Team:Lyon-INSA-ENS/Realisation/Week10
From 2011.igem.org
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<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="red"> <b>Transformations and controls for future tests</b> </FONT> <br><br> | + | <FONT COLOR="red"> <b>Transformations and controls for future tests</b> </FONT> <br/><br/> |
- | Start of 5mL liquid cultures of two clones for each plates obtained by the previous transformations, in order to check the presence of the right plasmids.<br><br> | + | Start of 5mL liquid cultures of two clones for each plates obtained by the previous transformations, in order to check the presence of the right plasmids and start fluorescence tests.<br/><br/> |
</p> | </p> | ||
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<br/> | <br/> | ||
- | <b>Transformation and plating</b> of NM522 on LB with : p157 (2 µL) + Spc, p115 (2 µL) + Spc, p56 (2 µL) + Amp, p10 (3 µL) + Amp, pIG30 (2 µL) + Cm, p127 (2 µL) + Kn, p116 (5 µL) + Kn <br> <br><br><br/> | + | <b>Transformation and plating</b> of NM522 on LB with : p157 (2 µL) + Spc, p115 (2 µL) + Spc, p56 (2 µL) + Amp, p10 (3 µL) + Amp, pIG30 (2 µL) + Cm, p127 (2 µL) + Kn, p116 (5 µL) + Kn <br> <br/><br/><br/> |
</p> | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="blue"><b>Strain Collection</b></FONT> <br><br> | + | <FONT COLOR="blue"><b>Strain Collection</b></FONT> <br/><br/> |
- | Storage of <b>S20</b>. <br> | + | Storage of <b>S20</b>. <br/> |
- | Plating of S20 on home-made LB+Amp dishes and start of 5mL liquid cultures in LB+Amp. <br><br> | + | Plating of S20 on home-made LB+Amp dishes and start of 5mL liquid cultures in LB+Amp. <br/><br/> |
- | Start of 50mL liquid culture of NM522/piG6 for a future extraction.<br> | + | Start of 50mL liquid culture of NM522/piG6 for a future extraction.<br/> |
- | Storage of NM522/piG6 in the collection as <b>S21</b>.<br><br><br> | + | Storage of NM522/piG6 in the collection as <b>S21</b>.<br/><br/><br/> |
+ | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="purple"><b> Adherence Test Preparation </b></FONT> <br><br> | + | <FONT COLOR="purple"><b> Adherence Test Preparation </b></FONT> <br/><br/> |
- | Start of 5mL cultures for 24 well plates in M63G medium, with 50µL antibiotic if appropriate, from 10µL of saturated cultures : PHL818, NM522, NM522+pUC18 (Amp), S18(Amp).<br><br><br> | + | Start of 5mL cultures for 24 well plates in M63G medium, with 50µL antibiotic if appropriate, from 10µL of saturated cultures : PHL818, NM522, NM522+pUC18 (Amp), S18(Amp).<br/><br/><br/> |
- | + | </p> | |
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="orange"> <b> Others </b></FONT> <br><br> | + | <FONT COLOR="orange"> <b> Others </b></FONT> <br/><br/> |
- | Results of the LB+Amp tests from the previous day : MC4100, NM522+piG4, PHL818, the new NM522 don't grow.<br> | + | Results of the LB+Amp tests from the previous day : MC4100, NM522+piG4, PHL818, the new NM522 don't grow.<br/> |
- | NM522 and NM522 from the collection produce a few colonies -> the collection was contaminated by an AmpR strain.<br> | + | NM522 and NM522 from the collection produce a few colonies -> the collection was contaminated by an AmpR strain.<br/> |
- | NM522 in the collection (S11) is replaced by the new NM522. <br><br> | + | NM522 in the collection (S11) is replaced by the new NM522. <br/><br/> |
- | Test of 2 other batches of LB+Amp dishes by plating the new NM522 on them.<br><br> | + | Test of 2 other batches of LB+Amp dishes by plating the new NM522 on them.<br/><br/> |
- | Plating of NMYO on LB+Kan from an old solid culture.<br> | + | Plating of NMYO on LB+Kan from an old solid culture.<br/> |
</p> | </p> | ||
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<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="red"> <b>Transformations and controls for future tests</b> </FONT> <br><br> | + | <FONT COLOR="red"> <b>Transformations and controls for future tests</b> </FONT> <br/><br/> |
