_manipulating-the-genetic-code-stanley-qi-stanford-university.jpg "Manipulating the Genetic Code -Stanley Qi, Stanford University from dcas9 Video Screenshot Preview")
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⏲ Duration: 17 min 60 sec
✓ Published: 14-Dec-2016
✓ Published: 14-Dec-2016
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CRISPR/Dcas9 for Reprogramming of the Human GenomenStanley Qi, Stanford University nnThe mammalian cells use complex transcriptional and epigenetic programs to determine fate and function. The ability to reprogram the expression of multiple genes in the genome provides a powerful approach for understanding biology and modeling disease. Here I will present the CRISPRi method, which was repurposed from the bacterial CRISPR system, as a genetic toolkit for multiplexed, reversible, sequence-specific
CRISPR/Dcas9 for Reprogramming of the Human GenomenStanley Qi, Stanford University nnThe mammalian cells use complex transcriptional and epigenetic programs to determine fate and function. The ability to reprogram the expression of multiple genes in the genome provides a powerful approach for understanding biology and modeling disease. Here I will present the CRISPRi method, which was repurposed from the bacterial CRISPR system, as a genetic toolkit for multiplexed, reversible, sequence-specific
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