Team:Alberta/Parts
From 2013.igem.org
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- | <p> | + | <p> Our 2013 parts submitted are a set of violacein genes derived from the violacein operon constructed and |
- | + | submitted by Cambridge in 2009 (BBa_K274002). We have made a number of modifications, including upgrading the | |
- | + | plasmid backbone from pSB1K3 to pSB1C3 standard 10, and converting each of the five open reading frames into | |
+ | its own part with a common and improved ribosome binding site (BBa_B0030) such that they can be assembled in | ||
+ | different combinations and permutations. All of the parts have been characterized and are functional, and we | ||
+ | have found that a new combination, VioABCE, produces a new pigment which we call "Royal Blue". </p> | ||
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- | <groupparts>iGEM013 Alberta</groupparts> | + | <groupparts>iGEM013 Alberta</groupparts> |
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+ | |||
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Revision as of 17:50, 26 September 2013
BioBricks
Our 2013 parts submitted are a set of violacein genes derived from the violacein operon constructed and submitted by Cambridge in 2009 (BBa_K274002). We have made a number of modifications, including upgrading the plasmid backbone from pSB1K3 to pSB1C3 standard 10, and converting each of the five open reading frames into its own part with a common and improved ribosome binding site (BBa_B0030) such that they can be assembled in different combinations and permutations. All of the parts have been characterized and are functional, and we have found that a new combination, VioABCE, produces a new pigment which we call "Royal Blue".
<groupparts>iGEM013 Alberta</groupparts>