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Team:Kyoto/Project
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=='''Project Description'''== | =='''Project Description'''== | ||
| - | ===Reconstruction of mitochondria=== | + | ====Reconstruction of mitochondria==== |
; | ; | ||
:What will happen when "prepared" liposomes are injected into a cell ?What is the difference between cells and endosymbionts ? | :What will happen when "prepared" liposomes are injected into a cell ?What is the difference between cells and endosymbionts ? | ||
| - | ===For the Recreation of Firefly-like Synchronization=== | + | ====For the Recreation of Firefly-like Synchronization==== |
; | ; | ||
:Firefly is bioluminescent insect famous for its bioluminescence catalyzing enzyme luciferase. In mating, they synchronize the phase of their luminescence and play a silent symphony. This time, for the recreation of firefly-like synchronization, we will try to make a new synthetic device which enables optical communication between bacterial cells. | :Firefly is bioluminescent insect famous for its bioluminescence catalyzing enzyme luciferase. In mating, they synchronize the phase of their luminescence and play a silent symphony. This time, for the recreation of firefly-like synchronization, we will try to make a new synthetic device which enables optical communication between bacterial cells. | ||
| - | ===Genetic Expression Depending on Cell division=== | + | ====Genetic Expression Depending on Cell division==== |
; | ; | ||
:In biotechnology, genes in vectors soon express after transformation. We want the genes to express depending on the number of cell division after transformation. Ultimately, we want to make a system that can control freely the generation of genetic expression after transformation. | :In biotechnology, genes in vectors soon express after transformation. We want the genes to express depending on the number of cell division after transformation. Ultimately, we want to make a system that can control freely the generation of genetic expression after transformation. | ||
| - | ===The possibility of genetically modified, ADH1 & ALDH2 producing lactobacilli=== | + | ====The possibility of genetically modified, ADH1 & ALDH2 producing lactobacilli==== |
; | ; | ||
:Can we become a heavy drinker if they join in our resident flora? | :Can we become a heavy drinker if they join in our resident flora? | ||
Revision as of 15:56, 31 July 2009
Contents |
Project Abstract
We are now proceeding SOME projects simultaneously. Below is the abstract of each plan.
1)Reconstruction of mitochondria (or chloroplast), 2)Recreation of Firefly-like Synchronization, 3)Genetic Expression Depending on Cell division, 4)The possibility of genetically modified, ADH1 & ALDH2 producing lactobacilli.
Project Description
Reconstruction of mitochondria
- What will happen when "prepared" liposomes are injected into a cell ?What is the difference between cells and endosymbionts ?
For the Recreation of Firefly-like Synchronization
- Firefly is bioluminescent insect famous for its bioluminescence catalyzing enzyme luciferase. In mating, they synchronize the phase of their luminescence and play a silent symphony. This time, for the recreation of firefly-like synchronization, we will try to make a new synthetic device which enables optical communication between bacterial cells.
Genetic Expression Depending on Cell division
- In biotechnology, genes in vectors soon express after transformation. We want the genes to express depending on the number of cell division after transformation. Ultimately, we want to make a system that can control freely the generation of genetic expression after transformation.
The possibility of genetically modified, ADH1 & ALDH2 producing lactobacilli
- Can we become a heavy drinker if they join in our resident flora?
