"
Page
Discussion
View source
History
teams
Log in
Team:NTU Taida/M3
From 2014.igem.org
(Difference between revisions)
HIbaby
(
Talk
|
contribs
)
(Created page with "{{:Team:NTU_Taida/template/header}} {{:Team:NTU_Taida/template/css/bootstrap}} <html lang="en"> <head> <meta charset="utf-8"> <meta http-equiv="X-UA-Compatible" conten...")
Newer edit →
Revision as of 17:43, 14 October 2014
NTU-Taida
Toggle navigation
TEAM
PROJECT
Problem (introduction)
Overview Mind Map
Fad System
Skin Whitening --- PKEK
Corneum decomposition --- Keratinase
Fragrance
MODELING
Our Simulation Progress
Model 1
Model 2
Model 3
Curve fitting
Background knowledge
Reference
SAFETY
What we done
What else can we do
PARTS
LOGBOOK
HUMAN PRACTICE
MAIN PAGE 2014
Model 2:
The protein production is regulated by the concentrations of inducer, repressor ,activator and the different combinations of promoters with RBSs.However, in the past the strength of a promoter and an RBS, which are the main components of transcription and translation were only defined relatively to other promoter-RBS component. It lacks a standard way to quantify the strength of promoter-RBS component as standard Biobrick. In order to efficiently select the adequate promoters, Ribosome binding Sites(RBSs) and inducer concentrations with desired Input/output characteristics, we use the promoter- RBS libraries and the mathematical dynamic model refer in [7] to describe the protein expression in a more comprehensive way. The figure below illustrates overview of the genetic circuit. Crucial elements and their relations are cited in the figure.
Fig 4 Representation of the genetic circuit. The output signal is measured by GFP reporter.
Fig 4(cont’)
Mathematical dynamic model with identified kinetic strength of promoter-RBS is described as follow :
-->
"
