	CB	LEU	A	157	−7.193	−8.946	16.539	1	14.57	C
ATOM 1084	CG	LEU	A	157	−6.995	−7.43	16.635	1	18.97	C
ATOM 1085	CD1	LEU	A	157	−6.214	−6.952	15.413	1	18.42	C
ATOM 1086	CD2	LEU	A	157	−8.343	−6.726	16.715	1	21.58	C
ATOM 1087	N	GLN	A	158	−9.428	−11.494	17.589	1	15.96	N
ATOM 1088	CA	GLN	A	158	−9.757	−12.901	17.474	1	14.72	C
ATOM 1089	C	GLN	A	158	−9.865	−13.371	16.025	1	14.75	C
ATOM 1090	O	GLN	A	158	−10.274	−12.616	15.144	1	14.08	O
ATOM 1091	CB	GLN	A	158	−11.074	−13.155	18.212	1	16.28	C
ATOM 1092	CG	GLN	A	158	−11.518	−14.601	18.245	1	20.85	C
ATOM 1093	CD	GLN	A	158	−10.596	−15.476	19.067	1	16.17	C
ATOM 1094	OE1	GLN	A	158	−10.085	−16.484	18.582	1	20.65	O
ATOM 1095	NE2	GLN	A	158	−10.376	−15.093	20.321	1	20.89	N
ATOM 1096	N	ASN	A	159	−9.492	−14.63	15.8	1	12.59	N
ATOM 1097	CA	ASN	A	159	−9.548	−15.279	14.489	1	13.19	C
ATOM 1098	C	ASN	A	159	−8.535	−14.749	13.466	1	12.01	C
ATOM 1099	O	ASN	A	159	−8.771	−14.803	12.262	1	13.88	O
ATOM 1100	CB	ASN	A	159	−10.98	−15.195	13.934	1	12.91	C
ATOM 1101	CG	ASN	A	159	−11.325	−16.353	13.008	1	14.54	C
ATOM 1102	OD1	ASN	A	159	−10.82	−17.469	13.172	1	16.41	O
ATOM 1103	ND2	ASN	A	159	−12.212	−16.102	12.045	1	11.08	N
ATOM 1104	N	ILE	A	160	−7.419	−14.233	13.965	1	15.33	N
ATOM 1105	CA	ILE	A	160	−6.333	−13.739	13.117	1	18.06	C
ATOM 1106	C	ILE	A	160	−5.032	−14.045	13.853	1	13.96	C
ATOM 1107	O	ILE	A	160	−4.884	−13.702	15.022	1	15.64	O
ATOM 1108	CB	ILE	A	160	−6.434	−12.216	12.852	1	20.53	C
ATOM 1109	CG1	ILE	A	160	−5.157	−11.728	12.15	1	16.97	C
ATOM 1110	CG2	ILE	A	160	−6.646	−11.471	14.143	1	24.07	C
ATOM 1111	CD1	ILE	A	160	−5.229	−10.296	11.666	1	30.08	C
ATOM 1112	N	THR	A	161	−4.099	−14.705	13.169	1	13.57	N
ATOM 1113	CA	THR	A	161	−2.821	−15.076	13.77	1	13.62	C
ATOM 1114	C	THR	A	161	−1.664	−14.609	12.898	1	17.43	C
ATOM 1115	O	THR	A	161	−0.536	−15.098	13.02	1	18.31	O
ATOM 1116	CB	THR	A	161	−2.718	−16.6	13.923	1	18.1	C
ATOM 1117	OG1	THR	A	161	−2.994	−17.213	12.66	1	19.62	O
ATOM 1118	CG2	THR	A	161	−3.721	−17.108	14.963	1	24.52	C
ATOM 1119	N	THR	A	162	−1.953	−13.651	12.029	1	15.54	N
ATOM 1120	CA	THR	A	162	−0.963	−13.121	11.097	1	13.43	C
ATOM 1121	C	THR	A	162	−0.843	−11.607	11.286	1	16.72	C
ATOM 1122	O	THR	A	162	−1.614	−10.839	10.715	1	15.06	O
ATOM 1123	CB	THR	A	162	−1.387	−13.433	9.654	1	16.72	C
ATOM 1124	OG1	THR	A	162	−2.676	−12.861	9.404	1	16.24	O
ATOM 1125	CG2	THR	A	162	−1.474	−14.949	9.434	1	15.71	C
ATOM 1126	N	PRO	A	163	0.133	−11.163	12.097	1	16.45	N
ATOM 1127	CA	PRO	A	163	0.321	−9.729	12.35	1	15.92	C
ATOM 1128	C	PRO	A	163	0.372	−8.843	11.106	1	21.74	C
ATOM 1129	O	PRO	A	163	1.001	−9.182	10.102	1	19.48	O
ATOM 1130	CB	PRO	A	163	1.617	−9.693	13.15	1	16.96	C
ATOM 1131	CG	PRO	A	163	1.539	−10.979	13.945	1	19.94	C
ATOM 1132	CD	PRO	A	163	1.083	−11.965	12.891	1	18.53	C
ATOM 1133	N	VAL	A	164	−0.311	−7.705	11.189	1	17.67	N
ATOM 1134	CA	VAL	A	164	−0.362	−6.74	10.099	1	18.87	C
ATOM 1135	C	VAL	A	164	0.971	−5.992	10.064	1	22.07	C
ATOM 1136	O	VAL	A	164	1.343	−5.341	11.039	1	20.17	O
ATOM 1137	CB	VAL	A	164	−1.518	−5.744	10.327	1	20.31	C
ATOM 1138	CG1	VAL	A	164	−1.53	−4.692	9.234	1	16.74	C
ATOM 1139	CG2	VAL	A	164	−2.844	−6.498	10.364	1	23.11	C
ATOM 1140	N	ARG	A	165	1.685	−6.094	8.945	1	22.66	N
ATOM 1141	CA	ARG	A	165	2.988	−5.446	8.801	1	21.67	C
ATOM 1142	C	ARG	A	165	2.961	−3.937	9.032	1	27.49	C
ATOM 1143	O	ARG	A	165	3.841	−3.398	9.702	1	24.62	O
ATOM 1144	CB	ARG	A	165	3.582	−5.743	7.416	1	23.08	C
ATOM 1145	CG	ARG	A	165	3.994	−7.204	7.193	1	26.66	C
ATOM 1146	CD	ARG	A	165	4.44	−7.451	5.752	1	26.89	C
ATOM 1147	NE	ARG	A	165	4.715	−8.863	5.484	1	26.88	N
ATOM 1148	CZ	ARG	A	165	5.776	−9.524	5.936	1	25.45	C
ATOM 1149	NH1	ARG	A	165	6.682	−8.907	6.684	1	32.31	N
ATOM 1150	NH2	ARG	A	165	5.928	−10.809	5.645	1	28.17	N
ATOM 1151	N	GLU	A	166	1.957	−3.252	8.497	1	23.06	N
ATOM 1152	CA	GLU	A	166	1.896	−1.805	8.677	1	29.19	C
ATOM 1153	C	GLU	A	166	1.817	−1.366	10.136	1	24.51	C
ATOM 1154	O	GLU	A	166	1.972	−0.184	10.434	1	23.78	O
ATOM 1155	CB	GLU	A	166	0.735	−1.205	7.877	1	28.74	C
ATOM 1156	CG	GLU	A	166	−0.587	−1.917	8.03	1	43.37	C
ATOM 1157	CD	GLU	A	166	−1.686	−1.271	7.208	1	50.05	C
ATOM 1158	OE1	GLU	A	166	−2.133	−0.165	7.576	1	52.22	O
ATOM 1159	OE2	GLU	A	166	−2.095	−1.865	6.186	1	60.61	O
ATOM 1160	N	TRP	A	167	1.584	−2.307	11.048	1	24.37	N
ATOM 1161	CA	TRP	A	167	1.514	−1.973	12.468	1	19.89	C
ATOM 1162	C	TRP	A	167	2.741	−2.458	13.246	1	18.79	C
ATOM 1163	O	TRP	A	167	2.711	−2.532	14.47	1	21	O
ATOM 1164	CB	TRP	A	167	0.258	−2.572	13.111	1	18.72	C
ATOM 1165	CG	TRP	A	167	−1.035	−2.041	12.573	1	24.23	C
ATOM 1166	CD1	TRP	A	167	−1.245	−0.829	11.973	1	18.86	C
ATOM 1167	CD2	TRP	A	167	−2.313	−2.69	12.621	1	25.96	C
ATOM 1168	NE1	TRP	A	167	−2.572	−0.687	11.644	1	24.62	N
ATOM 1169	CE2	TRP	A	167	−3.249	−1.813	12.031	1	28.35	C
ATOM 1170	CE3	TRP	A	167	−2.758	−3.927	13.11	1	28.27	C
ATOM 1171	CZ2	TRP	A	167	−4.605	−2.134	11.912	1	26.08	C
ATOM 1172	CZ3	TRP	A	167	−4.108	−4.246	12.992	1	22.72	C
ATOM 1173	CH2	TRP	A	167	−5.015	−3.351	12.397	1	23.29	C
ATOM 1174	N	ASP	A	168	3.82	−2.778	12.536	1	21.78	N
ATOM 1175	CA	ASP	A	168	5.037	−3.268	13.18	1	21.94	C
ATOM 1176	C	ASP	A	168	5.582	−2.403	14.315	1	20.18	C
ATOM 1177	O	ASP	A	168	6.191	−2.92	15.249	1	25.98	O
ATOM 1178	CB	ASP	A	168	6.15	−3.477	12.146	1	26.61	C
ATOM 1179	CG	ASP	A	168	5.949	−4.726	11.311	1	32.95	C
ATOM 1180	OD1	ASP	A	168	5.375	−5.707	11.832	1	30.02	O
ATOM 1181	OD2	ASP	A	168	6.383	−4.736	10.138	1	34.77	O
ATOM 1182	N	LYS	A	169	5.368	−1.092	14.243	1	24	N
ATOM 1183	CA	LYS	A	169	5.876	−0.2	15.278	1	25.13	C
ATOM 1184	C	LYS	A	169	5.035	−0.228	16.546	1	26.05	C
ATOM 1185	O	LYS	A	169	5.502	0.142	17.626	1	23.48	O
ATOM 1186	CB	LYS	A	169	5.971	1.232	14.74	1	27.65	C
ATOM 1187	CG	LYS	A	169	6.919	1.375	13.554	1	29.93	C
ATOM 1188	CD	LYS	A	169	8.325	0.907	13.909	1	38.16	C
ATOM 1189	CE	LYS	A	169	9.273	1.021	12.722	1	42.83	C
ATOM 1190	NZ	LYS	A	169	10.636	0.511	13.05	1	42.3	N
ATOM 1191	N	HIS	A	170	3.793	−0.675	16.409	1	23.54	N
ATOM 1192	CA	HIS	A	170	2.886	−0.769	17.542	1	27.48	C
ATOM 1193	C	HIS	A	170	1.788	−1.767	17.2	1	23.5	C
ATOM 1194	O	HIS	A	170	0.756	−1.41	16.631	1	25.02	O
ATOM 1195	CB	HIS	A	170	2.271	0.595	17.862	1	28.47	C
ATOM 1196	CG	HIS	A	170	1.563	0.639	19.182	1	35.44	C
ATOM 1197	ND1	HIS	A	170	0.95	1.776	19.66	1	39.8	N
ATOM 1198	CD2	HIS	A	170	1.384	−0.312	20.13	1	37.39	C
ATOM 1199	CE1	HIS	A	170	0.426	1.525	20.847	1	39.12	C
ATOM 1200	NE2	HIS	A	170	0.675	0.265	21.155	1	38.81	N
ATOM 1201	N	GLN	A	171	2.039	−3.025	17.543	1	23.46	N
ATOM 1202	CA	GLN	A	171	1.1	−4.106	17.284	1	20.96	C
ATOM 1203	C	GLN	A	171	0.084	−4.238	18.407	1	21.51	C
ATOM 1204	O	GLN	A	171	0.353	−3.87	19.553	1	24.89	O
ATOM 1205	CB	GLN	A	171	1.853	−5.436	17.152	1	22.08	C
ATOM 1206	CG	GLN	A	171	2.705	−5.569	15.9	1	21.95	C
ATOM 1207	CD	GLN	A	171	1.875	−5.761	14.649	1	23.21	C
ATOM 1208	OE1	GLN	A	171	0.644	−5.72	14.693	1	20.38	O
ATOM 1209	NE2	GLN	A	171	2.545	−5.974	13.52	1	18.1	N
ATOM 1210	N	PRO	A	172	−1.109	−4.751	18.084	1	18.4	N
ATOM 1211	CA	PRO	A	172	−2.157	−4.936	19.091	1	21.86	C
ATOM 1212	C	PRO	A	172	−1.66	−5.818	20.239	1	24.75	C
ATOM 1213	O	PRO	A	172	−0.684	−6.561	20.096	1	23.73	O
ATOM 1214	CB	PRO	A	172	−3.27	−5.614	18.303	1	19.69	C
ATOM 1215	CG	PRO	A	172	−3.129	−5.003	16.939	1	24.49	C
ATOM 1216	CD	PRO	A	172	−1.627	−5.002	16.727	1	18.87	C
ATOM 1217	N	PHE	A	173	−2.342	−5.727	21.374	1	17.97	N
ATOM 1218	CA	PHE	A	173	−2.013	−6.506	22.56	1	17.62	C
ATOM 1219	C	PHE	A	173	−1.934	−7.998	22.226	1	17.83	C
ATOM 1220	O	PHE	A	173	−1.015	−8.695	22.663	1	18.9	O
ATOM 1221	CB	PHE	A	173	−3.084	−6.252	23.629	1	18.51	C
ATOM 1222	CG	PHE	A	173	−2.941	−7.095	24.87	1	19.39	C
ATOM 1223	CD1	PHE	A	173	−1.852	−6.939	25.723	1	17.98	C
ATOM 1224	CD2	PHE	A	173	−3.928	−8.018	25.209	1	17.61	C
ATOM 1225	CE1	PHE	A	173	−1.751	−7.688	26.901	1	19.9	C
ATOM 1226	CE2	PHE	A	173	−3.838	−8.77	26.38	1	17.32	C
ATOM 1227	CZ	PHE	A	173	−2.747	−8.605	27.229	1	20.02	C
ATOM 1228	N	LEU	A	174	−2.892	−8.495	21.448	1	16.34	N
ATOM 1229	CA	LEU	A	174	−2.876	−9.912	21.1	1	18.23	C
ATOM 1230	C	LEU	A	174	−3.657	−10.301	19.855	1	15.55	C
ATOM 1231	O	LEU	A	174	−4.789	−9.855	19.659	1	15.36	O
ATOM 1232	CB	LEU	A	174	−3.411	−10.738	22.277	1	15.31	C
ATOM 1233	CG	LEU	A	174	−3.516	−12.254	22.069	1	16.43	C
ATOM 1234	CD1	LEU	A	174	−2.12	−12.864	21.994	1	17.64	C
ATOM 1235	CD2	LEU	A	174	−4.306	−12.878	23.219	1	15.97	C
ATOM 1236	N	TYR	A	175	−3.033	−11.118	19.01	1	17.43	N
ATOM 1237	CA	TYR	A	175	−3.679	−11.671	17.822	1	16.4	C
ATOM 1238	C	TYR	A	175	−3.852	−13.117	18.271	1	14.21	C
ATOM 1239	O	TYR	A	175	−2.875	−13.768	18.651	1	16.16	O
ATOM 1240	CB	TYR	A	175	−2.774	−11.669	16.584	1	14.82	C
ATOM 1241	CG	TYR	A	175	−2.495	−10.325	15.943	1	15.78	C
ATOM 1242	CD1	TYR	A	175	−1.451	−9.521	16.394	1	17.77	C
ATOM 1243	CD2	TYR	A	175	−3.215	−9.907	14.824	1	15.39	C
ATOM 1244	CE1	TYR	A	175	−1.121	−8.34	15.735	1	14.81	C
ATOM 1245	CE2	TYR	A	175	−2.893	−8.722	14.157	1	16.41	C
ATOM 1246	CZ	TYR	A	175	−1.84	−7.953	14.619	1	16.83	C
ATOM 1247	OH	TYR	A	175	−1.475	−6.825	13.918	1	21.48	O
ATOM 1248	N	VAL	A	176	−5.078	−13.621	18.249	1	12.62	N
ATOM 1249	CA	VAL	A	176	−5.313	−14.983	18.696	1	14.02	C
ATOM 1250	C	VAL	A	176	−6.3	−15.732	17.809	1	13.57	C
ATOM 1251	O	VAL	A	176	−7.249	−15.154	17.284	1	14.26	O
ATOM 1252	CB	VAL	A	176	−5.817	−14.97	20.161	1	13.32	C
ATOM 1253	CG1	VAL	A	176	−7.108	−14.16	20.262	1	18.51	C
ATOM 1254	CG2	VAL	A	176	−6.022	−16.401	20.671	1	14.04	C
ATOM 1255	N	GLY	A	177	−6.053	−17.024	17.627	1	12.53	N
ATOM 1256	CA	GLY	A	177	−6.943	−17.839	16.821	1	15.6	C
ATOM 1257	C	GLY	A	177	−6.308	−19.165	16.443	1	11.86	C
ATOM 1258	O	GLY	A	177	−5.385	−19.633	17.108	1	13.58	O
ATOM 1259	N	PHE	A	178	−6.828	−19.781	15.386	1	12.3	N
ATOM 1260	CA	PHE	A	178	−6.288	−21.033	14.873	1	13.89	C
ATOM 1261	C	PHE	A	178	−5.879	−20.686	13.448	1	14.22	C
ATOM 1262	O	PHE	A	178	−6.725	−20.481	12.575	1	14.66	O
ATOM 1263	CB	PHE	A	178	−7.347	−22.147	14.912	1	15.92	C
ATOM 1264	CG	PHE	A	178	−7.71	−22.582	16.305	1	11.91	C
ATOM 1265	CD1	PHE	A	178	−8.66	−21.884	17.047	1	11.8	C
ATOM 1266	CD2	PHE	A	178	−7.078	−23.671	16.886	1	12.54	C
ATOM 1267	CE1	PHE	A	178	−8.975	−22.27	18.35	1	12.14	C
ATOM 1268	CE2	PHE	A	178	−7.383	−24.065	18.19	1	11.02	C
ATOM 1269	CZ	PHE	A	178	−8.328	−23.369	18.922	1	11.71	C
ATOM 1270	N	ASP	A	179	−4.567	−20.593	13.239	1	13.82	N
ATOM 1271	CA	ASP	A	179	−4.006	−20.191	11.956	1	13.23	C
ATOM 1272	C	ASP	A	179	−4.668	−20.76	10.715	1	13.52	C
ATOM 1273	O	ASP	A	179	−4.634	−21.961	10.47	1	15.48	O
ATOM 1274	CB	ASP	A	179	−2.506	−20.492	11.915	1	12.73	C
ATOM 1275	CG	ASP	A	179	−1.812	−19.776	10.775	1	16.11	C
ATOM 1276	OD1	ASP	A	179	−1.797	−18.526	10.778	1	19.92	O
ATOM 1277	OD2	ASP	A	179	−1.301	−20.46	9.87	1	18.19	O
ATOM 1278	N	HIS	A	180	−5.234	−19.864	9.913	1	12.01	N
ATOM 1279	CA	HIS	A	180	−5.93	−20.234	8.694	1	12.81	C
ATOM 1280	C	HIS	A	180	−5.049	−20.936	7.665	1	15.18	C
ATOM 1281	O	HIS	A	180	−5.476	−21.909	7.043	1	14.45	O
ATOM 1282	CB	HIS	A	180	−6.553	−18.982	8.077	1	14.22	C
ATOM 1283	CG	HIS	A	180	−7.433	−18.228	9.025	1	13.67	C
ATOM 1284	ND1	HIS	A	180	−8.631	−18.733	9.484	1	14.04	N
ATOM 1285	CD2	HIS	A	180	−7.274	−17.026	9.629	1	16.03	C
ATOM 1286	CE1	HIS	A	180	−9.172	−17.874	10.33	1	15.66	C
ATOM 1287	NE2	HIS	A	180	−8.369	−16.83	10.437	1	15.66	N
ATOM 1288	N	ALA	A	181	−3.828	−20.441	7.479	1	15.09	N
ATOM 1289	CA	ALA	A	181	−2.919	−21.042	6.506	1	16.49	C
ATOM 1290	C	ALA	A	181	−2.597	−22.489	6.87	1	17.16	C
ATOM 1291	O	ALA	A	181	−2.598	−23.364	6.008	1	16.93	O
ATOM 1292	CB	ALA	A	181	−1.628	−20.225	6.413	1	18.69	C
ATOM 1293	N	GLU	A	182	−2.312	−22.729	8.146	1	15.97	N
ATOM 1294	CA	GLU	A	182	−2.004	−24.075	8.618	1	15.93	C
ATOM 1295	C	GLU	A	182	−3.19	−25.01	8.406	1	18.1	C
ATOM 1296	O	GLU	A	182	−3.038	−26.09	7.837	1	17.86	O
ATOM 1297	CB	GLU	A	182	−1.628	−24.054	10.103	1	19.15	C
ATOM 1298	CG	GLU	A	182	−1.449	−25.441	10.707	1	18.2	C
ATOM 1299	CD	GLU	A	182	−0.375	−26.267	10.013	1	23.45	C
ATOM 1300	OE1	GLU	A	182	−0.433	−27.513	10.093	1	24.15	O
ATOM 1301	OE2	GLU	A	182	0.536	−25.676	9.395	1	23.59	O
ATOM 1302	N	GLY	A	183	−4.372	−24.594	8.855	1	16.43	N
ATOM 1303	CA	GLY	A	183	−5.547	−25.434	8.688	1	14.07	C
ATOM 1304	C	GLY	A	183	−5.815	−25.765	7.235	1	16.61	C
ATOM 1305	O	GLY	A	183	−6.153	−26.899	6.894	1	18.5	O
ATOM 1306	N	SER	A	184	−5.661	−24.767	6.37	1	12.86	N
ATOM 1307	CA	SER	A	184	−5.888	−24.945	4.952	1	16.79	C
ATOM 1308	C	SER	A	184	−4.791	−25.813	4.335	1	13.71	C
ATOM 1309	O	SER	A	184	−5.05	−26.569	3.395	1	18.29	O
ATOM 1310	CB	SER	A	184	−5.961	−23.575	4.271	1	17.31	C
ATOM 1311	OG	SER	A	184	−7.037	−22.813	4.814	1	17.78	O
ATOM 1312	N	ARG	A	185	−3.569	−25.719	4.854	1	17.01	N
ATOM 1313	CA	ARG	A	185	−2.497	−26.553	4.314	1	21.78	C
ATOM 1314	C	ARG	A	185	−2.766	−28.008	4.672	1	20.69	C
ATOM 1315	O	ARG	A	185	−2.527	−28.914	3.869	1	17.12	O
ATOM 1316	CB	ARG	A	185	−1.134	−26.134	4.869	1	17.61	C
ATOM 1317	CG	ARG	A	185	−0.532	−24.916	4.178	1	26.97	C
ATOM 1318	CD	ARG	A	185	0.956	−24.823	4.478	1	29.24	C
ATOM 1319	NE	ARG	A	185	1.202	−24.64	5.902	1	29.35	N
ATOM 1320	CZ	ARG	A	185	1.212	−23.46	6.515	1	24.02	C
ATOM 1321	NH1	ARG	A	185	0.998	−22.347	5.824	1	24.47	N
ATOM 1322	NH2	ARG	A	185	1.424	−23.396	7.822	1	23.17	N
ATOM 1323	N	GLU	A	186	−3.274	−28.232	5.879	1	15.58	N
ATOM 1324	CA	GLU	A	186	−3.572	−29.588	6.319	1	17.12	C
ATOM 1325	C	GLU	A	186	−4.655	−30.184	5.435	1	18.12	C
ATOM 1326	O	GLU	A	186	−4.562	−31.34	5.024	1	19.52	O
ATOM 1327	CB	GLU	A	186	−4.002	−29.598	7.794	1	18.77	C
ATOM 1328	CG	GLU	A	186	−2.829	−29.366	8.752	1	20.64	C
ATOM 1329	CD	GLU	A	186	−3.213	−29.438	10.222	1	22.25	C
ATOM 1330	OE1	GLU	A	186	−4.122	−30.221	10.576	1	27.02	O
ATOM 1331	OE2	GLU	A	186	−2.586	−28.718	11.033	1	24.42	O
ATOM 1332	N	LEU	A	187	−5.685	−29.4	5.129	1	18.59	N
ATOM 1333	CA	LEU	A	187	−6.744	−29.896	4.265	1	16.93	C
ATOM 1334	C	LEU	A	187	−6.22	−30.168	2.861	1	18.44	C
ATOM 1335	O	LEU	A	187	−6.569	−31.174	2.249	1	23.02	O
ATOM 1336	CB	LEU	A	187	−7.906	−28.897	4.216	1	17.51	C
ATOM 1337	CG	LEU	A	187	−8.801	−28.909	5.459	1	15.81	C
ATOM 1338	CD1	LEU	A	187	−9.747	−27.715	5.456	1	16.62	C
ATOM 1339	CD2	LEU	A	187	−9.582	−30.215	5.498	1	16.41	C
ATOM 1340	N	ALA	A	188	−5.374	−29.274	2.359	1	15.89	N
ATOM 1341	CA	ALA	A	188	−4.807	−29.424	1.023	1	17.53	C
ATOM 1342	C	ALA	A	188	−3.983	−30.699	0.906	1	21.63	C
ATOM 1343	O	ALA	A	188	−4.021	−31.383	−0.113	1	21.83	O
ATOM 1344	CB	ALA	A	188	−3.949	−28.207	0.675	1	19.13	C
ATOM 1345	N	THR	A	189	−3.236	−31.012	1.955	1	18.41	N
ATOM 1346	CA	THR	A	189	−2.413	−32.212	1.954	1	19.12	C
ATOM 1347	C	THR	A	189	−3.306	−33.438	1.876	1	23.6	C
ATOM 1348	O	THR	A	189	−3.009	−34.393	1.155	1	22.7	O
ATOM 1349	CB	THR	A	189	−1.558	−32.297	3.225	1	21.31	C
ATOM 1350	OG1	THR	A	189	−0.663	−31.177	3.273	1	26.07	O
ATOM 1351	CG2	THR	A	189	−0.75	−33.593	3.234	1	22.89	C
ATOM 1352	N	GLU	A	190	−4.414	−33.397	2.607	1	19.53	N
ATOM 1353	CA	GLU	A	190	−5.346	−34.517	2.622	1	17.9	C
ATOM 1354	C	GLU	A	190	−5.978	−34.732	1.248	1	23.63	C
ATOM 1355	O	GLU	A	190	−5.945	−35.841	0.721	1	22.32	O
ATOM 1356	CB	GLU	A	190	−6.426	−34.281	3.68	1	21.99	C
ATOM 1357	CG	GLU	A	190	−6.612	−35.436	4.647	1	40.03	C
ATOM 1358	CD	GLU	A	190	−5.301	−35.934	5.234	1	43.16	C
ATOM 1359	OE1	GLU	A	190	−4.52	−35.111	5.753	1	46.91	O
ATOM 1360	OE2	GLU	A	190	−5.052	−37.155	5.178	1	40.58	O
ATOM 1361	N	PHE	A	191	−6.553	−33.685	0.659	1	17.94	N
ATOM 1362	CA	PHE	A	191	−7.15	−33.837	−0.662	1	20.7	C
ATOM 1363	C	PHE	A	191	−6.091	−34.282	−1.668	1	20.08	C
ATOM 1364	O	PHE	A	191	−6.387	−35.019	−2.608	1	21.64	O
ATOM 1365	CB	PHE	A	191	−7.791	−32.527	−1.142	1	21.33	C
ATOM 1366	CG	PHE	A	191	−9.134	−32.241	−0.521	1	22.24	C
ATOM 1367	CD1	PHE	A	191	−9.229	−31.752	0.777	1	19.73	C
ATOM 1368	CD2	PHE	A	191	−10.305	−32.462	−1.239	1	24.01	C
ATOM 1369	CE1	PHE	A	191	−10.472	−31.486	1.355	1	24.99	C
ATOM 1370	CE2	PHE	A	191	−11.557	−32.199	−0.67	1	29.8	C
ATOM 1371	CZ	PHE	A	191	−11.64	−31.709	0.629	1	23.39	C
ATOM 1372	N	GLY	A	192	−4.858	−33.83	−1.462	1	24.57	N
