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3S3H
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BU of 3s3h by Molmil
Crystal structure of the catalytic domain of PTP10D from Drosophila melanogaster with a phosphopeptide substrate GP4
分子名称: 1,4-BUTANEDIOL, 1-BUTANOL, Tyrosine-protein phosphatase 10D, ...
著者Madan, L.L, Gopal, B.
登録日2011-05-18
公開日2011-11-02
最終更新日2023-12-06
実験手法X-RAY DIFFRACTION (2.8 Å)
主引用文献Conformational basis for substrate recruitment in protein tyrosine phosphatase 10D
Biochemistry, 50, 2011
3Q89
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BU of 3q89 by Molmil
Crystal structure of Staphylococcus aureus nucleoside diphosphate kinase complexed with CDP
分子名称: CYTIDINE-5'-DIPHOSPHATE, MAGNESIUM ION, Nucleoside diphosphate kinase
著者Srivastava, S.K, Rajasree, K, Gopal, B.
登録日2011-01-06
公開日2011-07-27
最終更新日2023-11-01
実験手法X-RAY DIFFRACTION (2.9 Å)
主引用文献Conformational basis for substrate recognition and regulation of catalytic activity in Staphylococcus aureus nucleoside di-phosphate kinase.
Biochim.Biophys.Acta, 2011
3Q8U
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BU of 3q8u by Molmil
Crystal structure of Staphylococcus aureus nucleoside diphosphate kinase complexed with ADP
分子名称: ADENOSINE-5'-DIPHOSPHATE, MAGNESIUM ION, Nucleoside diphosphate kinase
著者Srivastava, S.K, Rajasree, K, Gopal, B.
登録日2011-01-07
公開日2011-07-27
最終更新日2023-11-01
実験手法X-RAY DIFFRACTION (2.22 Å)
主引用文献Conformational basis for substrate recognition and regulation of catalytic activity in Staphylococcus aureus nucleoside di-phosphate kinase.
Biochim.Biophys.Acta, 1814, 2011
3S3K
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BU of 3s3k by Molmil
Crystal structure of the catalytic domain of PTP10D from Drosophila melanogaster with a small molecular inhibitor para-NitroCatechol Sulphate
分子名称: N,4-DIHYDROXY-N-OXO-3-(SULFOOXY)BENZENAMINIUM, Tyrosine-protein phosphatase 10D
著者Madan, L.L, Gopal, B.
登録日2011-05-18
公開日2011-11-02
最終更新日2023-11-01
実験手法X-RAY DIFFRACTION (3.2 Å)
主引用文献Conformational basis for substrate recruitment in protein tyrosine phosphatase 10D
Biochemistry, 50, 2011
3U4D
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BU of 3u4d by Molmil
Crystal structure of YwfH, NADPH dependent reductase involved in Bacilysin biosynthesis
分子名称: Bacilysin biosynthesis oxidoreductase ywfH
著者Rajavel, M, Gopal, B.
登録日2011-10-07
公開日2013-03-06
最終更新日2023-11-01
実験手法X-RAY DIFFRACTION (2.7 Å)
主引用文献Structural insights into the role of Bacillus subtilis YwfH (BacG) in tetrahydrotyrosine synthesis
Acta Crystallogr.,Sect.D, 69, 2013
3U4C
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BU of 3u4c by Molmil
Crystal structure of YwfH, NADPH dependent reductase involved in Bacilysin biosynthesis
分子名称: Bacilysin biosynthesis oxidoreductase ywfH, NADPH DIHYDRO-NICOTINAMIDE-ADENINE-DINUCLEOTIDE PHOSPHATE
著者Rajavel, M, Gopal, B.
登録日2011-10-07
公開日2013-03-06
最終更新日2024-03-20
実験手法X-RAY DIFFRACTION (2.03 Å)
主引用文献Structural insights into the role of Bacillus subtilis YwfH (BacG) in tetrahydrotyrosine synthesis
Acta Crystallogr.,Sect.D, 69, 2013
3U49
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BU of 3u49 by Molmil
Crystal structure of YwfH, NADPH dependent reductase involved in Bacilysin biosynthesis
分子名称: Bacilysin biosynthesis oxidoreductase ywfH
著者Rajavel, M, Gopal, B.
登録日2011-10-07
公開日2013-03-06
最終更新日2024-03-20
実験手法X-RAY DIFFRACTION (1.75 Å)
主引用文献Structural insights into the role of Bacillus subtilis YwfH (BacG) in tetrahydrotyrosine synthesis
Acta Crystallogr.,Sect.D, 69, 2013
5YJJ
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BU of 5yjj by Molmil
Crystal structure of PNPase from Staphylococcus epidermidis
分子名称: MAGNESIUM ION, PHOSPHATE ION, Polyribonucleotide nucleotidyltransferase
著者Raj, R, Gopal, B.
登録日2017-10-10
公開日2018-01-31
最終更新日2023-11-22
実験手法X-RAY DIFFRACTION (2.2 Å)
主引用文献Characterization of Staphylococcus epidermidis Polynucleotide phosphorylase and its interactions with ribonucleases RNase J1 and RNase J2.
Biochem. Biophys. Res. Commun., 495, 2018
6K6W
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BU of 6k6w by Molmil
Structure of RNase J2 from Staphylococcus epidermidis
分子名称: MANGANESE (II) ION, Ribonuclease J 2
著者Raj, R, Gopal, B.
