BerkiGEM2007Present2
From 2007.igem.org
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Streptomyces Chyrsomallus consists of many genes; however, I was only interested in 4 genes and they are thpA, thpB, thpC and thpD. These 4 genes will help initiate the production of hydroxyectioine. The 4 genes should be arranged in this order: thpA-rbs-thpB-rbs-thpC-rbs-thpD. thpD is the gene that plays a crucial role in the production of hydroxyectoine. The other three genes are there to initiate the process. When inserted into a bacterium, hydroxyectoine will prevent dessication and many other extremes. It will protect the bacteria's proteins and cell membrane. | Streptomyces Chyrsomallus consists of many genes; however, I was only interested in 4 genes and they are thpA, thpB, thpC and thpD. These 4 genes will help initiate the production of hydroxyectioine. The 4 genes should be arranged in this order: thpA-rbs-thpB-rbs-thpC-rbs-thpD. thpD is the gene that plays a crucial role in the production of hydroxyectoine. The other three genes are there to initiate the process. When inserted into a bacterium, hydroxyectoine will prevent dessication and many other extremes. It will protect the bacteria's proteins and cell membrane. | ||
| - | [[Image: | + | [[Image:4maingenes.jpg]][[Image:ThpDarrow.jpg]][[Image:hoxyectoine.jpg]] |
Revision as of 08:01, 24 September 2007
sorry for the delay. This is a rough draft. we will finish it soon.
Streptomyces Chyrsomallus consists of many genes; however, I was only interested in 4 genes and they are thpA, thpB, thpC and thpD. These 4 genes will help initiate the production of hydroxyectioine. The 4 genes should be arranged in this order: thpA-rbs-thpB-rbs-thpC-rbs-thpD. thpD is the gene that plays a crucial role in the production of hydroxyectoine. The other three genes are there to initiate the process. When inserted into a bacterium, hydroxyectoine will prevent dessication and many other extremes. It will protect the bacteria's proteins and cell membrane.