ATOM 1373	CA	GLY	A	192	−3.773	−34.196	−2.355	1	24.68	C
ATOM 1374	C	GLY	A	192	−3.523	−35.693	−2.352	1	29.36	C
ATOM 1375	O	GLY	A	192	−3.074	−36.253	−3.349	1	33.55	O
ATOM 1376	N	LYS	A	193	−3.814	−36.342	−1.23	1	23.03	N
ATOM 1377	CA	LYS	A	193	−3.618	−37.783	−1.108	1	32.95	C
ATOM 1378	C	LYS	A	193	−4.863	−38.574	−1.504	1	31.59	C
ATOM 1379	O	LYS	A	193	−4.783	−39.768	−1.8	1	32.2	O
ATOM 1380	CB	LYS	A	193	−3.214	−38.137	0.325	1	32.47	C
ATOM 1381	CG	LYS	A	193	−1.835	−37.616	0.712	1	39.23	C
ATOM 1382	CD	LYS	A	193	−1.414	−38.054	2.11	1	42.31	C
ATOM 1383	CE	LYS	A	193	−2.306	−37.454	3.183	1	48.81	C
ATOM 1384	NZ	LYS	A	193	−1.79	−37.744	4.551	1	39.66	N
ATOM 1385	N	PHE	A	194	−6.009	−37.904	−1.52	1	27.22	N
ATOM 1386	CA	PHE	A	194	−7.272	−38.548	−1.87	1	25.28	C
ATOM 1387	C	PHE	A	194	−7.533	−38.586	−3.37	1	24.24	C
ATOM 1388	O	PHE	A	194	−8.205	−39.493	−3.86	1	28.73	O
ATOM 1389	CB	PHE	A	194	−8.446	−37.824	−1.199	1	30.82	C
ATOM 1390	CG	PHE	A	194	−8.407	−37.844	0.304	1	37.96	C
ATOM 1391	CD1	PHE	A	194	−9.183	−36.95	1.034	1	38.24	C
ATOM 1392	CD2	PHE	A	194	−7.616	−38.759	0.991	1	40.72	C
ATOM 1393	CE1	PHE	A	194	−9.173	−36.964	2.427	1	37.32	C
ATOM 1394	CE2	PHE	A	194	−7.598	−38.783	2.383	1	42.12	C
ATOM 1395	CZ	PHE	A	194	−8.378	−37.884	3.103	1	44.62	C
ATOM 1396	N	PHE	A	195	−7.016	−37.598	−4.096	1	22.39	N
ATOM 1397	CA	PHE	A	195	−7.237	−37.526	−5.536	1	23.55	C
ATOM 1398	C	PHE	A	195	−5.956	−37.488	−6.361	1	21.36	C
ATOM 1399	O	PHE	A	195	−4.914	−37.043	−5.889	1	23.64	O
ATOM 1400	CB	PHE	A	195	−8.092	−36.297	−5.875	1	21.36	C
ATOM 1401	CG	PHE	A	195	−9.435	−36.29	−5.198	1	22.13	C
ATOM 1402	CD1	PHE	A	195	−9.618	−35.624	−3.989	1	17.34	C
ATOM 1403	CD2	PHE	A	195	−10.51	−36.972	−5.757	1	18.98	C
ATOM 1404	CE1	PHE	A	195	−10.852	−35.638	−3.345	1	16.77	C
ATOM 1405	CE2	PHE	A	195	−11.751	−36.994	−5.12	1	22.92	C
ATOM 1406	CZ	PHE	A	195	−11.921	−36.323	−3.909	1	19.22	C
ATOM 1407	N	PRO	A	196	−6.028	−37.959	−7.616	1	23.11	N
ATOM 1408	CA	PRO	A	196	−4.886	−37.992	−8.536	1	23.9	C
ATOM 1409	C	PRO	A	196	−4.587	−36.622	−9.14	1	26.64	C
ATOM 1410	O	PRO	A	196	−5.4	−35.704	−9.041	1	24.83	O
ATOM 1411	CB	PRO	A	196	−5.338	−38.992	−9.591	1	25.08	C
ATOM 1412	CG	PRO	A	196	−6.801	−38.698	−9.689	1	27.07	C
ATOM 1413	CD	PRO	A	196	−7.209	−38.591	−8.231	1	25	C
ATOM 1414	N	LYS	A	197	−3.424	−36.49	−9.771	1	19.78	N
ATOM 1415	CA	LYS	A	197	−3.037	−35.229	−10.39	1	21.4	C
ATOM 1416	C	LYS	A	197	−4.097	−34.778	−11.397	1	21	C
ATOM 1417	O	LYS	A	197	−4.748	−35.602	−12.046	1	24.23	O
ATOM 1418	CB	LYS	A	197	−1.698	−35.385	−11.12	1	22.86	C
ATOM 1419	CG	LYS	A	197	−0.577	−35.996	−10.298	1	28.01	C
ATOM 1420	CD	LYS	A	197	−0.059	−35.057	−9.227	1	37.14	C
ATOM 1421	CE	LYS	A	197	1.163	−35.652	−8.535	1	40.97	C
ATOM 1422	NZ	LYS	A	197	1.773	−34.725	−7.539	1	37.96	N
ATOM 1423	N	HIS	A	198	−4.255	−33.463	−11.527	1	20.67	N
ATOM 1424	CA	HIS	A	198	−5.208	−32.868	−12.458	1	21.14	C
ATOM 1425	C	HIS	A	198	−6.684	−33.068	−12.115	1	19	C
ATOM 1426	O	HIS	A	198	−7.547	−32.915	−12.973	1	21.53	O
ATOM 1427	CB	HIS	A	198	−4.927	−33.368	−13.88	1	26.34	C
ATOM 1428	CG	HIS	A	198	−3.598	−32.931	−14.416	1	28.55	C
ATOM 1429	ND1	HIS	A	198	−3.321	−31.621	−14.744	1	28.59	N
ATOM 1430	CD2	HIS	A	198	−2.464	−33.628	−14.66	1	32.71	C
ATOM 1431	CE1	HIS	A	198	−2.074	−31.53	−15.169	1	26.84	C
ATOM 1432	NE2	HIS	A	198	−1.531	−32.733	−15.127	1	30.2	N
ATOM 1433	N	THR	A	199	−6.971	−33.405	−10.862	1	21.58	N
ATOM 1434	CA	THR	A	199	−8.354	−33.588	−10.426	1	22.81	C
ATOM 1435	C	THR	A	199	−9.088	−32.248	−10.515	1	22.54	C
ATOM 1436	O	THR	A	199	−8.533	−31.205	−10.153	1	21.75	O
ATOM 1437	CB	THR	A	199	−8.419	−34.109	−8.967	1	23.48	C
ATOM 1438	OG1	THR	A	199	−8.054	−35.495	−8.942	1	22.06	O
ATOM 1439	CG2	THR	A	199	−9.823	−33.952	−8.387	1	22.94	C
ATOM 1440	N	TYR	A	200	−10.322	−32.285	−11.015	1	22.11	N
ATOM 1441	CA	TYR	A	200	−11.151	−31.082	−11.154	1	18.46	C
ATOM 1442	C	TYR	A	200	−11.84	−30.759	−9.832	1	20.64	C
ATOM 1443	O	TYR	A	200	−12.371	−31.65	−9.163	1	21.77	O
ATOM 1444	CB	TYR	A	200	−12.224	−31.295	−12.221	1	21.25	C
ATOM 1445	CG	TYR	A	200	−11.761	−31.126	−13.651	1	24.42	C
ATOM 1446	CD1	TYR	A	200	−10.46	−31.447	−14.033	1	30.44	C
ATOM 1447	CD2	TYR	A	200	−12.646	−30.684	−14.634	1	31.04	C
ATOM 1448	CE1	TYR	A	200	−10.052	−31.332	−15.361	1	32.72	C
ATOM 1449	CE2	TYR	A	200	−12.251	−30.569	−15.961	1	37.53	C
ATOM 1450	CZ	TYR	A	200	−10.955	−30.894	−16.32	1	38.48	C
ATOM 1451	OH	TYR	A	200	−10.568	−30.787	−17.64	1	35.81	O
ATOM 1452	N	TYR	A	201	−11.836	−29.485	−9.458	1	17.19	N
ATOM 1453	CA	TYR	A	201	−12.485	−29.072	−8.217	1	15.94	C
ATOM 1454	C	TYR	A	201	−12.968	−27.637	−8.311	1	18.2	C
ATOM 1455	O	TYR	A	201	−12.602	−26.905	−9.225	1	22.01	O
ATOM 1456	CB	TYR	A	201	−11.525	−29.206	−7.027	1	18.25	C
ATOM 1457	CG	TYR	A	201	−10.439	−28.152	−6.952	1	16.28	C
ATOM 1458	CD1	TYR	A	201	−10.496	−27.128	−6.005	1	18.38	C
ATOM 1459	CD2	TYR	A	201	−9.345	−28.18	−7.822	1	19.6	C
ATOM 1460	CE1	TYR	A	201	−9.489	−26.159	−5.922	1	19.25	C
ATOM 1461	CE2	TYR	A	201	−8.332	−27.213	−7.751	1	19.09	C
ATOM 1462	CZ	TYR	A	201	−8.41	−26.205	−6.799	1	20.08	C
ATOM 1463	OH	TYR	A	201	−7.425	−25.235	−6.735	1	19.66	O
ATOM 1464	N	SER	A	202	−13.799	−27.246	−7.354	1	18.69	N
ATOM 1465	CA	SER	A	202	−14.323	−25.89	−7.29	1	18	C
ATOM 1466	C	SER	A	202	−14.211	−25.426	−5.85	1	17.48	C
ATOM 1467	O	SER	A	202	−14.15	−26.239	−4.928	1	18.4	O
ATOM 1468	CB	SER	A	202	−15.782	−25.839	−7.743	1	18.82	C
ATOM 1469	OG	SER	A	202	−15.885	−25.946	−9.153	1	19.96	O
ATOM 1470	N	VAL	A	203	−14.192	−24.113	−5.663	1	16.27	N
ATOM 1471	CA	VAL	A	203	−14.056	−23.529	−4.34	1	16.11	C
ATOM 1472	C	VAL	A	203	−15.202	−22.595	−3.972	1	15.85	C
ATOM 1473	O	VAL	A	203	−15.713	−21.853	−4.814	1	16.15	O
ATOM 1474	CB	VAL	A	203	−12.726	−22.727	−4.244	1	15.09	C
ATOM 1475	CG1	VAL	A	203	−12.675	−21.89	−2.949	1	13.74	C
ATOM 1476	CG2	VAL	A	203	−11.552	−23.681	−4.296	1	16.96	C
ATOM 1477	N	LEU	A	204	−15.614	−22.66	−2.708	1	15.2	N
ATOM 1478	CA	LEU	A	204	−16.641	−21.765	−2.192	1	14.55	C
ATOM 1479	C	LEU	A	204	−15.909	−20.915	−1.158	1	15.72	C
ATOM 1480	O	LEU	A	204	−15.519	−21.401	−0.094	1	14.19	O
ATOM 1481	CB	LEU	A	204	−17.784	−22.542	−1.532	1	15.37	C
ATOM 1482	CG	LEU	A	204	−18.554	−23.473	−2.474	1	14.39	C
ATOM 1483	CD1	LEU	A	204	−19.679	−24.171	−1.724	1	17.12	C
ATOM 1484	CD2	LEU	A	204	−19.11	−22.664	−3.654	1	18.15	C
ATOM 1485	N	TYR	A	205	−15.689	−19.652	−1.497	1	11.91	N
ATOM 1486	CA	TYR	A	205	−15.002	−18.724	−0.617	1	12.25	C
ATOM 1487	C	TYR	A	205	−15.945	−18.231	0.477	1	14.45	C
ATOM 1488	O	TYR	A	205	−17.121	−18.583	0.517	1	14.1	O
ATOM 1489	CB	TYR	A	205	−14.548	−17.491	−1.402	1	16.54	C
ATOM 1490	CG	TYR	A	205	−13.362	−17.656	−2.331	1	17.04	C
ATOM 1491	CD1	TYR	A	205	−13.45	−17.247	−3.666	1	19.34	C
ATOM 1492	CD2	TYR	A	205	−12.119	−18.077	−1.853	1	17.71	C
ATOM 1493	CE1	TYR	A	205	−12.332	−17.238	−4.492	1	19.38	C
ATOM 1494	CE2	TYR	A	205	−10.993	−18.069	−2.675	1	19.42	C
ATOM 1495	CZ	TYR	A	205	−11.108	−17.642	−3.992	1	17.94	C
ATOM 1496	OH	TYR	A	205	−9.991	−17.567	−4.794	1	22.41	O
ATOM 1497	N	PHE	A	206	−15.387	−17.409	1.355	1	15.91	N
ATOM 1498	CA	PHE	A	206	−16.139	−16.762	2.427	1	15.11	C
ATOM 1499	C	PHE	A	206	−16.567	−15.495	1.678	1	17.76	C
ATOM 1500	O	PHE	A	206	−16.582	−15.487	0.441	1	15.13	O
ATOM 1501	CB	PHE	A	206	−15.172	−16.411	3.568	1	17.32	C
ATOM 1502	CG	PHE	A	206	−15.841	−16.034	4.87	1	13.84	C
ATOM 1503	CD1	PHE	A	206	−16.73	−16.905	5.49	1	15.21	C
ATOM 1504	CD2	PHE	A	206	−15.536	−14.829	5.501	1	12.04	C
ATOM 1505	CE1	PHE	A	206	−17.304	−16.581	6.729	1	14.95	C
ATOM 1506	CE2	PHE	A	206	−16.105	−14.495	6.738	1	13.81	C
ATOM 1507	CZ	PHE	A	206	−16.986	−15.371	7.351	1	14.54	C
ATOM 1508	N	SER	A	207	−16.935	−14.44	2.392	1	17.68	N
ATOM 1509	CA	SER	A	207	−17.257	−13.196	1.706	1	16.62	C
ATOM 1510	C	SER	A	207	−15.873	−12.66	1.323	1	20.63	C
ATOM 1511	O	SER	A	207	−14.856	−13.175	1.8	1	19.16	O
ATOM 1512	CB	SER	A	207	−17.992	−12.244	2.653	1	17.18	C
ATOM 1513	OG	SER	A	207	−17.387	−12.234	3.934	1	25.25	O
ATOM 1514	N	GLU	A	208	−15.806	−11.655	0.456	1	18.7	N
ATOM 1515	CA	GLU	A	208	−14.508	−11.127	0.059	1	18.24	C
ATOM 1516	C	GLU	A	208	−13.751	−10.57	1.257	1	19.21	C
ATOM 1517	O	GLU	A	208	−14.309	−9.83	2.072	1	26.49	O
ATOM 1518	CB	GLU	A	208	−14.669	−10.038	−1.004	1	24.19	C
ATOM 1519	CG	GLU	A	208	−15.241	−10.544	−2.31	1	29.67	C
ATOM 1520	CD	GLU	A	208	−15.208	−9.496	−3.405	1	37.5	C
ATOM 1521	OE1	GLU	A	208	−14.099	−9.056	−3.774	1	44.76	O
ATOM 1522	OE2	GLU	A	208	−16.292	−9.115	−3.894	1	40.92	O
ATOM 1523	N	GLY	A	209	−12.48	−10.937	1.366	1	19.32	N
ATOM 1524	CA	GLY	A	209	−11.678	−10.467	2.477	1	16.34	C
ATOM 1525	C	GLY	A	209	−10.553	−11.393	2.907	1	17.85	C
ATOM 1526	O	GLY	A	209	−10.118	−12.265	2.16	1	18.94	O
ATOM 1527	N	TYR	A	210	−10.098	−11.193	4.14	1	13.51	N
ATOM 1528	CA	TYR	A	210	−8.997	−11.947	4.73	1	13.39	C
ATOM 1529	C	TYR	A	210	−9.229	−13.459	4.813	1	15.54	C
ATOM 1530	O	TYR	A	210	−8.38	−14.244	4.396	1	15.4	O
ATOM 1531	CB	TYR	A	210	−8.714	−11.377	6.125	1	18.02	C
ATOM 1532	CG	TYR	A	210	−7.718	−12.144	6.964	1	16.31	C
ATOM 1533	CD1	TYR	A	210	−6.346	−12.071	6.709	1	17.16	C
ATOM 1534	CD2	TYR	A	210	−8.147	−12.92	8.038	1	15.91	C
ATOM 1535	CE1	TYR	A	210	−5.425	−12.752	7.512	1	16.7	C
ATOM 1536	CE2	TYR	A	210	−7.239	−13.604	8.844	1	17.17	C
ATOM 1537	CZ	TYR	A	210	−5.881	−13.515	8.58	1	17.27	C
ATOM 1538	OH	TYR	A	210	−4.994	−14.174	9.402	1	21.02	O
ATOM 1539	N	ILE	A	211	−10.368	−13.869	5.36	1	14.85	N
ATOM 1540	CA	ILE	A	211	−10.666	−15.295	5.489	1	13.83	C
ATOM 1541	C	ILE	A	211	−10.59	−16	4.134	1	15.75	C
ATOM 1542	O	ILE	A	211	−9.992	−17.072	4.007	1	16.02	O
ATOM 1543	CB	ILE	A	211	−12.069	−15.523	6.108	1	15.81	C
ATOM 1544	CG1	ILE	A	211	−12.105	−14.987	7.542	1	22.29	C
ATOM 1545	CG2	ILE	A	211	−12.413	−17.011	6.101	1	18.97	C
ATOM 1546	CD1	ILE	A	211	−11.188	−15.719	8.51	1	19.69	C
ATOM 1547	N	SER	A	212	−11.195	−15.398	3.118	1	14.2	N
ATOM 1548	CA	SER	A	212	−11.177	−15.973	1.779	1	16.27	C
ATOM 1549	C	SER	A	212	−9.756	−16.032	1.24	1	20.69	C
ATOM 1550	O	SER	A	212	−9.357	−17.02	0.618	1	17.48	O
ATOM 1551	CB	SER	A	212	−12.046	−15.15	0.824	1	18.05	C
ATOM 1552	OG	SER	A	212	−13.425	−15.397	1.029	1	17.11	O
ATOM 1553	N	ASP	A	213	−8.991	−14.973	1.477	1	17.18	N
ATOM 1554	CA	ASP	A	213	−7.615	−14.931	1.001	1	17.05	C
ATOM 1555	C	ASP	A	213	−6.734	−15.998	1.651	1	19.12	C
ATOM 1556	O	ASP	A	213	−6.08	−16.771	0.951	1	24.38	O
ATOM 1557	CB	ASP	A	213	−6.992	−13.549	1.248	1	20.58	C
ATOM 1558	CG	ASP	A	213	−7.622	−12.448	0.4	1	22.19	C
ATOM 1559	OD1	ASP	A	213	−8.399	−12.748	−0.532	1	21.27	O
ATOM 1560	OD2	ASP	A	213	−7.33	−11.263	0.67	1	25.39	O
ATOM 1561	N	VAL	A	214	−6.723	−16.057	2.983	1	17.49	N
ATOM 1562	CA	VAL	A	214	−5.876	−17.02	3.69	1	16.78	C
ATOM 1563	C	VAL	A	214	−6.373	−18.461	3.791	1	18.1	C
ATOM 1564	O	VAL	A	214	−5.575	−19.366	4.037	1	24.35	O
ATOM 1565	CB	VAL	A	214	−5.515	−16.529	5.108	1	19.66	C
ATOM 1566	CG1	VAL	A	214	−4.713	−15.239	5.019	1	29.56	C
ATOM 1567	CG2	VAL	A	214	−6.77	−16.334	5.934	1	21.99	C
ATOM 1568	N	ARG	A	215	−7.672	−18.688	3.633	1	13.99	N
ATOM 1569	CA	ARG	A	215	−8.173	−20.065	3.667	1	12.82	C
ATOM 1570	C	ARG	A	215	−8.351	−20.596	2.253	1	18.02	C
ATOM 1571	O	ARG	A	215	−8.043	−21.759	1.97	1	16.88	O
ATOM 1572	CB	ARG	A	215	−9.514	−20.157	4.409	1	12.31	C
ATOM 1573	CG	ARG	A	215	−9.407	−20.069	5.917	1	12.9	C
ATOM 1574	CD	ARG	A	215	−10.755	−20.367	6.569	1	11.35	C
ATOM 1575	NE	ARG	A	215	−10.748	−20.158	8.012	1	12.79	N
ATOM 1576	CZ	ARG	A	215	−11.834	−20.244	8.783	1	11.76	C
ATOM 1577	NH1	ARG	A	215	−13.019	−20.526	8.25	1	10.47	N
ATOM 1578	NH2	ARG	A	215	−11.731	−20.072	10.093	1	12.46	N
ATOM 1579	N	GLY	A	216	−8.828	−19.735	1.361	1	16.84	N
ATOM 1580	CA	GLY	A	216	−9.074	−20.152	−0.004	1	16.24	C
ATOM 1581	C	GLY	A	216	−7.872	−20.159	−0.92	1	20.71	C
ATOM 1582	O	GLY	A	216	−7.558	−21.185	−1.529	1	18.26	O
ATOM 1583	N	ASP	A	217	−7.189	−19.027	−1.019	1	15.11	N
ATOM 1584	CA	ASP	A	217	−6.046	−18.956	−1.913	1	18.45	C
ATOM 1585	C	ASP	A	217	−4.865	−19.809	−1.467	1	22.11	C
ATOM 1586	O	ASP	A	217	−4.068	−20.244	−2.301	1	19.89	O
ATOM 1587	CB	ASP	A	217	−5.661	−17.494	−2.14	1	16.21	C
ATOM 1588	CG	ASP	A	217	−6.789	−16.708	−2.795	1	24.46	C
ATOM 1589	OD1	ASP	A	217	−7.504	−17.299	−3.639	1	29.92	O
ATOM 1590	OD2	ASP	A	217	−6.965	−15.514	−2.48	1	34.24	O
ATOM 1591	N	THR	A	218	−4.766	−20.079	−0.169	1	15.34	N
ATOM 1592	CA	THR	A	218	−3.686	−20.922	0.344	1	18.75	C
ATOM 1593	C	THR	A	218	−3.917	−22.341	−0.17	1	19.52	C
ATOM 1594	O	THR	A	218	−2.995	−23.003	−0.652	1	18.56	O
ATOM 1595	CB	THR	A	218	−3.675	−20.969	1.894	1	21.24	C
ATOM 1596	OG1	THR	A	218	−3.32	−19.683	2.415	1	23.49	O
ATOM 1597	CG2	THR	A	218	−2.675	−22.004	2.398	1	25.09	C
ATOM 1598	N	PHE	A	219	−5.16	−22.799	−0.067	1	17.19	N
ATOM 1599	CA	PHE	A	219	−5.523	−24.141	−0.505	1	17.58	C
ATOM 1600	C	PHE	A	219	−5.316	−24.3	−2.008	1	18.25	C
ATOM 1601	O	PHE	A	219	−4.697	−25.261	−2.458	1	17	O
ATOM 1602	CB	PHE	A	219	−6.988	−24.423	−0.149	1	15.8	C
ATOM 1603	CG	PHE	A	219	−7.456	−25.797	−0.533	1	12.8	C
ATOM 1604	CD1	PHE	A	219	−7.326	−26.863	0.352	1	18.51	C
ATOM 1605	CD2	PHE	A	219	−8.02	−26.026	−1.788	1	13.71	C
ATOM 1606	CE1	PHE	A	219	−7.755	−28.145	−0.008	1	14.53	C
ATOM 1607	CE2	PHE	A	219	−8.447	−27.294	−2.159	1	12.72	C
ATOM 1608	CZ	PHE	A	219	−8.315	−28.359	−1.265	1	14.08	C
ATOM 1609	N	ILE	A	220	−5.849	−23.355	−2.774	1	15.59	N
ATOM 1610	CA	ILE	A	220	−5.734	−23.366	−4.227	1	16.56	C
ATOM 1611	C	ILE	A	220	−4.27	−23.384	−4.661	1	19.09	C
ATOM 1612	O	ILE	A	220	−3.881	−24.171	−5.525	1	20.67	O
ATOM 1613	CB	ILE	A	220	−6.433	−22.121	−4.83	1	19.13	C
ATOM 1614	CG1	ILE	A	220	−7.945	−22.231	−4.609	1	14.55	C
ATOM 1615	CG2	ILE	A	220	−6.094	−21.981	−6.314	1	19.66	C
ATOM 1616	CD1	ILE	A	220	−8.703	−20.948	−4.922	1	20.52	C
ATOM 1617	N	HIS	A	221	−3.46	−22.522	−4.056	1	18.93	N
ATOM 1618	CA	HIS	A	221	−2.041	−22.446	−4.396	1	23.52	C
ATOM 1619	C	HIS	A	221	−1.315	−23.776	−4.199	1	27.23	C
ATOM 1620	O	HIS	A	221	−0.613	−24.24	−5.096	1	22.24	O
ATOM 1621	CB	HIS	A	221	−1.349	−21.369	−3.557	1	21.41	C
ATOM 1622	CG	HIS	A	221	0.104	−21.193	−3.874	1	32.45	C
ATOM 1623	ND1	HIS	A	221	1.109	−21.634	−3.04	1	40.06	N
ATOM 1624	CD2	HIS	A	221	0.721	−20.617	−4.933	1	38.06	C
ATOM 1625	CE1	HIS	A	221	2.282	−21.334	−3.569	1	36.27	C
ATOM 1626	NE2	HIS	A	221	2.075	−20.717	−4.718	1	37	N
ATOM 1627	N	GLN	A	222	−1.486	−24.388	−3.03	1	22.59	N
ATOM 1628	CA	GLN	A	222	−0.812	−25.649	−2.735	1	21.93	C
ATOM 1629	C	GLN	A	222	−1.277	−26.785	−3.635	1	26.14	C
ATOM 1630	O	GLN	A	222	−0.472	−27.519	−4.202	1	22.6	O
ATOM 1631	CB	GLN	A	222	−1.029	−26.046	−1.275	1	26.35	C
ATOM 1632	CG	GLN	A	222	−0.216	−27.266	−0.868	1	28.26	C
ATOM 1633	CD	GLN	A	222	−0.395	−27.64	0.587	1	20.59	C
ATOM 1634	OE1	GLN	A	222	−0.238	−26.805	1.477	1	33.62	O
ATOM 1635	NE2	GLN	A	222	−0.718	−28.903	0.839	1	31.66	N
ATOM 1636	N	VAL	A	223	−2.588	−26.926	−3.754	1	25.57	N
ATOM 1637	CA	VAL	A	223	−3.19	−27.959	−4.575	1	22.28	C
ATOM 1638	C	VAL	A	223	−2.778	−27.866	−6.049	1	26.12	C
ATOM 1639	O	VAL	A	223	−2.513	−28.881	−6.701	1	23.24	O
ATOM 1640	CB	VAL	A	223	−4.726	−27.879	−4.404	1	33.66	C
ATOM 1641	CG1	VAL	A	223	−5.431	−27.956	−5.734	1	35.86	C
ATOM 1642	CG2	VAL	A	223	−5.18	−28.973	−3.458	1	24.61	C
ATOM 1643	N	ASN	A	224	−2.715	−26.648	−6.573	1	24.06	N
ATOM 1644	CA	ASN	A	224	−2.329	−26.438	−7.965	1	26.77	C
ATOM 1645	C	ASN	A	224	−0.828	−26.666	−8.165	1	30.23	C
ATOM 1646	O	ASN	A	224	−0.402	−27.224	−9.177	1	30.96	O
ATOM 1647	CB	ASN	A	224	−2.696	−25.013	−8.41	1	27.93	C
ATOM 1648	CG	ASN	A	224	−4.201	−24.793	−8.505	1	35.93	C
ATOM 1649	OD1	ASN	A	224	−4.662	−23.74	−8.956	1	38.28	O
ATOM 1650	ND2	ASN	A	224	−4.974	−25.785	−8.08	1	28.46	N
ATOM 1651	N	ARG	A	225	−0.036	−26.245	−7.185	1	24.99	N
ATOM 1652	CA	ARG	A	225	1.416	−26.373	−7.241	1	30.13	C
ATOM 1653	C	ARG	A	225	1.956	−27.771	−6.926	1	33.65	C
ATOM 1654	O	ARG	A	225	2.968	−28.188	−7.494	1	35.75	O
ATOM 1655	CB	ARG	A	225	2.047	−25.34	−6.297	1	34.33	C
ATOM 1656	CG	ARG	A	225	3.567	−25.371	−6.214	1	45.02	C
