Stephen J Ruberg
Making what's advanced today routine tomorrow
Journal of biopharmaceutical statistics
stem cell research particularly domain induced pluripotent stem cell ipsc technology shown significant progress integration artificial intelligence ai especially machine learning ml deep learning dl played pivotal role refining ipsc classification monitoring cell functionality conducting genetic analysis enhancements broadening applications ipsc technology disease modelling drug screening regenerative medicine review aims explore role ai advancement ipsc research december 2023 data collected three electronic databases pubmed web science science direct investigate application ai technology ipsc processing systematic scoping review encompassed 79 studies met inclusion criteria number research studies area increased time united states emerging leading contributor field ai technologies diversely applied ipsc technology encompassing classification cell types assessment diseasespecific phenotypes ipscderived cells facilitation drug screening using ipsc precision ai methodologies improved significantly recent years creating foundation future advancements ipscbased technologies review offers insights role ai regenerative personalized medicine highlighting challenges opportunities although still early stages ai technologies show significant promise advancing understanding disease progression development paving way future clinical applications