DNA glycosylase
From Proteopedia
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===Human 8-oxoguanine DG=== | ===Human 8-oxoguanine DG=== | ||
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| - | ''Update June 2011'' | ||
[[1ko9]] – hOgg1<BR /> | [[1ko9]] – hOgg1<BR /> | ||
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[[3i0w]], [[3i0x]] - CaOxDG (mutant) + DNA<BR /> | [[3i0w]], [[3i0x]] - CaOxDG (mutant) + DNA<BR /> | ||
[[3fhg]] - OxDG (mutant) – ''Sulfolobus solfataricus''<BR /> | [[3fhg]] - OxDG (mutant) – ''Sulfolobus solfataricus''<BR /> | ||
| - | [[1xqo]], [[1xqp]] – OxDG – ''Pyrobaculum aerophilum'' | + | [[1xqo]], [[1xqp]] – OxDG – ''Pyrobaculum aerophilum''<br /> |
| + | [[4ejy]], [[4ejz]] – OxDG + DNA – ''Thermoanaerobacter tengcongensis''<br /> | ||
===Methyladenine DG=== | ===Methyladenine DG=== | ||
Revision as of 07:07, 14 August 2013
DNA glycosylase (DG) are enzymes which remove damaged DNA bases by flipping them out of the double helix followed by their cleavage. Monofunctional DG have only glycosylase activity; bifunctional DG also act as lysates; ADG, UDG, TDG remove adenine, uracil, thymine from DNA. ADG is also called MutY. Smug1 is a single-strand selective monofunctional UDG. OxDG recognize oxidized bases. The human 8-oxoguanine GD is named hOgg1. AlkDG recognize methylated adenine. Formamidopyrimidine DG (FPG) or MutM removes oxidized purines from damaged DNA. More about FPG in
Contents |
3D Structures of DNA glycosylate
Updated on 14-August-2013
Adenine DG
3n5n – hADG catalytic domain – human
1yuo - hADG catalytic domain (mutant)
1x51 – hADG NUDIX domain - NMR
3fsp, 3fsq – GsADG + DNA – Geobacillus stearothermophilus
3g0q, 1vrl, 1rrq, 1rrs - GsADG (mutant) + DNA – Bacillus stearothermophilus
1wef, 1weg, 1kg4, 1kg5, 1kg6, 1kg7, 1kqj - EcADG catalytic domain (mutant) - Escherichia coli
1kg2, 1kg3, 1muy - EcADG catalytic domain
1mun - EcADG catalytic domain (mutant)
1wei, 1mud - EcADG catalytic domain (mutant) + adenine
Uracil DG
3a7n – MtUDG – Mycobacterium tuberculosis
2zhx – MtDG + protein inhibitor
1akz - hUDG (mutant)
2oxm, 2oyt, 1q3f – hUDG + DNA
1ssp, 2ssp - hUDG + DNA+ uracil
1emh, 1emj, 4skn – hUDG (mutant) + DNA
3fcf, 3fci, 3fck, 3fcl, 2hxm – hUDG + inhibitor
1ugh - hUDG (mutant) + protein inhibitor
2jhq – UDG – Vibrio cholerae
3cxm – UDG residues 129-373 + 5-bromo-uracil
2owq, 2owr – UDG (mutant) – Vaccinia virus
2d3y, 1ui0, 1ui1 – TtUDG – Thermus thermophilus
2dp6, 2dem, 2ddg – TtUDG + DNA
2j8x – UDG glycosylase domain + protein inhibitor – Epstein-Barr virus
1lqj – EcUDG
1flz - EcUDG (mutant)
