Team:Uppsala/resveratrol-group

From 2013.igem.org

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  <h2>Methods</h2>
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  Tyrosine ammonia lyase (TAL) from rhodobacter sphaeroides was obtained from J.Conrado et al<sup><a>[1]</a></sup>
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  We biobricked TAL with the ribosome binding site B0034 and overhangs in a single pcr. We also made a version with 6-HIS-tag for enzyme expression analysis.
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  TAL was also mutagenized to remove illegal Not1 site. We verify all of our genetical constructs with sequencing.
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  <br>
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  We have expressed TAL in e-coli DH5alpha and E-coli nissle, a probiotic e-coli obtained from Trieste iGEM 2012. TAL will also be characterized in lactobacillus,
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  by transforming the construct with our shuttle vector.
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  This construct can also be used to produce the precursor for example our resveratrol.
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  <img class="hej" src="image/Uppsala_TAL.png">
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  <img class="hej" src="image/uppsala_4CL_STS.png">

Revision as of 09:15, 9 September 2013

Methods

Tyrosine ammonia lyase (TAL) from rhodobacter sphaeroides was obtained from J.Conrado et al[1] We biobricked TAL with the ribosome binding site B0034 and overhangs in a single pcr. We also made a version with 6-HIS-tag for enzyme expression analysis. TAL was also mutagenized to remove illegal Not1 site. We verify all of our genetical constructs with sequencing.
We have expressed TAL in e-coli DH5alpha and E-coli nissle, a probiotic e-coli obtained from Trieste iGEM 2012. TAL will also be characterized in lactobacillus, by transforming the construct with our shuttle vector. This construct can also be used to produce the precursor for example our resveratrol.

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