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On Saturday morning TAGC held a number of interesting workshops. You could learn about functional genomics for gene function discovery, how to find a job in academia, how to utilize NCBI databases for researching model organisms... And almost twenty more! There really was something for everyone. I decided to attend the CRISPR-based Genome Engineering workshop, and I am so glad I did. The first speaker, Alexandre Paix from Johns Hopkins University, started off with an explanation of the CRISPR/Cas9 system. This method of genome editing is based on an RNA defense system used by bacteria to protect themselves from viruses. By using this system, researchers are able to cut DNA at a precise location by using a guide RNA with the desired complimentary sequence to enable binding. What is so amazing is that not only can it be performed in a test tube, but it can also be done in the nucleus of a living cell! Another great presentation during this workshop was by Matt Schwartz from the University of Utah. He described SapTrap, a plasmid assembly pipeline that enables high throughput gene modification using CRISPR/Cas9. The audience was engaged and all speakers were asked a few questions after their talks. I was going to attempt to describe the details of SapTrap, but this abstract does a really excellent job. |
Sunday, 17 July 2016
CRISPR/Cas9 Workshop & Some Final Thoughts
Labels:
CRISPR/Cas9,
florida,
genetics,
orlando,
science
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