Team:TUDelft/13 July 2009
From 2009.igem.org
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BBa_K145280 heatshocked 50 microliter on agar+amp plate<br> | BBa_K145280 heatshocked 50 microliter on agar+amp plate<br> | ||
BBa_K145279 heatshocked 50 microliter on agar+amp plate<br> | BBa_K145279 heatshocked 50 microliter on agar+amp plate<br> | ||
+ | |||
+ | =='''Modelling'''== | ||
+ | Worked on the delay device modelling (established the ODE's for a negative feedforward system using the Bologna 2008 project) | ||
+ | |||
+ | Searched for some articles regarding conjugation modelling, and found two: | ||
+ | *[[Media:conjugation_modelling_02.pdf]] and [[Media:rule_based_modelling_08.pdf]] | ||
{{Template:TUDelftiGEM2009_end}} | {{Template:TUDelftiGEM2009_end}} |
Revision as of 23:53, 13 July 2009
13th July
Weenink
prepared 10 agar+amp plates
Also did the first transformations to see how it goes:
BBa_K145280 (GFP-LVA + TetR generators)
BBa_K145279 (GFP + TetR generators)
4 vials of DH5alpha comptetent cells were used (2 for each biobrick)
after addition of 1 µl rehydrated biobrick DNA, the tubes were incubated for approx 15 (±5) min. on ice. Then one tube of each transformation was heatshocked for 1 min at 42 degrees.
All four transformations were plated out and put at 37 degrees (at 19:00)
BBa_K145280 no heatshock approx 80 microliter on agar+amp plate
BBa_K145279 no heatshock 50 microliter on agar+amp plate
BBa_K145280 heatshocked 50 microliter on agar+amp plate
BBa_K145279 heatshocked 50 microliter on agar+amp plate
Modelling
Worked on the delay device modelling (established the ODE's for a negative feedforward system using the Bologna 2008 project)
Searched for some articles regarding conjugation modelling, and found two: