Imagine you are an established medical researcher at an internationally renowned institution. You’re invited to join a new program that’s not exactly a medical school yet, with no buildings, no accreditation, and no guarantees. Would you take that leap? Fortunately for Brown, many such researchers did take that chance and moved their careers just as the Medical School was getting started. As part of our ongoing series celebrating 50 Years of Medicine at Brown, we look at some of the research milestones in the Division of Biology and Medicine, from its inception to where it is headed in the future.
1960
The NIH awards Rhode Island Hospital a grant for postgraduate training, increasing the hospital’s ability to support young physicians in their pursuit of clinical research.
1965
The Division of Medical Science is replaced by the new Division of Biological and Medical Sciences, administered by an executive council led by Paul F. Fenton, PhD, a cancer researcher. Mac V. Edds, PhD, is appointed director of medicine, and Herman B. Chace, PhD, is named director of biology. This organization was something of an experiment, designed to bring biological investigation closer to the realm of medicine, where the findings could be applied. When the Pembroke Record asked Edds and Chace whether this approach had worked elsewhere, Chace “admitted that it has never before been tried. Dr. Edds conjectured that ‘many would like to try it, but won’t dare or can’t.’”
1967
Lewis Lipsitt, PhD, establishes the Child Study Center, which he directed until 1991. His studies follow individuals for decades, and he gives particular attention to those who experienced learning disabilities as young children.
1967
Fiorindo A. Simeone ’29 ScM’30, MD, a nationally known researcher in the areas of circulation and shock, becomes the first chair of surgery and surgeon-in-chief at The Miriam Hospital, which is building a new research facility.
1967
Henry T. Randall, MD, whose research made crucial contributions to the understanding of surgical physiology and metabolism, fluid, and electrolyte balance, joins the Brown faculty and Rhode Island Hospital as head of the Division of Surgical Research. His appointment is one of several made jointly with Brown over the next several years to stimulate research at the hospital.
1968
Pierre Galletti, MD, PhD, is appointed chair of the Division of Biology and Medicine. During his career at Brown, he not only assisted at the birth of the medical school and shepherded it through its first two decades, but he continued to break new ground in research in physiology and biophysics and helped establish Brown as a center for biomedical engineering and translational research.
Cancer
Dating back to 1962—when a new collaboration between the cancer labs and the cardiovascular surgery lab began studies on techniques of whole body and regional perfusion in chemotherapy at Rhode Island Hospital—cancer research has flourished from the basic science level to clinical trials.
One of the early leaders in oncology, Paul Calabresi, MD, joined the Brown faculty in 1968. Based at Roger Williams Hospital, he continued the pioneering oncology research he had been pursuing since the 1950s. He made major advances in understanding the way the body processes and metabolizes chemotherapeutic agents, and was a visionary proponent of combining chemotherapeutic agents as well as of combining therapies—surgery, radiation, and chemotherapy—to optimize safety and effectiveness. Earning the title “Statesman of Oncology,” Calabresi left his mark not only in research but also in establishing oncology as an important subspecialty and guiding the creation of oncology training programs around the nation. Another pioneer, Charles McDonald, MD, founding chair of the Department of Dermatology, advanced the concept of using chemotherapies for other diseases besides cancer. He went on to be the only dermatologist to serve as president of the American Cancer Society.
To coordinate local clinical cancer research, Brown and its affiliated hospitals founded the Brown University Oncology Research Group in 1994. BrUOG helps launch clinical trials, recruit participants, and collect and analyze data. For decades, the group has offered Rhode Islanders the chance to access the latest therapies, without having to travel to Boston, New York, and beyond. Studies often target hardto-treat cancers like adenocarcinoma of the esophagus, glioblastoma, and pancreatic, rectal, and anal cancers. One such study became the standard of care for pancreatic cancer.
In 2002, Rhode Island Hospital received its first National Institutes of Health COBRE (Centers of Biomedical Research Excellence) grant of $8.2 million to establish the Center for Cancer Research Development. Center investigators conduct multidisciplinary basic science research on the cellular and molecular pathways leading to cancer, with the goal of applying that knowledge to generating new approaches to diagnosis and treatment—an issue of pressing importance in a state with significantly higher cancer rates than the US average. In 2009, the center won an $11.2 million renewal grant.
With the arrival of Wafik El-Deiry, MD, PhD, in 2018, a Joint Center in Cancer Biology was established between Brown and Lifespan. He has worked to build new research collaborations across the Medical School and its affiliated hospitals with a particular focus on the types of cancer most prevalent in Rhode Island, including lung, breast, and bladder cancer. In 2021, the Cancer Center at Brown (which was founded the previous year) received $25 million from Pablo and Almudena Legorreta P’21. The gift is accelerating researchers’ efforts to turn basic science into treatments, and bringing the renamed Legorreta Cancer Center much closer to National Cancer Institute designation—the highest federal rating a cancer center can achieve.
1977
The trustees of Rhode Island Hospital create a Committee on Research to strengthen the environment for scientific investigation in keeping with the affiliation with Brown’s medical program and the expectations of its growing medical faculty.
1977
Rhode Island Hospital’s Department of Pediatrics, Women & Infants Hospital, and the medical school win a five-year NIH grant for a multidisciplinary study of the impact of gestational diabetes on infants and children.
1985
1986
1998
1999
2000
Brain Science
Brown’s longstanding excellence in brain science began in 1978, when the Center for Neural Sciences was established to support research collaboration among faculty in psychology, linguistics, engineering, physics, applied mathematics, and the biomedical sciences. In 1984, Brown and Rhode Island Hospital concluded a joint study of the future of the neurosciences in the state with a commitment to build a multi-institutional, University-affiliated program.
