Team:WashU StLouis/Notebook

Notebook

June 2017
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Micah, Maddie, Alex

Lab Work

  1. Prepared LB Media
  2. Re-suspended DNA (D. Radiodurans Uracil DNA Glycosylate 2) from iGEM kit
  3. Transformed Uracil DNA Glycosylate 2 in psB1C3 plasmid into MHD42 competent cells (Practice transformation)
  4. Prepared LB Agar
  5. Prepared overnight culture to make competent cells (MHD42)

Outside Work / Discussion

Micah, Maddie

Lab Work

  1. Prepared MHD42 competent cells
  2. Checked on transformed MHD42 cells with Uracil DNA Glycosylate 2
    • Transformation was a success with 100 colonies
    • Plate was stored in 4 deg. Celsius for future use
  3. Prepared TSS Buffer

Outside Work / Discussion

No Work!

No Work!

Micah, Maddie, Alex, Mark, Collin

Lab Work

  1. Prepared LB + Chloramphenicol (CM) plates
  2. Prepared Ampicillin solution to be used for plates in the future
  3. Made more LB Agar

Outside Work / Discussion

  1. Discussed shifting focus from Dsup gene to a variety of UV radiation resistance gene
  2. Found more genes to compare to Dsup (i.e. phrA in tardigrades and cyanobacteria)
  3. Met with Dr. Brennan to discuss updates

Micah, Maddie, Alex, Mark, Collin

Lab Work

  1. Prepared DH5α competent cells
  2. Tested MHD42 cells for competency
  3. Tested DH5α cells for competency

Outside Work / Discussion

  1. Fleshed out project and decided specific parts to transform [BBa_B0034 (RBS), BBa_R0010 (lac promoter), and BBa_K1499200 (uvsE gene)] into MHD42 cells during the next day
    • The Deinococcus radiodurans UV DNA damage endonuclease (uvsE) gene is a UV radiation damage repair gene from the Stanford-Brown-Spelman 2014 team. We plan to use this to compare to other UV radiation repair genes.
  2. Planned out more long-term goals such as collaborations with other teams (especially those in the Midwest)

Lab Work

  1. Checked competency test for MHD42 cells
    • Test was successful!
  2. Checked competency test for DH5α
    • Test showed that the cells were competent but had a low transformation efficiency
  3. Prepared LB + Ampicillin (Amp) plates
  4. Resuspeded parts BBa_B0034, BBa_R0010, and BBa_K1499200 from current and past distribution kits
  5. Transformed part BBa_B0034 (with plasmid psB1A2) into MHD42 competent cells
  6. Transformed part BBa_R0010 (with plasmid psB1C3) into MHD42 competent cells
  7. Transformed part BBa_K1499200 (with plasmid psB1C3) into MHD42 competent cells
  8. Prepared overnight culture of DH5α competent cells

Outside Work / Discussion

  1. Discussed modelling ideas
  2. Learned how to design primers from Eugene

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