Team:Rice University/CONSTRUCTS
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<p>''Saccharomyces cerevisiae'' are widely used for baking and brewing, and they are particular useful for synthesizing metabolites under fermentation conditions which prevent the air oxidation of many useful compounds. To achieve our project and expand the synthetic biology toolbox for programming yeast, we have introduced into the iGem registry BioBricks encoding 3 yeast promoters, 3 yeast terminators, a two micron origin of replication, 2 selectable markers, 2 enzymes, and a yeast integration plasmid. In addition, we have generated seven constructs using these parts. Furthermore, we have submitted two additional parts representing a foundational tool, including a gene encoding an amber suppressed RFP biobrick for screening of SupF+ (Amber suppressor) genotype and an amber suppressor tRNA biobrick. <br /> | <p>''Saccharomyces cerevisiae'' are widely used for baking and brewing, and they are particular useful for synthesizing metabolites under fermentation conditions which prevent the air oxidation of many useful compounds. To achieve our project and expand the synthetic biology toolbox for programming yeast, we have introduced into the iGem registry BioBricks encoding 3 yeast promoters, 3 yeast terminators, a two micron origin of replication, 2 selectable markers, 2 enzymes, and a yeast integration plasmid. In addition, we have generated seven constructs using these parts. Furthermore, we have submitted two additional parts representing a foundational tool, including a gene encoding an amber suppressed RFP biobrick for screening of SupF+ (Amber suppressor) genotype and an amber suppressor tRNA biobrick. <br /> | ||
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Revision as of 00:23, 30 October 2008
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