- | Start of 5mL liquid cultures of two clones for each plates obtained by the previous transformations, in order to check the presence of the right plasmids.<br><br> | + | Start of 5mL liquid cultures of two clones for each plates obtained by the previous transformations, in order to check the presence of the right plasmids.<br/><br/> |
- | Plating of MC4100 on LB from an old solid culture (07/26) for future transformations.<br | + | Plating of MC4100 on LB from an old solid culture (07/26) for future transformations.<br/><br/> |
- | + | ||
- | + | ||
- | + | ||
- | + | ||
- | + | ||
- | + | ||
- | + | ||
+ | <b>Miniprep</b> of : <br/> | ||
+ | - S19/p157<br/> | ||
+ | - S19/p115<br/> | ||
+ | - S19/p127<br/> | ||
+ | - S19/p116<br/> | ||
+ | <b>Digestion</b> by E and electrophoresis to control the presence of the two plasmids : the plasmid piG16 doesn’t seem to be in these strains!!<br/><br/><br/> | ||
+ | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="blue"><b>Plasmid Collection</b></FONT> <br><br> | + | <FONT COLOR="blue"><b>Plasmid Collection</b></FONT> <br/><br/> |
- | <b>Midiprep</b> of pIG6 (=pUC18)<br> | + | <b>Midiprep</b> of pIG6 (=pUC18)<br/> |
- | <b>Digestion</b> by E and electrophoresis to control the plasmid : one band at 2.5-3kb which is coherent. <br> | + | <b>Digestion</b> by E and electrophoresis to control the plasmid : one band at 2.5-3kb which is coherent. <br/> |
- | <b>Nanodrop</b> quantification : c=83ng/µL, 260/280=2.02 <br> | + | <b>Nanodrop</b> quantification : c=83ng/µL, 260/280=2.02 <br/> |
- | <b>Storage</b> of 300µL of the plasmid at -20°C.<br><br> | + | <b>Storage</b> of 300µL of the plasmid at -20°C.<br/><br/> |
- | Start of 50mL cultures (500µL antibiotic if necessary and 100µL bacteria ) of NM522 + p10 (Amp),NM522 + p127 (Kan),NM522 + p56 (Amp),NM522 + p157 (Spc),NM522 + p115 (Spc)for future extractions.<br><br><br> | + | Start of 50mL cultures (500µL antibiotic if necessary and 100µL bacteria ) of NM522 + p10 (Amp),NM522 + p127 (Kan),NM522 + p56 (Amp),NM522 + p157 (Spc),NM522 + p115 (Spc)for future extractions.<br/><br/><br/> |
+ | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="purple"><b> Adherence Test - pRcn-OmpR234 Characterization </b></FONT> <br><br> | + | <FONT COLOR="purple"><b> Adherence Test - pRcn-OmpR234 Characterization </b></FONT> <br/><br/> |
- | Start of 24 well plate adherence test in M63G medium with PHL818 (positive control), NM522 (negative control), S21+Amp without Co, S21+Amp+Co 0,1mM, S18+Amp without Co, S18+Amp+Co 0,1mM.<br><br><br></p> | + | Start of 24 well plate adherence test in M63G medium with PHL818 (positive control), NM522 (negative control), S21+Amp without Co, S21+Amp+Co 0,1mM, S18+Amp without Co, S18+Amp+Co 0,1mM.<br/><br/><br/></p> |
+ | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="purple"><b> Fluorescence Tests </b></FONT> <br><br> | + | <FONT COLOR="purple"><b> Fluorescence Tests </b></FONT> <br/><br/> |
- | Measuring the fluorescence and the OD600 of the tubes from the transformation of tuesday. | + | Measuring the fluorescence and the OD600 of the tubes from the transformation of tuesday.<br/><br/><br/> |
+ | |||
+ | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
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<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="red"> <b>Transformations and controls for future tests</b> </FONT> <br><br> | + | <FONT COLOR="red"> <b>Transformations and controls for future tests</b> </FONT> <br/><br/> |
- | Start of 5mL liquid culture of MC4100 from solid culture (08/24).<br> | + | Start of 5mL liquid culture of MC4100 from solid culture (08/24).<br/><br/> |
- | Start of 5mL liquid culture for fluorescence of : S19/p127, S19/p116, NM522/p127, NM522/p116 in LB/2 and M63G : 30°C and slow agitation<br> | + | Start of 5mL liquid culture for fluorescence of : S19/p127, S19/p116, NM522/p127, NM522/p116 in LB/2 and M63G : 30°C and slow agitation<br/> |
