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 Protein Homology/analogY Recognition Engine V 2.0


New fold library entries added 2020 Sep 05

Fold library idPDB HeaderMoleculeTitle
c6stcA_ 1.69 immune system Chain: A: evasin-4;
c6kpdC_ 3.20 transcription Chain: C: scarecrow-like protein 3;
c6y2xA_ 1.77 ligase Chain: A: probable e3 ubiquitin-protein ligase dtx2;
c6ku0B_ 1.60 protein binding Chain: B: peptide from [f-actin]-monooxygenase mical1;
c7jsvA_ 3.90 protein fibril Chain: A: pilin;
c6m55A_ 3.00 hydrolase Chain: A: beta-galactosidase-like enzyme;
c6z67C_ 2.40 cell cycle Chain: C: cell division atp-binding protein ftse;
c7jsvf_ 3.90 protein fibril Chain: F: pilin;
c6x4sG_ 3.50 membrane protein Chain: G: calcium uniporter protein,protein emre homolog,
c6losH_ 2.48 signaling protein Chain: H: collagen model peptide, type i, alpha 1;
c6yghB_ 3.70 virus like particle Chain: B: capsid protein;
c6yfiD_ 1.25 viral protein Chain: D: coat protein;
c7jm6B_ 2.92 membrane protein Chain: B: chloride channel protein;
c6yf5B_ 1.83 nuclear protein Chain: B: prelamin-a/c,microtubule-associated protein rp/eb family
c6zsiC_ 1.91 endocytosis Chain: C: eh domain-binding protein 1;
c6losG_ 2.48 signaling protein Chain: G: collagen model peptide, type i, alpha 1;
c6ygiA_ 3.00 virus like particle Chain: A: capsid protein,capsid protein;
c6l5dA_ 2.55 structural protein Chain: A: gas vesicle protein;
c6titA_ 2.07 viral protein Chain: A: glycoprotein;
c6u5iA_ 1.80 biosynthetic protein Chain: A: 3-hydroxyacyl-coa dehydrogenase type-2;
c7jm7D_ 2.82 membrane protein Chain: D: osteopetrosis-associated transmembrane protein 1;
c7jpoB_ 3.20 replication Chain: B: origin recognition complex subunit 2;
c6yhhA_ 1.70 hydrolase Chain: A: beta-n-acetylglucosaminidase-like protein glycoside
c6krjA_ 1.72 transferase Chain: A: phosphotransferase;
c6vi1O_ 2.40 immune system Chain: O: terminase, large subunit;
c6kthA_ 1.22 hormone Chain: A: juvenile hormone diol kinase;
c6zxlJ_ 4.20 toxin Chain: J: lethal factor;
c6wxuB_ 2.70 membrane protein Chain: B: dual oxidase maturation factor 1;
c6x4sE_ 3.50 membrane protein Chain: E: calcium uniporter protein,protein emre homolog,
c6vi1P_ 2.40 immune system Chain: P: terminase, large subunit;
c6yelA_ UNK signaling protein Chain: A: stromal interaction molecule 1;
c6x4sH_ 3.50 membrane protein Chain: H: calcium uniporter protein,protein emre homolog,
c6wxvA_ 3.30 membrane protein Chain: A: dual oxidase 1;
c6vi1N_ 2.40 immune system Chain: N: terminase, large subunit;
c6lepA_ 2.60 transport protein Chain: A: sulf_transp domain-containing protein;
c6ktqA_ 1.98 lyase Chain: A: homocitrate synthase;
c7cmgB_ 3.70 protein transport Chain: B: por secretion system protein porm/gldm;
c7jh5B_ 2.10 de novo protein Chain: B: co-lockr: de novo designed protein switch;
c6vi1Q_ 2.40 immune system Chain: Q: terminase, large subunit;
c6kueA_ 1.99 transferase Chain: A: 3-oxoacyl-[acyl-carrier-protein] synthase iii;
c6u4oA_ 1.85 lyase Chain: A: fumarate hydratase;
c6x4sF_ 3.50 membrane protein Chain: F: calcium uniporter protein,protein emre homolog,
c6v4uB_ 3.80 transport protein Chain: B: guanine nucleotide exchange protein smcr8;
c6xyzA_ 1.63 hydrolase Chain: A: candidate chitinase glycoside hydrolase family 18;
c6vi1M_ 2.40 immune system Chain: M: terminase, large subunit;
c6w0vB_ 1.38 antimicrobial protein Chain: B: bacteriocin immunity protein;
c6vi1R_ 2.40 immune system Chain: R: terminase, large subunit;
c6wj2H_ 3.20 signaling protein Chain: H: sodium-coupled neutral amino acid transporter 9;
c6vn7R_ 3.20 signaling protein Chain: R: vasoactive intestinal polypeptide receptor 1;
c6losF_ 2.48 signaling protein Chain: F: collagen model peptide, type i, alpha 2;
c6w0vA_ 1.38 antimicrobial protein Chain: A: pyocin s8;
c7bw0R_ 3.90 membrane protein Chain: R: soluble cytochrome b562,g-protein coupled bile acid
c6ku0D_ 1.60 protein binding Chain: D: peptide from [f-actin]-monooxygenase mical1;
c6lflA_ 3.20 membrane protein Chain: A: c-x-c chemokine receptor type 2,glga glycogen synthase,c-x-

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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]
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