登録日2019-06-05
公開日2020-10-07
最終更新日2024-03-27
実験手法X-RAY DIFFRACTION (2.7 Å)
主引用文献Structure of RNase J1 from Staphylococcus epidermidis
J.Biol.Chem., 2020
6IEO
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BU of 6ieo by Molmil
Crystal structure of Mycobacterium tuberculosis HtrA1 (Rv1223) in regulated conformation
分子名称: Probable serine protease HtrA (DEGP protein), phenylmethanesulfonic acid
著者Gupta, A.K, Gopal, B.
登録日2018-09-14
公開日2018-12-19
最終更新日2023-11-22
実験手法X-RAY DIFFRACTION (1.83 Å)
主引用文献The crystal structure of Mycobacterium tuberculosis high-temperature requirement A protein reveals an autoregulatory mechanism.
Acta Crystallogr F Struct Biol Commun, 74, 2018
6K6S
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BU of 6k6s by Molmil
Structure of RNase J1 from Staphylococcus epidermidis
分子名称: MANGANESE (II) ION, Ribonuclease J 1
著者Raj, R, Gopal, B.
登録日2019-06-04
公開日2020-10-07
最終更新日2024-03-27
実験手法X-RAY DIFFRACTION (2.993 Å)
主引用文献Structure of RNase J1 from Staphylococcus epidermidis
J.Biol.Chem., 2020
7ESS
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BU of 7ess by Molmil
Structure-guided studies of the Holliday junction resolvase RuvX provide novel insights into ATP-stimulated cleavage of branched DNA and RNA substrates
分子名称: Putative pre-16S rRNA nuclease
著者Thakur, M, Mohan, D, Singh, A.K, Agarwal, A, Gopal, B, Muniyappa, K.
登録日2021-05-11
公開日2021-05-26
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (1.93 Å)
主引用文献Novel insights into ATP-Stimulated Cleavage of branched DNA and RNA Substrates through Structure-Guided Studies of the Holliday Junction Resolvase RuvX.
J.Mol.Biol., 433, 2021
7F5Y
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BU of 7f5y by Molmil
Crystal structure of the single-stranded dna-binding protein from Mycobacterium tuberculosis- Form III
分子名称: FORMIC ACID, Single-stranded DNA-binding protein
著者Srikalaivani, R, Paul, A, Sriram, R, Narayanan, S, Gopal, B, Vijayan, M.
登録日2021-06-23
公開日2022-05-11
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (1.92 Å)
主引用文献Structural variability of Mycobacterium tuberculosis SSB and susceptibility to inhibition.
Curr.Sci., 122, 2022
7F5Z
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BU of 7f5z by Molmil
Crystal structure of the single-stranded dna-binding protein from Mycobacterium tuberculosis- Form III
分子名称: Single-stranded DNA-binding protein
著者Srikalaivani, R, Paul, A, Sriram, R, Narayanan, S, Gopal, B, Vijayan, M.
登録日2021-06-23
公開日2022-05-11
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (3 Å)
主引用文献Structural variability of Mycobacterium tuberculosis SSB and susceptibility to inhibition.
Curr.Sci., 122, 2022
7W22
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BU of 7w22 by Molmil
Structure of the M. tuberculosis HtrA K436A mutant
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-21
公開日2022-11-23
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2.01 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W25
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BU of 7w25 by Molmil
Structure of the M. tuberculosis HtrA S413A mutant
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-21
公開日2022-11-23
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2.65 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W23
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BU of 7w23 by Molmil
Structure of the M. tuberculosis HtrA S363A mutant
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-21
公開日2022-11-23
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (1.9 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W24
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BU of 7w24 by Molmil
Structure of the M. tuberculosis HtrA N383A mutant
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-21
公開日2022-11-23
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2.9 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W21
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BU of 7w21 by Molmil
Structure of the M. tuberculosis HtrA N269A mutant
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-21
公開日2022-11-23
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7VZ0
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BU of 7vz0 by Molmil
Structure of the M. tuberculosis HtrA S407A mutant
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-15
公開日2022-11-23
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (1.95 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7VYZ
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BU of 7vyz by Molmil
Structure of the M. tuberculosis HtrA S367A mutant
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-15
公開日2022-11-23
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2.401 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W4R
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BU of 7w4r by Molmil
Structure of the M. tuberculosis HtrA N269A mutant at room-temperature
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-29
公開日2022-12-07
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2.701 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W4W
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BU of 7w4w by Molmil
Structure of the M. tuberculosis HtrA K436A mutant at room-temperature
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-29
公開日2022-12-07
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W4T
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BU of 7w4t by Molmil
Structure of the M. tuberculosis HtrA S367A mutant at room-temperature
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-29
公開日2022-12-07
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2.2 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023
7W4U
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BU of 7w4u by Molmil
Structure of the M. tuberculosis HtrA S407A mutant at room-temperature
分子名称: Probable serine protease HtrA1
著者Gupta, A.K, Gopal, B.
登録日2021-11-29
公開日2022-12-07
最終更新日2023-11-29
実験手法X-RAY DIFFRACTION (2.3 Å)
主引用文献Allosteric Determinants in High Temperature Requirement A Enzymes Are Conserved and Regulate the Population of Active Conformations.
Acs Chem.Biol., 18, 2023

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