The Basics of Crispr-Pro: Knockout Mice скачать в хорошем качестве

The Basics of Crispr-Pro: Knockout Mice

Some people may think that genetic knockouts are created more often using the method that’s most commonly described in all of the introductory biology videos and textbooks; and while using stem cells does work, crispr has actually become the standard method used to generate these animals as its faster turnaround time, lower cost, and higher targeting efficiency has led to its widespread use in the industry. Using the SHANK3 gene as an example, this video shows you how scientists preform crispr-pro knockouts in mice as well as other animals. Be sure to subscribe to Cyagen for new animated videos like this one every two weeks. You can use the link below:    / @cyagen   Cyagen is the worlds leading provider of genetically modified mice and rats. We have produced over 50,000 projects to date. We also specialize in embryonic stem cells and the special media used in this video for research purposes. You can find all our products at www.cyagen.com Website: https://www.cyagen.com/us/en/ Twitter: https://twitter.com/cyagenbio?lang=en Youtube:    / @cyagen   Linked-in:   / cyagen-biosciences   Facebook:   / cyagenbiosciences   __________________ Cyagen Biosciences, Crispr, mouse knockout, How to knockout a gene using crispr, How to preform a gene knockout using crispr, Crispr gene knockout, crispr knockout, gene knockout, crispr mediated gene knockout, crispr mediated knockout, Non-homologous end joining in crispr, How to Crispr: Gene knockout, How to knockout a gene in mice using crispr, Murine crispr knockout, Mouse crispr knockout, Crispr gene knockout in mouse, Crispr gene knockout in rat. Knockout genes in mice using crispr, crisper, Chrispr,  Emmanuelle charpentier, SGrna, grna, single guided RNA strand, SHANK3