IID

Q9UGF7_Q9H2C1.1 contacts (residues)

Receptor	R: Secondary Structure	R: Residue	R; Chain	R: Residue number	Ligand	L: Secondary Structure	L: Residue	L: Chain	L: Residue Number
R	-	ASP	A	349	L	-	MET	V	1
R	-	THR	A	350	L	-	ASN	V	3
R	-	PRO	A	351	L	-	ASN	V	3
R	-	SER	A	352	L	-	ASN	V	3
R	-	SER	A	352	L	-	VAL	V	4
R	-	PRO	A	353	L	-	VAL	V	4
R	-	PRO	A	353	L	-	THR	V	6
R	-	GLU	A	354	L	-	VAL	V	4
R	-	GLU	A	354	L	-	THR	V	6
R	-	PRO	A	355	L	-	THR	V	6
R	-	GLY	A	356	L	H	ALA	V	162
R	-	GLY	A	356	L	-	HIS	V	163
R	-	LEU	A	357	L	-	HIS	V	163
R	-	PRO	A	358	L	H	VAL	V	159
R	-	PRO	A	358	L	H	MET	V	160
R	-	PRO	A	358	L	-	HIS	V	163
R	-	GLY	A	359	L	H	VAL	V	159
R	-	GLY	A	359	L	H	MET	V	160
R	-	GLY	A	359	L	-	HIS	V	163
R	-	THR	A	360	L	H	MET	V	160
R	-	MET	A	364	L	H	TRP	V	195
R	-	MET	A	364	L	H	ILE	V	199
R	-	PRO	A	365	L	H	ILE	V	199
R	-	GLY	A	366	L	H	ILE	V	199
R	-	GLY	A	366	L	H	SER	V	203
R	-	VAL	A	368	L	H	MET	V	206
R	-	VAL	A	368	L	H	PHE	V	210
R	-	PHE	A	369	L	H	MET	V	206
R	-	PHE	A	369	L	H	PHE	V	210
R	-	SER	A	370	L	H	MET	V	206
R	-	GLY	A	371	L	H	PHE	V	209
R	-	GLY	A	371	L	H	GLY	V	252
R	-	GLY	A	372	L	H	CYS	V	248
R	-	GLY	A	372	L	H	GLY	V	252
R	-	GLY	A	372	L	H	PRO	V	253
R	-	PRO	A	373	L	H	LEU	V	249
R	-	PRO	A	373	L	H	GLY	V	252
R	-	PRO	A	373	L	H	PRO	V	253
R	-	SER	A	374	L	H	LEU	V	249
R	-	SER	A	374	L	H	PRO	V	253
R	-	SER	A	374	L	H	MET	V	276
R	-	PRO	A	375	L	H	LEU	V	249
R	-	PRO	A	375	L	H	MET	V	276
R	-	PRO	A	375	L	H	VAL	V	280
R	-	PRO	A	375	L	H	LEU	V	284
R	-	PRO	A	376	L	H	MET	V	276
R	-	PRO	A	376	L	H	VAL	V	280
R	-	PRO	A	378	L	H	ILE	V	31
R	-	MET	A	379	L	H	ILE	V	28
R	-	MET	A	379	L	H	ILE	V	31
R	-	SER	A	380	L	H	GLY	V	27
R	-	SER	A	380	L	H	ILE	V	28
R	-	SER	A	380	L	H	ILE	V	31
R	-	GLY	A	381	L	H	PHE	V	24
R	-	GLY	A	381	L	H	GLY	V	27
R	-	THR	A	382	L	H	PRO	V	23
R	-	THR	A	382	L	H	PHE	V	24
R	-	GLY	A	384	L	H	GLU	V	20
R	-	GLY	A	384	L	H	PRO	V	23
R	-	TYR	A	385	L	H	GLU	V	20
R	-	SER	A	386	L	H	GLU	V	20
R	-	GLY	A	387	L	H	GLU	V	20
R	-	LEU	A	389	L	-	GLY	V	17

- Title of columns started by 'R:' means Receptor, 'L:' means Ligand
- In the Secondary Structure columns: 'H' means that residues in that row are part of Alpha Helix; 'S' - Beta Sheet

Q9UGF7_Q9H2C1.1 contacts (residues & atoms)

Receptor	R: Secondary Structure	R: Atom	R: Residue	R; Chain	R: Residue number	Ligand	L: Secondary Structure	L; Atom	L: Residue	L: Chain	L: Residue Number
