Resolvase 3D structures

3D structures of resolvase

Updated on 13-February-2022

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• Holliday junction resolvase
  • 1kcf – HJR – fission yeast
    
  • 2wiw, 2wiz, 2wj0 – AfHJR+DNA – Archaeoglobus fulgidus
    
  • 2wcw, 2wcz – AfHJR (mutant)
    
  • 2h8c – EcHJR RusA (mutant) + DNA – Escherichia coli
    
  • 1gdt - EcHJR +DNA
    
  • 2h8e - EcHJR RusA (mutant)
    
  • 1q8r – EcHJR RusA
    
  • 1hjr – EcHJR RuvC
    
  • 4ep4 – TtHJR RuvC – Thermus thermophilus
    
  • 4ep5 – TtHJR RuvC (mutant)
    
  • 6s16 – TtHJR + DNA
    
  • 1zp7 – BsHJR RecU – Bacillus subtilis
    
  • 5fdk - BsHJR RecU (mutant) + DNA
    
  • 1ob8, 1ob9, 1hh1, 2eo0 – SsHJR – Sulfolobus solfataricus
    
  • 4tkd, 4tkk - SsHJR (mutant) -
    
  • 2fco – HJR – Geobacillus kaustophilus
    
  • 1ipi, 1gef – PfHJR – Pyrococcus furiosus
    
  • 7oa5 - RuvA - Mycobacterium leprae
    
  • 6lw3 – HJR RuvC – Pseudomonas aeruginosa
    
  • 6p7a – fpvHJR – fowlpox virus
    
  • 6p7b – fpvHJR + DNA
    
  • 5e6f - HJR - canarypox virus
    
• Ser-recombinase
  • 2rsl - EcGDR
    
  • 1hx7 – EcGDR N-terminal – NMR
    
  • 1ght, 1res, 1ret, 1ght – EcGDR catalytic domain – NMR
    
  • 1gdr, 1hx7 - EcGDR catalytic domain
    
  • 2gm4, 1zr2, 1zr4, 1gdt – EcGDR+DNA
    
  • 2gm5 – EcGDR (mutant)
    
  • 3guv – Sp-site-specific recombinase – Streptococcus pneumoniae
    
  • 2r0q – SaS-rec+DNA – Staphylococcus aureus
    
  • 3pkz - SaS-sin (mutant)
    
  • 3lhf – SsS-rec
    
• Tyr-recombinase
  • 3etl, 3ew9, 3ewa, 2i1q – MmRadA Rec+AMPPNP+ion – Methanococcus maripaludis
    
  • 2b21 - MmRadA Rec+AMPPNP
    
  • 2zub, 2zuc, 2zud, 2dfl – SsRadA
    
  • 2cvf, 2cvh – RadB Rec – Thermococcus kodakarensis
    
  • 2f1h, 2fpl, 2fpm - MvRec+AMPPNP+K – Methanococcus voltae
    
  • 2f1i – MvRec+AMPPNP
    
  • 2f1j, 2fpk - MvRec+ADP
    
  • 1a0p – EcXerD Rec
    
  • 5dcf - EcXerD C-terminal/FTSK
    
  • 5hxy - XerD - Thermoplasma acidophilum
    
  • 5jjv, 5jk0 - XerH - Helicobacter pylori
    
• Cre recombinase
  • 3mgv, 3c28, 3c29, 2hof, 2hoi, 1xns, 1xo0, 1pvp, 1pvq, 1pvr, 1nzb, 1ouq, 1q3u, 1q3v, 1ma7, 1kbu, 1drg, 1f44, 2crx, 3crx, 4crx, 5crx, 1crx – EpCre+DNA – Enterobacteria phage PI
    
• Hin recombinase
  • 1hcr, 1ijw, 1jj6, 1jj8, 1jko, 1jkp, 1jkq, 1jkr – HRec + DNA – synthetic
    
• RadA recombinase
  • 2zub, 2zuc, 2zud, 2dfl – SsRadA
    
  • 4dc9 – MvRadA C-terminal domain
    
  • 2i1q – MvRadA (mutant)
    
  • 1pzn, 5fot, 5fou, 5fox, 5fpk, 5fov, 5fow – PfRadA
    
  • 4a6p, 5fos – PfRadA ATPase domain (mutant)
    
  • 5lkq - SpRadA protease domain
    
  • 5j4l, 5jec, 5jed, 5jee, 5kdd, 5l8v, 5lb2, 5lb4, 5lbi, 5jfg - PfRadA (mutant)
    
  • 5h45 - TtRadA C-terminal
    
• RadA recombinase complex
  • 5fot, 5fou, 5fov, 5fow, 5fpk, 4b3b – PfRadA ATPase domain + tetrapeptide
    
  • 5fox – PfRadA ATPase domain (mutant) + peptide
    
  • 4d6p – PfRadA ATPase domain (mutant) + AMPPNP
    
  • 4uqo – PfRadA ATPase domain (mutant) + ADP
    
  • 4b2i – PfRadA ATPase domain (mutant) + indazole
    
  • 4b2l, 4b35 – PfRadA ATPase domain (mutant) + methylester tryplophan
    
  • 4b32, 4b33 – PfRadA ATPase domain (mutant) + naphthol
    
  • 4b34 – PfRadA ATPase domain (mutant) + aminobenzothiazole
    
  • 4b3c, 4b3d, 5j4h, 5j4k – PfRadA ATPase domain (mutant) + indole derivative
    
  • 4a6x – PfRadA ATPase domain (mutant) + ATP
    
  • 3ntu, 2gdj – MvRadA + AMPPNP
    
  • 2b21, 2f1h, 2f1i, 2fpl, 2fpm – MvRadA (mutant) + AMPPNP
    
  • 3fyh, 2f1j, 2fpk – MvRadA (mutant) + ADP
    
  • 3etl, 3ew9, 3ewa – MmRadA (mutant) + AMPPNP
    
  • 5lkm - SpRadA + TDP
    
• RadB recombinase
  • 2cvf, 2cvh – TkRadB
    
• Tre recombinase
  • 5u91 – Tre + DNA - synthetic
    
• Chloroplast resolvase
  • 6is9 – mRes RuvC - maize
    
  • 6jrf – mRes RuvC + DNA
    
  • 6is8 – mRes RuvC (mutant) + DNA
    
  • 6lcm – mRes (mutant) + I3C
    
  • 6kvn – tRes (mutant) - tobacco
    
  • 6kvo, 6lct – tRes + DNA
    
• Integrase see Integrase and Retroviral Integrase
• Recombinase A (RecA) see Recombinase A

Proteopedia Page Contributors and Editors (what is this?)

Michal Harel, Joel L. Sussman