ATOM 1657	CD	ARG	A	225	4.035	−26.043	−4.933	1	48.55	C
ATOM 1658	NE	ARG	A	225	3.513	−25.373	−3.743	1	54.69	N
ATOM 1659	CZ	ARG	A	225	3.758	−25.761	−2.495	1	55.02	C
ATOM 1660	NH1	ARG	A	225	4.52	−26.821	−2.263	1	61.63	N
ATOM 1661	NH2	ARG	A	225	3.237	−25.09	−1.476	1	56.77	N
ATOM 1662	N	ASP	A	226	1.287	−28.5	−6.038	1	22.15	N
ATOM 1663	CA	ASP	A	226	1.755	−29.835	−5.665	1	26.67	C
ATOM 1664	C	ASP	A	226	1.074	−31.011	−6.354	1	29.67	C
ATOM 1665	O	ASP	A	226	1.674	−32.078	−6.483	1	31.37	O
ATOM 1666	CB	ASP	A	226	1.642	−30.047	−4.153	1	24.83	C
ATOM 1667	CG	ASP	A	226	2.536	−29.117	−3.361	1	36.65	C
ATOM 1668	OD1	ASP	A	226	3.549	−28.651	−3.92	1	33.56	O
ATOM 1669	OD2	ASP	A	226	2.233	−28.867	−2.174	1	33.14	O
ATOM 1670	N	ASN	A	227	−0.169	−30.833	−6.786	1	25.21	N
ATOM 1671	CA	ASN	A	227	−0.892	−31.928	−7.425	1	22.6	C
ATOM 1672	C	ASN	A	227	−1.495	−31.534	−8.764	1	19.12	C
ATOM 1673	O	ASN	A	227	−2.253	−32.298	−9.357	1	21.18	O
ATOM 1674	CB	ASN	A	227	−2.007	−32.423	−6.503	1	29.64	C
ATOM 1675	CG	ASN	A	227	−1.617	−32.395	−5.04	1	34.82	C
ATOM 1676	OD1	ASN	A	227	−1.235	−33.411	−4.465	1	33.17	O
ATOM 1677	ND2	ASN	A	227	−1.714	−31.22	−4.429	1	41.45	N
ATOM 1678	N	ASN	A	228	−1.155	−30.34	−9.242	1	17.63	N
ATOM 1679	CA	ASN	A	228	−1.681	−29.854	−10.507	1	20.48	C
ATOM 1680	C	ASN	A	228	−3.195	−30.005	−10.616	1	20.73	C
ATOM 1681	O	ASN	A	228	−3.714	−30.279	−11.696	1	23.6	O
ATOM 1682	CB	ASN	A	228	−1.019	−30.575	−11.689	1	21.55	C
ATOM 1683	CG	ASN	A	228	0.472	−30.313	−11.774	1	32.02	C
ATOM 1684	OD1	ASN	A	228	0.928	−29.185	−11.59	1	28.46	O
ATOM 1685	ND2	ASN	A	228	1.238	−31.355	−12.068	1	37.38	N
ATOM 1686	N	PHE	A	229	−3.912	−29.837	−9.505	1	27.09	N
ATOM 1687	CA	PHE	A	229	−5.368	−29.935	−9.557	1	24.24	C
ATOM 1688	C	PHE	A	229	−5.85	−28.796	−10.45	1	20.7	C
ATOM 1689	O	PHE	A	229	−5.171	−27.774	−10.579	1	29.19	O
ATOM 1690	CB	PHE	A	229	−5.989	−29.798	−8.162	1	19.85	C
ATOM 1691	CG	PHE	A	229	−5.865	−31.034	−7.3	1	21.69	C
ATOM 1692	CD1	PHE	A	229	−6.397	−31.045	−6.014	1	20.46	C
ATOM 1693	CD2	PHE	A	229	−5.234	−32.185	−7.77	1	22.54	C
ATOM 1694	CE1	PHE	A	229	−6.306	−32.174	−5.206	1	21.78	C
ATOM 1695	CE2	PHE	A	229	−5.138	−33.322	−6.969	1	21.22	C
ATOM 1696	CZ	PHE	A	229	−5.675	−33.317	−5.685	1	20.84	C
ATOM 1697	N	GLU	A	230	−7.015	−28.967	−11.065	1	20.65	N
ATOM 1698	CA	GLU	A	230	−7.556	−27.959	−11.979	1	20.42	C
ATOM 1699	C	GLU	A	230	−8.785	−27.258	−11.414	1	19.12	C
ATOM 1700	O	GLU	A	230	−9.868	−27.84	−11.379	1	20.89	O
ATOM 1701	CB	GLU	A	230	−7.933	−28.618	−13.309	1	21.48	C
ATOM 1702	CG	GLU	A	230	−6.813	−29.432	−13.95	1	33.34	C
ATOM 1703	CD	GLU	A	230	−5.71	−28.569	−14.526	1	34.64	C
ATOM 1704	OE1	GLU	A	230	−4.673	−29.127	−14.944	1	38.46	O
ATOM 1705	OE2	GLU	A	230	−5.876	−27.335	−14.566	1	37.89	O
ATOM 1706	N	LEU	A	231	−8.616	−26.008	−10.989	1	20.54	N
ATOM 1707	CA	LEU	A	231	−9.719	−25.227	−10.428	1	20.94	C
ATOM 1708	C	LEU	A	231	−10.716	−24.875	−11.526	1	21.39	C
ATOM 1709	O	LEU	A	231	−10.362	−24.245	−12.521	1	22.72	O
ATOM 1710	CB	LEU	A	231	−9.177	−23.95	−9.774	1	19.08	C
ATOM 1711	CG	LEU	A	231	−10.192	−22.984	−9.154	1	20.28	C
ATOM 1712	CD1	LEU	A	231	−10.943	−23.676	−8.028	1	21.78	C
ATOM 1713	CD2	LEU	A	231	−9.462	−21.762	−8.623	1	18.11	C
ATOM 1714	N	GLN	A	232	−11.966	−25.284	−11.339	1	19.24	N
ATOM 1715	CA	GLN	A	232	−13.009	−25.042	−12.328	1	22.43	C
ATOM 1716	C	GLN	A	232	−13.812	−23.774	−12.08	1	23.25	C
ATOM 1717	O	GLN	A	232	−14.325	−23.159	−13.022	1	22.45	O
ATOM 1718	CB	GLN	A	232	−13.945	−26.247	−12.384	1	24.12	C
ATOM 1719	CG	GLN	A	232	−13.223	−27.547	−12.705	1	22.32	C
ATOM 1720	CD	GLN	A	232	−12.417	−27.454	−13.991	1	20.04	C
ATOM 1721	OE1	GLN	A	232	−12.973	−27.248	−15.071	1	28.17	O
ATOM 1722	NE2	GLN	A	232	−11.102	−27.597	−13.876	1	23.23	N
ATOM 1723	N	SER	A	233	−13.923	−23.394	−10.81	1	21.5	N
ATOM 1724	CA	SER	A	233	−14.654	−22.194	−10.423	1	18.46	C
ATOM 1725	C	SER	A	233	−14.376	−21.883	−8.957	1	23.65	C
ATOM 1726	O	SER	A	233	−14.029	−22.777	−8.186	1	17.93	O
ATOM 1727	CB	SER	A	233	−16.159	−22.398	−10.624	1	21.82	C
ATOM 1728	OG	SER	A	233	−16.678	−23.361	−9.713	1	18.97	O
ATOM 1729	N	ALA	A	234	−14.521	−20.612	−8.587	1	21.27	N
ATOM 1730	CA	ALA	A	234	−14.306	−20.161	−7.215	1	19.24	C
ATOM 1731	C	ALA	A	234	−15.3	−19.034	−6.957	1	21.39	C
ATOM 1732	O	ALA	A	234	−15.135	−17.927	−7.467	1	24.14	O
ATOM 1733	CB	ALA	A	234	−12.882	−19.664	−7.036	1	19.85	C
ATOM 1734	N	TYR	A	235	−16.326	−19.325	−6.162	1	19.07	N
ATOM 1735	CA	TYR	A	235	−17.382	−18.36	−5.866	1	18.33	C
ATOM 1736	C	TYR	A	235	−17.295	−17.701	−4.499	1	20.07	C
ATOM 1737	O	TYR	A	235	−17.119	−18.384	−3.493	1	16.02	O
ATOM 1738	CB	TYR	A	235	−18.753	−19.04	−5.94	1	19.24	C
ATOM 1739	CG	TYR	A	235	−19.229	−19.432	−7.32	1	23.46	C
ATOM 1740	CD1	TYR	A	235	−18.536	−20.368	−8.085	1	27.99	C
ATOM 1741	CD2	TYR	A	235	−20.392	−18.876	−7.854	1	31.96	C
ATOM 1742	CE1	TYR	A	235	−18.991	−20.741	−9.349	1	33.26	C
ATOM 1743	CE2	TYR	A	235	−20.854	−19.241	−9.114	1	31.89	C
ATOM 1744	CZ	TYR	A	235	−20.149	−20.172	−9.856	1	34.61	C
ATOM 1745	OH	TYR	A	235	−20.603	−20.524	−11.106	1	36.49	O
ATOM 1746	N	TYR	A	236	−17.426	−16.379	−4.455	1	18.52	N
ATOM 1747	CA	TYR	A	236	−17.451	−15.692	−3.17	1	16.5	C
ATOM 1748	C	TYR	A	236	−18.885	−15.85	−2.687	1	14.98	C
ATOM 1749	O	TYR	A	236	−19.811	−15.973	−3.492	1	19.61	O
ATOM 1750	CB	TYR	A	236	−17.092	−14.208	−3.309	1	16.13	C
ATOM 1751	CG	TYR	A	236	−15.605	−13.983	−3.473	1	17.08	C
ATOM 1752	CD1	TYR	A	236	−15.043	−13.762	−4.731	1	19.78	C
ATOM 1753	CD2	TYR	A	236	−14.745	−14.063	−2.374	1	16.51	C
ATOM 1754	CE1	TYR	A	236	−13.663	−13.631	−4.89	1	22.05	C
ATOM 1755	CE2	TYR	A	236	−13.368	−13.936	−2.521	1	21.69	C
ATOM 1756	CZ	TYR	A	236	−12.83	−13.722	−3.782	1	23.23	C
ATOM 1757	OH	TYR	A	236	−11.464	−13.618	−3.934	1	27.48	O
ATOM 1758	N	THR	A	237	−19.069	−15.862	−1.372	1	15.47	N
ATOM 1759	CA	THR	A	237	−20.394	−16.033	−0.792	1	15.3	C
ATOM 1760	C	THR	A	237	−20.708	−14.899	0.174	1	13.93	C
ATOM 1761	O	THR	A	237	−19.92	−13.968	0.334	1	17.49	O
ATOM 1762	CB	THR	A	237	−20.472	−17.349	−0.004	1	16.09	C
ATOM 1763	OG1	THR	A	237	−19.528	−17.306	1.073	1	15.63	O
ATOM 1764	CG2	THR	A	237	−20.137	−18.533	−0.909	1	16.06	C
ATOM 1765	N	LYS	A	238	−21.867	−14.994	0.814	1	16.56	N
ATOM 1766	CA	LYS	A	238	−22.279	−14	1.797	1	16.79	C
ATOM 1767	C	LYS	A	238	−22.012	−14.533	3.207	1	19.04	C
ATOM 1768	O	LYS	A	238	−22.559	−14.03	4.194	1	21.08	O
ATOM 1769	CB	LYS	A	238	−23.761	−13.661	1.617	1	17.82	C
ATOM 1770	CG	LYS	A	238	−24.062	−13.002	0.28	1	26.13	C
ATOM 1771	CD	LYS	A	238	−25.529	−12.646	0.142	1	33.16	C
ATOM 1772	CE	LYS	A	238	−25.773	−11.876	−1.148	1	39.64	C
ATOM 1773	NZ	LYS	A	238	−24.959	−10.626	−1.195	1	43.63	N
ATOM 1774	N	ALA	A	239	−21.175	−15.567	3.28	1	15.73	N
ATOM 1775	CA	ALA	A	239	−20.768	−16.192	4.541	1	14.78	C
ATOM 1776	C	ALA	A	239	−21.866	−16.918	5.323	1	17.65	C
ATOM 1777	O	ALA	A	239	−21.67	−17.265	6.491	1	18.08	O
ATOM 1778	CB	ALA	A	239	−20.104	−15.144	5.435	1	15.7	C
ATOM 1779	N	THR	A	240	−23.002	−17.164	4.679	1	17.41	N
ATOM 1780	CA	THR	A	240	−24.128	−17.844	5.314	1	14.43	C
ATOM 1781	C	THR	A	240	−24.388	−19.2	4.679	1	16.33	C
ATOM 1782	O	THR	A	240	−23.89	−19.503	3.597	1	16.02	O
ATOM 1783	CB	THR	A	240	−25.428	−17.047	5.167	1	16.81	C
ATOM 1784	OG1	THR	A	240	−25.757	−16.956	3.774	1	18.44	O
ATOM 1785	CG2	THR	A	240	−25.279	−15.65	5.757	1	19.91	C
ATOM 1786	N	LYS	A	241	−25.193	−20.009	5.356	1	13.94	N
ATOM 1787	CA	LYS	A	241	−25.531	−21.33	4.851	1	16.08	C
ATOM 1788	C	LYS	A	241	−26.34	−21.224	3.559	1	15.6	C
ATOM 1789	O	LYS	A	241	−26.093	−21.956	2.608	1	15.43	O
ATOM 1790	CB	LYS	A	241	−26.325	−22.105	5.906	1	18.05	C
ATOM 1791	CG	LYS	A	241	−26.679	−23.525	5.504	1	18.18	C
ATOM 1792	CD	LYS	A	241	−27.398	−24.248	6.639	1	19.65	C
ATOM 1793	CE	LYS	A	241	−27.734	−25.672	6.253	1	23.55	C
ATOM 1794	NZ	LYS	A	241	−28.512	−26.356	7.321	1	25.13	N
ATOM 1795	N	GLN	A	242	−27.3	−20.306	3.528	1	17.58	N
ATOM 1796	CA	GLN	A	242	−28.128	−20.132	2.344	1	17.51	C
ATOM 1797	C	GLN	A	242	−27.255	−19.76	1.152	1	16.59	C
ATOM 1798	O	GLN	A	242	−27.461	−20.26	0.043	1	16.96	O
ATOM 1799	CB	GLN	A	242	−29.181	−19.045	2.582	1	15.63	C
ATOM 1800	CG	GLN	A	242	−30.133	−18.828	1.4	1	23.08	C
ATOM 1801	CD	GLN	A	242	−30.898	−20.084	1.022	1	26.2	C
ATOM 1802	OE1	GLN	A	242	−31.54	−20.714	1.864	1	29.84	O
ATOM 1803	NE2	GLN	A	242	−30.836	−20.453	−0.254	1	30.81	N
ATOM 1804	N	SER	A	243	−26.281	−18.884	1.385	1	15.55	N
ATOM 1805	CA	SER	A	243	−25.373	−18.456	0.325	1	16.28	C
ATOM 1806	C	SER	A	243	−24.491	−19.614	−0.145	1	18.99	C
ATOM 1807	O	SER	A	243	−24.202	−19.731	−1.333	1	17.68	O
ATOM 1808	CB	SER	A	243	−24.507	−17.288	0.808	1	21.34	C
ATOM 1809	OG	SER	A	243	−23.711	−16.776	−0.248	1	24.84	O
ATOM 1810	N	GLY	A	244	−24.059	−20.468	0.782	1	15.13	N
ATOM 1811	CA	GLY	A	244	−23.236	−21.605	0.389	1	15.21	C
ATOM 1812	C	GLY	A	244	−24.035	−22.547	−0.492	1	19.7	C
ATOM 1813	O	GLY	A	244	−23.53	−23.107	−1.465	1	18.76	O
ATOM 1814	N	TYR	A	245	−25.3	−22.726	−0.135	1	18.64	N
ATOM 1815	CA	TYR	A	245	−26.217	−23.572	−0.883	1	15.36	C
ATOM 1816	C	TYR	A	245	−26.393	−22.984	−2.288	1	18.93	C
ATOM 1817	O	TYR	A	245	−26.208	−23.675	−3.293	1	18.45	O
ATOM 1818	CB	TYR	A	245	−27.561	−23.61	−0.148	1	20.07	C
ATOM 1819	CG	TYR	A	245	−28.726	−24.15	−0.945	1	20.09	C
ATOM 1820	CD1	TYR	A	245	−28.869	−25.515	−1.182	1	22.42	C
ATOM 1821	CD2	TYR	A	245	−29.691	−23.287	−1.459	1	24.59	C
ATOM 1822	CE1	TYR	A	245	−29.952	−26.008	−1.912	1	26.9	C
ATOM 1823	CE2	TYR	A	245	−30.773	−23.765	−2.187	1	27.31	C
ATOM 1824	CZ	TYR	A	245	−30.897	−25.125	−2.411	1	27.74	C
ATOM 1825	OH	TYR	A	245	−31.968	−25.592	−3.137	1	28.12	O
ATOM 1826	N	ASP	A	246	−26.74	−21.703	−2.356	1	19.45	N
ATOM 1827	CA	ASP	A	246	−26.938	−21.048	−3.647	1	21.2	C
ATOM 1828	C	ASP	A	246	−25.693	−21.119	−4.53	1	23.49	C
ATOM 1829	O	ASP	A	246	−25.79	−21.414	−5.721	1	20.72	O
ATOM 1830	CB	ASP	A	246	−27.339	−19.578	−3.462	1	18.42	C
ATOM 1831	CG	ASP	A	246	−28.719	−19.411	−2.844	1	18.12	C
ATOM 1832	OD1	ASP	A	246	−29.582	−20.29	−3.044	1	23.86	O
ATOM 1833	OD2	ASP	A	246	−28.941	−18.384	−2.166	1	25.93	O
ATOM 1834	N	ALA	A	247	−24.528	−20.853	−3.944	1	17.77	N
ATOM 1835	CA	ALA	A	247	−23.269	−20.868	−4.684	1	17.2	C
ATOM 1836	C	ALA	A	247	−22.892	−22.259	−5.179	1	20.3	C
ATOM 1837	O	ALA	A	247	−22.375	−22.408	−6.289	1	19.2	O
ATOM 1838	CB	ALA	A	247	−22.15	−20.299	−3.814	1	18.5	C
ATOM 1839	N	ALA	A	248	−23.136	−23.274	−4.355	1	17.87	N
ATOM 1840	CA	ALA	A	248	−22.818	−24.645	−4.739	1	20.1	C
ATOM 1841	C	ALA	A	248	−23.661	−25.06	−5.939	1	22.85	C
ATOM 1842	O	ALA	A	248	−23.161	−25.701	−6.862	1	20.7	O
ATOM 1843	CB	ALA	A	248	−23.068	−25.596	−3.572	1	19.88	C
ATOM 1844	N	LYS	A	249	−24.941	−24.694	−5.92	1	17.73	N
ATOM 1845	CA	LYS	A	249	−25.847	−25.03	−7.015	1	18.02	C
ATOM 1846	C	LYS	A	249	−25.425	−24.335	−8.295	1	22.44	C
ATOM 1847	O	LYS	A	249	−25.437	−24.934	−9.372	1	22.66	O
ATOM 1848	CB	LYS	A	249	−27.28	−24.623	−6.672	1	21.97	C
ATOM 1849	CG	LYS	A	249	−27.925	−25.488	−5.611	1	23.17	C
ATOM 1850	CD	LYS	A	249	−29.371	−25.088	−5.369	1	36.08	C
ATOM 1851	CE	LYS	A	249	−30.233	−25.32	−6.603	1	40.98	C
ATOM 1852	NZ	LYS	A	249	−31.66	−24.972	−6.349	1	44.01	N
ATOM 1853	N	ALA	A	250	−25.057	−23.066	−8.177	1	18.6	N
ATOM 1854	CA	ALA	A	250	−24.636	−22.301	−9.342	1	21.92	C
ATOM 1855	C	ALA	A	250	−23.36	−22.905	−9.914	1	26.99	C
ATOM 1856	O	ALA	A	250	−23.24	−23.115	−11.123	1	27.31	O
ATOM 1857	CB	ALA	A	250	−24.4	−20.848	−8.952	1	21.55	C
ATOM 1858	N	SER	A	251	−22.412	−23.196	−9.033	1	20.13	N
ATOM 1859	CA	SER	A	251	−21.14	−23.764	−9.448	1	20.05	C
ATOM 1860	C	SER	A	251	−21.299	−25.102	−10.153	1	20.99	C
ATOM 1861	O	SER	A	251	−20.69	−25.337	−11.195	1	23.22	O
ATOM 1862	CB	SER	A	251	−20.218	−23.939	−8.242	1	22.59	C
ATOM 1863	OG	SER	A	251	−19.002	−24.543	−8.643	1	22	O
ATOM 1864	N	LEU	A	252	−22.12	−25.975	−9.584	1	22.67	N
ATOM 1865	CA	LEU	A	252	−22.341	−27.294	−10.164	1	19.88	C
ATOM 1866	C	LEU	A	252	−23.153	−27.251	−11.453	1	24.56	C
ATOM 1867	O	LEU	A	252	−23.055	−28.155	−12.281	1	24.24	O
ATOM 1868	CB	LEU	A	252	−23.013	−28.206	−9.135	1	23.48	C
ATOM 1869	CG	LEU	A	252	−22.077	−28.549	−7.971	1	24.2	C
ATOM 1870	CD1	LEU	A	252	−22.857	−29.19	−6.842	1	25.68	C
ATOM 1871	CD2	LEU	A	252	−20.969	−29.476	−8.468	1	21.66	C
ATOM 1872	N	ALA	A	253	−23.953	−26.204	−11.626	1	24.63	N
ATOM 1873	CA	ALA	A	253	−24.758	−26.074	−12.837	1	20.46	C
ATOM 1874	C	ALA	A	253	−23.846	−25.799	−14.028	1	26.77	C
ATOM 1875	O	ALA	A	253	−24.077	−26.299	−15.128	1	32.48	O
ATOM 1876	CB	ALA	A	253	−25.772	−24.946	−12.679	1	25.99	C
ATOM 1877	N	LYS	A	254	−22.801	−25.012	−13.797	1	25.67	N
ATOM 1878	CA	LYS	A	254	−21.856	−24.663	−14.849	1	23.54	C
ATOM 1879	C	LYS	A	254	−20.638	−25.586	−14.904	1	28.83	C
ATOM 1880	O	LYS	A	254	−19.981	−25.686	−15.939	1	26.92	O
ATOM 1881	CD	LYS	A	254	−21.399	−23.21	−14.675	1	28.32	C
ATOM 1882	CG	LYS	A	254	−22.376	−22.177	−15.234	1	43.54	C
ATOM 1883	CD	LYS	A	254	−23.783	−22.351	−14.676	1	48.51	C
ATOM 1884	CE	LYS	A	254	−24.777	−21.441	−15.388	1	45.62	C
ATOM 1885	NZ	LYS	A	254	−26.169	−21.642	−14.897	1	44.54	N
ATOM 1886	N	HIS	A	255	−20.347	−26.265	−13.798	1	23.15	N
ATOM 1887	CA	HIS	A	255	−19.194	−27.167	−13.73	1	23.69	C
ATOM 1888	C	HIS	A	255	−19.521	−28.44	−12.954	1	25.42	C
ATOM 1889	O	HIS	A	255	−19.017	−28.649	−11.849	1	25.23	O
ATOM 1890	CB	HIS	A	255	−18.017	−26.468	−13.044	1	21.64	C
ATOM 1891	CG	HIS	A	255	−17.585	−25.203	−13.717	1	27.2	C
ATOM 1892	ND1	HIS	A	255	−16.911	−25.193	−14.918	1	31.93	N
ATOM 1893	CD2	HIS	A	255	−17.733	−23.906	−13.356	1	30.72	C
ATOM 1894	CE1	HIS	A	255	−16.661	−23.944	−15.269	1	32.6	C
ATOM 1895	NE2	HIS	A	255	−17.15	−23.144	−14.339	1	30.64	N
ATOM 1896	N	PRO	A	256	−20.362	−29.315	−13.525	1	23.06	N
ATOM 1897	CA	PRO	A	256	−20.736	−30.564	−12.856	1	20.31	C
ATOM 1898	C	PRO	A	256	−19.625	−31.613	−12.791	1	24.27	C
ATOM 1899	O	PRO	A	256	−19.704	−32.556	−12.005	1	21.6	O
ATOM 1900	CB	PRO	A	256	−21.94	−31.037	−13.669	1	27.35	C
ATOM 1901	CG	PRO	A	256	−21.608	−30.568	−15.042	1	23.67	C
ATOM 1902	CD	PRO	A	256	−21.082	−29.165	−14.803	1	24.57	C
ATOM 1903	N	ASP	A	257	−18.588	−31.442	−13.606	1	22.47	N
ATOM 1904	CA	ASP	A	257	−17.482	−32.391	−13.637	1	24.55	C
ATOM 1905	C	ASP	A	257	−16.382	−32.097	−12.621	1	26.55	C
ATOM 1906	O	ASP	A	257	−15.222	−31.906	−12.986	1	32.87	O
ATOM 1907	CB	ASP	A	257	−16.872	−32.443	−15.041	1	26.6	C
ATOM 1908	CG	ASP	A	257	−16.376	−31.088	−15.511	1	42	C
ATOM 1909	OD1	ASP	A	257	−15.706	−31.032	−16.564	1	50.11	O
ATOM 1910	OD2	ASP	A	257	−16.66	−30.078	−14.831	1	45.91	O
ATOM 1911	N	VAL	A	258	−16.751	−32.045	−11.347	1	22.39	N
ATOM 1912	CA	VAL	A	258	−15.778	−31.811	−10.29	1	20.32	C
ATOM 1913	C	VAL	A	258	−15.835	−33	−9.343	1	18.99	C
ATOM 1914	O	VAL	A	258	−16.876	−33.652	−9.214	1	20.68	O
ATOM 1915	CB	VAL	A	258	−16.073	−30.519	−9.503	1	23.6	C
ATOM 1916	CG1	VAL	A	258	−15.857	−29.31	−10.396	1	22.59	C
ATOM 1917	CG2	VAL	A	258	−17.495	−30.552	−8.961	1	23.13	C
ATOM 1918	N	ASP	A	259	−14.715	−33.297	−8.696	1	17.58	N
ATOM 1919	CA	ASP	A	259	−14.676	−34.424	−7.778	1	22.44	C
ATOM 1920	C	ASP	A	259	−14.794	−33.983	−6.331	1	18.31	C
ATOM 1921	O	ASP	A	259	−15.098	−34.79	−5.45	1	18.32	O
ATOM 1922	CB	ASP	A	259	−13.403	−35.243	−7.992	1	18.89	C
ATOM 1923	CG	ASP	A	259	−13.373	−35.916	−9.351	1	24.05	C
ATOM 1924	OD1	ASP	A	259	−14.459	−36.244	−9.872	1	30.29	O
ATOM 1925	OD2	ASP	A	259	−12.269	−36.124	−9.89	1	32.89	O
ATOM 1926	N	PHE	A	260	−14.556	−32.7	−6.083	1	18.76	N
ATOM 1927	CA	PHE	A	260	−14.686	−32.175	−4.735	1	19.36	C
ATOM 1928	C	PHE	A	260	−14.851	−30.67	−4.749	1	16.27	C
ATOM 1929	O	PHE	A	260	−14.545	−30.001	−5.739	1	17.71	O
ATOM 1930	CB	PHE	A	260	−13.482	−32.589	−3.861	1	15.76	C
ATOM 1931	CG	PHE	A	260	−12.213	−31.82	−4.124	1	15.8	C
ATOM 1932	CD1	PHE	A	260	−11.979	−30.59	−3.5	1	16.23	C
ATOM 1933	CD2	PHE	A	260	−11.219	−32.357	−4.934	1	17.32	C
ATOM 1934	CE1	PHE	A	260	−10.769	−29.916	−3.674	1	19.02	C
ATOM 1935	CE2	PHE	A	260	−10.004	−31.691	−5.117	1	19.52	C
ATOM 1936	CZ	PHE	A	260	−9.778	−30.469	−4.482	1	19.39	C
ATOM 1937	N	ILE	A	261	−15.382	−30.16	−3.646	1	17.38	N
