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Ligand 8-Azaxanthine

Basic Ligand Information

Molecular Structure

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Roles as Enzyme Ligand

Substrate in Enzyme-catalyzed Reactions (6 results)

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Show Substrate (6 entries)

EC NUMBER

REACTION

REACTION DIAGRAM

LITERATURE

ENZYME 3D STRUCTURE

1.17.1.4

8-azaxanthine + NAD+ + H2O = 8-aza-urate + NADH

644590

-

2.4.2.22

5-phospho-alpha-D-ribose 1-diphosphate + 5,7-dihydroxy-v-triazolo[4,5-d]pyrimidine = ?

638005

-

2.4.2.6

deoxyinosine + 8-azaxanthine = hypoxanthine + deoxy-8-azaxanthosine

638040

-

2.4.2.6

thymidine + 8-azaxanthine = thymine + 2'-deoxy-8-azaxanthosine

638043

-

3.5.4.3

8-azaxanthine + H2O = 8-azaxanthine + HCl

753649

-

3.5.4.3

8-azaxanthine + H2O = ?

734510

-

2.4.2.6

2 entries

3.5.4.3

2 entries

Product in Enzyme-catalyzed Reactions (3 results)

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Show Product (3 entries)

EC NUMBER

REACTION

REACTION DIAGRAM

LITERATURE

ENZYME 3D STRUCTURE

1.17.1.4

8-azahypoxanthine + NAD+ + H2O = 8-azaxanthine + NADH

644608, 644617

-

3.5.4.3

8-azaguanine + H2O = 8-azaxanthine + NH3

-

-

3.5.4.3

8-azaxanthine + H2O = 8-azaxanthine + HCl

-

-

3.5.4.3

2 entries

Inhibitor in Enzyme-catalyzed Reactions (375 results)

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Show Inhibitors (375 entries)