In 1999, the Brain Science Program was created, led by neuroscience chair John Donoghue PhD’79, P’09, P’12MD’18. Under his direction, the program became the Brown Institute for Brain Science in 2008, where researchers ask: “How do we see? How do we learn and remember? How do we interact with the world? How do we communicate? How do we repair the damaged brain? How do we crack the neural code?”
With a $100 million gift, Robert J. Carney ’61 and Nancy D. Carney named the Carney Institute for Brain Science in 2018. Neuroscientist Diane Lipscombe, PhD, was appointed the Reliance Dhirubhai Ambani Director of the institute, which unites more than 180 faculty and their research groups across 23 Brown departments and its affiliated hospitals.
2002
2003
2004
2005
The Brown Center for the Study of Children at Risk is founded at the Medical School and Women & Infants Hospital to understand the factors that influence children’s developmental outcomes and provide family-based clinical services. The center unites researchers and practitioners in developmental and clinical psychology, psychiatry, pediatrics, nursing, occupational therapy, social work, substance abuse, and public health.
2005
A four-year, $11.5 million grant from the National Institute of Environmental Health Sciences establishes a Superfund Basic Research Program to study the health threats posed by Rhode Island’s contaminated industrial, commercial, and residential lands, and find ways to rehabilitate them. With 13 waste sites on the Superfund National Priorities List and 300 brownfields requiring decontamination, Rhode Island is a prime laboratory for analyzing the health effects of asbestos, heavy metals, and other toxins. It has been refunded several times and its work continues today.
2006
2007
The NIH awards $11.12 million to Rhode Island Hospital to establish the COBRE for Skeletal Health and Repair to investigate prevention and treatment of diseases such as osteoarthritis. Also this year, researchers in Brown’s Center for Gerontology and Health Care Research receive $10 million to generate the first-ever database of nursing homes in all 50 states to track the relationship between state policies and market forces and the quality of care.
2007
The Center for Vision Research is created to advance multidisciplinary and translational research on vision. Research spans the gap between basic science and clinical applications, including such projects as theoretical studies of vision and visual plasticity in concert with experimental tests, and biologically inspired vision models implemented in artificial systems.
2009
Research Infrastructure
Since the early days of the Division of Biology and Medicine, research space has been a precious commodity, one that is expensive to obtain and maintain, and often scarce. In 1962, the J. Walter Wilson Laboratory opened with 40,000 square feet of labs, instructional spaces, and offices for physiology, microbiology, biochemistry, and plant physiology. The building remained in use until 2008, when it was renovated to become a hub for student service functions. It was renamed Paige-Robinson Hall in 2018.
In 1969, Brown dedicated its new Biomedical Building with a celebration that included an address by biochemist and author Isaac Asimov. The new building boasts a fourstory tower of labs for research in biology and medicine, two levels of teaching and lab spaces, and an extensive animal care facility. Known as the BioMed Center, or BMC, it housed Medical School classes until 2011.
Amid the city of Providence’s renaissance, Brown retrofitted a 74,000-square-foot former factory at 70 Ship St. in the Jewelry District to become the Laboratories for Molecular Medicine in 2004. The five-story LMM is home to the Center for Genomics and Proteomics—the double-helix strands of DNA replaced the Twist-o Flex watchbands once made in the building by the Speidel company. It also holds facilities for X-ray crystallography and nuclear magnetic resonance and a transgenic core, as well as seminar rooms and a lecture hall. Two years later, Brown completed its largest construction project to date, the Sidney E. Frank Hall for Life Sciences. The five-story, 169,000-square-foot structure sits adjacent to the BMC and houses the departments of Molecular Biology, Cell Biology, and Biochemistry and of Neuroscience, and a functional MRI facility. It was named for the liquor magnate and member of the Class of 1942, who left after a year due to his inability to pay tuition and later gave $120 million to the University.
With a renewed commitment to research that has an impact on human health, in 2022 Brown announced three new projects in the Jewelry District to increase lab space. Planning is underway for a new Integrated Life Sciences Building; Brown intends to serve as anchor tenant in a public-private life sciences development; and the University signed a lease for wet lab space in the Wexford Science & Technology building at 225 Dyer St.
2015
The Brown Center for Biomedical Informatics is founded to develop and implement informatics approaches in biomedicine and health care. Led by founding director I. Neil Sarkar, PhD, MLIS, and founding associate director Liz Chen, PhD, the center provides vital informatics services to researchers in addition to conducting its own studies using health data.
2015
The family of former Hasbro Toys CEO Alan Hassenfeld makes a $12.5 million gift to establish the Hassenfeld Child Health Innovation Institute to investigate the urgent health needs of Rhode Island’s children. It was established as a collaboration between the School of Public Health, Hasbro Children’s Hospital, The Warren Alpert Medical School, and Women & Infants Hospital. Researchers and child health professionals from Bradley Hospital, The Miriam Hospital, and community partners also are closely involved. The Hassenfeld family gives an additional $3 million in 2022.
2016
2018
The Division of Biology and Medicine launches a translational commercial development program, Brown Biomedical Innovations to Impact. BBII manages an academic accelerator fund to support academic biomedical technologies to become well-defined product opportunities that are attractive to industry partners and investors.
2021
Brown launches the Center for Alzheimer’s Disease Research with $30 million from two anonymous donors. The center will bring together scientists and physicians from the Division of Biology and Medicine and the Carney Institute for Brain Science to accelerate the discovery of treatments and cures.
The Next 50 Years
A milestone anniversary is just one stop on a long road, and The Warren Alpert Medical School’s unwritten future stretches before it. In the near term, the Medical School is investing in new areas of science, such as RNA biology, and in stronger ties with the community.