ATOM 1938	CA	ILE	A	261	−15.586	−28.737	−3.454	1	14.51	C
ATOM 1939	C	ILE	A	261	−14.916	−28.384	−2.137	1	16.16	C
ATOM 1940	O	ILE	A	261	−15.156	−29.037	−1.111	1	16.95	O
ATOM 1941	CB	ILE	A	261	−17.09	−28.383	−3.345	1	17.85	C
ATOM 1942	CG1	ILE	A	261	−17.771	−28.575	−4.698	1	18.47	C
ATOM 1943	CG2	ILE	A	261	−17.258	−26.945	−2.847	1	16.57	C
ATOM 1944	CD1	ILE	A	261	−19.274	−28.359	−4.671	1	19.47	C
ATOM 1945	N	TYR	A	262	−14.061	−27.368	−2.172	1	16.12	N
ATOM 1946	CA	TYR	A	262	−13.372	−26.895	−0.98	1	12.03	C
ATOM 1947	C	TYR	A	262	−14.132	−25.678	−0.479	1	15.17	C
ATOM 1948	O	TYR	A	262	−14.29	−24.69	−1.208	1	15.03	O
ATOM 1949	CB	TYR	A	262	−11.927	−26.5	−1.306	1	14.1	C
ATOM 1950	CG	TYR	A	262	−11.204	−25.852	−0.141	1	13.6	C
ATOM 1951	CD1	TYR	A	262	−10.837	−26.597	0.98	1	12.65	C
ATOM 1952	CD2	TYR	A	262	−10.893	−24.491	−0.159	1	17.31	C
ATOM 1953	CE1	TYR	A	262	−10.178	−26.011	2.054	1	15.07	C
ATOM 1954	CE2	TYR	A	262	−10.234	−23.893	0.91	1	15.67	C
ATOM 1955	CZ	TYR	A	262	−9.876	−24.658	2.013	1	15.98	C
ATOM 1956	OH	TYR	A	262	−9.199	−24.082	3.062	1	16.55	O
ATOM 1957	N	ALA	A	263	−14.617	−25.765	0.757	1	13.19	N
ATOM 1958	CA	ALA	A	263	−15.358	−24.672	1.382	1	14.32	C
ATOM 1959	C	ALA	A	263	−14.46	−23.973	2.39	1	13.42	C
ATOM 1960	O	ALA	A	263	−13.688	−24.617	3.102	1	15.5	O
ATOM 1961	CB	ALA	A	263	−16.605	−25.206	2.073	1	12.67	C
ATOM 1962	N	CYS	A	264	−14.567	−22.65	2.453	1	11.93	N
ATOM 1963	CA	CYS	A	264	−13.739	−21.861	3.353	1	12.55	C
ATOM 1964	C	CYS	A	264	−14.318	−21.574	4.736	1	11.89	C
ATOM 1965	O	CYS	A	264	−13.67	−20.912	5.544	1	13.41	O
ATOM 1966	CB	CYS	A	264	−13.372	−20.532	2.69	1	13.91	C
ATOM 1967	SG	CYS	A	264	−12.252	−20.688	1.258	1	15.73	S
ATOM 1968	N	SER	A	265	−15.524	−22.059	5.019	1	12.82	N
ATOM 1969	CA	SER	A	265	−16.121	−21.803	6.325	1	11.64	C
ATOM 1970	C	SER	A	265	−17.256	−22.766	6.643	1	11.07	C
ATOM 1971	O	SER	A	265	−17.86	−23.36	5.749	1	12.39	O
ATOM 1972	CB	SER	A	265	−16.63	−20.362	6.406	1	14.23	C
ATOM 1973	OG	SER	A	265	−17.696	−20.152	5.497	1	15.66	O
ATOM 1974	N	THR	A	266	−17.547	−22.888	7.934	1	13.84	N
ATOM 1975	CA	THR	A	266	−18.586	−23.778	8.424	1	12.77	C
ATOM 1976	C	THR	A	266	−19.97	−23.624	7.801	1	12.08	C
ATOM 1977	O	THR	A	266	−20.477	−24.554	7.175	1	12.54	O
ATOM 1978	CB	THR	A	266	−18.729	−23.638	9.951	1	13.01	C
ATOM 1979	OG1	THR	A	266	−17.509	−24.056	10.576	1	12.35	O
ATOM 1980	CG2	THR	A	266	−19.874	−24.492	10.472	1	12.67	C
ATOM 1981	N	ASP	A	267	−20.581	−22.457	7.967	1	14.55	N
ATOM 1982	CA	ASP	A	267	−21.932	−22.248	7.451	1	12.46	C
ATOM 1983	C	ASP	A	267	−22.018	−22.505	5.957	1	12.08	C
ATOM 1984	O	ASP	A	267	−22.969	−23.123	5.477	1	13.92	O
ATOM 1985	CB	ASP	A	267	−22.407	−20.828	7.776	1	14.59	C
ATOM 1986	CG	ASP	A	267	−22.603	−20.605	9.266	1	17.72	C
ATOM 1987	OD1	ASP	A	267	−21.831	−21.19	10.053	1	15.68	O
ATOM 1988	OD2	ASP	A	267	−23.513	−19.836	9.648	1	15.18	O
ATOM 1989	N	VAL	A	268	−21.014	−22.037	5.226	1	13.49	N
ATOM 1990	CA	VAL	A	268	−20.99	−22.218	3.785	1	15.16	C
ATOM 1991	C	VAL	A	268	−20.918	−23.7	3.414	1	12.66	C
ATOM 1992	O	VAL	A	268	−21.652	−24.16	2.535	1	14.4	O
ATOM 1993	CB	VAL	A	268	−19.813	−21.43	3.17	1	14.33	C
ATOM 1994	CG1	VAL	A	268	−19.57	−21.862	1.721	1	15.08	C
ATOM 1995	CG2	VAL	A	268	−20.12	−19.939	3.243	1	15.9	C
ATOM 1996	N	ALA	A	269	−20.055	−24.456	4.088	1	12.39	N
ATOM 1997	CA	ALA	A	269	−19.936	−25.881	3.8	1	14.33	C
ATOM 1998	C	ALA	A	269	−21.24	−26.627	4.081	1	14.48	C
ATOM 1999	O	ALA	A	269	−21.629	−27.512	3.324	1	13.88	O
ATOM 2000	CB	ALA	A	269	−18.798	−26.495	4.617	1	12.63	C
ATOM 2001	N	LEU	A	270	−21.919	−26.275	5.169	1	15.58	N
ATOM 2002	CA	LEU	A	270	−23.171	−26.949	5.502	1	14.04	C
ATOM 2003	C	LEU	A	270	−24.24	−26.643	4.459	1	15.09	C
ATOM 2004	O	LEU	A	270	−25.11	−27.468	4.199	1	15.98	O
ATOM 2005	CB	LEU	A	270	−23.643	−26.539	6.897	1	14.14	C
ATOM 2006	CG	LEU	A	270	−22.682	−27.006	7.998	1	15.91	C
ATOM 2007	CD1	LEU	A	270	−23.131	−26.435	9.334	1	18.11	C
ATOM 2008	CD2	LEU	A	270	−22.619	−28.538	8.027	1	17.44	C
ATOM 2009	N	GLY	A	271	−24.164	−25.458	3.861	1	17.61	N
ATOM 2010	CA	GLY	A	271	−25.116	−25.102	2.821	1	18.57	C
ATOM 2011	C	GLY	A	271	−24.807	−25.933	1.585	1	17.14	C
ATOM 2012	O	GLY	A	271	−25.711	−26.415	0.894	1	16.02	O
ATOM 2013	N	ALA	A	272	−23.52	−26.102	1.301	1	16.25	N
ATOM 2014	CA	ALA	A	272	−23.098	−26.895	0.151	1	17.87	C
ATOM 2015	C	ALA	A	272	−23.577	−28.332	0.318	1	18.63	C
ATOM 2016	O	ALA	A	272	−23.987	−28.967	−0.651	1	19.06	O
ATOM 2017	CB	ALA	A	272	−21.586	−26.861	0.009	1	16.18	C
ATOM 2018	N	VAL	A	273	−23.521	−28.844	1.547	1	15.69	N
ATOM 2019	CA	VAL	A	273	−23.982	−30.205	1.823	1	18.89	C
ATOM 2020	C	VAL	A	273	−25.427	−30.365	1.342	1	19.34	C
ATOM 2021	O	VAL	A	273	−25.752	−31.323	0.641	1	19.61	O
ATOM 2022	CB	VAL	A	273	−23.916	−30.53	3.339	1	17.8	C
ATOM 2023	CG1	VAL	A	273	−24.706	−31.793	3.642	1	16.77	C
ATOM 2024	CG2	VAL	A	273	−22.462	−30.709	3.775	1	16.64	C
ATOM 2025	N	ASP	A	274	−26.288	−29.428	1.73	1	16.2	N
ATOM 2026	CA	ASP	A	274	−27.69	−29.468	1.324	1	19.56	C
ATOM 2027	C	ASP	A	274	−27.825	−29.458	−0.199	1	19.92	C
ATOM 2028	O	ASP	A	274	−28.678	−30.144	−0.754	1	20.58	O
ATOM 2029	CB	ASP	A	274	−28.458	−28.277	1.91	1	21.4	C
ATOM 2030	CG	ASP	A	274	−28.684	−28.405	3.403	1	20.04	C
ATOM 2031	OD1	ASP	A	274	−28.468	−29.511	3.944	1	26.46	O
ATOM 2032	OD2	ASP	A	274	−29.093	−27.402	4.034	1	23.76	O
ATOM 2033	N	ALA	A	275	−26.984	−28.674	−0.868	1	21.12	N
ATOM 2034	CA	ALA	A	275	−27.022	−28.588	−2.324	1	20.03	C
ATOM 2035	C	ALA	A	275	−26.675	−29.935	−2.95	1	21.17	C
ATOM 2036	O	ALA	A	275	−27.365	−30.405	−3.857	1	21.89	O
ATOM 2037	CB	ALA	A	275	−26.054	−27.517	−2.815	1	15.02	C
ATOM 2038	N	LEU	A	276	−25.605	−30.558	−2.465	1	17.73	N
ATOM 2039	CA	LEU	A	276	−25.184	−31.851	−2.99	1	17.95	C
ATOM 2040	C	LEU	A	276	−26.281	−32.895	−2.82	1	21.59	C
ATOM 2041	O	LEU	A	276	−26.489	−33.734	−3.69	1	21.95	O
ATOM 2042	CB	LEU	A	276	−23.911	−32.323	−2.284	1	15.72	C
ATOM 2043	CG	LEU	A	276	−22.648	−31.513	−2.583	1	17.17	C
ATOM 2044	CD1	LEU	A	276	−21.476	−32.101	−1.823	1	19.85	C
ATOM 2045	CD2	LEU	A	276	−22.365	−31.525	−4.079	1	19.58	C
ATOM 2046	N	ALA	A	277	−26.98	−32.836	−1.693	1	19	N
ATOM 2047	CA	ALA	A	277	−28.059	−33.777	−1.414	1	22	C
ATOM 2048	C	ALA	A	277	−29.205	−33.587	−2.405	1	24	C
ATOM 2049	O	ALA	A	277	−29.739	−34.552	−2.951	1	28.72	O
ATOM 2050	CB	ALA	A	277	−28.561	−33.577	0.008	1	22.94	C
ATOM 2051	N	GLU	A	278	−29.579	−32.333	−2.626	1	17.87	N
ATOM 2052	CA	GLU	A	278	−30.66	−32.005	−3.544	1	24.52	C
ATOM 2053	C	GLU	A	278	−30.332	−32.439	−4.972	1	27.05	C
ATOM 2054	O	GLU	A	278	−31.186	−32.976	−5.678	1	23.88	O
ATOM 2055	CB	GLU	A	278	−30.91	−30.501	−3.508	1	18.92	C
ATOM 2056	CG	GLU	A	278	−32.025	−30.017	−4.413	1	29.69	C
ATOM 2057	CD	GLU	A	278	−32.202	−28.514	−4.325	1	34.01	C
ATOM 2058	OE1	GLU	A	278	−32.397	−28.01	−3.198	1	30.96	O
ATOM 2059	OE2	GLU	A	278	−32.145	−27.839	−5.375	1	33.13	O
ATOM 2060	N	LEU	A	279	−29.092	−32.203	−5.388	1	25.91	N
ATOM 2061	CA	LEU	A	279	−28.654	−32.553	−6.735	1	21.83	C
ATOM 2062	C	LEU	A	279	−28.282	−34.02	−6.876	1	23.53	C
ATOM 2063	O	LEU	A	279	−27.961	−34.48	−7.971	1	24.17	O
ATOM 2064	CB	LEU	A	279	−27.452	−31.699	−7.137	1	23.78	C
ATOM 2065	CG	LEU	A	279	−27.676	−30.195	−7.264	1	25.04	C
ATOM 2066	CD1	LEU	A	279	−26.371	−29.522	−7.649	1	25.13	C
ATOM 2067	CD2	LEU	A	279	−28.748	−29.926	−8.306	1	26.56	C
ATOM 2068	N	GLY	A	280	−28.317	−34.752	−5.769	1	19.96	N
ATOM 2069	CA	GLY	A	280	−27.963	−36.158	−5.812	1	26.19	C
ATOM 2070	C	GLY	A	280	−26.511	−36.363	−6.2	1	25.19	C
ATOM 2071	O	GLY	A	280	−26.178	−37.315	−6.903	1	27.23	O
ATOM 2072	N	ARG	A	281	−25.641	−35.463	−5.748	1	23.08	N
ATOM 2073	CA	ARG	A	281	−24.218	−35.562	−6.052	1	24.8	C
ATOM 2074	C	ARG	A	281	−23.386	−35.85	−4.806	1	27.52	C
ATOM 2075	O	ARG	A	281	−22.375	−35.188	−4.555	1	25.95	O
ATOM 2076	CB	ARG	A	281	−23.719	−34.276	−6.725	1	23.78	C
ATOM 2077	CG	ARG	A	281	−24.221	−34.066	−8.152	1	28.9	C
ATOM 2078	CD	ARG	A	281	−23.882	−35.255	−9.049	1	25.69	C
ATOM 2079	NE	ARG	A	281	−22.445	−35.512	−9.129	1	27.28	N
ATOM 2080	CZ	ARG	A	281	−21.578	−34.748	−9.787	1	31.82	C
ATOM 2081	NH1	ARG	A	281	−21.992	−33.67	−10.438	1	29.13	N
ATOM 2082	NH2	ARG	A	281	−20.288	−35.058	−9.785	1	32.18	N
ATOM 2083	N	GLU	A	282	−23.809	−36.847	−4.034	1	26.79	N
ATOM 2084	CA	GLU	A	282	−23.098	−37.229	−2.819	1	28.65	C
ATOM 2085	C	GLU	A	282	−21.688	−37.725	−3.135	1	30.27	C
ATOM 2086	O	GLU	A	282	−20.863	−37.876	−2.235	1	32.37	O
ATOM 2087	CB	GLU	A	282	−23.854	−38.332	−2.072	1	35.26	C
ATOM 2088	CG	GLU	A	282	−25.2	−37.931	−1.484	1	35.32	C
ATOM 2089	CD	GLU	A	282	−26.282	−37.746	−2.531	1	41.31	C
ATOM 2090	OE1	GLU	A	282	−26.14	−38.286	−3.648	1	34.68	O
ATOM 2091	OE2	GLU	A	282	−27.289	−37.072	−2.226	1	46.37	O
ATOM 2092	N	ASP	A	283	−21.418	−37.988	−4.41	1	26.81	N
ATOM 2093	CA	ASP	A	283	−20.105	−38.467	−4.832	1	26.7	C
ATOM 2094	C	ASP	A	283	−19.04	−37.394	−4.647	1	26.49	C
ATOM 2095	O	ASP	A	283	−17.862	−37.698	−4.455	1	25.26	O
ATOM 2096	CD	ASP	A	283	−20.137	−38.888	−6.305	1	30.53	C
ATOM 2097	CG	ASP	A	283	−20.531	−37.75	−7.229	1	26.7	C
ATOM 2098	OD1	ASP	A	283	−21.672	−37.257	−7.113	1	30.7	O
ATOM 2099	OD2	ASP	A	283	−19.701	−37.343	−8.069	1	31.73	O
ATOM 2100	N	ILE	A	284	−19.462	−36.138	−4.711	1	22.63	N
ATOM 2101	CA	ILE	A	284	−18.548	−35.015	−4.559	1	20.55	C
ATOM 2102	C	ILE	A	284	−18.153	−34.826	−3.099	1	18.99	C
ATOM 2103	O	ILE	A	284	−19.009	−34.689	−2.231	1	20.76	O
ATOM 2104	CB	ILE	A	284	−19.19	−33.718	−5.082	1	18.25	C
ATOM 2105	CG1	ILE	A	284	−19.483	−33.858	−6.578	1	23.09	C
ATOM 2106	CG2	ILE	A	284	−18.265	−32.532	−4.828	1	19.88	C
ATOM 2107	CD1	ILE	A	284	−20.182	−32.663	−7.188	1	24.45	C
ATOM 2108	N	MET	A	285	−16.849	−34.827	−2.842	1	17.42	N
ATOM 2109	CA	MET	A	285	−16.326	−34.657	−1.497	1	18.46	C
ATOM 2110	C	MET	A	285	−16.438	−33.187	−1.107	1	16.71	C
ATOM 2111	O	MET	A	285	−16.248	−32.299	−1.946	1	18.03	O
ATOM 2112	CB	MET	A	285	−14.856	−35.106	−1.436	1	21.43	C
ATOM 2113	CG	MET	A	285	−14.28	−35.198	−0.025	1	23.38	C
ATOM 2114	SD	MET	A	285	−12.593	−35.892	0.018	1	30.11	5
ATOM 2115	CE	MET	A	285	−11.83	−34.887	1.262	1	40.63	C
ATOM 2116	N	ILE	A	286	−16.755	−32.945	0.162	1	17.64	N
ATOM 2117	CA	ILE	A	286	−16.9	−31.591	0.702	1	15.84	C
ATOM 2118	C	ILE	A	286	−16.284	−31.554	2.103	1	15.37	C
ATOM 2119	O	ILE	A	286	−16.425	−32.494	2.886	1	15.45	O
ATOM 2120	CB	ILE	A	286	−18.402	−31.178	0.776	1	17.46	C
ATOM 2121	CG1	ILE	A	286	−18.548	−29.786	1.392	1	19.87	C
ATOM 2122	CG2	ILE	A	286	−19.185	−32.189	1.604	1	21.71	C
ATOM 2123	CD1	ILE	A	286	−18.116	−28.668	0.488	1	21.75	C
ATOM 2124	N	ASN	A	287	−15.594	−30.465	2.417	1	13.66	N
ATOM 2125	CA	ASN	A	287	−14.958	−30.309	3.717	1	12.69	C
ATOM 2126	C	ASN	A	287	−15.653	−29.26	4.574	1	14.73	C
ATOM 2127	O	ASN	A	287	−16.383	−28.406	4.073	1	14.38	O
ATOM 2128	CD	ASN	A	287	−13.519	−29.831	3.545	1	13.83	C
ATOM 2129	CG	ASN	A	287	−13.454	−28.434	2.944	1	14.03	C
ATOM 2130	OD1	ASN	A	287	−13.784	−28.249	1.774	1	14.61	O
ATOM 2131	ND2	ASN	A	287	−13.053	−27.445	3.749	1	12.29	N
ATOM 2132	N	GLY	A	288	−15.388	−29.336	5.872	1	15.19	N
ATOM 2133	CA	GLY	A	288	−15.878	−28.345	6.806	1	13.38	C
ATOM 2134	C	GLY	A	288	−14.601	−27.564	7.119	1	12.94	C
ATOM 2135	O	GLY	A	288	−13.534	−27.876	6.581	1	15.21	O
ATOM 2136	N	TRP	A	289	−14.696	−26.535	7.953	1	10.62	N
ATOM 2137	CA	TRP	A	289	−13.52	−25.761	8.318	1	10.96	C
ATOM 2138	C	TRP	A	289	−13.713	−25.266	9.747	1	12.26	C
ATOM 2139	O	TRP	A	289	−14.395	−24.27	9.99	1	13.99	O
ATOM 2140	CD	TRP	A	289	−13.325	−24.57	7.351	1	13.07	C
ATOM 2141	CG	TRP	A	289	−11.868	−24.219	7.121	1	11.42	C
ATOM 2142	CD1	TRP	A	289	−11.175	−24.299	5.935	1	13.14	C
ATOM 2143	CD2	TRP	A	289	−10.919	−23.778	8.106	1	11.88	C
ATOM 2144	NE1	TRP	A	289	−9.864	−23.938	6.129	1	14.65	N
ATOM 2145	CE2	TRP	A	289	−9.676	−23.616	7.449	1	12.37	C
ATOM 2146	CE3	TRP	A	289	−10.997	−23.505	9.48	1	11.62	C
ATOM 2147	CZ2	TRP	A	289	−8.523	−23.191	8.121	1	13.81	C
ATOM 2148	CZ3	TRP	A	289	−9.842	−23.08	10.15	1	10.35	C
ATOM 2149	CH2	TRP	A	289	−8.624	−22.93	9.464	1	13.72	C
ATOM 2150	N	GLY	A	290	−13.144	−25.989	10.709	1	13.17	N
ATOM 2151	CA	GLY	A	290	−13.281	−25.571	12.092	1	12.8	C
ATOM 2152	C	GLY	A	290	−13.601	−26.698	13.058	1	12.77	C
ATOM 2153	O	GLY	A	290	−13.055	−26.751	14.155	1	14.31	O
ATOM 2154	N	GLY	A	291	−14.51	−27.584	12.67	1	13.89	N
ATOM 2155	CA	GLY	A	291	−14.847	−28.702	13.537	1	13.81	C
ATOM 2156	C	GLY	A	291	−15.687	−28.409	14.764	1	15.65	C
ATOM 2157	O	GLY	A	291	−15.443	−28.987	15.83	1	15	O
ATOM 2158	N	GLY	A	292	−16.661	−27.512	14.627	1	15.19	N
ATOM 2159	CA	GLY	A	292	−17.557	−27.198	15.724	1	13.61	C
ATOM 2160	C	GLY	A	292	−18.619	−28.286	15.812	1	12.33	C
ATOM 2161	O	GLY	A	292	−18.613	−29.215	15.005	1	15.86	O
ATOM 2162	N	SER	A	293	−19.531	−28.168	16.773	1	14.29	N
ATOM 2163	CA	SER	A	293	−20.565	−29.18	16.97	1	15.42	C
ATOM 2164	C	SER	A	293	−21.408	−29.518	15.747	1	15.81	C
ATOM 2165	O	SER	A	293	−21.66	−30.697	15.484	1	18.39	O
ATOM 2166	CB	SER	A	293	−21.468	−28.777	18.13	1	15.96	C
ATOM 2167	OG	SER	A	293	−20.735	−28.794	19.342	1	19.35	O
ATOM 2168	N	ALA	A	294	−21.837	−28.51	14.986	1	15.01	N
ATOM 2169	CA	ALA	A	294	−22.643	−28.798	13.799	1	14.12	C
ATOM 2170	C	ALA	A	294	−21.82	−29.58	12.781	1	14.94	C
ATOM 2171	O	ALA	A	294	−22.321	−30.507	12.153	1	15.05	O
ATOM 2172	CB	ALA	A	294	−23.175	−27.506	13.179	1	14.03	C
ATOM 2173	N	GLU	A	295	−20.551	−29.215	12.609	1	13	N
ATOM 2174	CA	GLU	A	295	−19.705	−29.94	11.668	1	13.11	C
ATOM 2175	C	GLU	A	295	−19.473	−31.384	12.101	1	12.91	C
ATOM 2176	O	GLU	A	295	−19.53	−32.295	11.282	1	16.62	O
ATOM 2177	CB	GLU	A	295	−18.349	−29.251	11.501	1	13.81	C
ATOM 2178	CG	GLU	A	295	−18.422	−27.963	10.698	1	12.15	C
ATOM 2179	CD	GLU	A	295	−17.069	−27.518	10.196	1	13.93	C
ATOM 2180	OE1	GLU	A	295	−17	−26.426	9.598	1	14.13	O
ATOM 2181	OE2	GLU	A	295	−16.075	−28.255	10.385	1	13.75	O
ATOM 2182	N	LEU	A	296	−19.204	−31.59	13.386	1	17.28	N
ATOM 2183	CA	LEU	A	296	−18.952	−32.939	13.877	1	17.81	C
ATOM 2184	C	LEU	A	296	−20.183	−33.825	13.711	1	16.46	C
ATOM 2185	O	LEU	A	296	−20.059	−35.002	13.384	1	18.99	O
ATOM 2186	CB	LEU	A	296	−18.499	−32.886	15.338	1	15.22	C
ATOM 2187	CG	LEU	A	296	−17.16	−32.155	15.523	1	18.78	C
ATOM 2188	CD1	LEU	A	296	−16.81	−32.095	17.006	1	17.26	C
ATOM 2189	CD2	LEU	A	296	−16.063	−32.862	14.738	1	19.24	C
ATOM 2190	N	ASP	A	297	−21.365	−33.259	13.926	1	16.82	N
ATOM 2191	CA	ASP	A	297	−22.589	−34.032	13.744	1	18.32	C
ATOM 2192	C	ASP	A	297	−22.686	−34.432	12.271	1	23.81	C
ATOM 2193	O	ASP	A	297	−23.038	−35.567	11.946	1	21.5	O
ATOM 2194	CB	ASP	A	297	−23.823	−33.212	14.133	1	19.92	C
ATOM 2195	CG	ASP	A	297	−23.988	−33.066	15.639	1	24.81	C
ATOM 2196	OD1	ASP	A	297	−23.258	−33.741	16.399	1	26.16	O
ATOM 2197	OD2	ASP	A	297	−24.859	−32.282	16.064	1	24.74	O
ATOM 2198	N	ALA	A	298	−22.358	−33.5	11.376	1	18.89	N
ATOM 2199	CA	ALA	A	298	−22.417	−33.781	9.943	1	17.45	C
ATOM 2200	C	ALA	A	298	−21.382	−34.836	9.555	1	16.12	C
ATOM 2201	O	ALA	A	298	−21.629	−35.672	8.683	1	19.59	O
ATOM 2202	CB	ALA	A	298	−22.195	−32.492	9.143	1	15.13	C
ATOM 2203	N	ILE	A	299	−20.219	−34.788	10.201	1	17.92	N
ATOM 2204	CA	ILE	A	299	−19.151	−35.753	9.946	1	18.88	C
ATOM 2205	C	ILE	A	299	−19.621	−37.16	10.314	1	17.06	C
ATOM 2206	O	ILE	A	299	−19.482	−38.101	9.528	1	21.72	O
ATOM 2207	CB	ILE	A	299	−17.9	−35.441	10.798	1	19.24	C
ATOM 2208	CG1	ILE	A	299	−17.208	−34.177	10.275	1	22.12	C
ATOM 2209	CG2	ILE	A	299	−16.942	−36.639	10.779	1	20.43	C
ATOM 2210	CD1	ILE	A	299	−16.475	−34.369	8.972	1	21.95	C
ATOM 2211	N	GLN	A	300	−20.173	−37.294	11.513	1	20.55	N
ATOM 2212	CA	GLN	A	300	−20.637	−38.595	11.978	1	23.63	C
ATOM 2213	C	GLN	A	300	−21.832	−39.096	11.174	1	26.31	C
ATOM 2214	O	GLN	A	300	−22.091	−40.297	11.126	1	27.16	O
ATOM 2215	CB	GLN	A	300	−20.958	−38.533	13.477	1	18.07	C
ATOM 2216	CG	GLN	A	300	−19.722	−38.239	14.333	1	26.18	C
ATOM 2217	CD	GLN	A	300	−19.944	−38.447	15.822	1	22.78	C
ATOM 2218	OE1	GLN	A	300	−20.707	−37.723	16.46	1	25.6	O
ATOM 2219	NE2	GLN	A	300	−19.271	−39.449	16.382	1	25.21	N
