Structural Classification of Proteins
Protein: Urokinase plasminogen activator surface receptor uPAR from Human (Homo sapiens)
[TaxId: 9606]
SQ
Q03405
109-209! SQ
Q03405
210-299! SQ
Q03405
23-108
Lineage:
Root:
scop
Class:
Small proteins
[56992]
Usually dominated by metal ligand, heme, and/or disulfide bridges
Fold:
Snake toxin-like
[57301]
disulfide-rich fold: nearly all-beta
Superfamily:
Snake toxin-like
[57302]
uperfamily
Family:
Extracellular domain of cell surface receptors
[57354]
Protein: Urokinase plasminogen activator surface receptor uPAR [161128]
duplication: tandem repeat of three similar domains; the N-terminal and C-terminal domains belong to
Pfam 00021
; uPAR/Ly6
Species:
Human (Homo sapiens)
[TaxId: 9606]
[161129]
SQ
Q03405
109-209! SQ
Q03405
210-299! SQ
Q03405
23-108
PDB Entry Domains:
2i9b
complexed with bma, nag, so4; mutant
region e:188-277
[145508]
2i9b
complexed with bma, nag, so4; mutant
region e:1-86
[145509]
2i9b
complexed with bma, nag, so4; mutant
region e:87-187
[145510]
2i9b
automatically matched to 2I9B E:188-277
complexed with bma, nag, so4; mutant
region f:188-277
[145511]
2i9b
automatically matched to 2I9B E:1-86
complexed with bma, nag, so4; mutant
region f:1-86
[145512]
2i9b
automatically matched to 2I9B E:87-187
complexed with bma, nag, so4; mutant
region f:87-187
[145513]
2i9b
automatically matched to 2I9B E:188-277
complexed with bma, nag, so4; mutant
region g:188-277
[145514]
2i9b
automatically matched to 2I9B E:1-86
complexed with bma, nag, so4; mutant
region g:1-82
[145515]
2i9b
automatically matched to 2I9B E:87-187
complexed with bma, nag, so4; mutant
region g:94-187
[145516]
2i9b
automatically matched to 2I9B E:188-277
complexed with bma, nag, so4; mutant
region h:188-277
[145517]
2i9b
automatically matched to 2I9B E:1-86
complexed with bma, nag, so4; mutant
region h:1-82
[145518]
2i9b
automatically matched to 2I9B E:87-187
complexed with bma, nag, so4; mutant
region h:94-187
[145519]
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Generated from scop database 1.75 with scopm 1.101 on Wed Jun 3 10:42:06 2009
Copyright
© 1994-2009 The scop authors / scop@mrc-lmb.cam.ac.uk