Team:ZJU-China/Notebook/LabNotes/July
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!Date!!Notes | !Date!!Notes | ||
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- | |July 1st-7th Final examinations for the semester. | + | |July 1st-7th||Final examinations for the semester. |
|- | |- | ||
- | |July 8th Transformation of GFP. Pick up two colonies and cultivate in A+LB medium. | + | |July 8th||Transformation of GFP. Pick up two colonies and cultivate in A+LB medium. |
|- | |- | ||
- | |July 9th Set up Ampicillin (100 mg/mL) and store in -20°C (for future use). | + | |July 9th||Set up Ampicillin (100 mg/mL) and store in -20°C (for future use). |
|- | |- | ||
- | |July 10th Transform BBa_K411003 into BC21 cells. Transformation of GFP, 23L and theophylline using 100μL/mL Ampicillin. | + | |July 10th||Transform BBa_K411003 into BC21 cells. Transformation of GFP, 23L and theophylline using 100μL/mL Ampicillin. |
|- | |- | ||
- | |July 11th Observe after ~20h cultivation and find colonies. Pick up colonies and analyze with PCR. Also transform 23L, theophylline and GFP into DH10β cells. | + | |July 11th||Observe after ~20h cultivation and find colonies. Pick up colonies and analyze with PCR. Also transform 23L, theophylline and GFP into DH10β cells. |
|- | |- | ||
- | |July 12th Find that cells with GFP and theophylline parts are in good condition. PCR amplification of Phi X 174 and gene E. | + | |July 12th||Find that cells with GFP and theophylline parts are in good condition. PCR amplification of Phi X 174 and gene E. |
|- | |- | ||
- | |July 13th Plasmid pBADS purification. 3A assembly of parts pBADS, PhiX174-pE, and pSB1k3. | + | |July 13th||Plasmid pBADS purification. 3A assembly of parts pBADS, PhiX174-pE, and pSB1k3. |
|- | |- | ||
- | |July 14th Cut pBAD and pE --- successful! Pick up colonies with pBAD-pE and cultivate. Transform pBAD-pE into BL21. | + | |July 14th||Cut pBAD and pE --- successful! Pick up colonies with pBAD-pE and cultivate. Transform pBAD-pE into BL21. |
|- | |- | ||
- | |July 15th PCR amplification of RBS BBa_J61100 and double terminator BBa_B0015. 3A assembly of three parts. | + | |July 15th||PCR amplification of RBS BBa_J61100 and double terminator BBa_B0015. 3A assembly of three parts. |
|- | |- | ||
- | |July 16th Cut BBa_K411003 and pSB1A3 with E+P. Link BBa_K411003 with pSB1A3. | + | |July 16th||Cut BBa_K411003 and pSB1A3 with E+P. Link BBa_K411003 with pSB1A3. |
|- | |- | ||
- | |July 17th Plasmid purification of pE-pSB1c3. Transform GFP and 23L, but no results with 23L. PCR analysis of pBADS-RBS. | + | |July 17th||Plasmid purification of pE-pSB1c3. Transform GFP and 23L, but no results with 23L. PCR analysis of pBADS-RBS. |
|- | |- | ||
- | |July 18th Plasmid purifications of pE-DTer, pBAD-RBS. PCR amplification of BBa_J611007. | + | |July 18th||Plasmid purifications of pE-DTer, pBAD-RBS. PCR amplification of BBa_J611007. |
|- | |- | ||
- | |July 19th Small-scale plasmid purification of BBa_K411003. Gel electrophoresis analysis of PCR products. Pick up colonies with GFP and cultivate with rocking bed in 37°C. Purify plasmids with GFP after cultivation. | + | |July 19th||Small-scale plasmid purification of BBa_K411003. Gel electrophoresis analysis of PCR products. Pick up colonies with GFP and cultivate with rocking bed in 37°C. Purify plasmids with GFP after cultivation. |
|- | |- | ||
- | |July 20th Small-scale purification of plasmid with BBa_K411003, and then cut with E+P. Transform Lac I into DH10β cells. | + | |July 20th||Small-scale purification of plasmid with BBa_K411003, and then cut with E+P. Transform Lac I into DH10β cells. |
|- | |- | ||
- | |July 21st The Lac I transformation on July 20th was a failure (no colonies); doubt if GE apparatus have problems. Small-scale purification of pBAD_S + RBS (BBa_J611007). Make new competent cells (BL21, DH10β). | + | |July 21st||The Lac I transformation on July 20th was a failure (no colonies); doubt if GE apparatus have problems. Small-scale purification of pBAD_S + RBS (BBa_J611007). Make new competent cells (BL21, DH10β). |
|- | |- | ||
- | |July 22nd Transformation of our last year’s parts into 23L cells --- successful! Pick up colonies and cultivate. | + | |July 22nd||Transformation of our last year’s parts into 23L cells --- successful! Pick up colonies and cultivate. |
|- | |- | ||
- | |July 23rd Measure the static performance of BBa_K411003 in BL21 cells; the results are bad. Purify plasmids 4P, 4B and 6D again. | + | |July 23rd||Measure the static performance of BBa_K411003 in BL21 cells; the results are bad. Purify plasmids 4P, 4B and 6D again. |
|- | |- | ||
