"
Team:Kyoto/Modeling
From 2010.igem.org
(Difference between revisions)
(→model1. The characterization of R0011, a latosepromoter) |
(→models) |
||
| Line 1: | Line 1: | ||
==Indroduction== | ==Indroduction== | ||
Our purpose is establish the models which adjust the real relationship between expression level of 'Killer gene' and that of 'Anti-killer gene' in 'Lysis Box' when cell lysis occurs. We made these models from experiments we did practically. | Our purpose is establish the models which adjust the real relationship between expression level of 'Killer gene' and that of 'Anti-killer gene' in 'Lysis Box' when cell lysis occurs. We made these models from experiments we did practically. | ||
| - | == | + | ==Models== |
| - | === | + | ===Model1. The characterization of R0011, a latosepromoter=== |
Before making the model for cell lysis, we must characterize R0011, a lactose promtoer, because we use it to change the ratio between expression of 'Killer gene' and that of 'Anti-killer gene'. | Before making the model for cell lysis, we must characterize R0011, a lactose promtoer, because we use it to change the ratio between expression of 'Killer gene' and that of 'Anti-killer gene'. | ||
| - | === | + | ===Model2. The cell lysis and the ratio of expression level of 'Killer gene' and that of 'Anti-killer gene'=== |
==About equations== | ==About equations== | ||
===Equations in model1=== | ===Equations in model1=== | ||
===Equaitons in model2=== | ===Equaitons in model2=== | ||
Revision as of 14:34, 6 October 2010
Contents |
Indroduction
Our purpose is establish the models which adjust the real relationship between expression level of 'Killer gene' and that of 'Anti-killer gene' in 'Lysis Box' when cell lysis occurs. We made these models from experiments we did practically.
Models
Model1. The characterization of R0011, a latosepromoter
Before making the model for cell lysis, we must characterize R0011, a lactose promtoer, because we use it to change the ratio between expression of 'Killer gene' and that of 'Anti-killer gene'.