EC NUMBER

COMMENTARY

LITERATURE

ENZYME 3D STRUCTURE

1.17.1.4

50% inhibition of ferricyanide reduction in xanthine oxidation assay at 5 mM

644597

-

1.3.98.1

-

711915

-

1.7.3.3

-

394150, 710719

1j2g, 3D-view

1.7.3.3

-

394150, 710719

1r51, 3D-view

1.7.3.3

-

394150, 710719

2fub, 3D-view

1.7.3.3

-

394150, 710719

2iba, 3D-view

1.7.3.3

-

394150, 710719

2ic0, 3D-view

1.7.3.3

-

394150, 710719

2icq, 3D-view

1.7.3.3

-

394150, 710719

2pes, 3D-view

1.7.3.3

-

394150, 710719

2yzd, 3D-view

1.7.3.3

-

394150, 710719

2zka, 3D-view

1.7.3.3

-

394150, 710719

2zkb, 3D-view

1.7.3.3

-

394150, 710719

3bk8, 3D-view

1.7.3.3

-

394150, 710719

3cks, 3D-view

1.7.3.3

-

394150, 710719

3cku, 3D-view

1.7.3.3

-

394150, 710719

3f2m, 3D-view

1.7.3.3

-

394150, 710719

3gko, 3D-view

1.7.3.3

-

394150, 710719

3p9f, 3D-view

1.7.3.3

-

394150, 710719

3pjk, 3D-view

1.7.3.3

-

394150, 710719

3pk3, 3D-view

1.7.3.3

-

394150, 710719

3pk4, 3D-view

1.7.3.3

-

394150, 710719

3pk5, 3D-view

1.7.3.3

-

394150, 710719

3pk6, 3D-view

1.7.3.3

-

394150, 710719

3pk8, 3D-view

1.7.3.3

-

394150, 710719

3pkf, 3D-view

1.7.3.3

-

394150, 710719

3pkg, 3D-view

1.7.3.3

-

394150, 710719

3pkh, 3D-view

1.7.3.3

-

394150, 710719

3pkk, 3D-view

1.7.3.3

-

394150, 710719

3pkl, 3D-view

1.7.3.3

-

394150, 710719

3pks, 3D-view

1.7.3.3

-

394150, 710719

3pkt, 3D-view

1.7.3.3

-

394150, 710719

3pku, 3D-view

1.7.3.3

-

394150, 710719

3ple, 3D-view

1.7.3.3

-

394150, 710719

3plg, 3D-view

1.7.3.3

-

394150, 710719

3plh, 3D-view

1.7.3.3

-

394150, 710719

3pli, 3D-view

1.7.3.3

-

394150, 710719

3plj, 3D-view

1.7.3.3

-

394150, 710719

3plm, 3D-view

1.7.3.3

-

394150, 710719

3wlv, 3D-view

1.7.3.3

-

394150, 710719

4n3m, 3D-view

1.7.3.3

-

394150, 710719

4n9v, 3D-view

1.7.3.3

-

394150, 710719

4op6, 3D-view

1.7.3.3

-

394150, 710719

4op9, 3D-view

1.7.3.3

-

394150, 710719

4xfp, 3D-view

1.7.3.3

-

394150, 710719

5frc, 3D-view

1.7.3.3

-

394150, 710719

5y2p, 3D-view

1.7.3.3

-

394150, 710719

5y52, 3D-view

1.7.3.3

-

394150, 710719

5yj2, 3D-view

1.7.3.3

-

394150, 710719

5yja, 3D-view

1.7.3.3

-

394150, 710719

5z27, 3D-view

1.7.3.3

-

394150, 710719

5z2b, 3D-view

1.7.3.3

-

394150, 710719

6i9x, 3D-view

1.7.3.3

-

394150, 710719

6i9z, 3D-view

1.7.3.3

-

394150, 710719

6ia1, 3D-view

1.7.3.3

-

394150, 710719

6ia3, 3D-view

1.7.3.3

-

394150, 710719

6ia9, 3D-view

1.7.3.3

-

394150, 710719

6ic1, 3D-view

1.7.3.3

-

394150, 710719

6rgm, 3D-view

1.7.3.3

-

394150, 710719

7a0l, 3D-view

1.7.3.3

-

394150, 710719

7cmn, 3D-view

1.7.3.3

-

394150, 710719

7cmq, 3D-view

1.7.3.3

-

394150, 710719

7cuc, 3D-view

1.7.3.3

-

394150, 710719

7cuf, 3D-view

1.7.3.3

-

394150, 710719

7cug, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

1j2g, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

1r51, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2fub, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2iba, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2ic0, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2icq, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2pes, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2yzd, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2zka, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

2zkb, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3bk8, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3cks, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3cku, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3f2m, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3gko, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3p9f, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pjk, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pk3, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pk4, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pk5, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pk6, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pk8, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pkf, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pkg, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pkh, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pkk, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pkl, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pks, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pkt, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pku, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3ple, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3plg, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3plh, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3pli, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3plj, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3plm, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

3wlv, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

4n3m, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

4n9v, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

4op6, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

4op9, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

4xfp, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

5frc, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

5y2p, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

5y52, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

5yj2, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

5yja, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

5z27, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

5z2b, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

6i9x, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

6i9z, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

6ia1, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

6ia3, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

6ia9, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

6ic1, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

6rgm, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

7a0l, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

7cmn, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

7cmq, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

7cuc, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

7cuf, 3D-view

1.7.3.3

anion-pi interactions are present in the active site of the enzyme and are energetically favorable. Uric acid and 8-azaxanthine are able to interact favorably with cyanide and chloride ions, respectively and both uric acid and 8-azaxanthine react with water

723951

7cug, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

1j2g, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

1r51, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2fub, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2iba, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2ic0, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2icq, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2pes, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2yzd, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2zka, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

2zkb, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3bk8, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3cks, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3cku, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3f2m, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3gko, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3p9f, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pjk, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pk3, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pk4, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pk5, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pk6, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pk8, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pkf, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pkg, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pkh, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pkk, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pkl, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pks, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pkt, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pku, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3ple, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3plg, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3plh, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3pli, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3plj, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3plm, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