R	-	OD1	ASP	A	349	L	-	HB2	MET	V	1
R	-	C	THR	A	350	L	-	CG	ASN	V	3
R	-	C	THR	A	350	L	-	OD1	ASN	V	3
R	-	C	THR	A	350	L	-	HD22	ASN	V	3
R	-	CB	THR	A	350	L	-	HD22	ASN	V	3
R	-	O	THR	A	350	L	-	CG	ASN	V	3
R	-	O	THR	A	350	L	-	ND2	ASN	V	3
R	-	O	THR	A	350	L	-	OD1	ASN	V	3
R	-	O	THR	A	350	L	-	HA	ASN	V	3
R	-	O	THR	A	350	L	-	HD22	ASN	V	3
R	-	N	PRO	A	351	L	-	OD1	ASN	V	3
R	-	CA	PRO	A	351	L	-	OD1	ASN	V	3
R	-	CA	PRO	A	351	L	-	HA	ASN	V	3
R	-	C	PRO	A	351	L	-	OD1	ASN	V	3
R	-	C	PRO	A	351	L	-	HA	ASN	V	3
R	-	O	PRO	A	351	L	-	OD1	ASN	V	3
R	-	N	SER	A	352	L	-	OD1	ASN	V	3
R	-	N	SER	A	352	L	-	HA	ASN	V	3
R	-	N	SER	A	352	L	-	H	VAL	V	4
R	-	CA	SER	A	352	L	-	H	VAL	V	4
R	-	CA	SER	A	352	L	-	HB	VAL	V	4
R	-	C	SER	A	352	L	-	O	VAL	V	4
R	-	C	SER	A	352	L	-	HB	VAL	V	4
R	-	O	SER	A	352	L	-	O	VAL	V	4
R	-	N	PRO	A	353	L	-	O	VAL	V	4
R	-	N	PRO	A	353	L	-	HB	VAL	V	4
R	-	CA	PRO	A	353	L	-	O	VAL	V	4
R	-	CA	PRO	A	353	L	-	HB	VAL	V	4
R	-	C	PRO	A	353	L	-	O	VAL	V	4
R	-	C	PRO	A	353	L	-	CG1	VAL	V	4
R	-	C	PRO	A	353	L	-	HB	VAL	V	4
R	-	C	PRO	A	353	L	-	HG11	VAL	V	4
R	-	C	PRO	A	353	L	-	HG13	VAL	V	4
R	-	C	PRO	A	353	L	-	CG2	THR	V	6
R	-	C	PRO	A	353	L	-	OG1	THR	V	6
R	-	C	PRO	A	353	L	-	HG23	THR	V	6
R	-	O	PRO	A	353	L	-	CB	VAL	V	4
R	-	O	PRO	A	353	L	-	O	VAL	V	4
R	-	O	PRO	A	353	L	-	CG1	VAL	V	4
R	-	O	PRO	A	353	L	-	HB	VAL	V	4
R	-	O	PRO	A	353	L	-	HG11	VAL	V	4
R	-	O	PRO	A	353	L	-	HG13	VAL	V	4
R	-	O	PRO	A	353	L	-	N	THR	V	6
R	-	O	PRO	A	353	L	-	CA	THR	V	6
R	-	O	PRO	A	353	L	-	CB	THR	V	6
R	-	O	PRO	A	353	L	-	CG2	THR	V	6
R	-	O	PRO	A	353	L	-	OG1	THR	V	6
R	-	O	PRO	A	353	L	-	H	THR	V	6
R	-	O	PRO	A	353	L	-	HA	THR	V	6
R	-	O	PRO	A	353	L	-	HG1	THR	V	6
R	-	O	PRO	A	353	L	-	HG21	THR	V	6
R	-	O	PRO	A	353	L	-	HG22	THR	V	6
R	-	O	PRO	A	353	L	-	HG23	THR	V	6
R	-	CG	PRO	A	353	L	-	OG1	THR	V	6
R	-	CD	PRO	A	353	L	-	O	VAL	V	4
R	-	CD	PRO	A	353	L	-	OG1	THR	V	6
R	-	CD	PRO	A	353	L	-	H	THR	V	6
R	-	CD	PRO	A	353	L	-	HG1	THR	V	6
R	-	N	GLU	A	354	L	-	HB	VAL	V	4
R	-	N	GLU	A	354	L	-	HG11	VAL	V	4
R	-	N	GLU	A	354	L	-	HG13	VAL	V	4
R	-	N	GLU	A	354	L	-	HG23	THR	V	6
R	-	CA	GLU	A	354	L	-	HG13	VAL	V	4
R	-	CA	GLU	A	354	L	-	CG2	THR	V	6
R	-	CA	GLU	A	354	L	-	HG21	THR	V	6
R	-	CA	GLU	A	354	L	-	HG23	THR	V	6
R	-	C	GLU	A	354	L	-	CG2	THR	V	6
R	-	C	GLU	A	354	L	-	HG21	THR	V	6
R	-	C	GLU	A	354	L	-	HG22	THR	V	6
R	-	C	GLU	A	354	L	-	HG23	THR	V	6
R	-	CB	GLU	A	354	L	-	HG13	VAL	V	4
R	-	O	GLU	A	354	L	-	CG2	THR	V	6