- | Start of 5mL liquid culture for fluorescence of : S19/p115, S19/p157, NM522/p115, NM522/p157 in LB/2 and M63G : 37°C and fast agitation. For each strain, there are 4 tubes without Cobalt and with 3 concentrations of Cobalt<br><br> | + | Start of 5mL liquid culture for fluorescence of : S19/p115, S19/p157, NM522/p115, NM522/p157 in LB/2 and M63G : 37°C and fast agitation. For each strain, there are 4 tubes without Cobalt and with 3 concentrations of Cobalt<br/><br/> |
- | <b>Transformations and plating</b> of MC4100 on LB+Amp with : piG6 (3 µL), piG2 (3µL) and sterile water (3µL) for negative control. <br><br><br> | + | <b>Transformations and plating</b> of MC4100 on LB+Amp with : piG6 (3 µL), piG2 (3µL) and sterile water (3µL) for negative control. <br/><br/><br/> |
+ | |||
+ | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="blue"><b>Plasmid Collection</b></FONT> <br><br> | + | <FONT COLOR="blue"><b>Plasmid Collection</b></FONT> <br/><br/> |
- | <b>Midiprep</b> of p56 and p157.<br> | + | <b>Midiprep</b> of p56 and p157.<br/> |
- | <b>Digestion</b> by E and electrophoresis to control the plasmid : the obtained bands are coherent for each plasmid.<br> | + | <b>Digestion</b> by E and electrophoresis to control the plasmid : the obtained bands are coherent for each plasmid.<br/> |
- | <b>Nanodrop quantification</b> : <br> | + | <b>Nanodrop quantification</b> : <br/> |
- | -p56: c = 15,1 ng/µL<br> | + | -p56: c = 15,1 ng/µL<br/> |
- | -p157: c = 19,3 ng/µL<br> | + | -p157: c = 19,3 ng/µL<br/> |
- | <b>Storage</b> of 300µL of the plasmid at -20°C.<br> | + | <b>Storage</b> of 300µL of the plasmid at -20°C.<br/> |
- | <b>p56 = piG31</b><br> | + | <b>p56 = piG31</b><br/> |
- | <b>p157 = piG32</b><br><br> | + | <b>p157 = piG32</b><br/><br/> |
- | Start of 50mL liquid cultures (500µL antibiotic if necessary and 100µL saturated cultures (08/24)) of NM522/piG30 (Cm), NM522/p127 (Kan), NM522/p116 (Kan) for future extractions.<br><br><br> | + | Start of 50mL liquid cultures (500µL antibiotic if necessary and 100µL saturated cultures (08/24)) of NM522/piG30 (Cm), NM522/p127 (Kan), NM522/p116 (Kan) for future extractions.<br/><br/><br/> |
+ | |||
+ | </p> | ||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
- | <FONT COLOR="orange"> <b> Others </b></FONT> <br><br> | + | <FONT COLOR="orange"> <b> Others </b></FONT> <br/><br/> |
Pouring of Cm+Amp dishes<br/><br/> | Pouring of Cm+Amp dishes<br/><br/> | ||
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<h6 style="text-align :left"> Friday </h6><HR> | <h6 style="text-align :left"> Friday </h6><HR> | ||
+ | |||
<p style=" line-height : 1.5em"> | <p style=" line-height : 1.5em"> | ||
<b>Digestion</b> of R1, R2, C1, N1, N2 minipreps by E and electrophoresis : <br/><br/> | <b>Digestion</b> of R1, R2, C1, N1, N2 minipreps by E and electrophoresis : <br/><br/> |
Revision as of 16:01, 13 September 2011
Week 10
From Monday the 22th of August to Friday the 26th of August 2011
Monday
Both NM522 and NM522/pIG24 grew on LB+Amp ( liquid and solid ) : antibiotic concentration in liquid was not sufficient, a more concentrated solution of Amp (10mg/mL which corresponds to 100X) is made and sterilized by filtration.
Creation of our own LB+Amp plates by plating 200µL of Amp on a LB plate.
Plating of several AmpS strains on the previous plates : PHL818, MC4100, NM522+pIG4, NM522 from the collection, NM522 from the previous LB+Amp plate, a new NM522 found in another lab.
Plating of 10µL of the new NM522 on LB
Dissolution of 0.08g of Spectinomycin ( C14H24N2O7 + 2 HCl + 5 H20 ) into 5mL water and filtration to obtain a solution at 10mg/mL.
QIAGen extraction of NM522 and NM522+pIG4 and electrophoresis : no plasmid is in the strains.
Transformation and plating of NM522 on LB with : pUC18 (=pIG6) (3 µL) + Amp, pIG25 (3 µL) + Cm
Transformation and plating of S19 on LB and the antibiotic Amp with : p157 (3 µL) + SpcR, p115 (3 µL) + SpcR, p127 (3 µL) + Kn, p116 (3 µL) + Kn
Revealing of 24 well plates and flocculation test from 08.19.11. The (2) has failed. The others plates are quite good.
Tuesday
Transformations and controls for future tests
Start of 5mL liquid cultures of two clones for each plates obtained by the previous transformations, in order to check the presence of the right plasmids and start fluorescence tests.
