Team:Slovenia/Notebook.html

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(New page: {{SLOtemp| Content= __NOTOC__ ===June 16th, 2009=== We prepared competent DH5α cells and tested competence of DH5α and DB3.1 cells as follows: - DB3.1 with ccdB (incubation on Amp plate...)
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===June 16th, 2009===
 
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We prepared competent DH5α cells and tested competence of DH5α and DB3.1 cells as follows:
 
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- DB3.1 with ccdB (incubation on Amp plate)
 
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- DH5α with p53 (incubation on Kan plate)
 
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- DH5α with PSBA (incubation on Amp plate)
 
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- DH5α with PSBK (incubation on Kan plate)
 
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We prepared 50 LB mini-prep flasks (10ml),  LB plates with Kan, LB plates with Amp and 4×100ml LB media.
 
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===June 17th, 2009===
 
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We prepared our own competent  DH5α cells.
 
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We inoculated transformed cells (from the previous day) into 10 mL of LB with antibiotic.
 
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===June 18th, 2009===
 
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We transformed competent cells DH5α with pLUC in order to test the competence.
 
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We isolated following vectors:
 
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PSBK_1, PSBK_2, p53_1, p53_2, PSBA_2, ccdB_1 and ccdB_2 and ran them (except vectors with ccdB domain) on agarose gel electrophoresis. Only p53_1 isolation was successful.
 
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===June 19th, 2009===
 
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pET3a and p53 vectors were cut using NdeI/BamHI.
 
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Three groups of competent DH5α cells were transformed with plasmids M13, pET3 and 7G and then incubated on LB Amp (M13) ad LB Kan plates (pET2 and 7G).
 
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===June 22nd, 2009===
 
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We separated the restriction products (pET3a and p53 vectors, that were cut with NdeI/BamHI) on gel electrophoresis, isolated them from gel using MINElute Extraction Kit and measured their concentrations.
 
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p53 had not been cut with both mentioned enzymes at the same time, but in a way that we got fragments d53 and dimtetra.
 
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We inoculated mini-prep flasks with colonies that had grown on Amp and Kan plates from 19th July.
 
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===June 23rd, 2009===
 
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We isolated M13, pET3 and 7G plasmids from over-night culture.
 
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We purified restriction products d53 and Dimtetra and ligated them into pETa (+ backligation).
 
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===June 24th, 2009===
 
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We transformed DH5α cells with the ligation products made on 23th June.
 
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===June 25th, 2009===
 
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Transformed DH5α cells were inoculated into mini-prep flasks.
 
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===June 26th, 2009===
 
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From transformed DH5α cells we isolated:
 
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- pET3a containing d53
 
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- pET3a containing Dimtetra
 
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and performed control restriction.
 
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Gel electrophoresis of restriction products revealed that either restriction or ligation was not successful.
 
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Control restriction was done again, this time successfully. Therefore appropriate d53 and Dimtetra colonies were inoculated into 10 mL of LB+antibiotic in mini-prep flasks.
 
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Following primers were ordered:
 
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T7p-f
 
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ccdB-MCS-I-T7-p-r
 
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T7p-MCS-ccdB-f
 
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His-MCS-II-ccdB-reverse
 
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His-MCS-II-ccdB-r
 
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nYFP-r
 
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nYFP-f
 
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foldon-f
 
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foldon-r
 
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KSI-DP-f
 
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KSI-DP-r
 
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YFPc-f
 
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YFPc-r
 
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YFPn-mut-f
 
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YFPn-mut-r
 
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gyrB-f
 
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gyrB-r
 
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LL-37-f
 
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LL-37-r
 
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CutA1-f
 
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CutA1-r
 
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===June 29th, 2009===
 
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We isolated vectors containing d53 and Dimtetra. Gel electrophoresis showed that isolation was successful.
 
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BL21DE3 pLysS cells (for protein production) were transformed with the isolated vectors.<br>
 
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Other group of BL21DE3 pLysS cells was inoculated on LB plates with chloramphenicol.
 
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We multiplied ccdB domain and p53 monomer with PCR using ccdB-f, ccdB-r, p53-f and p53-r primers.
 
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===June 30th, 2009===
 
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Gel electrophoresis of PCR products (see June 29th).<br>
 
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BL21DE3 pLysS cells transformed with vectors, containing d53 and Dimtetra, were inoculated.
 
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Revision as of 02:42, 22 October 2009

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