\ndescribe as the biggest biotech discovery of the ascorbic acid by the scientific community, CRISPR-Cas has been alone the rage in labs almost the world for its exceptional locomote and accuracy in edit the gene of almost all organism.\n\nIn 2012, UC Berkeleys world-renowned ribonucleic acid expert and biochemist Jennifer Doudna was part of a research team that notice that you could use the CRISPR system as a programmable tool: scientists can precisely tar contribute a gene sequence, cutting and changing the deoxyribonucleic acid at that read point. \n\nCRISPR, which stands for clustered regularly interspaced unretentive palindromic repeats are repeated DNA sequences that are an essential voice of a bacterias defense system against viruses.\n\nAnd what started break through as a take in to understand the bacterial tolerant system unwittingly resulted in a powerful applied science that has the potential to cure hereditary diseases, create more sustainable crops, and even render fleshly organs fit for humankind transplants.\n\nWeve had gene-editing technology for decades, but now, were basically able to collapse a molecular scalpel for genomes, says Doudna. \n\n all the technologies in the past were miscellany of like sledgehammers.If you want to get a full essay, send it on our website:
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