The search for effective treatments has been hampered because these highly structured cells cannot be cultured outside of the body, and because immortalized cell lines are not true to their structure. New research from Washington University’s McKelvey School of Engineering and the School of Medicine aims to overcome this critical barrier.
Mission is to use proprietary state-of-the-art SCIslet differentiation technology to make stem cell-derived islets accessible to diabetes researchers
Aims to diagnose autism early using machine learning to identify brain patterns
Detecting cancer earlier with foundational epigenetic enrichment technology,
Develops diagnostic and therapeutic treatment devices for pelvic floor pain
Focused on development of a screening method for early colorectal cancer detection and diagnosis
Aims to improve lung cancer detection and diagnosis
Defines new diagnostic paradigms enabled by surgical drain fluid
Develops custom enzymes and other PCR products designed to overcome common hurdles in clinical diagnostics, forensic analysis, food safety, detection of pathogens in the environment, and general molecular biology research
Aims to revolutionize diagnostic medical imaging