Team:Warsaw/Calendar-Stage1/2 September 2010

From 2010.igem.org

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<br />rbs.020- 3) <a href="http://partsregistry.org/Part:BBa_J61100">J61100</a>
<br />rbs.020- 3) <a href="http://partsregistry.org/Part:BBa_J61100">J61100</a>
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<br />rbs.021- 1) J61101
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<br />rbs.021- 1) <a href="http://partsregistry.org/Part:BBa_J61101">J61101</a>
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<br />rbs.022- 2) J61101
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<br />rbs.022- 2) <a href="http://partsregistry.org/Part:BBa_J61101">J61101</a>
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<br />rbs.023- 3) J61101
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<br />rbs.023- 3) <a href="http://partsregistry.org/Part:BBa_J61101">J61101</a>
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<br />rbs.024- 1) <a href="http://partsregistry.org/Part:BBa_J61107">J61107</a>
<br />rbs.024- 1) <a href="http://partsregistry.org/Part:BBa_J61107">J61107</a>

Revision as of 19:13, 27 October 2010

Example Tabs


02.09.2010 Wednesday

Previous day: Set up liquid cultures of E.coli with GFP with different RBS [Ania O.]

Use a protocol from here

Testing the strenght of RBS [Ania O.,Cherry]

Preparation of probes by dilluting the bacteria cultures and examining them in flow cytometer

Data analysis with Cell Quest and Microsoft Excel[Cherry]

legend:


rbs.033- TOP 10

rbs.004- 1) B0030
rbs.005- 2) B0030
rbs.006- 3) B0030

rbs.007- 1) B0031
rbs.008- 2) B0031
rbs.009- 3) B0031

rbs.010- 1) B0032
rbs.011- 2) B0032
rbs.012- 3) B0032

rbs.013- 1) B0033
rbs.014- 2) B0033
rbs.015- 3) B0033

rbs.003- 1) B0034
rbs.016- 2) B0034
rbs.017- 3) B0034

rbs.018- 1) J61100
rbs.019- 2) J61100
rbs.020- 3) J61100

rbs.021- 1) J61101
rbs.022- 2) J61101
rbs.023- 3) J61101

rbs.024- 1) J61107
rbs.025- 2) J61107
rbs.026- 3) J61107

rbs.027- 1) J61117
rbs.028- 2) J61117
rbs.029- 3) J61117

rbs.030- 1) J61127
rbs.031- 2) J61127
rbs.032- 3) J61127



Cytometer data processed with Cell Quest:








Cell Quest data processed with Microsoft Excel:



geo mean- geometric mean of fluorescence of events in FL1
peak channel- nr of channel which recorded the biggest nr of events

part geo mean peak channel
all m1 all m1
top1,131,101,001,00
1) B0030659,651134,441,001433,00
2) B0030954,011596,951715,001715,00
3) B0030633,971278,361,001485,00
mean749,211336,58572,331544,33
1) B0031181,89292,731,00327,00
2) B0031364,01623,601,00723,00
3) B0031174,81293,391,00283,00
mean240,24403,241,00444,33
1) B0032106,08164,611,00245,00
2) B003228,7365,321,0067,00
3) B0032145,17220,271,00237,00
mean93,33150,071,00183,00
1) B00334,935,691,007,00
2) B00333,092,831,001,00
3) B00333,443,821,004,00
mean3,824,111,004,00
1) B0034357,811112,271,001197,00
2) B0034705,271189,971,001433,00
3) B0034605,001259,441,001654,00
mean556,031187,231,001428,00
1) J6110013,2923,491,0035,00
2) J6110011,3219,181,0022,00
3) J6110020,4029,911,0045,00
mean15,0024,191,0034,00
1) J61101114,13212,721,00283,00
2) J61101117,92221,761,00264,00
3) J61101223,47370,241,00437,00
mean151,84268,241,00328,00
1) J6110759,50121,761,00143,00
2) J6110782,37161,981,00237,00
3) J6110762,99132,141,00205,00
mean68,29138,631,00195,00
1) J6111713,5423,181,0036,00
2) J6111724,5740,391,0052,00
3) J6111714,2724,281,0035,00
mean17,4629,281,0041,00
1) J6112745,87124,241,00212,00
2) J6112746,82120,561,00143,00
3) J6112737,5698,111,0093,00
mean43,42114,301,00149,33



part means geo mean %B0034 peak channel %B0034
all m1 all m1
top0%0%100%0%
J611003%2%100%2%
J6110127%23%100%23%
J6110712%12%100%14%
J611173%2%100%3%
J611278%10%100%10%
B0030135%113%57233%108%
B003143%34%100%31%
B003217%13%100%13%
B00331%0%100%0%
B0034100%100%100%100%