Transformation and plating of NM522 on LB with : p157 (2 µL) + Spc, p115 (2 µL) + Spc, p56 (2 µL) + Amp, p10 (3 µL) + Amp, pIG30 (2 µL) + Cm, p127 (2 µL) + Kn, p116 (5 µL) + Kn
Strain Collection
Storage of S20.
Plating of S20 on home-made LB+Amp dishes and start of 5mL liquid cultures in LB+Amp.
Start of 50mL liquid culture of NM522/piG6 for a future extraction.
Storage of NM522/piG6 in the collection as S21.
Adherence Test Preparation
Start of 5mL cultures for 24 well plates in M63G medium, with 50µL antibiotic if appropriate, from 10µL of saturated cultures : PHL818, NM522, NM522+pUC18 (Amp), S18(Amp).
Others
Results of the LB+Amp tests from the previous day : MC4100, NM522+piG4, PHL818, the new NM522 don't grow.
NM522 and NM522 from the collection produce a few colonies -> the collection was contaminated by an AmpR strain.
NM522 in the collection (S11) is replaced by the new NM522.
Test of 2 other batches of LB+Amp dishes by plating the new NM522 on them.
Plating of NMYO on LB+Kan from an old solid culture.
Wednesday
Transformations and controls for future tests
Start of 5mL liquid cultures of two clones for each plates obtained by the previous transformations, in order to check the presence of the right plasmids.
Plating of MC4100 on LB from an old solid culture (07/26) for future transformations.
Miniprep of :
- S19/p157
- S19/p115
- S19/p127
- S19/p116
Digestion by E and electrophoresis to control the presence of the two plasmids : the plasmid piG16 doesn’t seem to be in these strains!!
Plasmid Collection
Midiprep of pIG6 (=pUC18)
Digestion by E and electrophoresis to control the plasmid : one band at 2.5-3kb which is coherent.
Nanodrop quantification : c=83ng/µL, 260/280=2.02
Storage of 300µL of the plasmid at -20°C.
Start of 50mL cultures (500µL antibiotic if necessary and 100µL bacteria ) of NM522 + p10 (Amp),NM522 + p127 (Kan),NM522 + p56 (Amp),NM522 + p157 (Spc),NM522 + p115 (Spc)for future extractions.
Adherence Test - pRcn-OmpR234 Characterization
Start of 24 well plate adherence test in M63G medium with PHL818 (positive control), NM522 (negative control), S21+Amp without Co, S21+Amp+Co 0,1mM, S18+Amp without Co, S18+Amp+Co 0,1mM.
Fluorescence Tests
Measuring the fluorescence and the OD600 of the tubes from the transformation of tuesday.
Others
Result of the test of the 2 batches of LB+Amp : NM522 doesn't grow so they seem efficient.
Thursday
Transformations and controls for future tests
Start of 5mL liquid culture of MC4100 from solid culture (08/24).
Start of 5mL liquid culture for fluorescence of : S19/p127, S19/p116, NM522/p127, NM522/p116 in LB/2 and M63G : 30°C and slow agitation
Start of 5mL liquid culture for fluorescence of : S19/p115, S19/p157, NM522/p115, NM522/p157 in LB/2 and M63G : 37°C and fast agitation. For each strain, there are 4 tubes without Cobalt and with 3 concentrations of Cobalt
Transformations and plating of MC4100 on LB+Amp with : piG6 (3 µL), piG2 (3µL) and sterile water (3µL) for negative control.
Plasmid Collection
Midiprep of p56 and p157.
Digestion by E and electrophoresis to control the plasmid : the obtained bands are coherent for each plasmid.
Nanodrop quantification :
-p56: c = 15,1 ng/µL
-p157: c = 19,3 ng/µL
Storage of 300µL of the plasmid at -20°C.
p56 = piG31
p157 = piG32
Start of 50mL liquid cultures (500µL antibiotic if necessary and 100µL saturated cultures (08/24)) of NM522/piG30 (Cm), NM522/p127 (Kan), NM522/p116 (Kan) for future extractions.
Others
Pouring of Cm+Amp dishes
Preparation of new Spc at 10mg/mL from 0.15g ( C14H24N2O7 + 2 HCl + 5 H20 ) into 10mL water.
Friday
Digestion of R1, R2, C1, N1, N2 minipreps by E and electrophoresis :
R2 : 2kb, not good
R1 : 2.8kb, validated.
N2 : 2kb, 5kb , not good
N1 : 8kb , not good
C1 : 3kb, 2.5kb , not good
Start of 2X5 mL cultures of NMYO ( 5mL LB, 50µL saturated NMYO, 50µL Kan)
Because no NiCoT plasmid was correct, the transformation was abandonned.