Difference between revisions of "Team:UChicago/Results"

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  We will identify the minimal, essential region of the Pichia centromere that, when incorporated into a plasmid backbone, will allow the plasmid to mimic a Pichia chromosome during replication. This region can then be incorporated into Pichia backbones to convert them into centromere plasmids, which transform with high efficiency, have low and constant copy numbers, and are stably maintained without integration. Ultimately, we will contribute an important foundational tool for flexible, creative, and impactful cloning in yeast. If successful, the centromeric plasmids will serve a multitude of purposes in the bioengineering and industrial fields.
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  We will identify the minimal, essential region of the Pichia centromere that, when incorporated into a plasmid backbone, will allow the plasmid to mimic a Pichia chromosome during replication. This region can then be incorporated into Pichia backbones to convert them into centromere plasmids, which transform with high efficiency, have low and constant copy numbers, and are stably maintained without integration. Ultimately, we will contribute an important foundational tool for flexible, creative, and impactful cloning in yeast. If successful, the centromeric plasmids will serve a multitude of purposes in the bioengineering and industrial fields.
 
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Revision as of 14:51, 31 October 2017

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Solution

We will identify the minimal, essential region of the Pichia centromere that, when incorporated into a plasmid backbone, will allow the plasmid to mimic a Pichia chromosome during replication. This region can then be incorporated into Pichia backbones to convert them into centromere plasmids, which transform with high efficiency, have low and constant copy numbers, and are stably maintained without integration. Ultimately, we will contribute an important foundational tool for flexible, creative, and impactful cloning in yeast. If successful, the centromeric plasmids will serve a multitude of purposes in the bioengineering and industrial fields.