Boston University/Zymo Transformation Results
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==Introduction to Zymo Transformation and Testing== | ==Introduction to Zymo Transformation and Testing== | ||
+ | :During the weekend of 7/14/07, the BU iGEM team ran a test of Zymo transformation of plasmids pBAD18s, pBAD30, and pjQ200 into wildtype S. oneidensis. Plasmids pBAD18s and pBAD30 were recommended to us by Professor Gardner as possible vectors for mutated Shewy genes. pjQ200 was the plasmid our team had previously selected as a prime candidate for serving as a vector. In order to check (and in the case of pjQ200, double-check) that these plasmids are capable of direct transformation into Shewy, tests of Zymo transformation and electroporation were conducted. For both types of transformation, E. coli was used as a control to verify that our transformation procedures were conducted properly. The results are posted below in a series of images and a short analysis. | ||
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+ | ==Results of Zymo Transformatioon== | ||
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Revision as of 18:01, 16 July 2007
Introduction to Zymo Transformation and Testing
- During the weekend of 7/14/07, the BU iGEM team ran a test of Zymo transformation of plasmids pBAD18s, pBAD30, and pjQ200 into wildtype S. oneidensis. Plasmids pBAD18s and pBAD30 were recommended to us by Professor Gardner as possible vectors for mutated Shewy genes. pjQ200 was the plasmid our team had previously selected as a prime candidate for serving as a vector. In order to check (and in the case of pjQ200, double-check) that these plasmids are capable of direct transformation into Shewy, tests of Zymo transformation and electroporation were conducted. For both types of transformation, E. coli was used as a control to verify that our transformation procedures were conducted properly. The results are posted below in a series of images and a short analysis.