R	-	O	GLU	A	354	L	-	HG21	THR	V	6
R	-	O	GLU	A	354	L	-	HG23	THR	V	6
R	-	CG	GLU	A	354	L	-	HG13	VAL	V	4
R	-	N	PRO	A	355	L	-	CG2	THR	V	6
R	-	N	PRO	A	355	L	-	HG21	THR	V	6
R	-	N	PRO	A	355	L	-	HG22	THR	V	6
R	-	N	PRO	A	355	L	-	HG23	THR	V	6
R	-	CG	PRO	A	355	L	-	HG21	THR	V	6
R	-	CG	PRO	A	355	L	-	HG22	THR	V	6
R	-	CD	PRO	A	355	L	-	CG2	THR	V	6
R	-	CD	PRO	A	355	L	-	HG21	THR	V	6
R	-	CD	PRO	A	355	L	-	HG22	THR	V	6
R	-	CD	PRO	A	355	L	-	HG23	THR	V	6
R	-	C	GLY	A	356	L	-	ND1	HIS	V	163
R	-	C	GLY	A	356	L	-	HA	HIS	V	163
R	-	C	GLY	A	356	L	-	HE1	HIS	V	163
R	-	O	GLY	A	356	L	H	O	ALA	V	162
R	-	O	GLY	A	356	L	-	CA	HIS	V	163
R	-	O	GLY	A	356	L	-	CG	HIS	V	163
R	-	O	GLY	A	356	L	-	ND1	HIS	V	163
R	-	O	GLY	A	356	L	-	CE1	HIS	V	163
R	-	O	GLY	A	356	L	-	HA	HIS	V	163
R	-	O	GLY	A	356	L	-	HE1	HIS	V	163
R	-	N	LEU	A	357	L	-	ND1	HIS	V	163
R	-	N	LEU	A	357	L	-	CE1	HIS	V	163
R	-	N	LEU	A	357	L	-	HE1	HIS	V	163
R	-	CA	LEU	A	357	L	-	CG	HIS	V	163
R	-	CA	LEU	A	357	L	-	ND1	HIS	V	163
R	-	CA	LEU	A	357	L	-	CE1	HIS	V	163
R	-	CA	LEU	A	357	L	-	NE2	HIS	V	163
R	-	CA	LEU	A	357	L	-	HE1	HIS	V	163
R	-	C	LEU	A	357	L	-	CG	HIS	V	163
R	-	C	LEU	A	357	L	-	CD2	HIS	V	163
R	-	C	LEU	A	357	L	-	ND1	HIS	V	163
R	-	C	LEU	A	357	L	-	CE1	HIS	V	163
R	-	C	LEU	A	357	L	-	NE2	HIS	V	163
R	-	C	LEU	A	357	L	-	HE1	HIS	V	163
R	-	C	LEU	A	357	L	-	HE2	HIS	V	163
R	-	CB	LEU	A	357	L	-	ND1	HIS	V	163
R	-	CB	LEU	A	357	L	-	CE1	HIS	V	163
R	-	CB	LEU	A	357	L	-	HE1	HIS	V	163
R	-	O	LEU	A	357	L	-	ND1	HIS	V	163
R	-	O	LEU	A	357	L	-	CE1	HIS	V	163
R	-	O	LEU	A	357	L	-	NE2	HIS	V	163
R	-	O	LEU	A	357	L	-	HE1	HIS	V	163
R	-	O	LEU	A	357	L	-	HE2	HIS	V	163
R	-	CD2	LEU	A	357	L	-	ND1	HIS	V	163
R	-	N	PRO	A	358	L	-	CG	HIS	V	163
R	-	N	PRO	A	358	L	-	CD2	HIS	V	163
R	-	N	PRO	A	358	L	-	ND1	HIS	V	163
R	-	N	PRO	A	358	L	-	CE1	HIS	V	163
R	-	N	PRO	A	358	L	-	NE2	HIS	V	163
R	-	N	PRO	A	358	L	-	HE1	HIS	V	163
R	-	N	PRO	A	358	L	-	HE2	HIS	V	163
R	-	CA	PRO	A	358	L	-	CG	HIS	V	163
R	-	CA	PRO	A	358	L	-	CD2	HIS	V	163
R	-	CA	PRO	A	358	L	-	ND1	HIS	V	163
R	-	CA	PRO	A	358	L	-	CE1	HIS	V	163
R	-	CA	PRO	A	358	L	-	NE2	HIS	V	163
R	-	CA	PRO	A	358	L	-	HE1	HIS	V	163
R	-	CA	PRO	A	358	L	-	HE2	HIS	V	163
R	-	C	PRO	A	358	L	-	CG	HIS	V	163
R	-	C	PRO	A	358	L	-	CD2	HIS	V	163
R	-	C	PRO	A	358	L	-	ND1	HIS	V	163
R	-	C	PRO	A	358	L	-	CE1	HIS	V	163
R	-	C	PRO	A	358	L	-	NE2	HIS	V	163
R	-	C	PRO	A	358	L	-	HD2	HIS	V	163
R	-	C	PRO	A	358	L	-	HE1	HIS	V	163
