Difference between revisions of "Condensin"
(→Important publications) |
(→Important publications) |
||
| Line 10: | Line 10: | ||
== Important publications == | == Important publications == | ||
| − | <pubmed>24440399,24440393 24829297 24118085 25071173 25557547 23218009 22855829 25951515 26253537 26295962,26706151</pubmed> | + | <pubmed>24440399,24440393 24829297 24118085 25071173 25557547 23218009 22855829 25951515 26253537 26295962,26706151,26725510</pubmed> |
Revision as of 12:30, 5 January 2016
Contents
- 1 Condensin is a conserved protein complex that binds the origin region of the DNA. It is required for segregation of the origin regions after DNA replication. Condensin is a central modulator of chromosome superstructure in all domains of life.
- 2 Mutants lacking condensin components are viable as long as they grow slowly (i.e. on minimal medium), but the components are essential for rapid growth (on LB).
- 3 Localization of the condensin complex depends on ParB.
- 4 The condensin complex: Smc2-ScpA-ScpB
- 5 Back to protein-protein interactions
- 6 Important publications
Condensin is a conserved protein complex that binds the origin region of the DNA. It is required for segregation of the origin regions after DNA replication. Condensin is a central modulator of chromosome superstructure in all domains of life.
Mutants lacking condensin components are viable as long as they grow slowly (i.e. on minimal medium), but the components are essential for rapid growth (on LB).
Localization of the condensin complex depends on ParB.
The condensin complex: Smc2-ScpA-ScpB
Back to protein-protein interactions
Important publications
