Team:UNIPV-Pavia/Notebook/Week1Sep

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(September, 6th)
 
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__NOTOC__  
__NOTOC__  
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<html><a name="week_start"></a></html>
= Week from August 31st, to September 6th, 2009 =
= Week from August 31st, to September 6th, 2009 =
<html>
<html>
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<tr>
<tr>
<td align="left" width="50%">
<td align="left" width="50%">
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug">
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug#week_start">
  <img src="https://2009.igem.org/Special:FilePath?file=Left_arrow.png"/>
  <img src="https://2009.igem.org/Special:FilePath?file=Left_arrow.png"/>
</a>
</a>
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug">Previous Week</a>
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug#week_start">Previous Week</a>
</td>
</td>
<td align="right" width="50%">  
<td align="right" width="50%">  
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep">Next Week</a>
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep#week_start">Next Week</a>
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep">
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<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep#week_start">
  <img src="https://2009.igem.org/Special:FilePath?file=Right_arrow.png"/>
  <img src="https://2009.igem.org/Special:FilePath?file=Right_arrow.png"/>
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*We sent A15-2 purified DNA (stored at -20°C) to BMR Genomics for sequencing.
*We sent A15-2 purified DNA (stored at -20°C) to BMR Genomics for sequencing.
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''Experiment with Tecan F200''
 
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* <html><u>Description</u></html>
 
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* <html><u>Purpose:</u></html>
 
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* <html><u>Materials & Methods</u></html>
 
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* <html><u>Protocol</u></html>
 
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* <html><u>Results</u></html>
 
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*Medium-size gel for B5new2(E-P); small-size gel for B8-5(E-P), R0011(S-P) and E0240(X-P).
*Medium-size gel for B5new2(E-P); small-size gel for B8-5(E-P), R0011(S-P) and E0240(X-P).
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<font class='didascalia'>
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{|align="center"
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|[[Image:pv_B5new2_digestion_screening.jpg|thumb|500px|left|Digestion screening for B5new2.]]
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|}
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</font>
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*Medium gel results: B5new2 clones all showed the correct length for ligated plasmid! we decided to keep B5new2-3 to continue the assemblies and B5new2-9 as a backup copy. Both plasmids were sent to BMR Genomics for sequencing.
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<font class='didascalia'>
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{|align="center"
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*Medium gel results: B5new2 clones all showed the correct length for ligated plasmid! we decided to keep B5new2-3 to continue the assemblies and B5new2-9 as a backup copy. Both plasmids were sent to BMR Genomics for sequencing.
+
|[[Image:pv_B8_5_actual.jpg|thumb|500px|left|B8-5 construct was actually a wrong plasmid: the 4Kbp fragment was non digested DNA. Sequencing results will tell us what there is inside the cloning site.]]
 +
|}
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</font>
*Small gel results: R0011(S-P) and E0240(X-P) were cut and purified through gel-extraction, while B8-5 could not be cut because the bands were not correct: maybe the heaviest band noticed on August 24th was a non-completely digested fragment, not a correct-size insert. We decided to throw B8-5 glycerol stock away.
*Small gel results: R0011(S-P) and E0240(X-P) were cut and purified through gel-extraction, while B8-5 could not be cut because the bands were not correct: maybe the heaviest band noticed on August 24th was a non-completely digested fragment, not a correct-size insert. We decided to throw B8-5 glycerol stock away.
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**F2620MIT1
**F2620MIT1
**A11-3
**A11-3
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*We streaked a single colony LB + Amp agar plate using K116002 glycerol stock. We incubated the plate at 37°C overnight.
 
===== pH sensor =====
===== pH sensor =====
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*We received from iGEM plasmid Amp pNhaA+GFP but bacterial strain isn't declared, so we are going to transform it into TOP10:
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*We streaked a single colony LB + Amp agar plate using (the right) K116002 glycerol stock. We incubated the plate at 37°C overnight.
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**Single plate LB + Amp infection.
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*Preparation of LBK (LB with potassium instead of sodium) at pH 5,5 - 6,6 - 7,5 - 8,5 for the first experiment we would have performed in the following days.
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**Overnight incubation.
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*Preparation of LBK (LB with potassium instead of sodium) at pH 6,6 (LB has this pH - we measured it) for the first experiment we would have performed in the following days.
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*Transformation/plating for A17new ligation.
*Transformation/plating for A17new ligation.
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*We inoculated a single colony from K116002 streaked plate in 5 ml of LB + Amp. We incubated the inoculum at 37°C, 220 rpm overnight.
 