R	-	C	PRO	A	358	L	-	HE2	HIS	V	163
R	-	CB	PRO	A	358	L	-	CE1	HIS	V	163
R	-	CB	PRO	A	358	L	-	NE2	HIS	V	163
R	-	CB	PRO	A	358	L	-	HE1	HIS	V	163
R	-	CB	PRO	A	358	L	-	HE2	HIS	V	163
R	-	O	PRO	A	358	L	H	CG1	VAL	V	159
R	-	O	PRO	A	358	L	H	HG11	VAL	V	159
R	-	O	PRO	A	358	L	H	HG12	VAL	V	159
R	-	O	PRO	A	358	L	H	HG13	VAL	V	159
R	-	O	PRO	A	358	L	H	HE1	MET	V	160
R	-	O	PRO	A	358	L	H	HE3	MET	V	160
R	-	O	PRO	A	358	L	-	CD2	HIS	V	163
R	-	O	PRO	A	358	L	-	CE1	HIS	V	163
R	-	O	PRO	A	358	L	-	NE2	HIS	V	163
R	-	O	PRO	A	358	L	-	HD2	HIS	V	163
R	-	O	PRO	A	358	L	-	HE1	HIS	V	163
R	-	O	PRO	A	358	L	-	HE2	HIS	V	163
R	-	CG	PRO	A	358	L	-	CE1	HIS	V	163
R	-	CG	PRO	A	358	L	-	NE2	HIS	V	163
R	-	CG	PRO	A	358	L	-	HE1	HIS	V	163
R	-	CG	PRO	A	358	L	-	HE2	HIS	V	163
R	-	CD	PRO	A	358	L	-	CD2	HIS	V	163
R	-	CD	PRO	A	358	L	-	ND1	HIS	V	163
R	-	CD	PRO	A	358	L	-	CE1	HIS	V	163
R	-	CD	PRO	A	358	L	-	NE2	HIS	V	163
R	-	CD	PRO	A	358	L	-	HE1	HIS	V	163
R	-	CD	PRO	A	358	L	-	HE2	HIS	V	163
R	-	N	GLY	A	359	L	H	HE1	MET	V	160
R	-	N	GLY	A	359	L	-	NE2	HIS	V	163
R	-	N	GLY	A	359	L	-	HE2	HIS	V	163
R	-	CA	GLY	A	359	L	H	HE1	MET	V	160
R	-	C	GLY	A	359	L	H	CE	MET	V	160
R	-	C	GLY	A	359	L	H	HE1	MET	V	160
R	-	C	GLY	A	359	L	H	HE2	MET	V	160
R	-	C	GLY	A	359	L	H	HE3	MET	V	160
R	-	O	GLY	A	359	L	H	HG11	VAL	V	159
R	-	O	GLY	A	359	L	H	SD	MET	V	160
R	-	O	GLY	A	359	L	H	CE	MET	V	160
R	-	O	GLY	A	359	L	H	HE1	MET	V	160
R	-	O	GLY	A	359	L	H	HE2	MET	V	160
R	-	O	GLY	A	359	L	H	HE3	MET	V	160
R	-	O	GLY	A	359	L	-	HD2	HIS	V	163
R	-	N	THR	A	360	L	H	CE	MET	V	160
R	-	N	THR	A	360	L	H	HE1	MET	V	160
R	-	N	THR	A	360	L	H	HE2	MET	V	160
R	-	CE	MET	A	364	L	H	CE3	TRP	V	195
R	-	CE	MET	A	364	L	H	HE3	TRP	V	195
R	-	CE	MET	A	364	L	H	HD12	ILE	V	199
R	-	CA	PRO	A	365	L	H	HD11	ILE	V	199
R	-	C	PRO	A	365	L	H	HD11	ILE	V	199
R	-	N	GLY	A	366	L	H	HD11	ILE	V	199
R	-	C	GLY	A	366	L	H	HG22	ILE	V	199
R	-	O	GLY	A	366	L	H	CG2	ILE	V	199
R	-	O	GLY	A	366	L	H	HG22	ILE	V	199
R	-	O	GLY	A	366	L	H	OG	SER	V	203
R	-	C	VAL	A	368	L	H	HG2	MET	V	206
R	-	O	VAL	A	368	L	H	CG	MET	V	206
R	-	O	VAL	A	368	L	H	HB2	MET	V	206
R	-	O	VAL	A	368	L	H	HG2	MET	V	206
R	-	O	VAL	A	368	L	H	HE2	PHE	V	210
R	-	CA	PHE	A	369	L	H	HG2	MET	V	206
R	-	C	PHE	A	369	L	H	CG	MET	V	206
R	-	C	PHE	A	369	L	H	SD	MET	V	206
R	-	C	PHE	A	369	L	H	HG2	MET	V	206
R	-	C	PHE	A	369	L	H	HE2	PHE	V	210
R	-	CB	PHE	A	369	L	H	HZ	PHE	V	210
R	-	O	PHE	A	369	L	H	CB	MET	V	206
