Monday, September 19th
Tasks:
Paul
- Submitted sequencing:
- 22-27: TorA m2 through TorA m4 (two of each, e.g. m2.1=22, m2.2=23)
- 28-33: YcdO m2 through m4
- 34-39: AmiA m2 through m4
- Received sequencing for TorA: Pretty decent, most of them look good. Some point mutations on some
Sara
- Restriction digest of cas9 and pSB1C3 using NEB protocol for the cas9 and the iGEM protocol for pSB1C3
- Cas9:
- 0.5 uL Ecori-HF
- 0.5 uL SpeI
- 2.5 uL Cutsmart
- 19.5 uL H20
- pSB1C3
- Made the master mix of:
- 0.5 uL Ecori-HF
- 0.5 uL SpeI
- 5 uL Cutsmart
- 0.5 uL BSA
- 0.5 uL Dpn1
- 19 uL H20
- 4 uL of MM
- 4 uL pSB1C3 backbone
- Incubated for 1 hr at 37°C
- Heat inactivated for 20 min at 80°C
- Put in freezer for tomorrow
Tasfia
- Made sequencing reactions
- DpnI digested Cas9 insert for pET28a
- DpnI digested pET28a PCR purified product; heat killed enzyme
- Ran gel screen on failed ligations and Cas9 insert for pET28a
- Ran gel screen on Cas9-SS and Cas9-ClyA PCR products for pET28a
- Ran Cas9-ClyA for pET28a PCR (One 50-μL reaction)
- 1 μL template (Cas9-ClyA Gibson miniprep labeled “ClyA,” 73.9 ng/μL) (7.4 ng)
- 1 μL 10 μM Cas9_pET28a_insertFWD primer
- 1 μL 10 μM Pet28_ClyA_REV primer
- 1 μL DMSO
- 21 μL nuclease-free water
- 25 μL OneTaq 2X Master Mix with Standard Buffer
- DpnI digested Cas9-SS products
- Sent DeLisa culture to Kelly so we can make comp cells out of them tomorrow
- Jordan and Sara PCR purified the Cas9-SS for pET28a and Cas9 for pET28a
- Sent for sequencing:
- FhuD Cas9 Gibson
- INP Cas9 1 Gibson
- INP Cas9 2 Gibson
- AmiA Cas9 1 Gibson
- AmiA Cas9 2 Gibson
- ClyA Cas9 1 Gibson
- ClyA Cas9 2 Gibson
- YcdO Cas9 1 Gibson
- YcdO Cas9 2 Gibson
- NapA Cas9 1 Gibson
- NapA Cas9 2 Gibson
- TorA m1-1 GG
- TorA m1-2 GG
- TorA m5-1 GG
- TorA m5-2 GG
- YcdO m1-1 GG
- YcdO m1-2 GG
- YcdO m5-1 GG
- YcdO m5-2 GG
- AmiA m1-1 GG
- AmiA m1-2 GG
Tyler
- PCR of all SS +Cas9
- Used annealing temp of 52°C (5 cycles) 60°C
- Used TorA 8, DsbA 1, Ycdo 2, ClyA 1
- 1µL template
- 1 µL fwd primer
- 1 µL rev primer
- 21 µL water
- 25 µL master mix
Paul
- Submitted sequencing:
- 22-27: TorA m2 through TorA m4 (two of each, e.g. m2.1=22, m2.2=23)
- 28-33: YcdO m2 through m4
- 34-39: AmiA m2 through m4
- Received sequencing for TorA: Pretty decent, most of them look good. Some point mutations on some
Sara
- Restriction digest of cas9 and pSB1C3 using NEB protocol for the cas9 and the iGEM protocol for pSB1C3
- Cas9:
- 0.5 uL Ecori-HF
- 0.5 uL SpeI
- 2.5 uL Cutsmart
- 19.5 uL H20
- pSB1C3
- Made the master mix of:
- 0.5 uL Ecori-HF
- 0.5 uL SpeI
- 5 uL Cutsmart
- 0.5 uL BSA
- 0.5 uL Dpn1
- 19 uL H20
- 4 uL of MM
- 4 uL pSB1C3 backbone
- Incubated for 1 hr at 37°C
- Heat inactivated for 20 min at 80°C
- Put in freezer for tomorrow
Tasfia
- Made sequencing reactions
- DpnI digested Cas9 insert for pET28a
- DpnI digested pET28a PCR purified product; heat killed enzyme
- Ran gel screen on failed ligations and Cas9 insert for pET28a
- Ran gel screen on Cas9-SS and Cas9-ClyA PCR products for pET28a
- Ran Cas9-ClyA for pET28a PCR (One 50-μL reaction)
- 1 μL template (Cas9-ClyA Gibson miniprep labeled “ClyA,” 73.9 ng/μL) (7.4 ng)
- 1 μL 10 μM Cas9_pET28a_insertFWD primer
- 1 μL 10 μM Pet28_ClyA_REV primer
- 1 μL DMSO
- 21 μL nuclease-free water
- 25 μL OneTaq 2X Master Mix with Standard Buffer
- DpnI digested Cas9-SS products
- Sent DeLisa culture to Kelly so we can make comp cells out of them tomorrow
- Jordan and Sara PCR purified the Cas9-SS for pET28a and Cas9 for pET28a
- Sent for sequencing:
- FhuD Cas9 Gibson
- INP Cas9 1 Gibson
- INP Cas9 2 Gibson
- AmiA Cas9 1 Gibson
- AmiA Cas9 2 Gibson
- ClyA Cas9 1 Gibson
- ClyA Cas9 2 Gibson
- YcdO Cas9 1 Gibson
- YcdO Cas9 2 Gibson
- NapA Cas9 1 Gibson
- NapA Cas9 2 Gibson
- TorA m1-1 GG
- TorA m1-2 GG
- TorA m5-1 GG
- TorA m5-2 GG
- YcdO m1-1 GG
- YcdO m1-2 GG
- YcdO m5-1 GG
- YcdO m5-2 GG
- AmiA m1-1 GG
- AmiA m1-2 GG
Tyler
- PCR of all SS +Cas9
- Used annealing temp of 52°C (5 cycles) 60°C
- Used TorA 8, DsbA 1, Ycdo 2, ClyA 1
- 1µL template
- 1 µL fwd primer
- 1 µL rev primer
- 21 µL water
- 25 µL master mix