2eug, 3eug, 1eug, 4eug, 5eug - EcUDG (mutant) + uracil
1mwj, 1mwi, 1mtl – EcUDG + DNA
1lqg, 1lqm, 1eui, 1uug - EcUDG + protein inhibitor
2uug - EcUDG (mutant) + protein inhibitor
2c53, 2c56 – HhUDG (mutant) – Human herpesvirus
1lau – HhUDG + DNA
1udh, 1udg – HsUDG _ Herpes simplex virus
1udi - HsUDG + protein inhibitor
2c2p, 2boo – DrUDG – Deinococcus radiodurans
2c2q – DrUDG (mutant)
1vk2, 1l9g – TmUDG - Thermotoga maritime
1okb – UDG catalytic domain – Atlantic cod
Smug1 Uracil DG
1oe4, 1oe5, 1oe6 – UDG Smug1 + DNA– Xenopus laevis
Thymine DG
2rba – hTDG core domain + DNA
2d07, 1wyw – hTDG central region + SUMO-3
1kea – TDG – Methanothermobacter thermautotrophicus
1mug – EcTDG
Human 8-oxoguanine DG
1ko9 – hOgg1
2xhi, 3ktu, 1hu0, 1fn7 - hOgg1 + DNA
1lwv, 1lww, 1lwy - hOgg1 + DNA
+ guanine derivative
2nob, 2noe, 2nof, 2noh, 2noi, 2nol, 2noz, 2i5w, 1yqk, 1yql, 1yqm, 1yqr, 1n39, 1n3a, 1n3c - hOgg1 (mutant) + DNA
1m3h, 3ih7 - hOgg1 core fragment (mutant) + DNA
1m3q, 1ebm - hOgg1 core fragment (mutant) + DNA + guanine derivative
8-oxoguanine DG
3n0u – TmOxDG
3knt - MjOxDG (mutant) + DNA – Methanocaldococcus jannaschii
3fhf - MjOxDG
3go8, 3gp1, 3gpp, 3gpu, 3gpx, 3gpy, 3gq3, 3gq4, 3gq5 – GsOxDG (mutant) + DNA
3f0z - CaOxDG – Clostridium acetobutylicum
3f10 – CaOxDG + 8-oxoguanosine
3i0w, 3i0x - CaOxDG (mutant) + DNA
3fhg - OxDG (mutant) – Sulfolobus solfataricus
1xqo, 1xqp – OxDG – Pyrobaculum aerophilum
4ejy, 4ejz – OxDG + DNA – Thermoanaerobacter tengcongensis
Methyladenine DG
3qi5, 1ewn, 1f4r, 1f6o, 1bnk – hAlkDG + DNA
3bvs – BcAlkDG – Bacillus cereus
3jx7, 3jxy, 3jxz, 3jy1 - BcAlkDG + DNA
1pvs, 1p7m, 1mpg – EcAlkDG
1nku, 1lmz – EcAlkDG - NMR
3ogd, 3oh6, 3oh9 - EcAlkDG (mutant) + DNA
3d4v, 3cvs, 3cvt, 3cw7, 3cwa, 3cws, 3cwt, 3cwu, 1diz - EcAlkDG + DNA
2ofk – StAlkDG – Salmonella typhi
2ofi – StAlkDG + DNA
2jhj, 2jhn – AlkDG – Archaeoglobus fulgidus
2jg6 – AlkDG – Staphylococcus aureus
1pu6 – HpAlkDG – Helicobacter pylori
1pu7, 1pu8 – HpAlkDG + adenine derivative
Formamidopyrimidine DG
3c58, 1xc8, 1tdz, 1pji, 1pm5, 1nnj - LlFpg+ DNA – Lactococcus lactis
1pjj, 1kfv - LlFpg (mutant) + DNA
1k82 - EcFpg+ DNA
3jr4, 3jr5, 2f5n, 2f5o, 2f5p, 2f5q, 2f5s, 1r2y, 1r2z – GsFpg (mutant) + DNA
1l1t, 1l1z, 1l2b, 1l2c, 1l2d - GsFpg + DNA
3a42, 3a45, 3a46 – Fpg – Acanthamoeba polyphaga minivirus
2ea0, 2opf, 2oq4, 1k3w, 1k3x – EcGD NEI + DNA
2fcc – Pyrimidine GD + DNA – Enterobacteria phage T4
1q39 – EcGD NEI
1q3b, 1q3c – EcGD NEI (mutant)
1tdh – hGD NEI
Proteopedia Page Contributors and Editors (what is this?)
Michal Harel, Alexander Berchansky, Joel L. Sussman, Jaime Prilusky