R	-	O	PHE	A	369	L	H	CG	MET	V	206
R	-	O	PHE	A	369	L	H	SD	MET	V	206
R	-	O	PHE	A	369	L	H	HB2	MET	V	206
R	-	O	PHE	A	369	L	H	HG2	MET	V	206
R	-	O	PHE	A	369	L	H	CE2	PHE	V	210
R	-	O	PHE	A	369	L	H	CZ	PHE	V	210
R	-	O	PHE	A	369	L	H	HE2	PHE	V	210
R	-	O	PHE	A	369	L	H	HZ	PHE	V	210
R	-	N	SER	A	370	L	H	SD	MET	V	206
R	-	N	SER	A	370	L	H	HG2	MET	V	206
R	-	C	SER	A	370	L	H	SD	MET	V	206
R	-	O	SER	A	370	L	H	SD	MET	V	206
R	-	C	GLY	A	371	L	H	HA2	GLY	V	252
R	-	O	GLY	A	371	L	H	CD2	PHE	V	209
R	-	O	GLY	A	371	L	H	CE2	PHE	V	209
R	-	O	GLY	A	371	L	H	HE2	PHE	V	209
R	-	O	GLY	A	371	L	H	HA2	GLY	V	252
R	-	N	GLY	A	372	L	H	CA	GLY	V	252
R	-	N	GLY	A	372	L	H	HA2	GLY	V	252
R	-	N	GLY	A	372	L	H	HA3	GLY	V	252
R	-	CA	GLY	A	372	L	H	CA	GLY	V	252
R	-	CA	GLY	A	372	L	H	HA2	GLY	V	252
R	-	CA	GLY	A	372	L	H	HA3	GLY	V	252
R	-	C	GLY	A	372	L	H	O	CYS	V	248
R	-	C	GLY	A	372	L	H	CA	GLY	V	252
R	-	C	GLY	A	372	L	H	C	GLY	V	252
R	-	C	GLY	A	372	L	H	HA2	GLY	V	252
R	-	C	GLY	A	372	L	H	HA3	GLY	V	252
R	-	C	GLY	A	372	L	H	HD3	PRO	V	253
R	-	O	GLY	A	372	L	H	O	CYS	V	248
R	-	O	GLY	A	372	L	H	N	GLY	V	252
R	-	O	GLY	A	372	L	H	CA	GLY	V	252
R	-	O	GLY	A	372	L	H	C	GLY	V	252
R	-	O	GLY	A	372	L	H	O	GLY	V	252
R	-	O	GLY	A	372	L	H	H	GLY	V	252
R	-	O	GLY	A	372	L	H	HA2	GLY	V	252
R	-	O	GLY	A	372	L	H	HA3	GLY	V	252
R	-	O	GLY	A	372	L	H	N	PRO	V	253
R	-	O	GLY	A	372	L	H	CD	PRO	V	253
R	-	O	GLY	A	372	L	H	HD3	PRO	V	253
R	-	N	PRO	A	373	L	H	HA3	GLY	V	252
R	-	N	PRO	A	373	L	H	HD3	PRO	V	253
R	-	CA	PRO	A	373	L	H	HA3	GLY	V	252
R	-	CA	PRO	A	373	L	H	HG2	PRO	V	253
R	-	CA	PRO	A	373	L	H	HD3	PRO	V	253
R	-	C	PRO	A	373	L	H	HA	LEU	V	249
R	-	C	PRO	A	373	L	H	HD21	LEU	V	249
R	-	C	PRO	A	373	L	H	HD3	PRO	V	253
R	-	O	PRO	A	373	L	H	HD21	LEU	V	249
R	-	O	PRO	A	373	L	H	HD23	LEU	V	249
R	-	N	SER	A	374	L	H	CD2	LEU	V	249
R	-	N	SER	A	374	L	H	HA	LEU	V	249
R	-	N	SER	A	374	L	H	HD21	LEU	V	249
R	-	N	SER	A	374	L	H	HD22	LEU	V	249
R	-	N	SER	A	374	L	H	CG	PRO	V	253
R	-	N	SER	A	374	L	H	HG2	PRO	V	253
R	-	N	SER	A	374	L	H	HG3	PRO	V	253
R	-	N	SER	A	374	L	H	HD3	PRO	V	253
R	-	N	SER	A	374	L	H	HE3	MET	V	276
R	-	CA	SER	A	374	L	H	CD2	LEU	V	249
R	-	CA	SER	A	374	L	H	HA	LEU	V	249
R	-	CA	SER	A	374	L	H	HD21	LEU	V	249
R	-	CA	SER	A	374	L	H	HD22	LEU	V	249
R	-	CA	SER	A	374	L	H	HD23	LEU	V	249
R	-	CA	SER	A	374	L	H	CE	MET	V	276
R	-	CA	SER	A	374	L	H	HE1	MET	V	276
R	-	CA	SER	A	374	L	H	HE2	MET	V	276
R	-	CA	SER	A	374	L	H	HE3	MET	V	276