3wlv, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

4n3m, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

4n9v, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

4op6, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

4op9, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

4xfp, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

5frc, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

5y2p, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

5y52, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

5yj2, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

5yja, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

5z27, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

5z2b, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

6i9x, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

6i9z, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

6ia1, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

6ia3, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

6ia9, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

6ic1, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

6rgm, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

7a0l, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

7cmn, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

7cmq, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

7cuc, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

7cuf, 3D-view

1.7.3.3

competitive inhibitor, binding structure, overview

696770

7cug, 3D-view

1.7.3.3

potent inhibitor

672398

1j2g, 3D-view

1.7.3.3

potent inhibitor

672398

1r51, 3D-view

1.7.3.3

potent inhibitor

672398

2fub, 3D-view

1.7.3.3

potent inhibitor

672398

2iba, 3D-view

1.7.3.3

potent inhibitor

672398

2ic0, 3D-view

1.7.3.3

potent inhibitor

672398

2icq, 3D-view

1.7.3.3

potent inhibitor

672398

2pes, 3D-view

1.7.3.3

potent inhibitor

672398

2yzd, 3D-view

1.7.3.3

potent inhibitor

672398

2zka, 3D-view

1.7.3.3

potent inhibitor

672398

2zkb, 3D-view

1.7.3.3

potent inhibitor

672398

3bk8, 3D-view

1.7.3.3

potent inhibitor

672398

3cks, 3D-view

1.7.3.3

potent inhibitor

672398

3cku, 3D-view

1.7.3.3

potent inhibitor

672398

3f2m, 3D-view

1.7.3.3

potent inhibitor

672398

3gko, 3D-view

1.7.3.3

potent inhibitor

672398

3p9f, 3D-view

1.7.3.3

potent inhibitor

672398

3pjk, 3D-view

1.7.3.3

potent inhibitor

672398

3pk3, 3D-view

1.7.3.3

potent inhibitor

672398

3pk4, 3D-view

1.7.3.3

potent inhibitor

672398

3pk5, 3D-view

1.7.3.3

potent inhibitor

672398

3pk6, 3D-view

1.7.3.3

potent inhibitor

672398

3pk8, 3D-view

1.7.3.3

potent inhibitor

672398

3pkf, 3D-view

1.7.3.3

potent inhibitor

672398

3pkg, 3D-view

1.7.3.3

potent inhibitor

672398

3pkh, 3D-view

1.7.3.3

potent inhibitor

672398

3pkk, 3D-view

1.7.3.3

potent inhibitor

672398

3pkl, 3D-view

1.7.3.3

potent inhibitor

672398

3pks, 3D-view

1.7.3.3

potent inhibitor

672398

3pkt, 3D-view

1.7.3.3

potent inhibitor

672398

3pku, 3D-view

1.7.3.3

potent inhibitor

672398

3ple, 3D-view

1.7.3.3

potent inhibitor

672398

3plg, 3D-view

1.7.3.3

potent inhibitor

672398

3plh, 3D-view

1.7.3.3

potent inhibitor

672398

3pli, 3D-view

1.7.3.3

potent inhibitor

672398

3plj, 3D-view

1.7.3.3

potent inhibitor

672398

3plm, 3D-view

1.7.3.3

potent inhibitor

672398

3wlv, 3D-view

1.7.3.3

potent inhibitor

672398

4n3m, 3D-view

1.7.3.3

potent inhibitor

672398

4n9v, 3D-view

1.7.3.3

potent inhibitor

672398

4op6, 3D-view

1.7.3.3

potent inhibitor

672398

4op9, 3D-view

1.7.3.3

potent inhibitor

672398

4xfp, 3D-view

1.7.3.3

potent inhibitor

672398

5frc, 3D-view

1.7.3.3

potent inhibitor

672398

5y2p, 3D-view

1.7.3.3

potent inhibitor

672398

5y52, 3D-view

1.7.3.3

potent inhibitor

672398

5yj2, 3D-view

1.7.3.3

potent inhibitor

672398

5yja, 3D-view

1.7.3.3

potent inhibitor

672398

5z27, 3D-view

1.7.3.3

potent inhibitor

672398

5z2b, 3D-view

1.7.3.3

potent inhibitor

672398

6i9x, 3D-view

1.7.3.3

potent inhibitor

672398

6i9z, 3D-view

1.7.3.3

potent inhibitor

672398

6ia1, 3D-view

1.7.3.3

potent inhibitor

672398

6ia3, 3D-view

1.7.3.3

potent inhibitor

