Team:Freiburg/Notebook/22 July

From 2011.igem.org

(Difference between revisions)
(Meeting)
Line 1: Line 1:
==Meeting==
==Meeting==
-
attendants:  
+
attendants: Jakob, Julia, Manuel, Ruediger, Sandra, Sophie, Theo (later), Tobi
 +
time: 9:00 - 10:30
===<span style="color:green;">green light receptor</span>===
===<span style="color:green;">green light receptor</span>===
already done:
already done:
-
 
+
*CcaS was amplified again from the genomic DNA
-
 
+
To-do:
To-do:
-
 
+
*3-A-Assembly of CcaR into an empty vector with a medium promotor
 +
*3-A-Assembly of CcaS into an empty vector with a weak promotor
 +
*3-A-Assembly of CcaR and CcaS to get the final construct
===<span style="color:blue;">blue light receptor</span>===
===<span style="color:blue;">blue light receptor</span>===
Line 16: Line 18:
already done:
already done:
-
 
+
*Primer-Design for the Gibson-Assembly
-
 
+
*growth medium without tryptophane is already ordered
To-do:
To-do:
 +
*amplify the NOT-Gate
===<span style="color:red;">red light receptor</span>===
===<span style="color:red;">red light receptor</span>===
already done:
already done:
 +
*one positive colony from the 3-A of ho1 and the terminator
 +
*no positive colony from the 3-A of pcyA and the terminator
 +
*the PCR to amplify cph8 didn't give a product, we asked the team from Mexico to send us the cph8
 +
*the team from Upsala (Sweden) has succeeded in amplifying the cph8 (according to their notebook)
 +
To-do:
 +
*3-A-Assembly of the ho1-term with a mediumPromotor-mediumRBS
-
 
-
To-do:
 
===<span style="color:orange;">Lysis cassette</span>===
===<span style="color:orange;">Lysis cassette</span>===
already done:
already done:
-
 
+
*the quick change didn't work the first time, we should repeat this
 +
*possible alternative to express the lysis cassette could be: temperature regulated RNA
To-do:
To-do:
-
 
+
*repeat the quick change
===<span style="color:grey;">Precipitator</span>===
===<span style="color:grey;">Precipitator</span>===
already done:
already done:
 +
*the GFP-PBD was cloned (colonies showed up)
To-do:
To-do:
 +
*test digest and sequencing of the GFP-PBD (first have a look if you see the GFP fluorescence)
 +
*possible test of the PBD: grow the E. coli, lyse them, put the lysate into a plate (96 well?), wash the wells to get rid of the other proteins, measure the GFP fluorescence with a plate reader
 +
*microscope the E. coli cells
 +
 +
===other suff</span>===
 +
*think about possible give-aways for the sponsoring video
 +
*jacob will create a Youtube account and upload the sponsoring video
 +
*meeting for the wiki takeover: wednesday 9:00 am (new time: 12:15)
 +
*modelling should be started now, either Ni-binding and release or GFP-PBD binding and release, Ruediger will do this
 +
<br/>
<br/>
<br/>
<br/>

Revision as of 08:16, 26 July 2011

Contents

Meeting

attendants: Jakob, Julia, Manuel, Ruediger, Sandra, Sophie, Theo (later), Tobi time: 9:00 - 10:30

green light receptor

already done:

  • CcaS was amplified again from the genomic DNA

To-do:

  • 3-A-Assembly of CcaR into an empty vector with a medium promotor
  • 3-A-Assembly of CcaS into an empty vector with a weak promotor
  • 3-A-Assembly of CcaR and CcaS to get the final construct

blue light receptor

already done:

  • Primer-Design for the Gibson-Assembly
  • growth medium without tryptophane is already ordered

To-do:

  • amplify the NOT-Gate

red light receptor

already done:

  • one positive colony from the 3-A of ho1 and the terminator
  • no positive colony from the 3-A of pcyA and the terminator
  • the PCR to amplify cph8 didn't give a product, we asked the team from Mexico to send us the cph8
  • the team from Upsala (Sweden) has succeeded in amplifying the cph8 (according to their notebook)

To-do:

  • 3-A-Assembly of the ho1-term with a mediumPromotor-mediumRBS


Lysis cassette

already done:

  • the quick change didn't work the first time, we should repeat this
  • possible alternative to express the lysis cassette could be: temperature regulated RNA

To-do:

  • repeat the quick change

Precipitator

already done:

  • the GFP-PBD was cloned (colonies showed up)


To-do:

  • test digest and sequencing of the GFP-PBD (first have a look if you see the GFP fluorescence)
  • possible test of the PBD: grow the E. coli, lyse them, put the lysate into a plate (96 well?), wash the wells to get rid of the other proteins, measure the GFP fluorescence with a plate reader
  • microscope the E. coli cells

other suff</span>

  • think about possible give-aways for the sponsoring video
  • jacob will create a Youtube account and upload the sponsoring video
  • meeting for the wiki takeover: wednesday 9:00 am (new time: 12:15)
  • modelling should be started now, either Ni-binding and release or GFP-PBD binding and release, Ruediger will do this



green light receptor

NAME OF YOUR EXPERIMENT

Investigators:NAME


blue light receptor

NAME OF YOUR EXPERIMENT

Investigators:NAME



red light receptor

NAME OF YOUR EXPERIMENT

Investigators:NAME



Lysis cassette

NAME OF YOUR EXPERIMENT

Investigators:NAME


Precipitator

NAME OF YOUR EXPERIMENT

Investigators: NAME