R	-	C	SER	A	374	L	H	CG	LEU	V	249
R	-	C	SER	A	374	L	H	CD2	LEU	V	249
R	-	C	SER	A	374	L	H	HA	LEU	V	249
R	-	C	SER	A	374	L	H	HG	LEU	V	249
R	-	C	SER	A	374	L	H	HD21	LEU	V	249
R	-	C	SER	A	374	L	H	HD22	LEU	V	249
R	-	C	SER	A	374	L	H	HD23	LEU	V	249
R	-	C	SER	A	374	L	H	CE	MET	V	276
R	-	C	SER	A	374	L	H	HE1	MET	V	276
R	-	C	SER	A	374	L	H	HE2	MET	V	276
R	-	C	SER	A	374	L	H	HE3	MET	V	276
R	-	CB	SER	A	374	L	H	HD21	LEU	V	249
R	-	CB	SER	A	374	L	H	CE	MET	V	276
R	-	CB	SER	A	374	L	H	HE1	MET	V	276
R	-	CB	SER	A	374	L	H	HE3	MET	V	276
R	-	O	SER	A	374	L	H	CA	LEU	V	249
R	-	O	SER	A	374	L	H	CB	LEU	V	249
R	-	O	SER	A	374	L	H	CG	LEU	V	249
R	-	O	SER	A	374	L	H	CD1	LEU	V	249
R	-	O	SER	A	374	L	H	CD2	LEU	V	249
R	-	O	SER	A	374	L	H	HA	LEU	V	249
R	-	O	SER	A	374	L	H	HB2	LEU	V	249
R	-	O	SER	A	374	L	H	HG	LEU	V	249
R	-	O	SER	A	374	L	H	HD12	LEU	V	249
R	-	O	SER	A	374	L	H	HD13	LEU	V	249
R	-	O	SER	A	374	L	H	HD21	LEU	V	249
R	-	O	SER	A	374	L	H	HD22	LEU	V	249
R	-	O	SER	A	374	L	H	HD23	LEU	V	249
R	-	O	SER	A	374	L	H	HE3	MET	V	276
R	-	OG	SER	A	374	L	H	HG3	MET	V	276
R	-	OG	SER	A	374	L	H	HE3	MET	V	276
R	-	N	PRO	A	375	L	H	CG	LEU	V	249
R	-	N	PRO	A	375	L	H	CD2	LEU	V	249
R	-	N	PRO	A	375	L	H	HD21	LEU	V	249
R	-	N	PRO	A	375	L	H	HD22	LEU	V	249
R	-	N	PRO	A	375	L	H	HD23	LEU	V	249
R	-	N	PRO	A	375	L	H	CE	MET	V	276
R	-	N	PRO	A	375	L	H	HE1	MET	V	276
R	-	N	PRO	A	375	L	H	HE2	MET	V	276
R	-	N	PRO	A	375	L	H	HE3	MET	V	276
R	-	CA	PRO	A	375	L	H	CD2	LEU	V	249
R	-	CA	PRO	A	375	L	H	HD22	LEU	V	249
R	-	CA	PRO	A	375	L	H	HD23	LEU	V	249
R	-	CA	PRO	A	375	L	H	SD	MET	V	276
R	-	CA	PRO	A	375	L	H	CE	MET	V	276
R	-	CA	PRO	A	375	L	H	HE1	MET	V	276
R	-	CA	PRO	A	375	L	H	HE2	MET	V	276
R	-	CA	PRO	A	375	L	H	HE3	MET	V	276
R	-	C	PRO	A	375	L	H	HD22	LEU	V	249
R	-	C	PRO	A	375	L	H	SD	MET	V	276
R	-	C	PRO	A	375	L	H	CE	MET	V	276
R	-	C	PRO	A	375	L	H	HE1	MET	V	276
R	-	C	PRO	A	375	L	H	HE2	MET	V	276
R	-	C	PRO	A	375	L	H	HE3	MET	V	276
R	-	C	PRO	A	375	L	H	CG1	VAL	V	280
R	-	C	PRO	A	375	L	H	HG12	VAL	V	280
R	-	C	PRO	A	375	L	H	HD12	LEU	V	284
R	-	CB	PRO	A	375	L	H	HE1	MET	V	276
R	-	O	PRO	A	375	L	H	HD22	LEU	V	249
R	-	O	PRO	A	375	L	H	SD	MET	V	276
R	-	O	PRO	A	375	L	H	CE	MET	V	276
R	-	O	PRO	A	375	L	H	HE1	MET	V	276
R	-	O	PRO	A	375	L	H	HE2	MET	V	276
R	-	O	PRO	A	375	L	H	HE3	MET	V	276
R	-	O	PRO	A	375	L	H	CB	VAL	V	280
R	-	O	PRO	A	375	L	H	CG1	VAL	V	280
R	-	O	PRO	A	375	L	H	HB	VAL	V	280
R	-	O	PRO	A	375	L	H	HG11	VAL	V	280
