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 Protein Homology/analogY Recognition Engine V 2.0


 

New fold library entries added 2019 Apr 06

Fold library idPDB HeaderMoleculeTitle
c5oqkA_ UNK proton transport Chain: A: voltage-gated hydrogen channel 1;
c6nerS_ 3.59 structural protein Chain: S: bmc-h tandem fusion protein;
c6e21B_ 2.00 transferase Chain: B: psp20;
c6mctG_ 1.90 de novo protein Chain: G: mini-evgl membrane protein;
c6o62A_ 1.88 protein binding Chain: A: ras-related protein sec4;
c6qzoG_ 2.40 oxidoreductase Chain: G: peroxidase;
c6if2A_ 2.40 endocytosis Chain: A: iporin;
c6mquG_ 3.17 de novo protein Chain: G: pl5, designed tm pentamer;
c6iveA_ 2.30 metal binding protein Chain: A: ferripyochelin-binding protein;
c6qgbA_ 2.20 hydrolase Chain: A: mono(2-hydroxyethyl) terephthalate hydrolase;
c6dhtA_ 1.42 hydrolase Chain: A: xyloglucan-specific endo-beta-1,4-glucanase bogh9a;
c6o6qB_ 2.70 transferase Chain: B: casein kinase 2 catalytic subunit;
c6iroL_ 3.40 dna binding protein/dna Chain: L: iswi chromatin-remodeling complex atpase isw1;
c6mquJ_ 3.17 de novo protein Chain: J: pl5, designed tm pentamer;
c5zhhB_ 1.89 hydrolase Chain: B: inositol-1-monophosphatase;
c6mctI_ 1.90 de novo protein Chain: I: mini-evgl membrane protein;
c6mpwC_ 2.50 de novo protein Chain: C: mini-evgl membrane protein;
c6o9qA_ 1.90 lyase Chain: A: sesquisabinene b synthase 1;
c6nuwY_ 4.25 cell cycle Chain: Y: inner kinetochore subunit ctf3,inner kinetochore subunit
c6mquI_ 3.17 de novo protein Chain: I: pl5, designed tm pentamer;
c6mctJ_ 1.90 de novo protein Chain: J: mini-evgl membrane protein;
c6eglA_ 1.40 de novo protein Chain: A: apo-(grand coilserl12(dle)l16c)3;
c6iehB_ 2.89 rna binding protein Chain: B: exosome rna helicase mtr4;
c6mpxA_ 1.90 structural protein Chain: A: fusion protein of non-collagenous domains of collagen type
c5zxnA_ 1.86 oxidoreductase Chain: A: nadp-dependent oxidoreductase;
c6g70A_ 3.30 splicing Chain: A: pre-mrna-processing factor 39;
c6mquA_ 3.17 de novo protein Chain: A: pl5, designed tm pentamer;
c6egmA_ 1.84 de novo protein Chain: A: apo-(grand coilserl16cl19(dle))3;
c6iehA_ 2.89 rna binding protein Chain: A: protein nrde2 homolog;
c6mctC_ 1.90 de novo protein Chain: C: mini-evgl membrane protein;
c6nuwD_ 4.25 cell cycle Chain: D: inner kinetochore subunit ctf19;
c6mctL_ 1.90 de novo protein Chain: L: mini-evgl membrane protein;
c6mquC_ 3.17 de novo protein Chain: C: pl5, designed tm pentamer;
c6nuwJ_ 4.25 cell cycle Chain: J: inner kinetochore subunit nkp2;
c6dflA_ 2.40 hydrolase Chain: A: lipopolysaccharide core heptose(i) kinase rfap;
c6mpwD_ 2.50 de novo protein Chain: D: mini-evgl membrane protein;
c6egnA_ 1.84 de novo protein Chain: A: hg(ii)(grand coilserl16cl19(dle))3-;
c6nuwF_ 4.25 cell cycle Chain: F: inner kinetochore subunit okp1;
c6mq2D_ 2.50 de novo protein Chain: D: mini-evgl membrane protein;
c6nfjF_ 3.19 signaling protein Chain: F: fibroblast growth factor 19;
c6jhjA_ 1.69 hydrolase Chain: A: lamcat;
c6qsrB_ 1.85 biosynthetic protein Chain: B: beta-hydroxyacyl-(acyl-carrier-protein) dehydratase
c6qspA_ 1.45 biosynthetic protein Chain: A: beta-ketoacyl synthase;
c6mctF_ 1.90 de novo protein Chain: F: mini-evgl membrane protein;
