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Team:Hong Kong-CUHK/Project/Data page
From 2011.igem.org
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<h3>Data Page</h3> | <h3>Data Page</h3> | ||
<h3>How Our System Works</h3> | <h3>How Our System Works</h3> | ||
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<p>Figure 1: Schematic diagram summarizing how our system works. Our biobrick generates an ion pump on the membrane of the cell. In phase 1, halorhodopsin does not pump in chloride ions without light. When light illuminates in phase 2 that gives energy to the halorhodopsin, chloride ions are pumped into the cells. Intracellular chloride concentration increased after the halorhodopsin system works.</p> | <p>Figure 1: Schematic diagram summarizing how our system works. Our biobrick generates an ion pump on the membrane of the cell. In phase 1, halorhodopsin does not pump in chloride ions without light. When light illuminates in phase 2 that gives energy to the halorhodopsin, chloride ions are pumped into the cells. Intracellular chloride concentration increased after the halorhodopsin system works.</p> | ||
Revision as of 21:01, 5 October 2011
Chinese University of Hong Kong iGEM 2011
Data Page
How Our System Works
Figure 1: Schematic diagram summarizing how our system works. Our biobrick generates an ion pump on the membrane of the cell. In phase 1, halorhodopsin does not pump in chloride ions without light. When light illuminates in phase 2 that gives energy to the halorhodopsin, chloride ions are pumped into the cells. Intracellular chloride concentration increased after the halorhodopsin system works.
Data For Our Favorite New Parts
1. Main Page – Halorhodopsin, BBa_K559000: a light-driven ion pump which pumps in chloride ions from the environment into the cell.
2. Main Page – Halorhodopsin Complete System, BBa_K559010: the halorhodopsin under the complete control system which also consists of the T7 promoter and a double terminator.
"Creativity is thinking up new things. Innovation is doing new things." - Theodore Levitt
©Copyright CUHK IGEM Team 2011
