June 20
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== Experiments == | == Experiments == | ||
'''Microscopy:''' | '''Microscopy:''' | ||
Revision as of 17:08, 25 June 2007
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Contents |
Experiments
Microscopy:
- pT luxI Cfp imaging done at various induction levels but OD was too high
- K12Z1 imaging done at various induction levels
- 1st Open loop trial Experiment DONE (Auto fluorescence, pT.luxI.C (at AI OD 2 and 0.2))
FACS:
- Auto fluorescence at inductions [0,1,10,25,50,100] done in triplets
- pT.luxI.C fluorescence at inductions [0,1,10,25,50,100] done in triplets
- Fluorescence due to M9 solution (Control)
Analysis
Microscopy:
pT LuxI.C: Subtract K12Z1 and plot CFP,YFP,RFP vs aTC concn
Red : K12Z1 Fluorescence values at different aTc induction levels
Green : pT.luxI.C Fluorescence values at different aTc induction levels
Blue : pT.luxI.C - K12Z1 Fluorescence values at different aTc induction levels
Linear and log space
Mean and Standard Error Plots at all induction levels
 The low values of the red points show that aTc causes no CFP fluorescence in the absence of pT.luxI.C as is in K12Z1. Also, the blue and green points almost form a sigmoid, except for the value at 100 aTc(???). |
 Somewhat sigmoidal curve obtained (but not convinced)! |
 Look at the scale on the Y-axis. The YFP Fluorescence is far lower (almost negligible) than the CFP Fluorescence. |
 The red and green points are close to each other. This shows that the YFP expression in pT.luxI.C is almost the same as is in K12Z1. Again safely neglected!!! |
 Even here the RFP Fluorescence values are too low and are safely neglected. |  Same as in YFP log. Even here the red and green points are close to each other. Shows that the RFP expression in pT.luxI.C is almost the same as is in K12Z1. Again safely neglected!!! |