c6mquE_ 3.17 de novo protein Chain: E: pl5, designed tm pentamer;
c6mctO_ 1.90 de novo protein Chain: O: mini-evgl membrane protein;
c6mpwA_ 2.50 de novo protein Chain: A: mini-evgl membrane protein;
c6egnC_ 1.84 de novo protein Chain: C: hg(ii)(grand coilserl16cl19(dle))3-;
c6mq2B_ 2.50 de novo protein Chain: B: mini-evgl membrane protein;
c6mctE_ 1.90 de novo protein Chain: E: mini-evgl membrane protein;
c6o7xa_ 8.70 membrane protein Chain: A: vacuolar atp synthase catalytic subunit a;
c6nuwH_ 4.25 cell cycle Chain: H: inner kinetochore subunit ctf3,inner kinetochore subunit
c6nfjC_ 3.19 signaling protein Chain: C: fibroblast growth factor 19;
c6m97A_ 3.03 transport protein Chain: A: chimera protein of high affinity copper uptake protein 1
c6nuwC_ 4.25 cell cycle Chain: C: inner kinetochore subunit mcm21;
c6mctH_ 1.90 de novo protein Chain: H: mini-evgl membrane protein;
c6qspB_ 1.45 biosynthetic protein Chain: B: uncharacterized protein;
c6ftfB_ 1.09 signaling protein Chain: B: protein kinase a regulatory subunit, putative;
c6mquF_ 3.17 de novo protein Chain: F: pl5, designed tm pentamer;
c6o7ua_ 3.10 membrane protein Chain: A:
c6mq2E_ 2.50 de novo protein Chain: E: mini-evgl membrane protein;
c6dgvA_ 2.80 fluorescent protein Chain: A: fluorescent gaba sensor precursor;
c6qsrA_ 1.85 biosynthetic protein Chain: A: amp-dependent synthetase and ligase;
c5zkkA_ 2.00 hydrolase Chain: A: phosphoglycerate mutase family protein, putative;
c6mctB_ 1.90 de novo protein Chain: B: mini-evgl membrane protein;
c6mpwB_ 2.50 de novo protein Chain: B: mini-evgl membrane protein;
c6mctA_ 1.90 de novo protein Chain: A: mini-evgl membrane protein;
c6nuwE_ 4.25 cell cycle Chain: E: inner kinetochore subunit chl4;
c6mctK_ 1.90 de novo protein Chain: K: mini-evgl membrane protein;
c6mquH_ 3.17 de novo protein Chain: H: pl5, designed tm pentamer;
c6mq2C_ 2.50 de novo protein Chain: C: mini-evgl membrane protein;
c6iegA_ 3.55 rna binding protein Chain: A: exosome rna helicase mtr4;
c6nuwG_ 4.25 cell cycle Chain: G: inner kinetochore subunit nkp1;
c6h82b_ 3.78 virus Chain: B: vp4;
c6mpwE_ 2.50 de novo protein Chain: E: mini-evgl membrane protein;
c6mctN_ 1.90 de novo protein Chain: N: mini-evgl membrane protein;
c6iymB_ 2.10 hydrolase Chain: B: 5-oxopent-3-ene-1,2,5-tricarboxylate decarboxylase;
c6mctM_ 1.90 de novo protein Chain: M: mini-evgl membrane protein;
c6ad3A_ 1.79 biosynthetic protein Chain: A: lovastatin nonaketide synthase moka;
c6if3A_ 1.50 endocytosis Chain: A: arf-gap with coiled-coil, ank repeat and ph domain-
c6mq2A_ 2.50 de novo protein Chain: A: mini-evgl membrane protein;
c6mquB_ 3.17 de novo protein Chain: B: pl5, designed tm pentamer;
c6mctD_ 1.90 de novo protein Chain: D: mini-evgl membrane protein;
c6nuwI_ 4.25 cell cycle Chain: I: inner kinetochore subunit ame1;
c6mquD_ 3.17 de novo protein Chain: D: pl5, designed tm pentamer;


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Please cite: The Phyre2 web portal for protein modeling, prediction and analysis
Kelley LA et al. Nature Protocols 10, 845-858 (2015) [paper] [Citation link]
 
© Structural Bioinformatics Group, Imperial College, London
Lawrence Kelley, Michael Sternberg 
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