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Imagine treating a genetic disease not by managing symptoms for life, but by correcting the underlying genetic error itself. Inventors at NIH are advancing that vision with a gene editing technology designed to deliver highly precise genetic corrections, opening new possibilities for therapies that
NIH will host a free virtual workshop titled Transforming Discoveries into Products: Maximizing NIH’s Levers to Catalyze Technology Transfer. This workshop will discuss the policies and practices that shape biomedical innovation and promote access to NIH-funded discoveries. It will also cover how
Inventors at the National Institute of Dental and Craniofacial Research (NIDCR) are searching for a collaboration partner for a tissue engineering method for treating cartilage damage. Currently, there are no effective treatment options approved to prevent arthritis progression. This method involves
The Public Health and Economic Impact Study of NIH Intramural Technology Transfer Licensing final project report has been published. This report dives into the history of biomedical innovations that were a result of the NIH Intramural Research Program (IRP) that benefit the United States. This