- | |July 24th Transformations of R0010 (3H) and R0010 (Amp resistance). Small-scale purification of plasmids in 23L. Cut and link GFP and double terminator. Make Chl solution for future use. | + | |July 24th||Transformations of R0010 (3H) and R0010 (Amp resistance). Small-scale purification of plasmids in 23L. Cut and link GFP and double terminator. Make Chl solution for future use. |
|- | |- | ||
- | |July 25th Measure the static performance of theophylline. Purification of R0010 plasmid (with Amp or Chl resistance). | + | |July 25th||Measure the static performance of theophylline. Purification of R0010 plasmid (with Amp or Chl resistance). |
|- | |- | ||
- | |July 26th PCR amplification to analyze the results of transformation. Cut GFP with E+P again. | + | |July 26th||PCR amplification to analyze the results of transformation. Cut GFP with E+P again. |
|- | |- | ||
- | |July 27th Pick up colonies of Streptavidin, and do some purification works. | + | |July 27th||Pick up colonies of Streptavidin, and do some purification works. |
|- | |- | ||
- | |July 28th Cut pBADS-RBS + pE-Ter with E+P. Pick up colonies of parts GTP, B0015, and theophylline. | + | |July 28th||Cut pBADS-RBS + pE-Ter with E+P. Pick up colonies of parts GTP, B0015, and theophylline. |
|- | |- | ||
- | |July 29th Link pSB1c3 with linker Streptavidin. Measure static performance of theophylline, and find the OD value rises sharply. | + | |July 29th||Link pSB1c3 with linker Streptavidin. Measure static performance of theophylline, and find the OD value rises sharply. |
|- | |- | ||
- | |July 30th PCR cleanup. Transformation of GFP. | + | |July 30th||PCR cleanup. Transformation of GFP. |
|- | |- | ||
- | |July 31st PCR and gel electrophoresis to analyze results of GFP transformation. | + | |July 31st||PCR and gel electrophoresis to analyze results of GFP transformation. |
|} | |} | ||
Revision as of 15:54, 25 September 2013
Lab Notes: July
Date | Notes |
---|---|
July 1st-7th | Final examinations for the semester. |
July 8th | Transformation of GFP. Pick up two colonies and cultivate in A+LB medium. |
July 9th | Set up Ampicillin (100 mg/mL) and store in -20°C (for future use). |
July 10th | Transform BBa_K411003 into BC21 cells. Transformation of GFP, 23L and theophylline using 100μL/mL Ampicillin. |
July 11th | Observe after ~20h cultivation and find colonies. Pick up colonies and analyze with PCR. Also transform 23L, theophylline and GFP into DH10β cells. |
July 12th | Find that cells with GFP and theophylline parts are in good condition. PCR amplification of Phi X 174 and gene E. |
July 13th | Plasmid pBADS purification. 3A assembly of parts pBADS, PhiX174-pE, and pSB1k3. |
July 14th | Cut pBAD and pE --- successful! Pick up colonies with pBAD-pE and cultivate. Transform pBAD-pE into BL21. |
July 15th | PCR amplification of RBS BBa_J61100 and double terminator BBa_B0015. 3A assembly of three parts. |
July 16th | Cut BBa_K411003 and pSB1A3 with E+P. Link BBa_K411003 with pSB1A3. |
July 17th | Plasmid purification of pE-pSB1c3. Transform GFP and 23L, but no results with 23L. PCR analysis of pBADS-RBS. |
July 18th | Plasmid purifications of pE-DTer, pBAD-RBS. PCR amplification of BBa_J611007. |
July 19th | Small-scale plasmid purification of BBa_K411003. Gel electrophoresis analysis of PCR products. Pick up colonies with GFP and cultivate with rocking bed in 37°C. Purify plasmids with GFP after cultivation. |
July 20th | Small-scale purification of plasmid with BBa_K411003, and then cut with E+P. Transform Lac I into DH10β cells. |
July 21st | The Lac I transformation on July 20th was a failure (no colonies); doubt if GE apparatus have problems. Small-scale purification of pBAD_S + RBS (BBa_J611007). Make new competent cells (BL21, DH10β). |
July 22nd | Transformation of our last year’s parts into 23L cells --- successful! Pick up colonies and cultivate. |
July 23rd | Measure the static performance of BBa_K411003 in BL21 cells; the results are bad. Purify plasmids 4P, 4B and 6D again. |
July 24th | Transformations of R0010 (3H) and R0010 (Amp resistance). Small-scale purification of plasmids in 23L. Cut and link GFP and double terminator. Make Chl solution for future use. |
July 25th | Measure the static performance of theophylline. Purification of R0010 plasmid (with Amp or Chl resistance). |
July 26th | PCR amplification to analyze the results of transformation. Cut GFP with E+P again. |
July 27th | Pick up colonies of Streptavidin, and do some purification works. |
July 28th | Cut pBADS-RBS + pE-Ter with E+P. Pick up colonies of parts GTP, B0015, and theophylline. |
July 29th | Link pSB1c3 with linker Streptavidin. Measure static performance of theophylline, and find the OD value rises sharply. |
July 30th | PCR cleanup. Transformation of GFP. |
July 31st | PCR and gel electrophoresis to analyze results of GFP transformation. |