Insights and Analysis
AI-washing – when AI hype becomes a litigation risk
The National Institutes of Health (NIH) recently issued NOT-OD-26-208 (the Notice), prohibiting the use of NIH funds for research that uses human fetal tissue (HFT) from elective abortions. This policy shift applies to the NIH Intramural Research Program and all NIH-supported extramural research, including grants, cooperative agreements, other transaction awards, and research and development contracts. The Notice, which supersedes previous HFT requirements outlined in NOT-OD-21-111 and NOT-OD-19-128, took effect January 22, 2026.
NIH attributes the change in policy both to the declining prevalence of HFT research at NIH and evolving research standards. NIH has long maintained policies governing the use of HFT in federally funded biomedical research. NIH policies historically permitted limited use of HFT subject to statutory requirements and agency guidance addressing informed consent, acquisition, and ethical safeguards. However, the Notice and a related NIH statement indicate that NIH-supported research using HFT has steadily declined since 2019, with only 77 NIH-funded projects involving such tissue in Fiscal Year 2024.
NIH situates the policy shift within a broader effort to modernize biomedical research, with the goal to ensure taxpayer-funded research is scientifically rigorous, ethically sound, and justified by maximal return on the public’s investment. In a separate statement announcing the policy, the U.S. Department of Health and Human Services (HHS) states that emerging technologies including organoids, tissue chips, computational biology, and other cutting-edge platforms offer scientifically validated alternatives to HFT from elective abortions.
Hogan Lovells is working with many institutions to navigate the evolving federal grant and contracting landscapes, including scientific and biomedical research compliance. Please contact us at any point.
Authored by William Ferreira, Heidi Gertner, Lauren Colantonio, Zach Sanfilippo, and Ambia Harper.