AI Powered CRISPR: The Next Generation of Gene Editing Tools Gene editing has relied on tools discovered in nature, but a new wave of innovation is changing how we create proteins by harnessing artificial intelligence. Scientists can now design custom CRISPR sy... artificial intelligence CRISPR gene editing genome engineering immunogenicity precision medicine protein design synthetic biology
Could Cystic Fibrosis Be Cured Before Birth? Yale’s Pioneering Gene-Editing Breakthrough Thanks to a groundbreaking gene-editing technique developed by Yale researchers, babies at risk for cystic fibrosis (CF) may be able to be treated before they are even born. The new approach aims to c... biomedical innovation cystic fibrosis gene editing genetic diseases nanoparticles PNAs prenatal therapy Yale research
CRISPR-GPT Is Transforming Gene-Editing Design with AI Complex gene-editing experiments have traditionally required deep expertise and painstaking planning. Now, CRISPR-GPT is shaking up the status quo by introducing a specialized AI agent that brings pow... artificial intelligence biomedical research CRISPR ethical AI gene editing lab automation LLM applications
Yale Scientists Triple Precision and Reach in Human Gene Editing Yale genome engineers are dramatically expanding the capacity and accuracy of gene editing. The work recently published in Nature , may change how we approach gene editing across research and personal... biotechnology CRISPR disease research gene editing genome engineering precision medicine Yale research
How evoCAST Is Transforming Precision Gene Editing Having the power to insert entire genes precisely where you want in the human genome is the remarkable promise of evoCAST , the latest innovation from Samuel Sternberg’s lab at Columbia University, de... biotechnology CRISPR evoCAST gene editing genetic therapy protein evolution transposase