672398

6ia9, 3D-view

1.7.3.3

potent inhibitor

672398

6ic1, 3D-view

1.7.3.3

potent inhibitor

672398

6rgm, 3D-view

1.7.3.3

potent inhibitor

672398

7a0l, 3D-view

1.7.3.3

potent inhibitor

672398

7cmn, 3D-view

1.7.3.3

potent inhibitor

672398

7cmq, 3D-view

1.7.3.3

potent inhibitor

672398

7cuc, 3D-view

1.7.3.3

potent inhibitor

672398

7cuf, 3D-view

1.7.3.3

potent inhibitor

672398

7cug, 3D-view

1.7.3.3

substrate analogue

695394

1j2g, 3D-view

1.7.3.3

substrate analogue

695394

1r51, 3D-view

1.7.3.3

substrate analogue

695394

2fub, 3D-view

1.7.3.3

substrate analogue

695394

2iba, 3D-view

1.7.3.3

substrate analogue

695394

2ic0, 3D-view

1.7.3.3

substrate analogue

695394

2icq, 3D-view

1.7.3.3

substrate analogue

695394

2pes, 3D-view

1.7.3.3

substrate analogue

695394

2yzd, 3D-view

1.7.3.3

substrate analogue

695394

2zka, 3D-view

1.7.3.3

substrate analogue

695394

2zkb, 3D-view

1.7.3.3

substrate analogue

695394

3bk8, 3D-view

1.7.3.3

substrate analogue

695394

3cks, 3D-view

1.7.3.3

substrate analogue

695394

3cku, 3D-view

1.7.3.3

substrate analogue

695394

3f2m, 3D-view

1.7.3.3

substrate analogue

695394

3gko, 3D-view

1.7.3.3

substrate analogue

695394

3p9f, 3D-view

1.7.3.3

substrate analogue

695394

3pjk, 3D-view

1.7.3.3

substrate analogue

695394

3pk3, 3D-view

1.7.3.3

substrate analogue

695394

3pk4, 3D-view

1.7.3.3

substrate analogue

695394

3pk5, 3D-view

1.7.3.3

substrate analogue

695394

3pk6, 3D-view

1.7.3.3

substrate analogue

695394

3pk8, 3D-view

1.7.3.3

substrate analogue

695394

3pkf, 3D-view

1.7.3.3

substrate analogue

695394

3pkg, 3D-view

1.7.3.3

substrate analogue

695394

3pkh, 3D-view

1.7.3.3

substrate analogue

695394

3pkk, 3D-view

1.7.3.3

substrate analogue

695394

3pkl, 3D-view

1.7.3.3

substrate analogue

695394

3pks, 3D-view

1.7.3.3

substrate analogue

695394

3pkt, 3D-view

1.7.3.3

substrate analogue

695394

3pku, 3D-view

1.7.3.3

substrate analogue

695394

3ple, 3D-view

1.7.3.3

substrate analogue

695394

3plg, 3D-view

1.7.3.3

substrate analogue

695394

3plh, 3D-view

1.7.3.3

substrate analogue

695394

3pli, 3D-view

1.7.3.3

substrate analogue

695394

3plj, 3D-view

1.7.3.3

substrate analogue

695394

3plm, 3D-view

1.7.3.3

substrate analogue

695394

3wlv, 3D-view

1.7.3.3

substrate analogue

695394

4n3m, 3D-view

1.7.3.3

substrate analogue

695394

4n9v, 3D-view

1.7.3.3

substrate analogue

695394

4op6, 3D-view

1.7.3.3

substrate analogue

695394

4op9, 3D-view

1.7.3.3

substrate analogue

695394

4xfp, 3D-view

1.7.3.3

substrate analogue

695394

5frc, 3D-view

1.7.3.3

substrate analogue

695394

5y2p, 3D-view

1.7.3.3

substrate analogue

695394

5y52, 3D-view

1.7.3.3

substrate analogue

695394

5yj2, 3D-view

1.7.3.3

substrate analogue

695394

5yja, 3D-view

1.7.3.3

substrate analogue

695394

5z27, 3D-view

1.7.3.3

substrate analogue

695394

5z2b, 3D-view

1.7.3.3

substrate analogue

695394

6i9x, 3D-view

1.7.3.3

substrate analogue

695394

6i9z, 3D-view

1.7.3.3

substrate analogue

695394

6ia1, 3D-view

1.7.3.3

substrate analogue

695394

6ia3, 3D-view

1.7.3.3

substrate analogue

695394

6ia9, 3D-view

1.7.3.3

substrate analogue

695394

6ic1, 3D-view

1.7.3.3

substrate analogue

695394

6rgm, 3D-view

1.7.3.3

substrate analogue

695394

7a0l, 3D-view

1.7.3.3

substrate analogue

695394

7cmn, 3D-view

1.7.3.3

substrate analogue

695394

7cmq, 3D-view

1.7.3.3

substrate analogue

695394

7cuc, 3D-view

1.7.3.3

substrate analogue

695394

7cuf, 3D-view

1.7.3.3

substrate analogue

695394

7cug, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

1j2g, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

1r51, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2fub, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2iba, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2ic0, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2icq, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2pes, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2yzd, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2zka, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

