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Sequence, Chains, Asymmetric and Biological Units

Title		`STRUCTURES OF DHBN DOMAIN OF HUMAN BLM HELICASE`
Keywords		`HELICASE DIMERIZATION ALPHA-HELIX MOTIF, STRUCTURAL PROTEIN`
Experiment		`X-ray diffraction`
Number of Models		`1`


Database	ID code	Status	Coordinate files
			Header	Asymmetric unit	Biological unit

PDB	5LUP	released	available	available	Quaternary Structure Server

Asymmetric unit from PDB
Unit	Type	Name	Chain ID	Residues	Atoms	Hetatoms
1	Protein	`BLM PROTEIN`	A	50	415	0
2	Protein	`BLM PROTEIN`	B	51	419	0
3	Protein	`BLM PROTEIN`	C	54	443	0
4	Protein	`BLM PROTEIN`	D	53	435	0
5	Protein	`BLM PROTEIN`	E	53	435	0
6	Protein	`BLM PROTEIN`	F	52	428	0
7	Protein	`BLM PROTEIN`	G	52	428	0
8	Protein	`BLM PROTEIN`	H	52	428	0
9	Protein	`BLM PROTEIN`	I	51	420	0
10	Protein	`BLM PROTEIN`	J	49	406	0
11	Protein	`BLM PROTEIN`	K	50	415	0
12	Protein	`BLM PROTEIN`	L	50	415	0
13	Ligand	`BLM PROTEIN`	A	1	0	5
14	Ligand	`BLM PROTEIN`	B	1	0	1
15	Ligand	`BLM PROTEIN`	D	1	0	1
16	Ligand	`BLM PROTEIN`	J	1	0	5
17	Water			444	0	444
total				1065	5087	456

Proteins

Unit 1	ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃
Unit 2	ASP₃₆₂ ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂
Unit 3	MET₃₆₁ ASP₃₆₂ ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃ VAL₄₁₄
Unit 4	ASP₃₆₂ ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃ VAL₄₁₄
Unit 5	ASP₃₆₂ ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃ VAL₄₁₄
Unit 6	ASP₃₆₂ ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃
Unit 7	ASP₃₆₂ ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃
Unit 8	ASP₃₆₂ ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ LEU₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃
Unit 9	ALA₃₆₃ ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃
Unit 10	ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂
Unit 11	ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃
Unit 12	ARG₃₆₄ GLN₃₆₅ ILE₃₆₆ SER₃₆₇ LEU₃₆₈ GLN₃₆₉ GLN₃₇₀ GLN₃₇₁ LEU₃₇₂ ILE₃₇₃ HIS₃₇₄ VAL₃₇₅ MET₃₇₆ GLU₃₇₇ HIS₃₇₈ ILE₃₇₉ CYS₃₈₀ LYS₃₈₁ LEU₃₈₂ ILE₃₈₃ ASP₃₈₄ THR₃₈₅ ILE₃₈₆ PRO₃₈₇ ASP₃₈₈ ASP₃₈₉ LYS₃₉₀ LEU₃₉₁ LYS₃₉₂ LEU₃₉₃ LEU₃₉₄ ASP₃₉₅ CYS₃₉₆ GLY₃₉₇ ASN₃₉₈ GLU₃₉₉ LEU₄₀₀ LEU₄₀₁ GLN₄₀₂ GLN₄₀₃ ARG₄₀₄ ASN₄₀₅ ILE₄₀₆ ARG₄₀₇ ARG₄₀₈ LYS₄₀₉ LEU₄₁₀ LEU₄₁₁ THR₄₁₂ GLU₄₁₃

Ligands

Unit 13	PO4₅₀₁
Unit 14	K₅₀₁
Unit 15	K₅₀₁
Unit 16	PO4₅₀₁

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Perl script:	PDBscan.pl (15 Sep 2016)
Author:	Peter Slickers (`slickers@leibniz-fli.de`), IMB Jena, Germany