===== pH sensor =====
===== pH sensor =====
-
*The plate showed grown colonies, we picked one colony and infected 1 ml of LB + Amp.
+
*We inoculated a single colony from K116002 streaked plate in 5 ml of LB + Amp.
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*Overnight incubation.
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*Overnight incubation at 37°C, 220 rpm.
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== <html><font class="dayw_style">September, 3rd</font></html> ==
== <html><font class="dayw_style">September, 3rd</font></html> ==
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*Miniprep for K116002 overnight culture. We used 1 ul of this sample to transform TOP10 in order to have the pH sensor in the same strain as the reference promoter (i.e. A2). We incubated the plate (LB + Amp) with transformed bacteria overnight at 37°C. We also sent purified DNA to BMR Genomics for sequencing.
+
*A17new overnight plate showed only one colony...easy screening for this plate! Colony PCR/electrophoresis for this sample. We stored this colony in 100ul of LB + Amp and incubated it at 37°C waiting for the end of the reaction.
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+
<font class='didascalia'>
-
 
+
{|align="center"
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*A17new overnight plate showed only one colony...easy screening for this plate! Colony PCR/electrophoresis for this sample. We stored this colony in 100ul of LB + Amp and incubated it at 37°C waiting for the end of the reaction.
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|[[Image:pv_pcr_A17new.jpg|thumb|500px|left|Colony PCR results for the only A17new colony on its plate.]]
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|}
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</font>
*Gel results: the blank was not so clean, but the only colony was positive:) We inoculated the colony in 5 ml of LB + Amp to grow an overnight culture (37°C, 220 rpm).
*Gel results: the blank was not so clean, but the only colony was positive:) We inoculated the colony in 5 ml of LB + Amp to grow an overnight culture (37°C, 220 rpm).
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===== pH sensor =====
===== pH sensor =====
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*Miniprep for the culture.
+
*Miniprep for K116002 overnight culture. We incubated the plate (LB + Amp) with transformed bacteria overnight at 37°C.  
-
*Transformation into TOP10 E.coli.
+
*We used 1 ul of this sample to transform TOP10 in order to have the pH sensor in the same strain as the reference promoter (i.e. A2).
*We plated transformed bacteria and incubated overnight at 37°C.
*We plated transformed bacteria and incubated overnight at 37°C.
 +
*We also sent purified DNA to BMR Genomics for sequencing.
<div align="right">
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== <html><font class="dayw_style">September, 4th</font></html> ==
== <html><font class="dayw_style">September, 4th</font></html> ==
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*A14L plate showed colonies and K116002(TOP10) plate showed a bacterial carpet (with some single colony).
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*A14L plate showed colonies.
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+
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*We inoculated a single colony from K116002(TOP10) plate in 1 ml of LB + Amp and incubated this inoculum for about 6 hours (37°C, 220 rpm). Then, a glycerol stock was prepared.
+
*Colony PCR/electrophoresis for 6 colonies from A14L plate. Colonies were saved inoculating them in 1 ml of LB + Amp and incubating them at 37°C, 220 rpm waiting for the end of the reaction.
*Colony PCR/electrophoresis for 6 colonies from A14L plate. Colonies were saved inoculating them in 1 ml of LB + Amp and incubating them at 37°C, 220 rpm waiting for the end of the reaction.
-
*Gel results: all the colonies showed the amplicon with the right size, but even some extra band...we decided to keep A14L-1 to stock all the colonies in glycerol. We also decided to keep A14L-1: we inoculated it in 5 ml of LB + Amp to grow an overnight culture to check the sequence.
+
*Gel results: all the colonies showed the amplicon with the right size, but even some extra band...we decided to stock all the colonies in glycerol. We also decided to keep A14L-1: we inoculated it in 5 ml of LB + Amp to grow an overnight culture to check the sequence.
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===== pH sensor =====
===== pH sensor =====
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The plate showed grown colonies.
+
*K116002(TOP10) plate showed a bacterial carpet (with some single colony).
-
 