2zkb, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3bk8, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3cks, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3cku, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3f2m, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3gko, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3p9f, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pjk, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pk3, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pk4, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pk5, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pk6, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pk8, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pkf, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pkg, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pkh, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pkk, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pkl, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pks, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pkt, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pku, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3ple, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3plg, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3plh, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3pli, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3plj, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3plm, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

3wlv, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

4n3m, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

4n9v, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

4op6, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

4op9, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

4xfp, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

5frc, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

5y2p, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

5y52, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

5yj2, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

5yja, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

5z27, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

5z2b, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

6i9x, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

6i9z, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

6ia1, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

6ia3, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

6ia9, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

6ic1, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

6rgm, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

7a0l, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

7cmn, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

7cmq, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

7cuc, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

7cuf, 3D-view

1.7.3.3

substrate analogue binds in the active site of the enzyme

699832

7cug, 3D-view

1.7.3.3

372 entries

2.4.2.22

-

638005

-

3D Structure of Enzyme-Ligand-Complex (PDB) (199 results)

top print hide

Show 3D Structure of Enzyme-Ligand-Complex (PDB) (199 entries)

EC NUMBER

ENZYME 3D STRUCTURE

1.7.3.3

1j2g, 3D-view

1.7.3.3

1r51, 3D-view

1.7.3.3

2fub, 3D-view

1.7.3.3

2iba, 3D-view

1.7.3.3

2ic0, 3D-view

1.7.3.3

2icq, 3D-view

1.7.3.3

2pes, 3D-view

1.7.3.3

2yzd, 3D-view

1.7.3.3

2zka, 3D-view

1.7.3.3

2zkb, 3D-view

1.7.3.3

3bk8, 3D-view

1.7.3.3

3cks, 3D-view

1.7.3.3

3cku, 3D-view

1.7.3.3

3f2m, 3D-view

1.7.3.3

3gko, 3D-view

1.7.3.3

3p9f, 3D-view

1.7.3.3

3pjk, 3D-view

1.7.3.3

3pk3, 3D-view

1.7.3.3

3pk4, 3D-view

1.7.3.3

3pk5, 3D-view

1.7.3.3

3pk6, 3D-view

1.7.3.3

3pk8, 3D-view

1.7.3.3

3pkf, 3D-view

1.7.3.3

3pkg, 3D-view

1.7.3.3

3pkh, 3D-view

1.7.3.3

3pkk, 3D-view

1.7.3.3

3pkl, 3D-view

1.7.3.3

3pks, 3D-view

1.7.3.3

3pkt, 3D-view

1.7.3.3

3pku, 3D-view

1.7.3.3

3ple, 3D-view

1.7.3.3

3plg, 3D-view

1.7.3.3

3plh, 3D-view

1.7.3.3

3pli, 3D-view

1.7.3.3

3plj, 3D-view

1.7.3.3

3plm, 3D-view

1.7.3.3

3wlv, 3D-view

1.7.3.3

4n3m, 3D-view

1.7.3.3

4n9v, 3D-view

1.7.3.3

4op6, 3D-view

1.7.3.3

4op9, 3D-view

1.7.3.3

4xfp, 3D-view

1.7.3.3

5frc, 3D-view

1.7.3.3

5y2p, 3D-view

1.7.3.3

5y52, 3D-view

1.7.3.3

5yj2, 3D-view

1.7.3.3

5yja, 3D-view

1.7.3.3

5z27, 3D-view

1.7.3.3

5z2b, 3D-view

1.7.3.3

6i9x, 3D-view

1.7.3.3

6i9z, 3D-view

1.7.3.3

6ia1, 3D-view

1.7.3.3

6ia3, 3D-view

1.7.3.3

6ia9, 3D-view

1.7.3.3

6ic1, 3D-view

1.7.3.3

6rgm, 3D-view

1.7.3.3

7a0l, 3D-view

1.7.3.3

7cmn, 3D-view

1.7.3.3

7cmq, 3D-view

1.7.3.3

7cuc, 3D-view

1.7.3.3

7cuf, 3D-view

1.7.3.3

7cug, 3D-view

1.7.3.3

1j2g, 3D-view

1.7.3.3

1r51, 3D-view

1.7.3.3

2fub, 3D-view

1.7.3.3

2iba, 3D-view

1.7.3.3

2ic0, 3D-view

1.7.3.3

2icq, 3D-view

1.7.3.3

2pes, 3D-view

1.7.3.3

2yzd, 3D-view

1.7.3.3

2zka, 3D-view

1.7.3.3

2zkb, 3D-view

1.7.3.3

3bk8, 3D-view

1.7.3.3

3cks, 3D-view

1.7.3.3

3cku, 3D-view

1.7.3.3

3f2m, 3D-view

1.7.3.3

3gko, 3D-view

1.7.3.3

3p9f, 3D-view

1.7.3.3

3pjk, 3D-view

1.7.3.3

3pk3, 3D-view

1.7.3.3

3pk4, 3D-view

1.7.3.3

3pk5, 3D-view

1.7.3.3

3pk6, 3D-view

1.7.3.3

3pk8, 3D-view

1.7.3.3

3pkf, 3D-view

1.7.3.3

3pkg, 3D-view

1.7.3.3

3pkh, 3D-view

1.7.3.3

3pkk, 3D-view

1.7.3.3

3pkl, 3D-view

1.7.3.3

3pks, 3D-view

1.7.3.3

3pkt, 3D-view

1.7.3.3

3pku, 3D-view

1.7.3.3

3ple, 3D-view

1.7.3.3

3plg, 3D-view

1.7.3.3

3plh, 3D-view

1.7.3.3

3pli, 3D-view

1.7.3.3

3plj, 3D-view

1.7.3.3

3plm, 3D-view

1.7.3.3

3wlv, 3D-view

1.7.3.3

4n3m, 3D-view

1.7.3.3

4n9v, 3D-view

1.7.3.3

4op6, 3D-view

1.7.3.3

4op9, 3D-view

1.7.3.3

4xfp, 3D-view

1.7.3.3

5frc, 3D-view

1.7.3.3

5y2p, 3D-view

1.7.3.3

5y52, 3D-view

1.7.3.3

5yj2, 3D-view

1.7.3.3

5yja, 3D-view

1.7.3.3

5z27, 3D-view

1.7.3.3

5z2b, 3D-view

1.7.3.3

6i9x, 3D-view

1.7.3.3

6i9z, 3D-view

1.7.3.3

6ia1, 3D-view

1.7.3.3

6ia3, 3D-view

1.7.3.3

6ia9, 3D-view

1.7.3.3

6ic1, 3D-view

1.7.3.3

6rgm, 3D-view

1.7.3.3

7a0l, 3D-view

1.7.3.3

7cmn, 3D-view

1.7.3.3

7cmq, 3D-view

1.7.3.3

7cuc, 3D-view

1.7.3.3

7cuf, 3D-view

1.7.3.3

7cug, 3D-view