ATOM 2220	N	LYS	A	301	−22.542	−38.169	10.537	1	22.21	N
ATOM 2221	CA	LYS	A	301	−23.695	−38.495	9.698	1	30.89	C
ATOM 2222	C	LYS	A	301	−23.205	−38.921	8.317	1	30.59	C
ATOM 2223	O	LYS	A	301	−23.893	−39.645	7.597	1	32.5	O
ATOM 2224	CB	LYS	A	301	−24.599	−37.267	9.537	1	37.88	C
ATOM 2225	CG	LYS	A	301	−25.62	−37.052	10.639	1	44.11	C
ATOM 2226	CD	LYS	A	301	−26.964	−37.646	10.251	1	51.31	C
ATOM 2227	CE	LYS	A	301	−28.052	−37.259	11.244	1	56.1	C
ATOM 2228	NZ	LYS	A	301	−29.396	−37.758	10.827	1	57.07	N
ATOM 2229	N	GLY	A	302	−22.011	−38.458	7.953	1	23.28	N
ATOM 2230	CA	GLY	A	302	−21.447	−38.78	6.654	1	25.4	C
ATOM 2231	C	GLY	A	302	−21.727	−37.689	5.633	1	22.4	C
ATOM 2232	O	GLY	A	302	−21.362	−37.816	4.462	1	26	O
ATOM 2233	N	ASP	A	303	−22.374	−36.612	6.074	1	20.42	N
ATOM 2234	CA	ASP	A	303	−22.7	−35.498	5.187	1	24.67	C
ATOM 2235	C	ASP	A	303	−21.472	−34.653	4.876	1	22.9	C
ATOM 2236	O	ASP	A	303	−21.369	−34.062	3.802	1	20.7	O
ATOM 2237	CB	ASP	A	303	−23.784	−34.615	5.804	1	23.72	C
ATOM 2238	CG	ASP	A	303	−25.101	−35.334	5.958	1	28.71	C
ATOM 2239	OD1	ASP	A	303	−25.42	−36.17	5.088	1	31.05	O
ATOM 2240	OD2	ASP	A	303	−25.819	−35.053	6.94	1	39	O
ATOM 2241	N	LEU	A	304	−20.558	−34.571	5.837	1	20.04	N
ATOM 2242	CA	LEU	A	304	−19.318	−33.827	5.656	1	19.99	C
ATOM 2243	C	LEU	A	304	−18.258	−34.919	5.597	1	17.36	C
ATOM 2244	O	LEU	A	304	−18.265	−35.831	6.413	1	21.06	O
ATOM 2245	CB	LEU	A	304	−19.087	−32.895	6.845	1	23.78	C
ATOM 2246	CG	LEU	A	304	−18.618	−31.457	6.593	1	31.59	C
ATOM 2247	CD1	LEU	A	304	−19.298	−30.841	5.373	1	19.08	C
ATOM 2248	CD2	LEU	A	304	−18.927	−30.639	7.835	1	17.98	C
ATOM 2249	N	ASP	A	305	−17.358	−34.842	4.625	1	16.1	N
ATOM 2250	CA	ASP	A	305	−16.34	−35.875	4.457	1	20.5	C
ATOM 2251	C	ASP	A	305	−15.116	−35.705	5.321	1	22.96	C
ATOM 2252	O	ASP	A	305	−14.543	−36.682	5.808	1	19.3	O
ATOM 2253	CB	ASP	A	305	−15.907	−35.929	2.997	1	18.95	C
ATOM 2254	CG	ASP	A	305	−17.035	−36.325	2.081	1	23.46	C
ATOM 2255	OD1	ASP	A	305	−17.358	−37.529	2.022	1	25.44	O
ATOM 2256	OD2	ASP	A	305	−17.61	−35.431	1.435	1	20.51	O
ATOM 2257	N	ILE	A	306	−14.718	−34.458	5.513	1	17.58	N
ATOM 2258	CA	ILE	A	306	−13.535	−34.165	6.29	1	21.34	C
ATOM 2259	C	ILE	A	306	−13.609	−32.726	6.762	1	18.95	C
ATOM 2260	O	ILE	A	306	−14.375	−31.919	6.23	1	16.53	O
ATOM 2261	CB	ILE	A	306	−12.27	−34.348	5.405	1	18.2	C
ATOM 2262	CG1	ILE	A	306	−10.998	−34.08	6.212	1	17.65	C
ATOM 2263	CG2	ILE	A	306	−12.349	−33.414	4.204	1	19.15	C
ATOM 2264	CD1	ILE	A	306	−9.713	−34.253	5.406	1	26.23	C
ATOM 2265	N	THR	A	307	−12.832	−32.418	7.786	1	17.98	N
ATOM 2266	CA	THR	A	307	−12.742	−31.059	8.28	1	14.4	C
ATOM 2267	C	THR	A	307	−11.486	−30.932	9.109	1	18.76	C
ATOM 2268	O	THR	A	307	−10.916	−31.933	9.555	1	17.99	O
ATOM 2269	CB	THR	A	307	−13.942	−30.64	9.155	1	15.38	C
ATOM 2270	OG1	THR	A	307	−13.841	−29.233	9.431	1	16.05	O
ATOM 2271	CG2	THR	A	307	−13.956	−31.404	10.474	1	20.1	C
ATOM 2272	N	VAL	A	308	−11.028	−29.702	9.281	1	14.25	N
ATOM 2273	CA	VAL	A	308	−9.863	−29.467	10.105	1	17.22	C
ATOM 2274	C	VAL	A	308	−10.496	−28.976	11.398	1	15.57	C
ATOM 2275	O	VAL	A	308	−11.178	−27.946	11.436	1	17.74	O
ATOM 2276	CB	VAL	A	308	−8.907	−28.418	9.464	1	23.13	C
ATOM 2277	CG1	VAL	A	308	−9.54	−27.037	9.454	1	22.25	C
ATOM 2278	CG2	VAL	A	308	−7.586	−28.41	10.2	1	22.47	C
ATOM 2279	N	MET	A	309	−10.311	−29.753	12.456	1	16.41	N
ATOM 2280	CA	MET	A	309	−10.912	−29.436	13.734	1	13.28	C
ATOM 2281	C	MET	A	309	−9.962	−28.712	14.664	1	18.26	C
ATOM 2282	O	MET	A	309	−8.888	−29.225	14.986	1	19.36	O
ATOM 2283	CB	MET	A	309	−11.393	−30.73	14.393	1	18.29	C
ATOM 2284	CG	MET	A	309	−11.977	−30.548	15.758	1	15.2	C
ATOM 2285	SD	MET	A	309	−12.426	−32.134	16.503	1	18.32	S
ATOM 2286	CE	MET	A	309	−13.19	−31.644	17.896	1	16.87	C
ATOM 2287	N	ARG	A	310	−10.333	−27.514	15.094	1	16.43	N
ATOM 2288	CA	ARG	A	310	−9.446	−26.821	16.011	1	17.3	C
ATOM 2289	C	ARG	A	310	−9.734	−27.239	17.457	1	20.83	C
ATOM 2290	O	ARG	A	310	−10.862	−27.619	17.801	1	20.03	O
ATOM 2291	CB	ARG	A	310	−9.538	−25.3	15.814	1	33.21	C
ATOM 2292	CG	ARG	A	310	−10.92	−24.742	15.791	1	32.62	C
ATOM 2293	CD	ARG	A	310	−11.09	−23.556	14.823	1	22.19	C
ATOM 2294	NE	ARG	A	310	−12.527	−23.408	14.655	1	14.12	N
ATOM 2295	CZ	ARG	A	310	−13.166	−22.661	13.76	1	13.48	C
ATOM 2296	NH1	ARG	A	310	−12.52	−21.916	12.867	1	13.71	N
ATOM 2297	NH2	ARG	A	310	−14.491	−22.692	13.758	1	12.47	N
ATOM 2298	N	MET	A	311	−8.695	−27.235	18.29	1	18.23	N
ATOM 2299	CA	MET	A	311	−8.848	−27.59	19.703	1	19.12	C
ATOM 2300	C	MET	A	311	−9.378	−26.321	20.339	1	18.86	C
ATOM 2301	O	MET	A	311	−8.733	−25.662	21.157	1	22.34	O
ATOM 2302	CB	MET	A	311	−7.499	−28.005	20.29	1	21.97	C
ATOM 2303	CG	MET	A	311	−6.931	−29.268	19.642	1	23.2	C
ATOM 2304	SD	MET	A	311	−8.025	−30.718	19.788	1	24.12	S
ATOM 2305	CE	MET	A	311	−8.952	−30.637	18.228	1	22.97	C
ATOM 2306	N	ASN	A	312	−10.596	−26.021	19.911	1	18.43	N
ATOM 2307	CA	ASN	A	312	−11.368	−24.839	20.243	1	19.7	C
ATOM 2308	C	ASN	A	312	−11.119	−23.983	21.469	1	18.78	C
ATOM 2309	O	ASN	A	312	−10.745	−22.814	21.35	1	16.82	O
ATOM 2310	CB	ASN	A	312	−12.856	−25.182	20.219	1	17.92	C
ATOM 2311	CG	ASN	A	312	−13.714	−23.946	20.161	1	16.75	C
ATOM 2312	OD1	ASN	A	312	−14.003	−23.429	19.077	1	20.16	O
ATOM 2313	ND2	ASN	A	312	−14.102	−23.435	21.328	1	15.75	N
ATOM 2314	N	ASP	A	313	−11.356	−24.542	22.648	1	17.02	N
ATOM 2315	CA	ASP	A	313	−11.228	−23.77	23.867	1	14.9	C
ATOM 2316	C	ASP	A	313	−9.854	−23.181	24.156	1	12.68	C
ATOM 2317	O	ASP	A	313	−9.756	−22.239	24.93	1	15.15	O
ATOM 2318	CB	ASP	A	313	−11.712	−24.596	25.066	1	18.9	C
ATOM 2319	CG	ASP	A	313	−13.218	−24.854	25.031	1	21.53	C
ATOM 2320	OD1	ASP	A	313	−13.918	−24.324	24.136	1	18.19	O
ATOM 2321	OD2	ASP	A	313	−13.713	−25.588	25.91	1	19.99	O
ATOM 2322	N	ASP	A	314	−8.809	−23.7	23.522	1	16.1	N
ATOM 2323	CA	ASP	A	314	−7.47	−23.178	23.776	1	15.41	C
ATOM 2324	C	ASP	A	314	−7.343	−21.674	23.527	1	16.31	C
ATOM 2325	O	ASP	A	314	−6.62	−20.99	24.246	1	16.13	O
ATOM 2326	CB	ASP	A	314	−6.429	−23.944	22.953	1	18.24	C
ATOM 2327	CG	ASP	A	314	−6.152	−25.339	23.515	1	17.34	C
ATOM 2328	OD1	ASP	A	314	−6.665	−25.655	24.607	1	25.87	O
ATOM 2329	OD2	ASP	A	314	−5.412	−26.106	22.865	1	24.95	O
ATOM 2330	N	THR	A	315	−8.044	−21.137	22.536	1	16.5	N
ATOM 2331	CA	THR	A	315	−7.918	−19.702	22.306	1	14.09	C
ATOM 2332	C	THR	A	315	−8.637	−18.887	23.377	1	22.81	C
ATOM 2333	O	THR	A	315	−8.121	−17.858	23.82	1	25.53	O
ATOM 2334	CB	THR	A	315	−8.384	−19.296	20.885	1	14.87	C
ATOM 2335	OG1	THR	A	315	−9.658	−19.881	20.598	1	17.94	O
ATOM 2336	CG2	THR	A	315	−7.367	−19.749	19.857	1	14.22	C
ATOM 2337	N	GLY	A	316	−9.808	−19.344	23.815	1	14.73	N
ATOM 2338	CA	GLY	A	316	−10.51	−18.619	24.859	1	16.85	C
ATOM 2339	C	GLY	A	316	−9.652	−18.601	26.115	1	19.72	C
ATOM 2340	O	GLY	A	316	−9.525	−17.58	26.796	1	21.03	O
ATOM 2341	N	ILE	A	317	−9.044	−19.746	26.412	1	16.46	N
ATOM 2342	CA	ILE	A	317	−8.179	−19.882	27.581	1	19.11	C
ATOM 2343	C	ILE	A	317	−6.929	−19.006	27.439	1	15.92	C
ATOM 2344	O	ILE	A	317	−6.494	−18.38	28.402	1	17.71	O
ATOM 2345	CB	ILE	A	317	−7.78	−21.361	27.77	1	15.24	C
ATOM 2346	CG1	ILE	A	317	−9.006	−22.15	28.239	1	18.14	C
ATOM 2347	CG2	ILE	A	317	−6.628	−21.49	28.771	1	18.46	C
ATOM 2348	CD1	ILE	A	317	−8.817	−23.658	28.259	1	16.88	C
ATOM 2349	N	ALA	A	318	−6.363	−18.957	26.237	1	18.13	N
ATOM 2350	CA	ALA	A	318	−5.174	−18.144	26.004	1	16.84	C
ATOM 2351	C	ALA	A	318	−5.45	−16.67	26.28	1	21.63	C
ATOM 2352	O	ALA	A	318	−4.586	−15.951	26.776	1	18.5	O
ATOM 2353	CB	ALA	A	318	−4.688	−18.313	24.564	1	16.87	C
ATOM 2354	N	MET	A	319	−6.654	−16.217	25.955	1	17.9	N
ATOM 2355	CA	MET	A	319	−7.004	−14.813	26.152	1	14.48	C
ATOM 2356	C	MET	A	319	−7.089	−14.454	27.623	1	14.52	C
ATOM 2357	O	MET	A	319	−6.707	−13.36	28.027	1	16.86	O
ATOM 2358	CB	MET	A	319	−8.327	−14.518	25.466	1	17.8	C
ATOM 2359	CG	MET	A	319	−8.29	−14.892	24.01	1	17.63	C
ATOM 2360	SD	MET	A	319	−9.93	−14.959	23.39	1	28.86	S
ATOM 2361	CE	MET	A	319	−10.114	−13.279	23.189	1	7.72	C
ATOM 2362	N	ALA	A	320	−7.598	−15.383	28.422	1	15.21	N
ATOM 2363	CA	ALA	A	320	−7.705	−15.158	29.855	1	16.04	C
ATOM 2364	C	ALA	A	320	−6.303	−15.15	30.465	1	14.71	C
ATOM 2365	O	ALA	A	320	−6.017	−14.361	31.364	1	21.86	O
ATOM 2366	CD	ALA	A	320	−8.55	−16.25	30.491	1	17.02	C
ATOM 2367	N	GLU	A	321	−5.434	−16.029	29.971	1	16.26	N
ATOM 2368	CA	GLU	A	321	−4.068	−16.106	30.479	1	19.18	C
ATOM 2369	C	GLU	A	321	−3.282	−14.857	30.098	1	20.52	C
ATOM 2370	O	GLU	A	321	−2.477	−14.356	30.888	1	24.17	O
ATOM 2371	CB	GLU	A	321	−3.365	−17.356	29.938	1	18.89	C
ATOM 2372	CG	GLU	A	321	−3.902	−18.664	30.512	1	19.93	C
ATOM 2373	CD	GLU	A	321	−3.643	−18.8	32.006	1	26.81	C
ATOM 2374	OE1	GLU	A	321	−4.143	−19.77	32.612	1	22.81	O
ATOM 2375	OE2	GLU	A	321	−2.934	−17.941	32.577	1	25.59	O
ATOM 2376	N	ALA	A	322	−3.517	−14.351	28.89	1	17.9	N
ATOM 2377	CA	ALA	A	322	−2.823	−13.151	28.429	1	19.69	C
ATOM 2378	C	ALA	A	322	−3.222	−11.962	29.291	1	20.11	C
ATOM 2379	O	ALA	A	322	−2.381	−11.146	29.666	1	19.54	O
ATOM 2380	CB	ALA	A	322	−3.157	−12.873	26.971	1	19.08	C
ATOM 2381	N	ILE	A	323	−4.51	−11.866	29.603	1	17.84	N
ATOM 2382	CA	ILE	A	323	−5	−10.78	30.435	1	15.44	C
ATOM 2383	C	ILE	A	323	−4.398	−10.915	31.83	1	22.34	C
ATOM 2384	O	ILE	A	323	−4.021	−9.917	32.447	1	21.96	O
ATOM 2385	CD	ILE	A	323	−6.546	−10.794	30.512	1	17.74	C
ATOM 2386	CG1	ILE	A	323	−7.125	−10.284	29.192	1	19.33	C
ATOM 2387	CG2	ILE	A	323	−7.032	−9.934	31.666	1	17.89	C
ATOM 2388	CD1	ILE	A	323	−8.647	−10.278	29.142	1	22.33	C
ATOM 2389	N	LYS	A	324	−4.293	−12.148	32.318	1	20.37	N
ATOM 2390	CA	LYS	A	324	−3.714	−12.388	33.633	1	21.75	C
ATOM 2391	C	LYS	A	324	−2.276	−11.873	33.672	1	17.94	C
ATOM 2392	O	LYS	A	324	−1.898	−11.155	34.594	1	24.29	O
ATOM 2393	CB	LYS	A	324	−3.712	−13.878	33.971	1	16.78	C
ATOM 2394	CG	LYS	A	324	−3.334	−14.158	35.426	1	23.05	C
ATOM 2395	CD	LYS	A	324	−3.133	−15.641	35.693	1	21.25	C
ATOM 2396	CE	LYS	A	324	−1.812	−16.134	35.114	1	22.88	C
ATOM 2397	NZ	LYS	A	324	−1.696	−17.615	35.186	1	24.43	N
ATOM 2398	N	TRP	A	325	−1.475	−12.247	32.676	1	21.03	N
ATOM 2399	CA	TRP	A	325	−0.087	−11.798	32.621	1	15.72	C
ATOM 2400	C	TRP	A	325	−0.008	−10.276	32.563	1	22.04	C
ATOM 2401	O	TRP	A	325	0.864	−9.665	33.185	1	21.55	O
ATOM 2402	CD	TRP	A	325	0.633	−12.389	31.401	1	22.16	C
ATOM 2403	CG	TRP	A	325	0.989	−13.841	31.548	1	22	C
ATOM 2404	CD1	TRP	A	325	0.8	−14.624	32.651	1	23.23	C
ATOM 2405	CD2	TRP	A	325	1.6	−14.682	30.56	1	19.87	C
ATOM 2406	NE1	TRP	A	325	1.254	−15.899	32.413	1	26.06	N
ATOM 2407	CE2	TRP	A	325	1.75	−15.963	31.137	1	28.16	C
ATOM 2408	CE3	TRP	A	325	2.036	−14.477	29.245	1	28.68	C
ATOM 2409	CZ2	TRP	A	325	2.318	−17.038	30.443	1	23.79	C
ATOM 2410	CZ3	TRP	A	325	2.601	−15.545	28.554	1	26.91	C
ATOM 2411	CH2	TRP	A	325	2.736	−16.809	29.157	1	24.58	C
ATOM 2412	N	ASP	A	326	−0.921	−9.663	31.815	1	21.98	N
ATOM 2413	CA	ASP	A	326	−0.935	−8.212	31.687	1	22.42	C
ATOM 2414	C	ASP	A	326	−1.204	−7.574	33.046	1	20.9	C
ATOM 2415	O	ASP	A	326	−0.587	−6.566	33.397	1	21.68	O
ATOM 2416	CB	ASP	A	326	−2.012	−7.767	30.696	1	20.84	C
ATOM 2417	CG	ASP	A	326	−1.93	−6.287	30.372	1	24.01	C
ATOM 2418	OD1	ASP	A	326	−2.995	−5.65	30.229	1	24.01	O
ATOM 2419	OD2	ASP	A	326	−0.8	−5.763	30.248	1	25.81	O
ATOM 2420	N	LEU	A	327	−2.131	−8.157	33.801	1	22.57	N
ATOM 2421	CA	LEU	A	327	−2.472	−7.638	35.119	1	17.48	C
ATOM 2422	C	LEU	A	327	−1.316	−7.851	36.092	1	22.53	C
ATOM 2423	O	LEU	A	327	−1.219	−7.169	37.112	1	24.63	O
ATOM 2424	CB	LEU	A	327	−3.742	−8.316	35.639	1	24.96	C
ATOM 2425	CG	LEU	A	327	−5.012	−8.018	34.832	1	24.04	C
ATOM 2426	CD1	LEU	A	327	−6.151	−8.897	35.325	1	25.54	C
ATOM 2427	CD2	LEU	A	327	−5.375	−6.544	34.954	1	28.36	C
ATOM 2428	N	GLU	A	328	−0.438	−8.795	35.764	1	24.13	N
ATOM 2429	CA	GLU	A	328	0.728	−9.08	36.592	1	22.33	C
ATOM 2430	C	GLU	A	328	1.958	−8.377	36.012	1	22.48	C
ATOM 2431	O	GLU	A	328	3.089	−8.638	36.425	1	25.73	O
ATOM 2432	CB	GLU	A	328	0.968	−10.592	36.668	1	25.14	C
ATOM 2433	CG	GLU	A	328	−0.221	−11.369	37.224	1	24.97	C
ATOM 2434	CD	GLU	A	328	0.003	−12.871	37.238	1	26.46	C
ATOM 2435	OE1	GLU	A	328	0.686	−13.38	36.324	1	29.67	O
ATOM 2436	OE2	GLU	A	328	−0.52	−13.545	38.15	1	27.74	O
ATOM 2437	N	ASP	A	329	1.724	−7.485	35.052	1	24.38	N
ATOM 2438	CA	ASP	A	329	2.789	−6.721	34.401	1	23.21	C
ATOM 2439	C	ASP	A	329	3.883	−7.593	33.781	1	26.1	C
ATOM 2440	O	ASP	A	329	5.07	−7.253	33.81	1	26.61	O
ATOM 2441	CB	ASP	A	329	3.395	−5.727	35.398	1	30.2	C
ATOM 2442	CG	ASP	A	329	2.442	−4.588	35.732	1	32.53	C
ATOM 2443	OD1	ASP	A	329	2.656	−3.904	36.754	1	39.92	O
ATOM 2444	OD2	ASP	A	329	1.481	−4.369	34.964	1	31.99	O
ATOM 2445	N	LYS	A	330	3.466	−8.72	33.213	1	24.44	N
ATOM 2446	CA	LYS	A	330	4.378	−9.649	32.553	1	26.77	C
ATOM 2447	C	LYS	A	330	4.243	−9.453	31.052	1	29.98	C
ATOM 2448	O	LYS	A	330	3.197	−9.02	30.57	1	26.9	O
ATOM 2449	CB	LYS	A	330	4.023	−11.095	32.906	1	28.35	C
ATOM 2450	CG	LYS	A	330	4.238	−11.451	34.365	1	33.36	C
ATOM 2451	CD	LYS	A	330	3.877	−12.901	34.645	1	38.4	C
ATOM 2452	CE	LYS	A	330	4.116	−13.247	36.105	1	37.54	C
ATOM 2453	NZ	LYS	A	330	3.733	−14.648	36.429	1	44.84	N
ATOM 2454	N	PRO	A	331	5.302	−9.757	30.29	1	25.27	N
ATOM 2455	CA	PRO	A	331	5.216	−9.588	28.839	1	26	C
ATOM 2456	C	PRO	A	331	4.238	−10.59	28.227	1	16.46	C
ATOM 2457	O	PRO	A	331	4.168	−11.741	28.654	1	20.69	O
ATOM 2458	CB	PRO	A	331	6.657	−9.813	28.383	1	28.32	C
ATOM 2459	CG	PRO	A	331	7.176	−10.787	29.388	1	32.63	C
ATOM 2460	CD	PRO	A	331	6.639	−10.234	30.688	1	29.35	C
ATOM 2461	N	VAL	A	332	3.493	−10.139	27.225	1	22.56	N
ATOM 2462	CA	VAL	A	332	2.514	−10.986	26.553	1	19.35	C
ATOM 2463	C	VAL	A	332	2.856	−11.107	25.071	1	19.95	C
ATOM 2464	O	VAL	A	332	3.146	−10.112	24.414	1	19.33	O
ATOM 2465	CB	VAL	A	332	1.091	−10.392	26.701	1	22.7	C
ATOM 2466	CG1	VAL	A	332	0.085	−11.224	25.912	1	22.2	C
ATOM 2467	CG2	VAL	A	332	0.706	−10.34	28.171	1	20.62	C
ATOM 2468	N	PRO	A	333	2.828	−12.336	24.521	1	15.23	N
ATOM 2469	CA	PRO	A	333	3.147	−12.51	23.102	1	16.9	C
ATOM 2470	C	PRO	A	333	2.175	−11.765	22.203	1	16.52	C
ATOM 2471	O	PRO	A	333	0.993	−11.618	22.532	1	19.97	O
ATOM 2472	CB	PRO	A	333	3.058	−14.022	22.91	1	15.91	C
ATOM 2473	CG	PRO	A	333	2.006	−14.426	23.919	1	17.23	C
ATOM 2474	CD	PRO	A	333	2.409	−13.612	25.128	1	19.34	C
ATOM 2475	N	THR	A	334	2.672	−11.289	21.069	1	18.7	N
ATOM 2476	CA	THR	A	334	1.832	−10.579	20.124	1	19.05	C
ATOM 2477	C	THR	A	334	0.87	−11.549	19.441	1	18.65	C
ATOM 2478	O	THR	A	334	−0.224	−11.164	19.032	1	18.25	O
ATOM 2479	CB	THR	A	334	2.682	−9.866	19.043	1	19.04	C
ATOM 2480	OG1	THR	A	334	3.459	−8.834	19.661	1	21.77	O
ATOM 2481	CG2	THR	A	334	1.795	−9.248	17.967	1	21.88	C
ATOM 2482	N	VAL	A	335	1.27	−12.811	19.317	1	16.28	N
ATOM 2483	CA	VAL	A	335	0.402	−13.773	18.657	1	17.39	C
ATOM 2484	C	VAL	A	335	0.342	−15.146	19.315	1	13.24	C
ATOM 2485	O	VAL	A	335	1.259	−15.56	20.026	1	17.88	O
ATOM 2486	CB	VAL	A	335	0.807	−13.946	17.166	1	22.58	C
ATOM 2487	CG1	VAL	A	335	2.129	−14.705	17.063	1	20.58	C
ATOM 2488	CG2	VAL	A	335	−0.302	−14.654	16.402	1	28.01	C
ATOM 2489	N	TYR	A	336	−0.778	−15.832	19.095	1	14.71	N
ATOM 2490	CA	TYR	A	336	−0.984	−17.185	19.608	1	16.06	C
ATOM 2491	C	TYR	A	336	−1.949	−17.951	18.716	1	14.29	C
ATOM 2492	O	TYR	A	336	−3.06	−17.494	18.469	1	16.39	O
ATOM 2493	CB	TYR	A	336	−1.573	−17.184	21.022	1	18.34	C
ATOM 2494	CG	TYR	A	336	−1.998	−18.57	21.479	1	18.81	C
ATOM 2495	CD1	TYR	A	336	−1.072	−19.469	22.005	1	19.56	C
ATOM 2496	CD2	TYR	A	336	−3.32	−18.999	21.343	1	18.86	C
ATOM 2497	CE1	TYR	A	336	−1.449	−20.761	22.384	1	22.04	C
ATOM 2498	CE2	TYR	A	336	−3.709	−20.292	21.72	1	19.67	C
ATOM 2499	CZ	TYR	A	336	−2.77	−21.164	22.239	1	19.58	C
ATOM 2500	OH	TYR	A	336	−3.154	−22.435	22.619	1	19.69	O
ATOM 2501	N	SER	A	337	−1.517	−19.113	18.235	1	17.55	N
ATOM 2502	CA	SER	A	337	−2.372	−19.963	17.415	1	13.86	C
ATOM 2503	C	SER	A	337	−2.543	−21.311	18.091	1	17.89	C
ATOM 2504	O	SER	A	337	−1.561	−21.915	18.542	1	17.52	O
ATOM 2505	CB	SER	A	337	−1.78	−20.206	16.033	1	15.11	C
ATOM 2506	OG	SER	A	337	−2.591	−21.144	15.326	1	16.31	O
