Difference between revisions of "20.109(F17): Notes for M1"

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(M1D2)
(M1D2)
 
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*1ml of trypsin
 
*1ml of trypsin
 
*set aside T75 flask
 
*set aside T75 flask
 +
*printout of today's protocol
  
 
Per group
 
Per group
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===M1D2===
 
===M1D2===
 +
Per group, in Tissue Culture, sterile
 +
*10 mL MEF media
 +
*1ml trypsin
 +
*5ml of PBS
 +
*printout of today's protocol
 +
 
Per group, in main lab
 
Per group, in main lab
 
*1x PBS in glass bottle
 
*1x PBS in glass bottle
Line 31: Line 38:
 
*40ml Neutralization buffer
 
*40ml Neutralization buffer
 
*print a large scheme of the plate so they can keep track of how to load chips
 
*print a large scheme of the plate so they can keep track of how to load chips
 
Per group, in Tissue Culture, sterile
 
*10 mL MEF media
 
*1ml trypsin
 
*5ml of PBS
 
*printout of today's protocol
 

Latest revision as of 18:12, 11 September 2017

20.109(F17): Laboratory Fundamentals of Biological Engineering

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       1. Measuring Genomic Instability        2. Manipulating Metabolism        3. Engineering Biomaterials              

M1D1

Per group, aliquot in Tissue Culture, sterile

  • 14ml of MEF media (DMEM, 10% FBS, 1X Pen/Strep)
  • 3ml of PBS
  • 1ml of trypsin
  • set aside T75 flask
  • printout of today's protocol

Per group

  • 50 mL 1x PBS in bottle
  • cylinder near weight station for PBS
  • 100ml glass bottles near weigh station
  • pre-cut gel bond at front bench
  • Secure line II pen
  • scraped lid for comet chip stamp

M1D2

Per group, in Tissue Culture, sterile

  • 10 mL MEF media
  • 1ml trypsin
  • 5ml of PBS
  • printout of today's protocol

Per group, in main lab

  • 1x PBS in glass bottle
  • 2 eppendorf tubes of LMP agarose (in eppendorf water bath)
  • 4 binder clips
  • 1 glass slide
  • 1 bottomless 96-well plate
  • 1 razor blade
  • Pasteur pipets
  • sharp jar
  • pipet aid
  • 40ml alkaline lysis solution
  • 40ml Neutralization buffer
  • print a large scheme of the plate so they can keep track of how to load chips