1.7.3.3

1j2g, 3D-view

1.7.3.3

1r51, 3D-view

1.7.3.3

2fub, 3D-view

1.7.3.3

2iba, 3D-view

1.7.3.3

2ic0, 3D-view

1.7.3.3

2icq, 3D-view

1.7.3.3

2pes, 3D-view

1.7.3.3

2yzd, 3D-view

1.7.3.3

2zka, 3D-view

1.7.3.3

2zkb, 3D-view

1.7.3.3

3bk8, 3D-view

1.7.3.3

3cks, 3D-view

1.7.3.3

3cku, 3D-view

1.7.3.3

3f2m, 3D-view

1.7.3.3

3gko, 3D-view

1.7.3.3

3p9f, 3D-view

1.7.3.3

3pjk, 3D-view

1.7.3.3

3pk3, 3D-view

1.7.3.3

3pk4, 3D-view

1.7.3.3

3pk5, 3D-view

1.7.3.3

3pk6, 3D-view

1.7.3.3

3pk8, 3D-view

1.7.3.3

3pkf, 3D-view

1.7.3.3

3pkg, 3D-view

1.7.3.3

3pkh, 3D-view

1.7.3.3

3pkk, 3D-view

1.7.3.3

3pkl, 3D-view

1.7.3.3

3pks, 3D-view

1.7.3.3

3pkt, 3D-view

1.7.3.3

3pku, 3D-view

1.7.3.3

3ple, 3D-view

1.7.3.3

3plg, 3D-view

1.7.3.3

3plh, 3D-view

1.7.3.3

3pli, 3D-view

1.7.3.3

3plj, 3D-view

1.7.3.3

3plm, 3D-view

1.7.3.3

3wlv, 3D-view

1.7.3.3

4n3m, 3D-view

1.7.3.3

4n9v, 3D-view

1.7.3.3

4op6, 3D-view

1.7.3.3

4op9, 3D-view

1.7.3.3

4xfp, 3D-view

1.7.3.3

5frc, 3D-view

1.7.3.3

5y2p, 3D-view

1.7.3.3

5y52, 3D-view

1.7.3.3

5yj2, 3D-view

1.7.3.3

5yja, 3D-view

1.7.3.3

5z27, 3D-view

1.7.3.3

5z2b, 3D-view

1.7.3.3

6i9x, 3D-view

1.7.3.3

6i9z, 3D-view

1.7.3.3

6ia1, 3D-view

1.7.3.3

6ia3, 3D-view

1.7.3.3

6ia9, 3D-view

1.7.3.3

6ic1, 3D-view

1.7.3.3

6rgm, 3D-view

1.7.3.3

7a0l, 3D-view

1.7.3.3

7cmn, 3D-view

1.7.3.3

7cmq, 3D-view

1.7.3.3

7cuc, 3D-view

1.7.3.3

7cuf, 3D-view

1.7.3.3

7cug, 3D-view

1.7.3.3

186 entries

2.4.2.29

5utj, 3D-view

4.1.1.97

5y52, 3D-view

4.1.1.97

5yj2, 3D-view

4.1.1.97

5yja, 3D-view

4.1.1.97

7cmn, 3D-view

4.1.1.97

5y52, 3D-view

4.1.1.97

5yj2, 3D-view

4.1.1.97

5yja, 3D-view

4.1.1.97

7cmn, 3D-view

4.1.1.97

5y52, 3D-view

4.1.1.97

5yj2, 3D-view

4.1.1.97

5yja, 3D-view

4.1.1.97

7cmn, 3D-view

4.1.1.97

12 entries

Enzyme Kinetic Parameters

K_M Value (1 result)

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Show KM Value (1 entry)

EC NUMBER

KM VALUE [MM]

KM VALUE MAXIMUM [MM]

COMMENTARY

LITERATURE

2.4.2.22

0.019

-

-

638005

K_i Value (1 result)

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Show KI Value (1 entry)

EC NUMBER

KI VALUE [MM]

KI VALUE MAXIMUM [MM]

COMMENTARY

LITERATURE

2.4.2.22

0.11

-

-

638005

References & Links

Literature References (17)

top print hide

Show Reference (17 entries)

BRENDA REFERENCE ID

PUBMED ID

TITLE

YEAR

AUTHORS

JOURNAL

VOLUME

PAGES

394150

728443

Uricase of Bacillus fastidiosus. Properties and regulation of synthesis

1978

Bongaerts, G.P.A.; Uitzetter, J.; Brouns, R.; Vogels, G.D.

Biochim. Biophys. Acta

527

348-358

638005

4216296

Xanthine phosphoribosyltransferase from Streptococcus faecalis. Properties and specificity

1974

Miller, R.L.; Adamczyk, D.L.; Fyfe, J.A.; Elion, G.B.

Arch. Biochem. Biophys.

165

349-358

638040

13563482

Purification and properties of trans-N-deoxyribosylase

1958

Roush, A.H.; Betz, R.F.

J. Biol. Chem.

233

261-266

638043

1175597

trans-N-Deoxyribosylase: substrate specificity studies. Purine bases as acceptors

1975

Holguin, J.; Cardinaud, R.

Eur. J. Biochem.

