O (10) TYR255
–
[2.79] (CE1, CZ, OH)

H (3) TYR45
–
[3.87] (OH)

C (13) ILE284
–
[3.72] (CG2)

C (20) TRP94
–
[3.66] (CH2, CZ2)

HIS113 (CB, H8 ()
–
CD2,[3.08] CE1,CG)

O (5) LEU41
–
[3.86] (CD1)

O (8) SER285
–
[3.07] (OG)

O (1) ASP97
–
[3.35] (OD1)

C (17) ILE284
–
[3.05] (CG2)

C (16) TRP94
–
[3.36] (CH2,CZ2)

H (6) TYR255
–
[2.95] (CE1,CZ)

O (6) ASP97
–
[3.48] (CG)

O (9) SER285
–
[2.96] (CB,OG)

O (6) ASP97
–
[3.06] (OD1,OD2)

C (8) TRP94
–
[3.87] (CZ3)

H (4) ASP97
–
[2.59] (CG)

H (4) ASP97
–
[2.24] (OD1,OD2)

C (12) TRP94
–
[3.60] (CH2,CZ3)

C (4) ASP97
–
[3.47] (OD1)

H (2) ASP97
–
[3.85] (OD1)

C (20) HIS113
–
[3.85] (CD2)

C (2) ASP97
–
[3.06] (OD1)

O (12) HIS113
–
[3.22] (ND1,NE2)

C (21) HIS113
–
[3.57] (CE1)

C (1) ASP97
–
[3.88] (OD1)

H (8) HIS113
–
[2.92] (ND1,NE2)

C (3) ASP97
–
[3.84] (OD1)

H (2) ARG183
–
[3.38] (CZ,NH1,NH2)

C (6) ASP97
–
[3.49] (OD1)

O (6) ARG183
–
[3.64] (NH1)

O (3) ALA98
–
[3.85] (CB)

H (4) ARG183
–
[3.43] (NH1)

H (7) VAL112
–
[3.63] (CG2)

H (6) TYR255
–
[2.20] (OH)

O (12) VAL112
–
[3.15] (CG2)

H (3) SER285
–
[3.57] (OG)

H (8) VAL112
–
[3.34] (CG2)

H (5) SER285
–
[2.30] (OG)

(12) HIS113
–
[3.22] (CE1,CG)

O (7) –
GLU288

C (21) –
HIS113

[3.61] (OE1)

[3.67] (NE2)

O (8) GLU288
–
[3.74] (OE2)

C (20) HIS113
–
[3.70] (NE2)

H (5) GLU288
–
[3.62] (OE2)

H (2) ILE185
–
[3.70] (CD1)

C (18) TYR255
–
[3.69] (OH)

O (10) ILE259
–
[3.81] (CD1)

H (6) ILE259
–
[3.13] (CD1)

O (9) ILE284
–
[3.43] (CG2)

H (6) ILE284
–
[3.73] (CG2)

H (5) SER285
–
[3.22] (CB)

C (10) GLU288
–
[3.10] (CD,OE2)

C (11) GLU288
–
[3.43] (CD,OE1,OE2)

C (14) GLU288
–
[3.52] (OE1)

C (7) GLU288
–
[3.86] (OE2)

C (9) GLU288
–
[3.32] (OE2)

C (13) GLU288
–
[3.47] (OE2)