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<p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• 50ng Template DNA</p> | <p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• 50ng Template DNA</p> | ||
<p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• 25uL Accuzyme or Hotstart Mix (1uL/100mL)</p> | <p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• 25uL Accuzyme or Hotstart Mix (1uL/100mL)</p> | ||
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<p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• 1uL primer stock (10mmol forward and reverse primer)</p> | <p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• 1uL primer stock (10mmol forward and reverse primer)</p> | ||
<p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• Remainder MilliQ </p> | <p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">• Remainder MilliQ </p> | ||
+ | <i><p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3">1uL pure DMSO (Optional, use if high GC content)</p></i> | ||
+ | |||
<p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3"> 50uL total </p> | <p style="padding-left:25px"><font face= "Times New Roman"> <font size ="3"> 50uL total </p> | ||
<p></p> | <p></p> |
Revision as of 03:01, 25 October 2017
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Project Description
♦Background♦♦Design♦In this project, we sought to increase the production of sophorolipids by taking a two-part approach. In the first part, we engineered primers and inserted these into the yeast to be able to produce either normal amounts of sophorolipids or lesser amounts of sophorolipids (gene knockout). In the second part, we extracted these sophorolipids and completed analysis on this. |
Protocols
♦Microbial Genetics Protocols♦Agarose GelsAnalytical Gel • 1-2% Agarose • Ethidium Bromide (1uL/100mL) Purification Gel • .8% Agarose • Ethidium Bromide (1uL/100mL) PCR Amplification• 50ng Template DNA • 25uL Accuzyme or Hotstart Mix (1uL/100mL) • 1uL primer stock (10mmol forward and reverse primer) • Remainder MilliQ 1uL pure DMSO (Optional, use if high GC content) 50uL total Fusion PCR• 100ng each PCR amplicon (equimolar value) • 25uL Accuzyme or Hotstart Mix (1uL/100mL) • Remainder MilliQ 50uL total Run 10 cycles of appropriate annealing/joining protocol in Thermalcycler immediately add 1uL primer stock (10mmol forward and reverse primer) Run 20 cycles of appropriate annealing amplification and extension protocol in Thermalcycler
ExperimentsNotebook |