+
*We inoculated a single colony from K116002 (TOP10) plate in 1 ml of LB + Amp and incubated this inoculum for about 6 hours (37°C, 220 rpm).
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*We picked a single colony and infected 4 ml LB + Amp.
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*Glycerol stock.
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*Incubation overnight.
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<div align="right">
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== <html><font class="dayw_style">September, 5th</font></html> ==
== <html><font class="dayw_style">September, 5th</font></html> ==
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*Fermentation experiment setup
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===== pH sensor =====
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*Wiki updating
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*Glycerol stock for the overnight TOP10 E.coli culture containing pNhaA + GFP + Amp plasmid.
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== <html><font class="dayw_style">September, 6th</font></html> ==
== <html><font class="dayw_style">September, 6th</font></html> ==
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*Fermentation experiment
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*Cloning
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*Wiki updating
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<div align="right">
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<tr>
<tr>
<td align="left" width="50%">
<td align="left" width="50%">
-
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug">
+
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug#week_start">
  <img src="https://2009.igem.org/Special:FilePath?file=Left_arrow.png"/>
  <img src="https://2009.igem.org/Special:FilePath?file=Left_arrow.png"/>
</a>
</a>
-
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug">Previous Week</a>
+
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week4Aug#week_start">Previous Week</a>
</td>
</td>
<td align="right" width="50%">  
<td align="right" width="50%">  
-
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep">Next Week</a>
+
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep#week_start">Next Week</a>
-
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep">
+
<a href="https://2009.igem.org/Team:UNIPV-Pavia/Notebook/Week2Sep#week_start">
  <img src="https://2009.igem.org/Special:FilePath?file=Right_arrow.png"/>
  <img src="https://2009.igem.org/Special:FilePath?file=Right_arrow.png"/>
</a>
</a>

Latest revision as of 23:42, 21 October 2009

EthanolPVanimation.gif

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Week from August 31st, to September 6th, 2009

Previous Week Next Week

August, 31st

  • We inoculated:
    • 10 colonies from B5new2 plate in 4 ml of LB + Kan for screening;
    • B8-5 (8 ul from glycerol stock) in 4 ml of LB + Kan (for purification process);
  • We sent A15-2 purified DNA (stored at -20°C) to BMR Genomics for sequencing.

Top

September, 1st

  • We received sequencing results for:
    • A16-4: sequence ok!
    • A14-3: sequence had a deletion in C0012, as we expected because of A11-2 sequencing results, previously received;
    • B8-5: sequence wrong in VF2 and good in VR;
    • A17: chromatogram was good, but ligation failed (R0011 was not in the insert).
  • COMMENTS after sequencing results:
    • now we have a new aTc sensor (A16) to test together with A9;
    • B8 has to be repeated or purified, we will try both the approaches;
    • A14 has to be repeated using A11-3, which has a consistent sequencing result;
    • A17 is going to be ligated today (this time using gel extraction).



  • Glycerol stocks for the 10 B5new2 grown cultures.
  • Miniprep for B5new2 (10 samples) and for B8-5.
  • Digestion for:
    • B5new2 (10 samples) for screening (E-P cut);
    • B8-5 for purification from gel (E-P cut);
    • R0011 (stored at -20°C) for A17new ligation (S-P cut)
    • E0240 (stored at -20°C) for A17new ligation (X-P cut)
  • Medium-size gel for B5new2(E-P); small-size gel for B8-5(E-P), R0011(S-P) and E0240(X-P).

File:Pv B5new2 digestion screening.jpg
Digestion screening for B5new2.

  • Medium gel results: B5new2 clones all showed the correct length for ligated plasmid! we decided to keep B5new2-3 to continue the assemblies and B5new2-9 as a backup copy. Both plasmids were sent to BMR Genomics for sequencing.

File:Pv B8 5 actual.jpg
B8-5 construct was actually a wrong plasmid: the 4Kbp fragment was non digested DNA. Sequencing results will tell us what there is inside the cloning site.

  • Small gel results: R0011(S-P) and E0240(X-P) were cut and purified through gel-extraction, while B8-5 could not be cut because the bands were not correct: maybe the heaviest band noticed on August 24th was a non-completely digested fragment, not a correct-size insert. We decided to throw B8-5 glycerol stock away.
  • Ligation: A17new = R0011(S-P) + E0240(X-P) in pSB1A2
  • We incubated ligation reaction at 16°C overnight.


