NIH could fund animal-human stem cell research

Injecting human stem cells into animal embryos will no longer make researchers ineligible for National Institutes of Health Funding, the agency announced August 4.

According to the New York Times, this change in stem cell research is different from research injecting regular human cells into animals. Human stem cells can then develop into any type of cell, and mixing human and animal stem cells, able to fuse or grow in any manner the researchers choose, can conjure up uncomfortable images of human-other animal hybrids. For example, if a human stem cells then develops into a human brain cell inside of another animal, what does that mean?

On the other hand, the insights gained from such research could help physicians better understand tumors and make organ transplant discoveries. Those advances could make it useful and productive for the NIH to invest in such funding.

Check out the New York Times to see more about the logistics of lifting the ban, plus more arguments for and against the move. 

Caitlin Wilson,

Senior Writer

As a Senior Writer at TriMed Media Group, Caitlin covers breaking news across several facets of the healthcare industry for all of TriMed's brands.

Around the web

Compensation for heart specialists continues to climb. What does this say about cardiology as a whole? Could private equity's rising influence bring about change? We spoke to MedAxiom CEO Jerry Blackwell, MD, MBA, a veteran cardiologist himself, to learn more.

The American College of Cardiology has shared its perspective on new CMS payment policies, highlighting revenue concerns while providing key details for cardiologists and other cardiology professionals. 

As debate simmers over how best to regulate AI, experts continue to offer guidance on where to start, how to proceed and what to emphasize. A new resource models its recommendations on what its authors call the “SETO Loop.”