ATOM 2507	N	GLY	A	338	−3.786	−21.78	18.15	1	13.98	N
ATOM 2508	CA	GLY	A	338	−4.067	−23.072	18.749	1	14.28	C
ATOM 2509	C	GLY	A	338	−3.785	−24.122	17.695	1	14.97	C
ATOM 2510	O	GLY	A	338	−3.432	−23.78	16.564	1	17.62	O
ATOM 2511	N	ASP	A	339	−3.942	−25.394	18.048	1	18.19	N
ATOM 2512	CA	ASP	A	339	−3.682	−26.464	17.097	1	21.09	C
ATOM 2513	C	ASP	A	339	−4.929	−27.114	16.52	1	13.8	C
ATOM 2514	O	ASP	A	339	−6.047	−26.916	17.027	1	16.42	O
ATOM 2515	CB	ASP	A	339	−2.796	−27.531	17.734	1	28.38	C
ATOM 2516	CG	ASP	A	339	−1.432	−26.993	18.115	1	34.82	C
ATOM 2517	OD1	ASP	A	339	−0.775	−26.373	17.249	1	36.87	O
ATOM 2518	OD2	ASP	A	339	−1.019	−27.194	19.275	1	33.01	O
ATOM 2519	N	PHE	A	340	−4.704	−27.881	15.451	1	17.85	N
ATOM 2520	CA	PHE	A	340	−5.755	−28.592	14.724	1	17.19	C
ATOM 2521	C	PHE	A	340	−5.561	−30.097	14.707	1	20.73	C
ATOM 2522	O	PHE	A	340	−4.471	−30.614	14.96	1	21.84	O
ATOM 2523	CB	PHE	A	340	−5.795	−28.203	13.245	1	17.83	C
ATOM 2524	CG	PHE	A	340	−5.973	−26.743	12.977	1	15.76	C
ATOM 2525	CD1	PHE	A	340	−4.871	−25.905	12.835	1	18.8	C
ATOM 2526	CD2	PHE	A	340	−7.25	−26.222	12.778	1	14.43	C
ATOM 2527	CE1	PHE	A	340	−5.039	−24.562	12.487	1	20.03	C
ATOM 2528	CE2	PHE	A	340	−7.429	−24.886	12.431	1	16.22	C
ATOM 2529	CZ	PHE	A	340	−6.324	−24.057	12.284	1	17.43	C
ATOM 2530	N	GLU	A	341	−6.634	−30.778	14.322	1	19.75	N
ATOM 2531	CA	GLU	A	341	−6.654	−32.222	14.169	1	20.31	C
ATOM 2532	C	GLU	A	341	−7.556	−32.485	12.968	1	19.31	C
ATOM 2533	O	GLU	A	341	−8.671	−31.951	12.899	1	21.46	O
ATOM 2534	CB	GLU	A	341	−7.24	−32.894	15.41	1	26.22	C
ATOM 2535	CG	GLU	A	341	−6.332	−32.86	16.623	1	28.13	C
ATOM 2536	CD	GLU	A	341	−5.212	−33.881	16.545	1	36.79	C
ATOM 2537	OE1	GLU	A	341	−4.506	−33.921	15.516	1	43.25	O
ATOM 2538	OE2	GLU	A	341	−5.034	−34.64	17.52	1	46.25	O
ATOM 2539	N	ILE	A	342	−7.07	−33.266	12.008	1	21.27	N
ATOM 2540	CA	ILE	A	342	−7.874	−33.597	10.837	1	18.31	C
ATOM 2541	C	ILE	A	342	−8.894	−34.644	11.266	1	22.04	C
ATOM 2542	O	ILE	A	342	−8.564	−35.588	11.984	1	24.41	O
ATOM 2543	CB	ILE	A	342	−7.009	−34.166	9.677	1	20.03	C
ATOM 2544	CG1	ILE	A	342	−6.227	−33.036	9	1	21.49	C
ATOM 2545	CG2	ILE	A	342	−7.89	−34.892	8.665	1	23	C
ATOM 2546	CD1	ILE	A	342	−7.094	−32.043	8.234	1	25.41	C
ATOM 2547	N	VAL	A	343	−10.137	−34.465	10.835	1	17.79	N
ATOM 2548	CA	VAL	A	343	−11.215	−35.386	11.175	1	17.92	C
ATOM 2549	C	VAL	A	343	−11.938	−35.786	9.896	1	23.17	C
ATOM 2550	O	VAL	A	343	−12.212	−34.944	9.039	1	19.54	O
ATOM 2551	CB	VAL	A	343	−12.221	−34.725	12.149	1	19.61	C
ATOM 2552	CG1	VAL	A	343	−13.436	−35.615	12.339	1	26.53	C
ATOM 2553	CG2	VAL	A	343	−11.547	−34.463	13.49	1	22.28	C
ATOM 2554	N	THR	A	344	−12.234	−37.075	9.757	1	21.25	N
ATOM 2555	CA	THR	A	344	−12.928	−37.554	8.567	1	19.51	C
ATOM 2556	C	THR	A	344	−14.135	−38.379	8.973	1	21.29	C
ATOM 2557	O	THR	A	344	−14.287	−38.737	10.144	1	22.6	O
ATOM 2558	CB	THR	A	344	−12.023	−38.431	7.689	1	25.78	C
ATOM 2559	OG1	THR	A	344	−11.885	−39.724	8.294	1	28.71	O
ATOM 2560	CG2	THR	A	344	−10.65	−37.792	7.534	1	25.55	C
ATOM 2561	N	LYS	A	345	−14.992	−38.684	8.005	1	20.94	N
ATOM 2562	CA	LYS	A	345	−16.186	−39.467	8.292	1	23.86	C
ATOM 2563	C	LYS	A	345	−15.833	−40.917	8.605	1	25.35	C
ATOM 2564	O	LYS	A	345	−16.673	−41.671	9.097	1	27.3	O
ATOM 2565	CB	LYS	A	345	−17.16	−39.413	7.109	1	22.57	C
ATOM 2566	CG	LYS	A	345	−16.572	−39.874	5.786	1	21.72	C
ATOM 2567	CD	LYS	A	345	−17.628	−39.883	4.683	1	30.4	C
ATOM 2568	CE	LYS	A	345	−17.035	−40.322	3.352	1	30.26	C
ATOM 2569	NZ	LYS	A	345	−18.028	−40.272	2.241	1	43.9	N
ATOM 2570	N	ALA	A	346	−14.588	−41.295	8.326	1	24.86	N
ATOM 2571	CA	ALA	A	346	−14.119	−42.657	8.577	1	22.39	C
ATOM 2572	C	ALA	A	346	−13.614	−42.813	10.003	1	33.23	C
ATOM 2573	O	ALA	A	346	−13.333	−43.927	10.45	1	29.28	O
ATOM 2574	CB	ALA	A	346	−13.013	−43.022	7.592	1	27.32	C
ATOM 2575	N	ASP	A	347	−13.492	−41.701	10.722	1	22.79	N
ATOM 2576	CA	ASP	A	347	−13.014	−41.762	12.096	1	27.28	C
ATOM 2577	C	ASP	A	347	−14.015	−42.454	13.008	1	33.28	C
ATOM 2578	O	ASP	A	347	−15.229	−42.323	12.838	1	26.16	O
ATOM 2579	CB	ASP	A	347	−12.698	−40.36	12.627	1	28.54	C
ATOM 2580	CG	ASP	A	347	−11.397	−39.813	12.078	1	28.83	C
ATOM 2581	OD1	ASP	A	347	−10.395	−40.559	12.077	1	38.41	O
ATOM 2582	OD2	ASP	A	347	−11.366	−38.64	11.656	1	35.54	O
ATOM 2583	N	SER	A	348	−13.493	−43.202	13.973	1	30.34	N
ATOM 2584	CA	SER	A	348	−14.334	−43.925	14.914	1	28.82	C
ATOM 2585	C	SER	A	348	−14.961	−42.958	15.904	1	27.91	C
ATOM 2586	O	SER	A	348	−14.44	−41.864	16.13	1	34.24	O
ATOM 2587	CB	SER	A	348	−13.499	−44.956	15.672	1	22.18	C
ATOM 2588	OG	SER	A	348	−12.518	−44.31	16.463	1	24.48	O
ATOM 2589	N	PRO	A	349	−16.096	−43.342	16.509	1	29.75	N
ATOM 2590	CA	PRO	A	349	−16.753	−42.465	17.478	1	30.1	C
ATOM 2591	C	PRO	A	349	−15.868	−42.199	18.692	1	35.85	C
ATOM 2592	O	PRO	A	349	−16.029	−41.188	19.374	1	33.3	O
ATOM 2593	CB	PRO	A	349	−18.028	−43.23	17.83	1	38.73	C
ATOM 2594	CG	PRO	A	349	−17.628	−44.655	17.642	1	39.38	C
ATOM 2595	CD	PRO	A	349	−16.845	−44.601	16.354	1	33.27	C
ATOM 2596	N	GLU	A	350	−14.933	−43.107	18.964	1	32.02	N
ATOM 2597	CA	GLU	A	350	−14.03	−42.916	20.09	1	36.25	C
ATOM 2598	C	GLU	A	350	−13.046	−41.802	19.762	1	25.63	C
ATOM 2599	O	GLU	A	350	−12.701	−41.002	20.63	1	34.68	O
ATOM 2600	CB	GLU	A	350	−13.269	−44.205	20.42	1	34.34	C
ATOM 2601	CG	GLU	A	350	−14.07	−45.204	21.242	1	42.41	C
ATOM 2602	CD	GLU	A	350	−15.148	−45.897	20.437	1	44.07	C
ATOM 2603	OE1	GLU	A	350	−16.024	−46.545	21.048	1	43.29	O
ATOM 2604	OE2	GLU	A	350	−15.113	−45.805	19.193	1	46.46	O
ATOM 2605	N	ARG	A	351	−12.596	−41.751	18.511	1	27.66	N
ATOM 2606	CA	ARG	A	351	−11.664	−40.707	18.096	1	19.2	C
ATOM 2607	C	ARG	A	351	−12.357	−39.35	18.165	1	26.27	C
ATOM 2608	O	ARG	A	351	−11.752	−38.367	18.581	1	23.92	O
ATOM 2609	CB	ARG	A	351	−11.152	−40.963	16.675	1	28.4	C
ATOM 2610	CG	ARG	A	351	−10.293	−39.833	16.113	1	31.87	C
ATOM 2611	CD	ARG	A	351	−9.13	−39.5	17.037	1	42.42	C
ATOM 2612	NE	ARG	A	351	−8.38	−38.333	16.579	1	43.93	N
ATOM 2613	CZ	ARG	A	351	−7.712	−38.276	15.432	1	44.56	C
ATOM 2614	NH1	ARG	A	351	−7.693	−39.323	14.619	1	54.96	N
ATOM 2615	NH2	ARG	A	351	−7.067	−37.169	15.091	1	49.45	N
ATOM 2616	N	ILE	A	352	−13.629	−39.308	17.772	1	24.83	N
ATOM 2617	CA	ILE	A	352	−14.401	−38.067	17.792	1	22.54	C
ATOM 2618	C	ILE	A	352	−14.653	−37.616	19.221	1	24.31	C
ATOM 2619	O	ILE	A	352	−14.504	−36.436	19.551	1	25.64	O
ATOM 2620	CB	ILE	A	352	−15.775	−38.232	17.088	1	22.74	C
ATOM 2621	CG1	ILE	A	352	−15.576	−38.642	15.626	1	30.42	C
ATOM 2622	CG2	ILE	A	352	−16.572	−36.931	17.179	1	23.14	C
ATOM 2623	CD1	ILE	A	352	−14.832	−37.624	14.787	1	27.22	C
ATOM 2624	N	GLU	A	353	−15.043	−38.557	20.074	1	26.88	N
ATOM 2625	CA	GLU	A	353	−15.316	−38.236	21.465	1	22.82	C
ATOM 2626	C	GLU	A	353	−14.041	−37.758	22.16	1	21.89	C
ATOM 2627	O	GLU	A	353	−14.075	−36.825	22.963	1	24.79	O
ATOM 2628	CB	GLU	A	353	−15.883	−39.457	22.188	1	31.83	C
ATOM 2629	CG	GLU	A	353	−16.31	−39.186	23.621	1	33.4	C
ATOM 2630	CD	GLU	A	353	−17.276	−38.019	23.735	1	47.73	C
ATOM 2631	OE1	GLU	A	353	−18.25	−37.965	22.953	1	46.82	O
ATOM 2632	OE2	GLU	A	353	−17.067	−37.157	24.615	1	50.19	O
ATOM 2633	N	ALA	A	354	−12.919	−38.394	21.837	1	23.53	N
ATOM 2634	CA	ALA	A	354	−11.642	−38.02	22.427	1	28.77	C
ATOM 2635	C	ALA	A	354	−11.293	−36.585	22.033	1	24.63	C
ATOM 2636	O	ALA	A	354	−10.808	−35.809	22.856	1	25.43	O
ATOM 2637	CB	ALA	A	354	−10.547	−38.975	21.962	1	32.14	C
ATOM 2638	N	LEU	A	355	−11.546	−36.233	20.775	1	22.99	N
ATOM 2639	CA	LEU	A	355	−11.25	−34.884	20.302	1	19.64	C
ATOM 2640	C	LEU	A	355	−12.164	−33.847	20.954	1	21.12	C
ATOM 2641	O	LEU	A	355	−11.722	−32.746	21.291	1	21.15	O
ATOM 2642	CB	LEU	A	355	−11.359	−34.825	18.774	1	22.21	C
ATOM 2643	CG	LEU	A	355	−10.259	−35.597	18.036	1	21.93	C
ATOM 2644	CD1	LEU	A	355	−10.514	−35.592	16.537	1	29.24	C
ATOM 2645	CD2	LEU	A	355	−8.905	−34.971	18.353	1	29.69	C
ATOM 2646	N	LYS	A	356	−13.433	−34.189	21.147	1	21.08	N
ATOM 2647	CA	LYS	A	356	−14.369	−33.262	21.78	1	17.35	C
ATOM 2648	C	LYS	A	356	−13.961	−33.01	23.226	1	24.94	C
ATOM 2649	O	LYS	A	356	−14.16	−31.918	23.768	1	21.19	O
ATOM 2650	CD	LYS	A	356	−15.791	−33.823	21.758	1	21.09	C
ATOM 2651	CG	LYS	A	356	−16.464	−33.824	20.399	1	20.97	C
ATOM 2652	CD	LYS	A	356	−17.873	−34.376	20.538	1	26.46	C
ATOM 2653	CE	LYS	A	356	−18.611	−34.455	19.211	1	24.1	C
ATOM 2654	NZ	LYS	A	356	−19.936	−35.121	19.404	1	23.45	N
ATOM 2655	N	LYS	A	357	−13.389	−34.032	23.852	1	24.65	N
ATOM 2656	CA	LYS	A	357	−12.963	−33.908	25.234	1	30.51	C
ATOM 2657	C	LYS	A	357	−11.846	−32.878	25.335	1	20.54	C
ATOM 2658	O	LYS	A	357	−11.781	−32.116	26.297	1	27.16	O
ATOM 2659	CD	LYS	A	357	−12.488	−35.264	25.762	1	33.52	C
ATOM 2660	CG	LYS	A	357	−13.071	−35.614	27.118	1	45.63	C
ATOM 2661	CD	LYS	A	357	−14.593	−35.616	27.067	1	42.28	C
ATOM 2662	CE	LYS	A	357	−15.196	−35.87	28.437	1	52.76	C
ATOM 2663	NZ	LYS	A	357	−16.686	−35.815	28.402	1	51.1	N
ATOM 2664	N	ARG	A	358	−10.977	−32.863	24.33	1	20.99	N
ATOM 2665	CA	ARG	A	358	−9.863	−31.921	24.281	1	23.3	C
ATOM 2666	C	ARG	A	358	−10.332	−30.526	23.854	1	28.01	C
ATOM 2667	O	ARG	A	358	−10.058	−29.535	24.527	1	19.37	O
ATOM 2668	CD	ARG	A	358	−8.804	−32.421	23.296	1	30.22	C
ATOM 2669	CC	ARG	A	358	−7.526	−32.956	23.93	1	46.04	C
ATOM 2670	CD	ARG	A	358	−6.361	−32.006	23.665	1	47.89	C
ATOM 2671	NE	ARG	A	358	−6.486	−30.757	24.412	1	53.03	N
ATOM 2672	CZ	ARG	A	358	−6.041	−29.58	23.982	1	53.78	C
ATOM 2673	NH1	ARG	A	358	−5.443	−29.486	22.802	1	50.08	N
ATOM 2674	NH2	ARG	A	358	−6.191	−28.496	24.734	1	41.44	N
ATOM 2675	N	ALA	A	359	−11.058	−30.464	22.74	1	21.36	N
ATOM 2676	CA	ALA	A	359	−11.538	−29.198	22.182	1	19.29	C
ATOM 2677	C	ALA	A	359	−12.552	−28.401	22.997	1	17.81	C
ATOM 2678	O	ALA	A	359	−12.47	−27.18	23.062	1	19.12	O
ATOM 2679	CB	ALA	A	359	−12.096	−29.445	20.777	1	18.72	C
ATOM 2680	N	PHE	A	360	−13.52	−29.075	23.613	1	19.35	N
ATOM 2681	CA	PHE	A	360	−14.539	−28.365	24.382	1	17.52	C
ATOM 2682	C	PHE	A	360	−14.465	−28.633	25.882	1	23.4	C
ATOM 2683	O	PHE	A	360	−15.485	−28.65	26.568	1	18.82	O
ATOM 2684	CB	PHE	A	360	−15.941	−28.74	23.881	1	21.28	C
ATOM 2685	CG	PHE	A	360	−16.066	−28.796	22.381	1	20.12	C
ATOM 2686	CD1	PHE	A	360	−15.51	−27.802	21.58	1	22.9	C
ATOM 2687	CD2	PHE	A	360	−16.757	−29.837	21.769	1	20.57	C
ATOM 2688	CE1	PHE	A	360	−15.64	−27.846	20.191	1	16.44	C
ATOM 2689	CE2	PHE	A	360	−16.893	−29.886	20.381	1	20.06	C
ATOM 2690	CZ	PHE	A	360	−16.329	−28.884	19.592	1	18.58	C
ATOM 2691	N	ARG	A	361	−13.258	−28.833	26.394	1	19.92	N
ATOM 2692	CA	ARG	A	361	−13.09	−29.097	27.822	1	20.13	C
ATOM 2693	C	ARG	A	361	−13.792	−28.075	28.72	1	22.77	C
ATOM 2694	O	ARG	A	361	−14.269	−28.413	29.808	1	26.04	O
ATOM 2695	CB	ARG	A	361	−11.601	−29.159	28.167	1	25.3	C
ATOM 2696	CG	ARG	A	361	−10.772	−28.007	27.616	1	28.29	C
ATOM 2697	CD	ARG	A	361	−9.385	−28.027	28.218	1	29.59	C
ATOM 2698	NE	ARG	A	361	−8.456	−27.131	27.539	1	30.51	N
ATOM 2699	CZ	ARG	A	361	−7.33	−26.689	28.088	1	37.53	C
ATOM 2700	NH1	ARG	A	361	−7.011	−27.061	29.321	1	27.67	N
ATOM 2701	NH2	ARG	A	361	−6.523	−25.887	27.408	1	28.47	N
ATOM 2702	N	TYR	A	362	−13.861	−26.827	28.264	1	24.18	N
ATOM 2703	CA	TYR	A	362	−14.493	−25.752	29.029	1	17.05	C
ATOM 2704	C	TYR	A	362	−15.882	−25.347	28.534	1	23.46	C
ATOM 2705	O	TYR	A	362	−16.789	−25.095	29.334	1	21.48	O
ATOM 2706	CB	TYR	A	362	−13.607	−24.504	29.003	1	20.57	C
ATOM 2707	CG	TYR	A	362	−12.529	−24.438	30.066	1	23.89	C
ATOM 2708	CD1	TYR	A	362	−11.913	−25.59	30.545	1	22.14	C
ATOM 2709	CD2	TYR	A	362	−12.097	−23.207	30.556	1	23.91	C
ATOM 2710	CE1	TYR	A	362	−10.89	−25.518	31.488	1	27.1	C
ATOM 2711	CE2	TYR	A	362	−11.074	−23.121	31.495	1	23.92	C
ATOM 2712	CZ	TYR	A	362	−10.476	−24.281	31.955	1	20.01	C
ATOM 2713	OH	TYR	A	362	−9.45	−24.2	32.865	1	18.84	O
ATOM 2714	N	SER	A	363	−16.037	−25.263	27.215	1	21.26	N
ATOM 2715	CA	SER	A	363	−17.298	−24.842	26.618	1	20.33	C
ATOM 2716	C	SER	A	363	−18.393	−25.908	26.63	1	16.94	C
ATOM 2717	O	SER	A	363	−19.564	−25.589	26.43	1	21.73	O
ATOM 2718	CB	SER	A	363	−17.057	−24.325	25.181	1	13.91	C
ATOM 2719	OG	SER	A	363	−16.41	−25.283	24.364	1	17.11	O
ATOM 2720	N	ASP	A	364	−17.997	−27.158	26.873	1	22.18	N
ATOM 2721	CA	ASP	A	364	−18.913	−28.304	26.941	1	25	C
ATOM 2722	C	ASP	A	364	−19.24	−28.942	25.593	1	40.26	C
ATOM 2723	O	ASP	A	364	−19.988	−28.39	24.787	1	30.26	O
ATOM 2724	CB	ASP	A	364	−20.208	−27.906	27.662	1	44.3	C
ATOM 2725	CG	ASP	A	364	−20.287	−28.465	29.072	1	48.83	C
ATOM 2726	OD1	ASP	A	364	−21.052	−27.916	29.893	1	57.71	O
ATOM 2727	OD2	ASP	A	364	−19.591	−29.464	29.353	1	58.06	O
TER 2728		ASP	A	364
HETATM 2729	CA	CA	A	401	−0.216	4.628	14.948	1	50.08	CA
HETATM 2730	O1	AI2		400	−16.596	−19.949	10.433	1	11.97	O
HETATM 2731	B2	AI2		400	−15.677	−20.978	10.735	1	13.76	B
HETATM 2732	O9	AI2		400	−16.204	−21.932	11.778	1	12.65	O
HETATM 2733	O10	AI2		400	−15.374	−21.705	9.501	1	9.59	O
HETATM 2734	O3	AI2		400	−14.482	−20.302	11.367	1	10.8	O
HETATM 273S	C4	AI2		400	−14.786	−18.893	11.645	1	14.48	C
HETATM 2736	C11	AI2		400	−14.418	−18.731	13.082	1	12.08	C
HETATM 2737	O5	AI2		400	−14.011	−18.038	10.755	1	11.2	O
HETATM 2738	C6	AI2		400	−14.926	−17.522	9.797	1	11.2	C
HETATM 2739	C7	AI2		400	−16.282	−17.481	10.471	1	10.92	C
HETATM 2740	O12	AI2		400	−16.438	−16.337	11.246	1	11.56	O
HETATM 2741	C8	AI2		400	−16.346	−18.875	11.178	1	10.38	C
HETATM 2742	O13	AI2		400	−17.16	−18.716	12.351	1	11.74	O
HETATM 2743	O	HOH		402	−9.814	−20.544	12.498	1	13.3	O
HETATM 2744	O	HOH		403	−16.501	−23.933	15.768	1	14.71	O
HETATM 2745	O	HOH		404	4.144	−13.672	19.667	1	16.73	O
HETATM 2746	O	HOH		405	−20.505	−18.611	17.196	1	14.46	O
HETATM 2747	O	HOH		406	−13.969	−24.701	16.66	1	13.83	O
HETATM 2748	O	HOH		407	−19.645	−19.116	6.923	1	17.5	O
HETATM 2749	O	HOH		408	−19.849	−26.386	13.543	1	13.33	O
HETATM 2750	O	HOH		409	−12.853	−13.288	11.514	1	13.85	O
HETATM 2751	O	HOH		410	−13.571	−27.341	17.295	1	16.09	O
HETATM 2752	O	HOH		411	−21.764	−25.204	15.311	1	16.95	O
HETATM 2753	O	HOH		412	−17.411	−25.068	13.193	1	12.88	O
HETATM 2754	O	HOH		413	−25.698	−19.285	8.136	1	18.04	O
HETATM 2755	O	HOH		414	−3.033	−17.807	8.414	1	16.09	O
HETATM 2756	O	HOH		415	−12.955	−13.167	3.839	1	17.91	O
HETATM 2757	O	HOH		416	−20.989	−35.118	16.782	1	25.63	O
HETATM 2758	O	HOH		417	−19.085	−20.184	9.345	1	13.39	O
HETATM 2759	O	HOH		418	−2.682	−20.351	34.72	1	28.14	O
HETATM 2760	O	HOH		419	3.633	0.627	12.696	1	24.97	O
HETATM 2761	O	HOH		420	1.401	−8.25	23.683	1	20.21	O
HETATM 2762	O	HOH		421	−25.107	−30.671	11.731	1	21.65	O
HETATM 2763	O	HOH		422	−22.367	−25.889	19.709	1	22.68	O
HETATM 2764	O	HOH		423	−24.932	−34.053	0.865	1	20.29	O
HETATM 2765	O	HOH		424	−3.45	−3.033	22.243	1	21.88	O
HETATM 2766	O	HOH		425	−23.013	−17.143	8.943	1	21.02	O
HETATM 2767	O	HOH		426	1.769	−7.0882	1.063	1	19.92	O
HETATM 2768	O	HOH		427	−28.518	−18.918	5.905	1	18.59	O
HETATM 2769	O	HOH		428	1.826	−22.825	12.507	1	22.04	O
HETATM 2770	O	HOH		429	−9.62	−18.874	15.022	1	20.7	O
HETATM 2771	O	HOH		430	−19.329	−4.893	23.368	1	22.77	O
HETATM 2772	O	HOH		431	−27.59	−15.22	13.077	1	25.28	O
HETATM 2773	O	HOH		432	−9.975	−14.644	−2.108	1	22.17	O
HETATM 2774	O	HOH		433	3.193	−20.021	9.499	1	29.3	O
HETATM 2775	O	HOH		434	−23.511	−20.45	17.267	1	25.05	O
HETATM 2776	O	HOH		435	−25.724	−9.592	20.977	1	25.09	O
HETATM 2777	O	HOH		436	−19.247	−40.903	9.684	1	30.29	O
HETATM 2778	O	HOH		437	−16.57	−20.392	2.785	1	20.9	O
HETATM 2779	O	HOH		438	0.432	−18.04	8.566	1	21.18	O
HETATM 2780	O	HOH		439	1.833	−19.648	6.839	1	29.97	O
HETATM 2781	O	HOH		440	−17.911	−14.848	−6.906	1	22.88	O
HETATM 2782	O	HOH		441	−11.171	−11.947	−0.836	1	25.08	O
HETATM 2783	O	HOH		442	−6.546	−22.024	−11.237	1	29.28	O
HETATM 2784	O	HOH		443	−7.733	−8.865	8.783	1	23.93	O
HETATM 2785	O	HOH		444	1.11	−21.534	9.956	1	28.62	O
HETATM 2786	O	HOH		445	−24.979	−15.597	9.942	1	21.89	O
HETATM 2787	O	HOH		446	−1.894	−30.987	−1.877	1	29.44	O
HETATM 2788	O	HOH		447	−2.897	−33.13	6.419	1	30.76	O