R	-	O	PRO	A	375	L	H	HG12	VAL	V	280
R	-	O	PRO	A	375	L	H	HG13	VAL	V	280
R	-	O	PRO	A	375	L	H	HG23	VAL	V	280
R	-	O	PRO	A	375	L	H	HD12	LEU	V	284
R	-	CG	PRO	A	375	L	H	HD23	LEU	V	249
R	-	CD	PRO	A	375	L	H	CD1	LEU	V	249
R	-	CD	PRO	A	375	L	H	CD2	LEU	V	249
R	-	CD	PRO	A	375	L	H	HD12	LEU	V	249
R	-	CD	PRO	A	375	L	H	HD13	LEU	V	249
R	-	CD	PRO	A	375	L	H	HD21	LEU	V	249
R	-	CD	PRO	A	375	L	H	HD22	LEU	V	249
R	-	CD	PRO	A	375	L	H	HD23	LEU	V	249
R	-	CD	PRO	A	375	L	H	HE1	MET	V	276
R	-	N	PRO	A	376	L	H	HE1	MET	V	276
R	-	N	PRO	A	376	L	H	HG12	VAL	V	280
R	-	N	PRO	A	376	L	H	HG13	VAL	V	280
R	-	CA	PRO	A	376	L	H	HE1	MET	V	276
R	-	CA	PRO	A	376	L	H	CG1	VAL	V	280
R	-	CA	PRO	A	376	L	H	HG12	VAL	V	280
R	-	CA	PRO	A	376	L	H	HG13	VAL	V	280
R	-	CA	PRO	A	376	L	H	HG22	VAL	V	280
R	-	CA	PRO	A	376	L	H	HG23	VAL	V	280
R	-	C	PRO	A	376	L	H	HG12	VAL	V	280
R	-	C	PRO	A	376	L	H	HG13	VAL	V	280
R	-	O	PRO	A	376	L	H	HG13	VAL	V	280
R	-	O	PRO	A	378	L	H	HG22	ILE	V	31
R	-	N	MET	A	379	L	H	HG13	ILE	V	28
R	-	N	MET	A	379	L	H	HG23	ILE	V	28
R	-	CA	MET	A	379	L	H	HG13	ILE	V	28
R	-	C	MET	A	379	L	H	CG1	ILE	V	28
R	-	C	MET	A	379	L	H	HA	ILE	V	28
R	-	C	MET	A	379	L	H	HG12	ILE	V	28
R	-	C	MET	A	379	L	H	HG13	ILE	V	28
R	-	C	MET	A	379	L	H	CD1	ILE	V	31
R	-	C	MET	A	379	L	H	HB	ILE	V	31
R	-	C	MET	A	379	L	H	HG22	ILE	V	31
R	-	C	MET	A	379	L	H	HD11	ILE	V	31
R	-	C	MET	A	379	L	H	HD12	ILE	V	31
R	-	C	MET	A	379	L	H	HD13	ILE	V	31
R	-	O	MET	A	379	L	H	CA	ILE	V	28
R	-	O	MET	A	379	L	H	CG1	ILE	V	28
R	-	O	MET	A	379	L	H	HA	ILE	V	28
R	-	O	MET	A	379	L	H	HG13	ILE	V	28
R	-	O	MET	A	379	L	H	HG23	ILE	V	28
R	-	O	MET	A	379	L	H	CB	ILE	V	31
R	-	O	MET	A	379	L	H	CG1	ILE	V	31
R	-	O	MET	A	379	L	H	CG2	ILE	V	31
R	-	O	MET	A	379	L	H	CD1	ILE	V	31
R	-	O	MET	A	379	L	H	HB	ILE	V	31
R	-	O	MET	A	379	L	H	HG21	ILE	V	31
R	-	O	MET	A	379	L	H	HG22	ILE	V	31
R	-	O	MET	A	379	L	H	HD11	ILE	V	31
R	-	O	MET	A	379	L	H	HD12	ILE	V	31
R	-	O	MET	A	379	L	H	HD13	ILE	V	31
R	-	N	SER	A	380	L	H	CG1	ILE	V	28
R	-	N	SER	A	380	L	H	HA	ILE	V	28
R	-	N	SER	A	380	L	H	HG12	ILE	V	28
R	-	N	SER	A	380	L	H	HG13	ILE	V	28
R	-	N	SER	A	380	L	H	CD1	ILE	V	31
R	-	N	SER	A	380	L	H	HD11	ILE	V	31
R	-	N	SER	A	380	L	H	HD12	ILE	V	31
R	-	N	SER	A	380	L	H	HD13	ILE	V	31
R	-	CA	SER	A	380	L	H	HG12	ILE	V	28
R	-	CA	SER	A	380	L	H	HG13	ILE	V	28
R	-	CA	SER	A	380	L	H	CD1	ILE	V	31
R	-	CA	SER	A	380	L	H	HD11	ILE	V	31
R	-	CA	SER	A	380	L	H	HD13	ILE	V	31
