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Team:IIT Madras/Data page
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<h2>Data for our new parts</h2> | <h2>Data for our new parts</h2> | ||
<ol><a href="http://partsregistry.org/Part:BBa_K572001">Main Page</a> – <b>PcstA_RFP generator, BBa_K572001</b>: Carbon stress induced promoter when induced by Carbon stress produces RFP. RFP production was seen to increase with decrease in substrate concentration.</ol> | <ol><a href="http://partsregistry.org/Part:BBa_K572001">Main Page</a> – <b>PcstA_RFP generator, BBa_K572001</b>: Carbon stress induced promoter when induced by Carbon stress produces RFP. RFP production was seen to increase with decrease in substrate concentration.</ol> | ||
Revision as of 15:26, 19 October 2011
Data for our new parts
- Main Page – PcstA_RFP generator, BBa_K572001: Carbon stress induced promoter when induced by Carbon stress produces RFP. RFP production was seen to increase with decrease in substrate concentration.
- Main Page – Proteorhodopsin, BBa_K572005: Gene expressing proteorhodopsin (Green light absorbing Proteorhodopsin), native to Marine Gamma Proteobacterium. It has light dependent proton pumping activity.
- Main Page – Light based Cloning vector, BBa_K572100: Cloning Plasmid based on pSB1C3, Chloramphenicol is replaced by Proteorhodopsin. This plasmid can be used for light based screening.
- Main Page – Light based Expression vector, BBa_K572200: designed based on pSB1C3, for improved expression in carbon limiting conditions, using light as substrate
Data for pre-existing parts
- Experience – PcstA (glucose-repressible promoter), BBa_K118011: This is a carbon stress induced promoter. We characterized this part by designing and expressing a composite part BBa_K572001, which expressed RFP. We found increasing expression for decreasing substrate concentration.
We've also characterized:
- Main Page – Mouse Beta Carotene Dioxygenase, BBa_K572009: Gene coding for Beta carotene dioxygenase, it converts beta carotene to All-trans retinal which is the chromophore in Proteorhodopsin. We tried to characterize Beta carotene utilization efficiency of this part, for various media conditions.