HETATM 2789	O	HOH		448	−9.13	−26.787	24.65	1	25.71	O
HETATM 2790	O	HOH		449	−20.307	−8.543	11.624	1	26.45	O
HETATM 2791	O	HOH		450	7.012	−22.486	18.656	1	33.91	O
HETATM 2792	O	HOH		451	−10.106	−37.423	−9.432	1	28.78	O
HETATM 2793	O	HOH		452	−18.46	−20.423	30.697	1	26.81	O
HETATM 2794	O	HOH		453	−18.34	−27.14	−9.513	1	23.19	O
HETATM 2795	O	HOH		454	−2.746	−35.775	−6.294	1	33.48	O
HETATM 2796	O	HOH		455	−9.906	1.65	8.173	1	32.35	O
HETATM 2797	O	HOH		456	−5.669	−25.976	31.578	1	26.3	O
HETATM 2798	O	HOH		457	−19.147	−37.613	20.403	1	29.09	O
HETATM 2799	O	HOH		458	−21.078	−34.133	22.006	1	28.88	O
HETATM 2800	O	HOH		459	−6.03	−18.139	−6.043	1	26	O
HETATM 2801	O	HOH		460	0.111	−30.019	5.856	1	39.02	O
HETATM 2802	O	HOH		461	−4.632	−16.642	10.845	1	31	O
HETATM 2803	O	HOH		462	4.756	−22.916	16.902	1	30.63	O
HETATM 2804	O	HOH		463	−26.883	−11.734	17.537	1	30.55	O
HETATM 2805	O	HOH		464	−23.561	−27.944	21.028	1	30.07	O
HETATM 2806	O	HOH		465	−15.669	−27.461	−15.668	1	36.01	O
HETATM 2807	O	HOH		466	−16.334	−11.242	38.127	1	33.99	O
HETATM 2808	O	HOH		467	11.01	−14.509	9.401	1	31.14	O
HETATM 2809	O	HOH		468	0.192	−4.309	6.367	1	29.62	O
HETATM 2810	O	HOH		469	−31.032	−30.699	0.363	1	29.1	O
HETATM 2811	O	HOH		470	15.499	−15.62	11.545	1	37.41	O
HETATM 2812	O	HOH		471	−25.584	−1.889	8.908	1	35.2	O
HETATM 2813	O	HOH		472	−25.8	−32.576	8.186	1	37.39	O
HETATM 2814	O	HOH		473	2.627	−21.986	18.351	1	22.54	O
HETATM 2815	O	HOH		474	−26.924	−26.375	9.66	1	29.85	O
HETATM 2816	O	HOH		475	5.345	−8.871	23.462	1	28.39	O
HETATM 2817	O	HOH		476	−23.544	−7.901	27.282	1	26.96	O
HETATM 2818	O	HOH		477	−20.808	−17.909	25.351	1	27.71	O
HETATM 2819	O	HOH		478	−0.266	−22.369	−0.194	1	24.37	O
HETATM 2820	O	HOH		479	−15.401	−13.987	10.43	1	15.55	O
HETATM 2821	O	HOH		480	−23.584	−25.976	17.112	1	21.93	O
HETATM 2822	O	HOH		481	−0.951	−16.89	6.507	1	23.45	O
HETATM 2823	O	HOH		482	−19.984	−31.474	19.727	1	23.36	O
HETATM 2824	O	HOH		483	−20.734	−37.975	0.191	1	22.57	O
HETATM 2825	O	HOH		484	−1.305	−22.783	3.533	1	24	O
HETATM 2826	O	HOH		485	−14.126	−6.686	9.391	1	29.31	O
HETATM 2827	O	HOH		486	12.18	−18.065	16.553	1	28.27	O
HETATM 2828	O	HOH		487	−8.865	−26.351	34.301	1	27.06	O
HETATM 2829	O	HOH		488	−22.341	−34.547	1.461	1	22.94	O
HETATM 2830	O	HOH		489	−27.266	−33.359	−10.502	1	29.83	O
HETATM 2831	O	HOH		490	4.824	−18.32	8.069	1	28.27	O
HETATM 2832	O	HOH		491	3.811	−22.324	20.788	1	27.91	O
HETATM 2833	O	HOH		492	−11.364	−34.776	−12.089	1	29.47	O
HETATM 2834	O	HOH		493	−24.935	−3.884	7.089	1	31.43	O
HETATM 2835	O	HOH		494	12.295	−10.786	19.365	1	33.09	O
HETATM 2836	O	HOH		495	−18.846	−1.624	25.337	1	25.99	O
HETATM 2837	O	HOH		496	−15.819	−8.134	15.323	1	21.36	O
HETATM 2838	O	HOH		497	−0.337	−16.252	38.205	1	30	O
HETATM 2839	O	HOH		498	−5.96	−10.676	2.704	1	25.13	O
HETATM 2840	O	HOH		499	−18.004	−9.266	10.116	1	30.32	O
HETATM 2841	O	HOH		500	−20.514	−22.84	24.849	1	29.26	O
HETATM 2842	O	HOH		501	−18.556	−8.149	15.05	1	31.79	O
HETATM 2843	O	HOH		502	−6.99	−8.755	4.093	1	28.65	O
HETATM 2844	O	HOH		503	−9.249	−26.719	−15.867	1	29.95	O
HETATM 2845	O	HOH		504	−6.748	−17.352	13.053	1	26.27	O
HETATM 2846	O	HOH		505	9.247	−20.224	26.396	1	30.66	O
HETATM 2847	O	HOH		506	−19.884	−2.388	22.65	1	24.58	O
HETATM 2848	O	HOH		507	−20.027	−35.626	0.036	1	25.22	O
HETATM 2849	O	HOH		508	−13.344	−41.437	24.034	1	32.75	O
HETATM 2850	O	HOH		509	−17.974	−10.11	−0.442	1	28.83	O
HETATM 2851	O	HOH		510	−18.836	−39.877	19.419	1	33.9	O
HETATM 2852	O	HOH		511	6.945	−6.343	7.751	1	33.86	O
HETATM 2853	O	HOH		512	−27.965	−20.966	−7.241	1	28.36	O
HETATM 2854	O	HOH		513	−24.393	−37.167	13.644	1	29.05	O
HETATM 2855	O	HOH		514	−0.181	−25.149	36.99	1	34.99	O
HETATM 2856	O	HOH		515	−0.078	−22.541	−7.647	1	30.01	O
HETATM 2857	O	HOH		516	−27.456	−26.745	−9.906	1	28.84	O
HETATM 2858	O	HOH		517	−14.717	−18.657	−10.796	1	30.11	O
HETATM 2859	O	HOH		518	−17.64	−41.459	14.178	1	30.5	O
HETATM 2860	O	HOH		519	−22.594	−26.691	24.838	1	39.92	O
HETATM 2861	O	HOH		520	1.977	−6.842	29.51	1	39.31	O
HETATM 2862	O	HOH		521	−25.821	−14.418	18.474	1	32.17	O
HETATM 2863	O	HOH		522	0.538	−11.051	3.362	1	33.91	O
HETATM 2864	O	HOH		523	−17.263	−16.586	34.715	1	33.47	O
HETATM 2865	O	HOH		524	−7.567	−37.763	6.215	1	42.81	O
HETATM 2866	O	HOH		525	−21.751	−15.787	23.984	1	33.41	O
HETATM 2867	O	HOH		526	4.566	−3.593	19.218	1	34.46	O
HETATM 2868	O	HOH		527	4.248	−20.667	30.819	1	29.38	O
HETATM 2869	O	HOH		528	0.43	−30.621	−0.898	1	35.93	O
HETATM 2870	O	HOH		529	−22.839	−19.709	25.914	1	31.75	O
HETATM 2871	O	HOH		530	−24.685	−32.67	−11.303	1	30.9	O
HETATM 2872	O	HOH		531	0.137	−17.827	4.186	1	34.32	O
HETATM 2873	O	HOH		532	−5.289	9.141	17.085	1	40.95	O
HETATM 2874	O	HOH		533	−20.454	−11.091	−0.034	1	40.44	O
HETATM 2875	O	HOH		534	−24.193	−15.392	22.888	1	35.02	O
HETATM 2876	O	HOH		535	−22.28	−32.776	18.97	1	37.43	O
HETATM 2877	O	HOH		536	1.217	−27.509	6.993	1	33.62	O
HETATM 2878	O	HOH		537	−20.428	−17.27	27.97	1	29.57	O
HETATM 2879	O	HOH		538	−29.198	−33.158	9.243	1	46.11	O
HETATM 2880	O	HOH		539	−14.311	−14.091	37.921	1	29.85	O
HETATM 2881	O	HOH		540	−27.108	−37.999	−9.496	1	39.54	O
HETATM 2882	O	HOH		541	−11.971	2.282	11.15	1	30.38	O
HETATM 2883	O	HOH		542	5.265	−13.557	30.59	1	38.5	O
HETATM 2884	O	HOH		543	−26.405	−35.696	2.344	1	33.37	O
HETATM 2885	O	HOH		544	−11.782	−45.762	11.432	1	60.31	O
HETATM 2886	O	HOH		545	10.468	−12.588	6.42	1	44.73	O
HETATM 2887	O	HOH		546	−30.199	−21.148	−5.617	1	40.24	O
HETATM 2888	O	HOH		547	12.866	0.264	11.617	1	35	O
HETATM 2889	O	HOH		548	−27.384	−34.321	4.22	1	41.78	O
HETATM 2890	O	HOH		549	−3.482	−28.381	21.788	1	64.58	O
HETATM 2891	O	HOH		550	−25.292	−23.792	15.901	1	29.14	O
HETATM 2892	O	HOH		551	−31.404	−32.014	2.601	1	40.99	O
HETATM 2893	O	HOH		552	−8.57	−11.178	42.419	1	43.79	O
HETATM 2894	O	HOH		553	−4.519	−34.388	12.878	1	33.84	O
HETATM 2895	O	HOH		554	−10.105	3.951	25.962	1	37.19	O
HETATM 2896	O	HOH		555	−17.975	−19.361	33.552	1	36.89	O
HETATM 2897	O	HOH		556	−16.612	−37.194	−8.579	1	36.06	O
HETATM 2898	O	HOH		557	3.188	−4.81	21.255	1	44.84	O
HETATM 2899	O	HOH		558	−20.11	−10.053	33.086	1	40.81	O
HETATM 2900	O	HOH		559	5.409	−6.523	22.223	1	47.69	O
HETATM 2901	O	HOH		560	−24.237	−17.933	17.729	1	35.12	O
HETATM 2902	O	HOH		561	−2.367	−6.405	5.728	1	37.19	O
HETATM 2903	O	HOH		562	−9.56	11.7	19.78	1	48.74	O
HETATM 2904	O	HOH		563	−22.909	−23.549	21.049	1	41.34	O
HETATM 2905	O	HOH		564	−24.531	−11.657	22.681	1	45.87	O
HETATM 2906	O	HOH		565	−2.107	−27.982	14.209	1	29.68	O
HETATM 2907	O	HOH		566	−0.559	−34.89	−0.164	1	33.83	O
HETATM 2908	O	HOH		567	−25.757	−33.207	10.82	1	34.04	O
HETATM 2909	O	HOH		568	−0.383	−23.827	20.018	1	45.9	O
HETATM 2910	O	HOH		569	2.644	−27.241	−11.112	1	42.23	O
HETATM 2911	O	HOH		570	−3.97	7.299	15.436	1	45.9	O
HETATM 2912	O	HOH		571	−25.879	−30.613	14.356	1	35.74	O
HETATM 2913	O	HOH		572	−8.007	−18.135	−8.427	1	50.34	O
HETATM 2914	O	HOH		573	−15.88	−48.081	23.199	1	42.08	O
HETATM 2915	O	HOH		574	8.911	−3.443	10.086	1	40.88	O
HETATM 2916	O	HOH		575	−30.542	−25.025	2.412	1	42.58	O
HETATM 2917	O	HOH		576	−2.96	−38.508	−4.681	1	45.94	O
HETATM 2918	O	HOH		577	−7.771	−11.834	−3.379	1	42.7	O
HETATM 2919	O	HOH		578	2.978	−30.576	−9.585	1	49.04	O
HETATM 2920	O	HOH		579	14.432	−17.36	14.854	1	41.9	O
HETATM 2921	O	HOH		580	−2.598	−21.342	−8.623	1	30.95	O
HETATM 2922	O	HOH		581	−31.593	−17.188	−2.395	1	41.61	O
HETATM 2923	O	HOH		582	−1.57	−40.391	−2.138	1	46.37	O
HETATM 2924	O	HOH		583	5.861	−4.15	24.04	1	51.73	O
HETATM 2925	O	HOH		584	−29.929	−37.188	−2.587	1	47.72	O
HETATM 2926	O	HOH		585	−27.533	−16.367	−1.503	1	40.5	O
HETATM 2927	O	HOH		586	−32.555	−28.795	−7.914	1	50.34	O
HETATM 2928	O	HOH		587	−8.81	−8.98	0.063	1	37.26	O
HETATM 2929	O	HOH		588	−29.335	−16.296	5.172	1	33.79	O
HETATM 2930	O	HOH		589	−16.631	−11.749	9.34	1	27.17	O
HETATM 2931	O	HOH		590	−12.772	−20.531	20.625	1	24.81	O
HETATM 2932	O	HOH		591	−26.211	−29.492	6.086	1	27.94	O
HETATM 2933	O	HOH		592	0.537	−23.376	16.992	1	31	O
HETATM 2934	O	HOH		593	−22.603	−1.587	22.227	1	31.67	O
HETATM 2935	O	HOH		594	−0.052	−14.336	6.488	1	25.99	O
HETATM 2936	O	HOH		595	−10.49	−12.81	10.299	1	35.63	O
HETATM 2937	O	HOH		596	4.581	−4.426	38.337	1	30.99	O
HETATM 2938	O	HOH		597	−11.204	−1.146	35.411	1	34.8	O
HETATM 2939	O	HOH		598	−26.846	−12.491	3.753	1	33.36	O
HETATM 2940	O	HOH		599	−15.614	−10.401	4.311	1	39.07	O
HETATM 2941	O	HOH		600	−28.127	−22.235	−9.8	1	32.28	O
HETATM 2942	O	HOH		601	−25.16	−28.203	16.71	1	36.31	O
HETATM 2943	O	HOH		602	−24.234	−12.404	5.561	1	42.06	O
HETATM 2944	O	HOH		603	−0.656	−23.56	−10.026	1	45.93	O
HETATM 2945	O	HOH		604	−29.259	−24.805	−10.452	1	37.42	O
HETATM 2946	O	HOH		605	−15.287	−37.53	−5.482	1	36.29	O
HETATM 2947	O	HOH		606	−22.887	−37.26	1.253	1	42.31	O
HETATM 2948	O	HOH		607	−18.24	−38.612	−0.598	1	36.59	O
HETATM 2949	O	HOH		608	−25.023	−29.916	−12.36	1	29.35	O
HETATM 2950	O	HOH		609	−1.652	−24.538	23.841	1	33.65	O
HETATM 2951	O	HOH		610	0.152	−4.248	32.144	1	45.52	O
HETATM 2952	O	HOH		611	−0.746	−2.816	21.838	1	39.69	O
HETATM 2953	O	HOH		612	0.093	−19.493	−0.123	1	44.37	O
HETATM 2954	O	HOH		613	−21.348	−40.416	0.449	1	37.66	O
HETATM 2955	O	HOH		614	9.935	−9.122	20.852	1	35.68	O
HETATM 2956	O	HOH		615	−9.451	−9.237	39.133	1	32.82	O
HETATM 2957	O	HOH		616	−6.081	−2.271	29.649	1	36.85	O
HETATM 2958	O	HOH		617	−26.115	−3.071	11.79	1	34.96	O
HETATM 2959	O	HOH		618	1.061	−18.062	34.513	1	37.13	O
HETATM 2960	O	HOH		619	−3.36	−6.057	38.878	1	30.87	O
HETATM 2961	O	HOH		620	−28.99	−32.278	3.75	1	45.31	O
HETATM 2962	O	HOH		621	−0.682	−19.446	2.372	1	29.21	O
HETATM 2963	O	HOH		622	−10.43	−23.454	−15.329	1	46.6	O
HETATM 2964	O	HOH		623	−26.508	−16.824	18.219	1	42.03	O
HETATM 2965	O	HOH		624	−25.02	−15.949	−2.434	1	38.51	O
HETATM 2966	O	HOH		625	−28.61	−14.764	7.347	1	41.16	O
HETATM 2967	O	HOH		626	10.862	−17.281	8.37	1	41.15	O
HETATM 2968	O	HOH		627	5.685	−7.256	18.393	1	44.42	O
HETATM 2969	O	HOH		628	−22.867	−19.186	−12.162	1	38.61	O
HETATM 297O	O	HOH		629	−3.111	−31.695	12.737	1	36.89	O
HETATM 2971	O	HOH		630	−30.03	−22.722	3.7	1	40.75	O
HETATM 2972	O	HOH		631	−3.984	−25.807	20.752	1	35.86	O
HETATM 2973	O	HOH		632	−2.621	−26.891	−11.016	1	45.77	O
HETATM 2974	O	HOH		633	−3.704	−0.27	29.333	1	40.68	O
HETATM 2975	O	HOH		634	−0.477	−23.108	13.92	1	48.58	O
HETATM 2976	O	HOH		635	2.261	−24.011	36.113	1	39	O
HETATM 2977	O	HOH		636	−7.258	0.369	30.999	1	32.49	O
HETATM 2978	O	HOH		637	1.793	−5.628	24.565	1	41.09	O
HETATM 2979	O	HOH		638	−9.184	−36.77	24.865	1	33.79	O
HETATM 2980	O	HOH		639	−28.895	−30.857	−11.271	1	37.13	O
HETATM 2981	O	HOH		640	−27.809	−37.347	0.76	1	35.8	O
HETATM 2982	O	HOH		641	−21.798	4.232	19.72	1	39.57	O
HETATM 2983	O	HOH		642	−9.3	−7.67	4.188	1	40.43	O
HETATM 2984	O	HOH		643	−11.14	−10.192	−3.156	1	41.84	O
HETATM 2985	O	HOH		644	9.521	−22.454	11.542	1	48.13	O
HETATM 2986	O	HOH		645	−19.459	−34.845	24.2	1	47.28	O
HETATM 2987	O	HOH		646	−5.996	−25.202	−11.174	1	41.31	O
HETATM 2988	O	HOH		647	−25.515	0.079	20.078	1	40.31	O
HETATM 2989	O	HOH		648	−17.053	−40.643	−4.693	1	39.47	O
HETATM 2990	O	HOH		649	−5.075	−13.727	−1.977	1	37.71	O
HETATM 2991	O	HOH		650	−18.252	−20.032	36.469	1	52.94	O
HETATM 2992	O	HOH		651	−10.525	−16.713	−7.787	1	50.42	O
HETATM 2993	O	HOH		652	−26.603	−20.55	16.045	1	47.72	O
HETATM 2994	O	HOH		653	9.795	−9.836	6.305	1	44.25	O
HETATM 2995	O	HOH		654	−26.963	−38.396	5.309	1	44	O
HETATM 2996	O	HOH		655	4.84	−22.335	8.374	1	35.47	O
HETATM 2997	O	HOH		656	7.985	−8.058	24.606	1	54.06	O
HETATM 2998	O	HOH		657	−7.895	−14.032	−5.182	1	50.86	O
HETATM 2999	O	HOH		658	−15.82	−7.607	1.831	1	40.59	O
HETATM 3000	O	HOH		659	−30.032	−39.265	−4.097	1	42.45	O
HETATM 3001	O	HOH		660	−13.064	−23.295	−15.487	1	39.35	O
HETATM 3002	O	HOH		661	−9.468	−42.825	10.925	1	49.04	O
HETATM 3003	O	HOH		662	−25.025	−20.47	24.37	1	37.74	O
HETATM 3004	O	HOH		663	14.429	−9.579	17.245	1	37.99	O
HETATM 3005	O	HOH		664	3.068	−4.212	32.466	1	41.96	O
HETATM 3006	O	HOH		665	7.052	−21.585	29.996	1	49.37	O
HETATM 3007	O	HOH		666	1.464	−22.459	33.93	1	43.97	O
HETATM 3008	O	HOH		667	11.211	−22.844	20.278	1	49.17	O
HETATM 3009	O	HOH		668	14.08	−8.828	14.04	1	41.13	O
HETATM 3010	O	HOH		669	7.729	−5.421	15.019	1	47.75	O
HETATM 3011	O	HOH		670	−27.524	−28.658	−11.786	1	33.78	O
HETATM 3012	O	HOH		671	1.093	0.584	14.808	1	45.14	O
HETATM 3013	O	HOH		672	−28.602	−28.987	6.608	1	36.94	O
HETATM 3014	O	HOH		673	−1.707	−18.179	−2.651	1	51.3	O
HETATM 3015	O	HOH		674	−28.516	−26.965	−13.989	1	30.56	O
HETATM 3016	O	HOH		675	−18.54	−0.92	11.011	1	42.85	O
HETATM 3017	O	HOH		676	−9.423	−37.628	13.434	1	35.34	O
HETATM 3018	O	HOH		677	−0.6	2.482	14.999	1	34.45	O
HETATM 3019	O	HOH		678	7.51	−9.424	34.74	1	32.82	O
HETATM 3020	O	HOH		679	−5.675	−2.458	39.724	1	36.27	O
HETATM 3021	O	HOH		680	−28.281	−20.413	8.785	1	38.88	O
HETATM 3022	O	HOH		681	−7.479	−6.143	8.182	1	33.35	O
HETATM 3023	O	HOH		682	−8.663	−28.617	31.054	1	42.06	O
HETATM 3024	O	HOH		683	−20.361	−19.697	38.36	1	46.41	O
HETATM 3025	O	HOH		684	−1.281	4.49	12.993	1	38.62	O
HETATM 3026	O	HOH		685	3.157	−7.398	27.107	1	42.79	O
HETATM 3027	O	HOH		686	−3.957	−40.357	−6.228	1	42.11	O
HETATM 3028	O	HOH		687	−12.984	−40.757	5.444	1	43.87	O
HETATM 3029	O	HOH		688	5.496	−6.591	14.351	1	40.95	O
HETATM 3030	O	HOH		689	−8.389	−34.589	−15.09	1	44.94	O
HETATM 3031	O	HOH		690	−13.693	−23.277	38.418	1	37.9	O
HETATM 3032	O	HOH		691	−24.58	−22.039	19.006	1	42.55	O
HETATM 3033	O	HOH		692	−32.378	−33.164	−0.652	1	35.17	O
HETATM 3034	O	HOH		693	7.74	−7.592	16.899	1	45.17	O
HETATM 3035	O	HOH		694	−3.078	−15.934	0.801	1	32.55	O
HETATM 3036	O	HOH		695	1.545	−32.331	1.679	1	38.68	O
HETATM 3037	O	HOH		696	−13.291	−39.415	25.93	1	38.96	O
HETATM 3038	O	HOH		697	−10.871	6.311	25.436	1	43.63	O
HETATM 3039	O	HOH		698	2.111	−28.771	3.625	1	47.5	O
HETATM 3040	O	HOH		699	−25.058	−17.44	20.303	1	41.65	O
HETATM 3041	O	HOH		700	−26.881	−20.967	−11.816	1	43.72	O
HETATM 3042	O	HOH		701	−18.579	−29.941	31.735	1	47.55	O
HETATM 3043	O	HOH		702	−12.931	−32.713	28.639	1	42.82	O
HETATM 3044	O	HOH		703	9.727	−4.271	13.634	1	37.42	O
HETATM 3045	O	HOH		704	−27.58	−9.379	14.292	1	38.1	O
HETATM 3046	O	HOH		705	−20.978	−15.421	−5.923	1	47.01	O
HETATM 3047	O	HOH		706	−8.667	2.095	29.458	1	42.59	O
HETATM 3048	O	HOH		707	−1.418	0.133	23.496	1	48.61	O
HETATM 3049	O	HOH		708	−13.603	−10.702	−6.571	1	45	O
HETATM 3050	O	HOH		709	4.41	−13.251	4.468	1	43.85	O
HETATM 3051	O	HOH		710	−23.922	−3.45	24.197	1	38.06	O
HETATM 3052	O	HOH		711	0.226	−35.566	−2.582	1	43.2	O
HETATM 3053	O	HOH		712	−20.222	−31.592	22.479	1	27.77	O
HETATM 3054	O	HOH		713	−22.635	−30.126	22.425	1	31.56	O
HETATM 3055	O	HOH		714	−17.559	−5.685	8.831	1	45.79	O
HETATM 3056	O	HOH		715	8.19	−11.688	33.399	1	43.54	O
HETATM 3057	O	HOH		716	10.533	−21.61	24.327	1	39.34	O
HETATM 3058	O	HOH		717	−24.657	−30.228	19.001	1	43	O
HETATM 3059	O	HOH		718	−26.946	−22.666	17.665	1	47.2	O
HETATM 3060	O	HOH		719	9.128	−7.202	19.12	1	47	O
HETATM 3061	O	HOH		720	−11.86	−4.72	9.98	1	38.65	O
HETATM 3062	O	HOH		721	−12.774	−6.861	0.956	1	47.14	O
HETATM 3063	O	HOH		722	−5.571	−3.93	32.406	1	45.17	O
HETATM 3064	O	HOH		723	−20.186	−32.195	29.15	1	45.57	O
HETATM 3065	O	HOH		724	−3.551	−25.129	−13.339	1	47.19	O
HETATM 3066	O	HOH		725	−10.386	−4.742	2.482	1	46.15	O
HETATM 3067	O	HOH		726	−7.038	−27.167	−17.385	1	42.26	O
HETATM 3068	O	HOH		727	15.868	−16.793	22.193	1	40.5	O
HETATM 3069	O	HOH		728	−14.832	−5.697	14.299	1	48.99	O
HETATM 3070	O	HOH		729	−28.684	−15.039	0.609	1	43.79	O
HETATM 3071	O	HOH		730	−2.557	−30.903	16.875	1	43.03	O
HETATM 3072	O	HOH		731	−14.657	2.174	9.541	1	48.86	O
HETATM 3073	O	HOH		732	−11.561	−6.706	41.726	1	44.28	O
HETATM 3074	O	HOH		733	−27.931	−31.049	7.921	1	40.28	O

