Chiba/Sandbox/Home2
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===Making Affinity Tags=== | ===Making Affinity Tags=== | ||
[[Image:Chiba_flichisgene.png|frame|'''Fig.''' The short peptide with six histidine (“His-Tag”) was inserted into the fliC D3 domain.]] | [[Image:Chiba_flichisgene.png|frame|'''Fig.''' The short peptide with six histidine (“His-Tag”) was inserted into the fliC D3 domain.]] | ||
+ | [[Image:Beads-Adsorption_Colony-Number.jpg|frame|'''Fig.'''Beads adsorption assay.]] | ||
#Make the affinity tag by inserting the his-tag into the flagellar fillament. | #Make the affinity tag by inserting the his-tag into the flagellar fillament. | ||
#*[[Image:Chiba_check.png]] Sequence confirmed | #*[[Image:Chiba_check.png]] Sequence confirmed | ||
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#*[[Image:Chiba_check.png]] Phenotype confirmed | #*[[Image:Chiba_check.png]] Phenotype confirmed | ||
#*[[Image:Chiba_check.png]] Affnity confirmed ([[Chiba/Engeneering_Flagella|more...]]]) | #*[[Image:Chiba_check.png]] Affnity confirmed ([[Chiba/Engeneering_Flagella|more...]]]) | ||
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===Making Communication Module=== | ===Making Communication Module=== |
Revision as of 03:36, 27 October 2007
Introduction | Project Design ( 1.Affinity Tag | 2.Communication Module | 3.Size Control ) | Making Marimos | Our Goal |
Chiba's Project
Our iGEM project is to make a Marimo-ish gathering of bacteria. Marimo is a green spherical shaped algae (shown in Fig.1), which is a popular living organism in Japan as a National Treasure.(<because of its shape?)
Motivation.
(more...)
Design
Our marimo bacteria requres as follows:
これを組み合わせて以下のように毬藻をつくる:
Achievements Overview
Making Affinity Tags
- Make the affinity tag by inserting the his-tag into the flagellar fillament.
- Sequence confirmed
- Swarm confirmed
- Flagella strained with anti-flagella antibody
- Phenotype confirmed
- Affnity confirmed (more...])
Making Communication Module
- Making Senders
- 1.---
- 2.---
- Making Receivers
- 1.---
- 2.---
Controlling Size
- Improve Sender
- 前駆体合成酵素metKを入れてみた.>結果?
- Improve Receiver
- LuxRの感度が良くなるmutation(論文より)を入れてみた.>結果
- Localize AHL
- aiiAその1の回路(〜〜になるはず)>結果
- aiiAその2の回路
- その3