Information on 1pkh |
PDB: 1pkh Compound: bifunctional deaminaseDIPHOSPHATASE Classification: HYDROLASE Entry date in PDB: 2003-08-19 Resolution [Å]: 1.42 R-Factor: 0.185 |
CHAIN: A SWISS-PROT/TREMBL:
Q57872
KEYWORD: 3D-structure Complete proteome Hydrolase Magnesium Nucleotide metabolism EC: 3.5.4.30 SCOP: b.85.4.1 All beta proteins beta-clip dUTPase-like dUTPase-like Bifunctional dCTP deaminase/dUTPase Archaeon Methanococcus jannaschii GO: CHAIN: B SWISS-PROT/TREMBL:
Q57872
KEYWORD: 3D-structure Complete proteome Hydrolase Magnesium Nucleotide metabolism EC: 3.5.4.30 SCOP: b.85.4.1 All beta proteins beta-clip dUTPase-like dUTPase-like Bifunctional dCTP deaminase/dUTPase Archaeon Methanococcus jannaschii GO: |
Image Source: PDB |
Stored Loops of 1pkh |
Loops in ArchDB40 clusters
1pkh_A_110 - EH => SUBCLASS : 1.1.1
1pkh_A_32 - AR => SUBCLASS : 2.1.1
1pkh_A_90 - AR => SUBCLASS : 2.3.2
1pkh_A_133 - AR => SUBCLASS : 3.5.1
1pkh_A_153 - AR => SUBCLASS : 4.4.2
1pkh_A_96 - AR => SUBCLASS : 4.17.1
Loops in ArchDB95 clusters
1pkh_A_110 - EH => SUBCLASS : 1.1.13
1pkh_A_133 - AR => SUBCLASS : 1.1.1
1pkh_A_133 - AR => SUBCLASS : 1.1.2
1pkh_A_90 - AR => SUBCLASS : 2.7.2
1pkh_A_32 - AR => SUBCLASS : 3.8.1
1pkh_A_153 - AR => SUBCLASS : 4.2.2
1pkh_A_96 - AR => SUBCLASS : 4.20.1
Loops in ArchDB-EC clusters
1pkh_A_76 - HE => SUBCLASS : 3.2.1
Loops not clustered in ArchDB
1pkh_A_153 - AR
1pkh_A_139 - AR
1pkh_A_133 - AR
1pkh_A_125 - AR
1pkh_A_96 - AR
1pkh_A_90 - AR
1pkh_A_56 - AR
1pkh_A_32 - AR
1pkh_A_18 - AR
1pkh_A_139 - AR
1pkh_A_125 - AR
1pkh_A_56 - AR
1pkh_A_18 - AR
1pkh_A_64 - EH
1pkh_A_39 - HA
1pkh_A_39 - HA
1pkh_A_118 - HE
1pkh_A_5 - HE
Homologous structures to 1pkh classified in ArchDB |
1ogh A - percentage of sequence identity: 100
1ogh B - percentage of sequence identity: 100
1pkh A - percentage of sequence identity: 100
1pkh B - percentage of sequence identity: 100
1pkj A - percentage of sequence identity: 100
1pkj B - percentage of sequence identity: 100
1pkk A - percentage of sequence identity: 100
1pkk B - percentage of sequence identity: 100