
Biotech CEO sentenced; NIH ends use of human fetal tissue in federally funded research; 6 European countries lose measles-free status – Morning Medical Update
Key Takeaways
- A biotech CEO was sentenced for securities fraud, misleading investors about a drug's FDA approval, and selling shares at inflated prices.
- NIH ended the use of human fetal tissue in research, shifting towards alternative methods like organoids and tissue chips.
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A biotech executive was sentenced on Friday to 30 months in prison for misleading investors about the development of an experimental drug and then selling his personal shares at inflated prices, federal prosecutors said. According to the
Pourhassan — charged with four counts of securities fraud, two counts of wire fraud and three counts of insider trading — was also ordered to pay more than $5.3 million in restitution and to forfeit more than $4.4 million.
The
NIH-supported research using human fetal tissue has been on the decline since 2019, according to an agency news release. The shift is reflective of advancements toward alternative solutions, including organoids, tissue chips and computational approaches.
“NIH is pushing American biomedical science into the 21st century,” said NIH Director Jay Bhattacharya, M.D., Ph.D. “This decision is about advancing science by investing in breakthrough technologies more capable of modeling human health and disease. Under President Trump’s leadership, taxpayer-funded research must reflect the best science of today and the values of the American people.”
Six European countries — Armenia, Austria, Azerbaijan, Spain, the United Kingdom and Uzbekistan — have lost their measles-free status after sustained outbreaks in 2024, according to the
U.S. health officials have warned that the country could lose its measles-free status as early as April 2026 after approximately 2,200 cases were reported across 44 states over the past year — the highest tally since 1991. Together, the European experience and the U.S. outbreaks demonstrate the fragile nature of measles elimination and the importance of maintaining high vaccination coverage to prevent sustained transmission.
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