Team:Yale/Our Project/Notebook/Week 4

From 2010.igem.org

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<li>Ran 1.0% agarose gel of four 6/30 PCR products at 90 V.</li>
<li>Ran 1.0% agarose gel of four 6/30 PCR products at 90 V.</li>
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<img src="https://static.igem.org/mediawiki/2010/8/87/Yale-phs-gel.jpg" />
<img src="https://static.igem.org/mediawiki/2010/8/87/Yale-phs-gel.jpg" />
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<div id="caption>
Gel of phsABC and phsAB PCR products or a demonstration of the utility of DMSO Lane 1: 1 kb ladder and 3.6 kb spillover from Lane 2, Lane 2: 3.6 kb phsABC fragment from PCR protocol without DMSO, Lane 4: 2.9 kb phsAB fragment from PCR protocol without DMSO, Lane 6:3.6 kb phsABC fragment from PCR protocol with DMSO, Lane 8: 2.9 kb phsAB fragment from PCR protocol with DMSO
Gel of phsABC and phsAB PCR products or a demonstration of the utility of DMSO Lane 1: 1 kb ladder and 3.6 kb spillover from Lane 2, Lane 2: 3.6 kb phsABC fragment from PCR protocol without DMSO, Lane 4: 2.9 kb phsAB fragment from PCR protocol without DMSO, Lane 6:3.6 kb phsABC fragment from PCR protocol with DMSO, Lane 8: 2.9 kb phsAB fragment from PCR protocol with DMSO
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       Gel of phsABC and phsAB PCR products or a demonstration of the utility of DMSO Lane 1: 1 kb ladder and 3.6 kb spillover from Lane 2, Lane 2: 3.6 kb phsABC fragment from PCR protocol without DMSO, Lane 4: 2.9 kb phsAB fragment from PCR protocol without DMSO, Lane 6:3.6 kb phsABC fragment from PCR protocol with DMSO, Lane 8: 2.9 kb phsAB fragment from PCR protocol with DMSO <br/>
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       Gel of phsABC and phsAB PCR products or a demonstration of the utility of DMSO Lane 1: 1 kb ladder and 3.6 kb spillover from Lane 2, Lane 2: 3.6 kb phsABC fragment from PCR protocol without DMSO, Lane 4: 2.9 kb phsAB fragment from PCR protocol without DMSO, Lane 6:3.6 kb phsABC fragment from PCR protocol with DMSO, Lane 8: 2.9 kb phsAB fragment from PCR protocol with DMSO
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<li>Based on gel, it appears that the phs50 thermocycler protocol is an improvement from phs protocol and that including DMSO also improves yield</li>
<li>Based on gel, it appears that the phs50 thermocycler protocol is an improvement from phs protocol and that including DMSO also improves yield</li>
<li>Cut out largest band for each lane and ran through <a href="https://2010.igem.org/Team:Yale/Our_Project/Protocols/gel_extract">standard gel extraction protocol.</a></li>  
<li>Cut out largest band for each lane and ran through <a href="https://2010.igem.org/Team:Yale/Our_Project/Protocols/gel_extract">standard gel extraction protocol.</a></li>  

Revision as of 22:07, 27 October 2010

iGEM Yale

lab notebook: week 4 (6/28 -7/4)

  • Monday 6/28--PCR amplification of thiosulfate reductase operon phsABC
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  • Tuesday 6/29--Gel extraction of PCR amplified phs, TSI agar slant assay for hydrogen sulfide production, & pre-ligation double digestion
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  • Wednesday 6/30--Troubleshooting PCR amplification of thiosulfate reductase gene & continued work toward ligation
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  • Thursday 7/1--Smelly bacteria (yay!) & ongoing ligation efforts
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  • Friday 7/2--Confirmation of hydrogen sulfide production plus more ligation work
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  • Saturday 7/3--More attempts to put a terminator on thiosulfate reductase and a promoter on lacI
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  • Sunday 7/4--Ligation attempt #2 transformants
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