Team:Newcastle/Filamentous Cells
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==Filamentous cells genes list== | ==Filamentous cells genes list== | ||
- | *''yneA'' (Transcribed with ''yneB'', ''ynzC'', is an analogue of ''sulA'' in ''E.coli'') * our biobrick is designed to over express this gene | + | *''yneA'' (Transcribed with ''yneB'', ''ynzC'', is an analogue of ''sulA'' in ''E.coli'') * our biobrick is designed to over express this gene reducing cell division possibly by inhibiting FtsZ ring formation or constriction. |
*''dinR'' (Homologue of ''lexA'' in ''E.coli'' transcribed in the opposite direction) | *''dinR'' (Homologue of ''lexA'' in ''E.coli'' transcribed in the opposite direction) | ||
*''ftsZ'' (Involved in the recruitment of other proteins to the divisisome for cytokinesis, strangely over expression results in disruption of Zring formation as well as reduced expression) | *''ftsZ'' (Involved in the recruitment of other proteins to the divisisome for cytokinesis, strangely over expression results in disruption of Zring formation as well as reduced expression) |
Revision as of 08:22, 19 July 2010
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Filamentous Cells
Filamentous cells genes list
- yneA (Transcribed with yneB, ynzC, is an analogue of sulA in E.coli) * our biobrick is designed to over express this gene reducing cell division possibly by inhibiting FtsZ ring formation or constriction.
- dinR (Homologue of lexA in E.coli transcribed in the opposite direction)
- ftsZ (Involved in the recruitment of other proteins to the divisisome for cytokinesis, strangely over expression results in disruption of Zring formation as well as reduced expression)
- secA (Involved in the secretion of extracellular proteins and the insertion of transmembrane proteins)
- recA (Involved in SOS response removing the repressor DinR (LexA))
- wpr and epr produce extracellular proteases that cleave the signal peptide/transmembrane domain of YneA
- ezr produces a protein which sequesters FtsZ monomer by binding its C terminal domain and also inhibits GTP binding; however overexpression does not result in filamentation.
- min C,D ,J and divIVA prevent polar cell division .
- Positive regulators of FtsZ: ftsA, zapA, zipA, ftsL and divIC
- Inhibitors of Daughter cell separation: lytC,D,E,F and cwlS *Chains rather than filaments, yneA is also reported to increase the time spent in chains well into the stationary phase of bacterial growth.
YneA
Kawai, Y., Moriya, S., & Ogasawara, N. (2003). Identification of a protein, YneA, responsible for cell division suppression during the SOS response in Bacillus subtilis. Molecular microbiology, 47(4), 1113-22. Retrieved from http://www.ncbi.nlm.nih.gov/pubmed/12581363.