Team:Kyoto/CiC/Parts

From 2009.igem.org

(Difference between revisions)
m (Part)
m
Line 28: Line 28:
==Part==
==Part==
===Part design===
===Part design===
-
 
In this project, we designed two plasmid for RTS; 1. HIV-TAT::(LALAAAA)3 expressing vector 2. Signal for TIM23 complex::GFP expressing vector. Both of them have T7 promoter, terminator and each CDS between them. They can express each protein by RTS (Rapidly Translation System, Roache). Both parts are inserted in high copy number plasmid pSB1A2.
In this project, we designed two plasmid for RTS; 1. HIV-TAT::(LALAAAA)3 expressing vector 2. Signal for TIM23 complex::GFP expressing vector. Both of them have T7 promoter, terminator and each CDS between them. They can express each protein by RTS (Rapidly Translation System, Roache). Both parts are inserted in high copy number plasmid pSB1A2.
-
==HIV-TAT-(LALAAAA)3-generator==
+
===HIV-TAT-(LALAAAA)3-generator===
[[Image:Kyoto_CinC_part1.png|500px|center|Fig.1]]
[[Image:Kyoto_CinC_part1.png|500px|center|Fig.1]]
-
==TIM23complex signal::EGFP generator==
+
 
 +
===TIM23complex signal::EGFP generator===
[[Image:Kyoto_CinC_part2.png|400px|center|Fig.2]]
[[Image:Kyoto_CinC_part2.png|400px|center|Fig.2]]

Revision as of 15:24, 21 October 2009

Part

Part design

In this project, we designed two plasmid for RTS; 1. HIV-TAT::(LALAAAA)3 expressing vector 2. Signal for TIM23 complex::GFP expressing vector. Both of them have T7 promoter, terminator and each CDS between them. They can express each protein by RTS (Rapidly Translation System, Roache). Both parts are inserted in high copy number plasmid pSB1A2.

HIV-TAT-(LALAAAA)3-generator

Fig.1

TIM23complex signal::EGFP generator

Fig.2