Medical research: Ensuring the infrastructure of hope

Alabama research institutions make the case to Congress to maintain funding for the National Institutes of Health.
By Selwyn M. Vickers, M.D., FACS; John V. Marymont, M.D., MBA; and Richard M. Myers, Ph.D.
Media Contact: Bob Shepard, bshep@uab.edu

 

Selwyn Vickers 2013 17Selwyn M. Vickers, M.D.Author information: Vickers, University of Alabama at Birmingham senior vice president of Medicine and dean of the School of Medicine, is a world-renowned surgeon, pancreatic cancer researcher and pioneer in health disparities research. Marymont, University of South Alabama vice president for Medical Affairs and dean of the College of Medicine, is a nationally known academic leader and orthopedic surgeon. Myers, HudsonAlpha Institute for Biotechnology president and science director, is an internationally renowned genomics and genetics researcher who was a key contributor to the Human Genome Project.

Medical research means hope for millions of Americans and their families affected by a life-changing disease like Alzheimer’s, diabetes, cancer or heart disease — diseases that certainly have an impact in Alabama. As we look to the future, it is important for Congress to continue to fund the National Institutes of Health to provide for the critical infrastructure needed by our nation’s medical research enterprise.

Today, the physicians, scientists and patients at the UAB School of Medicine, USA College of Medicine and HudsonAlpha Institute for Biotechnology urge Congress to continue its commitment to sustained, robust growth in the NIH by creating a sustainable model for funding the NIH moving forward. Congress responded in a bipartisan and positive way to the extreme cuts proposed by the administration. Investment in scientific discovery is crucial to improve the health of patients, strengthen the economy in the near and long terms, and maintain the United States’ global pre-eminence in medical innovation.

The nation invests less than $100 per person annually for all of the research conducted and supported by the NIH, yet the return on investment has been spectacular for us all. The quality of life for millions of Americans has been improved by innovations in treatment, technology and care resulting from NIH-supported research across the country.

john marymontJohn V. Marymont, M.D.Because of NIH-funded research, the HIV transmission rate in the United States from infected mothers to their babies has fallen from 27 percent in 1990 to less than 1 percent in 2017. Childhood cancer patients with lymphocytic leukemia now have a five-year survival rate of 90 percent as a result of available treatments. People battling high cholesterol can take statins to manage their health. Vaccines have been developed to prevent hepatitis A, rotavirus and the human papillomavirus (HPV). The emerging field of genomics is the foundation for countless discoveries. While there is tremendous potential, advances in genomics have identified key factors in widespread, costly diseases such as Alzheimer and have provided prevention strategies for breast and other cancers.

The federal government, primarily through NIH, plays an irreplaceable role in supporting medical innovations by funding the research that serves as the foundation for these and other lifesaving advances. Given the uncertainty of discovery — the next important insight into a disease could come from a number of different avenues or organisms — industry relies on this investment to inform our fundamental understanding of medicine. This research is a springboard that speeds and makes possible the development of treatments and cures.

rick myers 2017Richard M. Myers, Ph.D.Physicians and scientists at U.S. medical schools and teaching hospitals such as the UAB and USA Schools of Medicine conduct more than half of all external research funded by NIH. Because of NIH support, these investigators are a force for translational discovery through their ongoing research of techniques such as deep brain stimulation, an important treatment for patients with Parkinson’s disease and other movement disorders; exploration of molecular changes that happen to the body during and after exercise; and design of cutting-edge clinical trials to advance discovery and new therapies.

The proposed cuts to NIH funding not only affect medical research, but they affect the very fabric of academic medical centers and nonprofit research institutes— institutions across the country employing faculty and staff to conduct this scientific research and provide the best possible care for patients. At UAB, USA and HudsonAlpha, less than 15 percent of funding comes from the state of Alabama. More than 25 percent of revenue comes from federal grants, including those from the NIH and U.S. Department of Health and Human Services. Removing or reducing that funding would be devastating for patients, researchers and works alike.

Forty-five of the nation’s 50 states have academic medical centers, each making large economic impacts, both in its local and regional communities and in its state as a whole. UAB and USA are among the largest employers in Alabama.

This kind of economic development has made the United States the world leader in medical research, but its stature may be slipping as other countries have been increasing their public investment in research. While Congress recently took important steps to help the NIH regain some of its lost purchasing power, flat — or even worse, reduced — future appropriations threaten to undermine these key efforts. Because research cannot be turned on and off like a spigot, there must be sustained and predictable NIH budget growth so that researchers can build on previous progress and investment.

Millions of Americans depend on medical research to provide hope in the face of potentially devastating diagnoses. The UAB and USA Schools of Medicine, HudsonAlpha, and the nation’s medical schools, teaching hospitals and nonprofit research institutions urge Congress to help us to maintain the infrastructure of hope.

Our patients — and all Americans — deserve it.