DNA polymerase: Difference between revisions

From Proteopedia
Jump to navigationJump to search
Michal Harel (talk | contribs)
No edit summary
Michal Harel (talk | contribs)
No edit summary
Line 17: Line 17:


Prokaryotic DNA polymerases:<br />
Prokaryotic DNA polymerases:<br />
* '''DNA polymerase I''': involved in excision repair.  Major polymerase in E. coli.<br />
* '''DNA polymerase I''': involved in excision repair.  Major polymerase in ''E. coli''. For more details see [[DNA Polymerase I]]<br />
* '''DNA polymerase II''': active in replication forks.<br />
* '''DNA polymerase II''': active in replication forks.<br />
* '''DNA polymerase III''': involved in DNA replication.<br />
* '''DNA polymerase III''': involved in DNA replication.  For more details see [[Polymerase III homoenzyme beta subunit]] and [[Alpha Subunit of Thermus aquaticus DNA Polymerase III]].<br />
* '''DNA polymerase IV''': involved in non-targeted mutagenesis.<br />
* '''DNA polymerase IV''': involved in non-targeted mutagenesis.<br />
* '''DNA polymerase V''': involved in translesion synthesis.<br />
* '''DNA polymerase V''': involved in translesion synthesis.<br />
Line 27: Line 27:
* '''Rev1''' is a '''Dpo''' involved in replication over DNA lesions. <br />
* '''Rev1''' is a '''Dpo''' involved in replication over DNA lesions. <br />
* '''Terminal deoxynucleotidyl transferase (TdT)''' is a family X Dpo expressed in immature lymphoid cells.  TdT adds nucleotides to exons during antibody gene recombination.<br />
* '''Terminal deoxynucleotidyl transferase (TdT)''' is a family X Dpo expressed in immature lymphoid cells.  TdT adds nucleotides to exons during antibody gene recombination.<br />
For more details see<br />
See also [[User:Karl E. Zahn/RB69 DNA polymerase (gp43)]]<br />
* [[DNA Polymerase I]]<br />
* [[Polymerase III homoenzyme beta subunit]]<br />
* [[User:Karl E. Zahn/RB69 DNA polymerase (gp43)]]<br />
* [[Alpha Subunit of Thermus aquaticus DNA Polymerase III]].


== 3D Structures of DNA polymerase ==  
== 3D Structures of DNA polymerase ==