54

515-520

644590

1525176

Purification and substrate inactivation of xanthine dehydrogenase from Chlamydomonas reinhardtii

1992

Perez-Vicente, R.; Alamillo, J.M.; Cardenas, J.; Pineda, M.

Biochim. Biophys. Acta

1117

159-166

644597

6061702

Purification and properties of xanthine dehydrogenase from Micrococcus lactilyticus

1967

Smith, S.T.; Rajagopalan, K.V.; Handler, P.

J. Biol. Chem.

242

4108-4117

644608

-

Molecular and kinetic characterization of xanthine dehydrogenase from the phototrophic bacterium Rodopseudomonas capsulata

1981

Aretz, W.; Kaspari, H.; Klemme, J.H.

Z. Naturforsch. C

36

933-941

644617

-

Purification, crystallization, and some properties of xanthine dehydrogenase from Pseudomonas synxantha A 3

1979

Sakai, T.; Jun, H.K.

Agric. Biol. Chem.

43

753-760

672398

16478683

High pressure macromolecular crystallography: The 140-MPa crystal structure at 2.3 A resolution of urate oxidase, a 135-kDa tetrameric assembly

2006

Colloch, N.; Girard, E.; Dhaussy, A.; Kahn, R.; Ascone, I.; Mezouar, M.; Fourme, R.

Biochim. Biophys. Acta

1764

391-397

695394

18645230

Structures of Arthrobacter globiformis urate oxidase-ligand complexes

2008

Juan, E.; Hoque, M.; Shimizu, S.; Hossain, M.; Yamamoto, T.; Imamura, S.; Suzuki, K.; Tsunoda, M.; Amano, H.; Sekiguchi, T.; Takenaka, A.

ACTA CRYSTALLOGR. SECT. D

64

815-822

696770

18375516

Oxygen pressurized X-ray crystallography: probing the dioxygen binding site in cofactorless urate oxidase and implications for its catalytic mechanism

2008

Colloc'h, N.; Gabison, L.; Monard, G.; Altarsha, M.; Chiadmi, M.; Marassio, G.; Sopkova-de Oliveira Santos, J.; El Hajji, M.; Castro, B.; Abraini, J.H.; Prange, T.

Biophys. J.

95

2415-2422

699832

19586953

Large crystal growth by thermal control allows combined X-ray and neutron crystallographic studies to elucidate the protonation states in Aspergillus flavus urate oxidase

2009

Oksanen, E.; Blakeley, M.P.; Bonnete, F.; Dauvergne, M.T.; Dauvergne, F.; Budayova-Spano, M.

J. R. Soc. Interface

6 Suppl 5

599-610

710719

20445229

Polymorphism of microcrystalline urate oxidase from Aspergillus flavus

2010

Collings, I.; Watier, Y.; Giffard, M.; Dagogo, S.; Kahn, R.; Bonnete, F.; Wright, J.P.; Fitch, A.N.; Margiolaki, I.

Acta Crystallogr. Sect. D

66

539-548

711915

20965617

Novel insights for dihydroorotate dehydrogenase class 1A inhibitors discovery

2010

Cheleski, J.; Rocha, J.R.; Pinheiro, M.P.; Wiggers, H.J.; da Silva, A.B.; Nonato, M.C.; Montanari, C.A.

Eur. J. Med. Chem.

45

5899-5909

723951

21132687

Relevant anion-π interactions in biological systems: The case of urate oxidase

2011

Estarellas, C.; Frontera, A.; Quinonero, D.; Deya, P.

Angew. Chem. Int. Ed. Engl.

50

415-418

734510

24481069

Arxula adeninivorans recombinant guanine deaminase and its application in the production of food with low purine content

2014

Trautwein-Schult, A.; Jankowska, D.; Cordes, A.; Hoferichter, P.; Klein, C.; Matros, A.; Mock, H.P.; Baronian, K.; Bode, R.; Kunze, G.

J. Mol. Microbiol. Biotechnol.

24

67-81

753649

30555824

Biochemical characterization of Kluyveromyces lactis adenine deaminase and guanine deaminase and their potential application in lowering purine content in beer

2018

Mahor, D.; Prasad, G.S.

Front. Bioeng. Biotechnol.

6

180

Links to other databases for 8-Azaxanthine

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Show Links (1 entry)

ChEBI

PubChem

-