  • We inoculated:
    • B5new2-3
    • B6-3
    • A4
    • F2620MIT1
    • A11-3


pH sensor
  • We streaked a single colony LB + Amp agar plate using (the right) K116002 glycerol stock. We incubated the plate at 37°C overnight.
  • Preparation of LBK (LB with potassium instead of sodium) at pH 5,5 - 6,6 - 7,5 - 8,5 for the first experiment we would have performed in the following days.

Top

September, 2nd

  • Miniprep for:
    • B5new2-3
    • B6-3
    • A11-3
    • A4
    • F2620MIT1
    • E0240 pellet (stored at -20°C)
  • Digestions:
    • B5new2-3(E-X)
    • B6-3(E-X)
    • A11-3(S-P)
    • A4(E-S)
    • F2620MIT1(E-S)
    • E0240(X-P)
  • Gel run, cut and band purification for all the samples.
  • Ligations:
    • B7new = A4(E-S) + B5new2-3(E-X) in pSB1AK3
    • B8new = A4(E-S) + B6-3(E-X) in pSB1AK3
    • B9 = F2620MIT1(E-S) + B5new2-3(E-X) in pSB1AK3
    • B10 = F2620MIT1(E-S) + B6-3(E-X) in pSB1AK3
    • A14L = A11-3(S-P) + E0240(X-P) in pSB1A2
  • We incubated the five reactions at 16°C overnight.



  • Transformation/plating for A17new ligation.


pH sensor
  • We inoculated a single colony from K116002 streaked plate in 5 ml of LB + Amp.
  • Overnight incubation at 37°C, 220 rpm.

Top

September, 3rd

  • A17new overnight plate showed only one colony...easy screening for this plate! Colony PCR/electrophoresis for this sample. We stored this colony in 100ul of LB + Amp and incubated it at 37°C waiting for the end of the reaction.


File:Pv pcr A17new.jpg
Colony PCR results for the only A17new colony on its plate.

  • Gel results: the blank was not so clean, but the only colony was positive:) We inoculated the colony in 5 ml of LB + Amp to grow an overnight culture (37°C, 220 rpm).


  • We transformed these ligations:
    • B7new 1:40 on Kan
    • B8new 1:40 on Kan
    • B9 1:40 on Kan
    • B10 1:40 on Kan
    • A14L 1:20 on Amp
  • We incubated B7new, B8new, B9 and B10 at 37°C in the morning. Then, five colonies for each plate were picked after about 11 hours. We inoculated these colonies in 5 ml of LB + Kan and incubated them overnight (37°C, 220 rpm). NOTE: B7new and B8new had smaller colonies than B9 and B10.
  • We incubated A14L plate overnight at 37°C.


pH sensor
  • Miniprep for K116002 overnight culture. We incubated the plate (LB + Amp) with transformed bacteria overnight at 37°C.
  • We used 1 ul of this sample to transform TOP10 in order to have the pH sensor in the same strain as the reference promoter (i.e. A2).
  • We plated transformed bacteria and incubated overnight at 37°C.
  • We also sent purified DNA to BMR Genomics for sequencing.

Top

September, 4th

  • A14L plate showed colonies.
  • Colony PCR/electrophoresis for 6 colonies from A14L plate. Colonies were saved inoculating them in 1 ml of LB + Amp and incubating them at 37°C, 220 rpm waiting for the end of the reaction.
  • Gel results: all the colonies showed the amplicon with the right size, but even some extra band...we decided to stock all the colonies in glycerol. We also decided to keep A14L-1: we inoculated it in 5 ml of LB + Amp to grow an overnight culture to check the sequence.



  • We received sequencing results for B8-5again(VF2) and it was not correct.


  • Glycerol stock/miniprep for 21 cultures:
    • B7new X5 colonies
    • B8new X5 colonies
    • B9 X5 colonies
    • B10 X5 colonies
    • A17new
  • We sent A17new purified DNA to BMR Genomics for sequencing.
  • Screening (E-P digestion cut) for B7new, B8new, B9 and B10 samples.


pH sensor
  • K116002(TOP10) plate showed a bacterial carpet (with some single colony).
  • We inoculated a single colony from K116002 (TOP10) plate in 1 ml of LB + Amp and incubated this inoculum for about 6 hours (37°C, 220 rpm).
  • Glycerol stock.

Top

September, 5th

  • Fermentation experiment setup
  • Wiki updating


Top

September, 6th

  • Fermentation experiment
  • Cloning
  • Wiki updating

Top



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