[0042]

Claims

1. A crystal comprising LuxP.

2. The crystal of claim 1 comprising a LuxP-ligand complex, the crystal diffracting X-rays to a resolution of greater than 5.0 Angstroms.

3. The crystal of claim 2 wherein the resolution is greater than 2.8 Å.

4. The crystal of claim 2 wherein the resolution is greater than 1.5 Å.

5. The crystal of claim 2 in which the ligand comprises boron.

6. The crystal of claim 2, in which the ligand comprises a furan moiety.

7. The crystal of claim 2, in which the ligand comprises autoinducer-2.

8. The crystal of claim 7 in which the ligand has the chemical formula:

9. A method of using the crystal of claim 1 to identify whether a ligand binds to LuxP, comprising obtaining the atomic coordinates in the crystal of at least a selected portion of LuxP; using the atomic coordinates to model the selected portion; identifying a potential ligand; and docking the potential ligand to the selected portion of LuxP.

10. The method of claim 9, wherein the selected portion comprises an amino acid residue selected from the group consisting of Trp 82, Gln 77, Ser 79, Asp 267, Thr 266, Trp 289, Arg 310, Arg 215, and Asn 159 according to Table 1.

11. The method of claim 9 in which information regarding the selected portion is stored on a computer.

12. The method of claim 9 in which a computer is used for the identifying of the potential ligand or the docking of the potential ligand to the binding site, or both.

13. The method of claim 9, further comprising obtaining a sample of the potential ligand and contacting the sample with a prokaryotic cell.

14. A ligand identified by the method of claim 9.

15. A pharmaceutical composition comprising the ligand of claim 14.

16. The pharmaceutical composition of claim 15 in which the ligand is a compound having the chemical formula:

17. A method of treatment comprising administering the pharmaceutical composition of claim 15 to a human in an amount that is therapeutically effective to treat a bacterial infection.