R	-	C	SER	A	380	L	H	HA3	GLY	V	27
R	-	C	SER	A	380	L	H	HG12	ILE	V	28
R	-	C	SER	A	380	L	H	CD1	ILE	V	31
R	-	C	SER	A	380	L	H	HD11	ILE	V	31
R	-	C	SER	A	380	L	H	HD13	ILE	V	31
R	-	O	SER	A	380	L	H	CA	GLY	V	27
R	-	O	SER	A	380	L	H	C	GLY	V	27
R	-	O	SER	A	380	L	H	O	GLY	V	27
R	-	O	SER	A	380	L	H	HA2	GLY	V	27
R	-	O	SER	A	380	L	H	HA3	GLY	V	27
R	-	O	SER	A	380	L	H	N	ILE	V	28
R	-	O	SER	A	380	L	H	CD1	ILE	V	31
R	-	O	SER	A	380	L	H	HD11	ILE	V	31
R	-	O	SER	A	380	L	H	HD12	ILE	V	31
R	-	O	SER	A	380	L	H	HD13	ILE	V	31
R	-	N	GLY	A	381	L	H	HA3	GLY	V	27
R	-	CA	GLY	A	381	L	H	CD2	PHE	V	24
R	-	CA	GLY	A	381	L	H	HA	PHE	V	24
R	-	CA	GLY	A	381	L	H	HD2	PHE	V	24
R	-	CA	GLY	A	381	L	H	HE2	PHE	V	24
R	-	C	GLY	A	381	L	H	HA	PHE	V	24
R	-	C	GLY	A	381	L	H	HD2	PHE	V	24
R	-	O	GLY	A	381	L	H	HD2	PHE	V	24
R	-	N	THR	A	382	L	H	HA	PHE	V	24
R	-	C	THR	A	382	L	H	HB2	PRO	V	23
R	-	O	THR	A	382	L	H	CB	PRO	V	23
R	-	O	THR	A	382	L	H	HB2	PRO	V	23
R	-	O	THR	A	382	L	H	HB3	PRO	V	23
R	-	N	GLY	A	384	L	H	HG2	PRO	V	23
R	-	CA	GLY	A	384	L	H	HG2	PRO	V	23
R	-	O	GLY	A	384	L	H	HA	GLU	V	20
R	-	O	GLY	A	384	L	H	HG2	PRO	V	23
R	-	C	TYR	A	385	L	H	CG	GLU	V	20
R	-	C	TYR	A	385	L	H	HG2	GLU	V	20
R	-	O	TYR	A	385	L	H	CA	GLU	V	20
R	-	O	TYR	A	385	L	H	CB	GLU	V	20
R	-	O	TYR	A	385	L	H	CG	GLU	V	20
R	-	O	TYR	A	385	L	H	CD	GLU	V	20
R	-	O	TYR	A	385	L	H	HA	GLU	V	20
R	-	O	TYR	A	385	L	H	HB2	GLU	V	20
R	-	O	TYR	A	385	L	H	HG2	GLU	V	20
R	-	O	TYR	A	385	L	H	HG3	GLU	V	20
R	-	N	SER	A	386	L	H	OE1	GLU	V	20
R	-	N	SER	A	386	L	H	HG2	GLU	V	20
R	-	CA	SER	A	386	L	H	CG	GLU	V	20
R	-	CA	SER	A	386	L	H	CD	GLU	V	20
R	-	CA	SER	A	386	L	H	OE1	GLU	V	20
R	-	CA	SER	A	386	L	H	HG2	GLU	V	20
R	-	CA	SER	A	386	L	H	HG3	GLU	V	20
R	-	C	SER	A	386	L	H	OE1	GLU	V	20
R	-	CB	SER	A	386	L	H	CG	GLU	V	20
R	-	CB	SER	A	386	L	H	CD	GLU	V	20
R	-	CB	SER	A	386	L	H	OE1	GLU	V	20
R	-	CB	SER	A	386	L	H	HG2	GLU	V	20
R	-	CB	SER	A	386	L	H	HG3	GLU	V	20
R	-	OG	SER	A	386	L	H	CG	GLU	V	20
R	-	OG	SER	A	386	L	H	CD	GLU	V	20
R	-	OG	SER	A	386	L	H	OE1	GLU	V	20
R	-	OG	SER	A	386	L	H	OE2	GLU	V	20
R	-	OG	SER	A	386	L	H	HG2	GLU	V	20
R	-	N	GLY	A	387	L	H	HG3	GLU	V	20
R	-	CD2	LEU	A	389	L	-	O	GLY	V	17

- Title of columns started by 'R:' means Receptor, 'L:' means Ligand
- In the Secondary Structure columns: 'H' means that residues/atoms in that row are part of Alpha Helix; 'S' - Beta Sheet

Krembil, Jurisica Lab. July 16, 2025 Database: 1.0.4.1