The NIH and the need for funding facilities and administration costs

TL;DR

NIH facilities and administration funding is vital because it helps universities provide the infrastructure and services biomedical scientists need to conduct research. Allon Klein has one NIH grant, while his university currently supports nearly all of his infrastructure, including his lab, a shared computer system, grants management, cleaning, and health and safety services. Read on to understand why reducing these payments could cripple the research enterprise.

Transcript

There's been a lot of discussion recently about the federal support that universities receive for facilities and administration to conduct biomedical research. I'd like you to hear directly from a young scientist about why such support is vital. [MUSIC PLAYING] Hello, I'm Allon Klein. I'm a new assistant professor here at Harvard Medical School. I ... Read More

Key Insights

• 💪 The US benefits from a strong partnership between universities and the federal government, enabling efficient and innovative biomedical research.
• 👨‍🔬 Grants play a crucial role in funding scientific research, encouraging scientists to compete for support and develop exciting ideas.
• 👻 Universities function as incubators, offering essential facilities and administration support to researchers, allowing them to concentrate on their work.
• 👨‍🔬 Indirect costs, such as facilities and administration, are vital for conducting research but often require university support due to partial funding from grants.
• 👨‍🔬 Reducing facilities and administration payments on NIH grants would have detrimental effects on the research enterprise, hindering breakthroughs and advancements.
• 👨‍🔬 The young scientist, Allon Klein, relies on federal support, particularly through NIH grants, to further his research and contribute to scientific progress.
• 😣 NIH support for infrastructure is essential, even for well-funded labs, as only a portion of indirect costs are covered, with universities bearing the rest.

Questions & Answers

Q: Why does NIH funding need to cover facilities and administration costs?

Facilities and administration support provides the infrastructure and services scientists need to conduct research. Although these expenses are called indirect costs, Allon Klein says they are vital because they let him focus on breakthrough research.

Q: What facilities and administration support do universities provide to scientists?

Universities provide architects and construction workers to build labs, sophisticated shared computer systems, accounting, grants management, lab cleaning, and health and safety services. Klein compares universities to startup incubators because they provide the infrastructure scientists need to get going.

Q: Does the NIH pay all indirect research costs?

No. Klein says the NIH supports only a portion of indirect costs, even for large, well-funded laboratories with many NIH grants. Universities must cover the remainder.

Q: What could happen if NIH facilities and administration payments were reduced?

Klein says reducing these payments would cripple the research enterprise. He describes such a reduction as a disaster for scientists like him because their research depends on university-provided infrastructure and administration.

Q: How many NIH grants does Allon Klein have?

Klein currently has one NIH grant and hopes to compete successfully for more. Because he has only one, nearly all of his infrastructure is currently supported by the university.

Q: Why does the federal government partner with universities for biomedical research?

Klein explains that the partnership uses universities that already conduct research instead of requiring the government to build more government-run laboratories. Scientists compete for grants, which he says is tough but helps identify the most exciting ideas.

Q: How does Allon Klein's device support biomedical research?

His device examines individual cells from very small amounts of patient material. He uses it to seek new ways to attack cancer and to study how blood cells form in human bone marrow.

Q: What is Allon Klein's scientific background?

Klein initially trained as a physicist at the University of Cambridge in the UK. After becoming interested in applying his training to biomedical problems, he moved to Boston for post-doctoral training and later became an assistant professor at Harvard Medical School.

Summary & Key Takeaways

• The young scientist, Allon Klein, emphasizes the importance of federal support for biomedical research in universities and explains how it enables breakthrough discoveries.

• Klein discusses his background as a physicist and his transition to biomedical science, using his invention to study cancer and blood cell formation in the bone marrow.

• He highlights the partnership between universities and the federal government in the US, with grants and facilities support provided to scientists to conduct research.