In The News

31 August 2026
The Precision Revolution
From Kansas City Magazine, Kansas City’s hospitals and researchers are harnessing AI, genomics and precision medicine to create treatments tailored to each patient
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News

Press release from the American College of Physicians (ACP)
Press release from the American College of Physicians (ACP)
PHILADELPHIA — Betty M. Drees, MD, FACP, has been awarded the Elizabeth and Emily Blackwell Award for Outstanding Contributions to Advancing the Careers of Women in Medicine by the American College of Physicians (ACP), a national organization of internists.
Established in 2017, this award is bestowed upon an ACP member for distinguished contributions to advancing the careers of women in medicine. This award recognizes an individual who has furthered the careers of women medical students, residents, and/or physicians through mentoring and leadership development.
Dr. Drees is a board-certified endocrinologist with 30 years of experience who works at University Health in Kansas City, Missouri. She is a Fellow of the ACP and the American College of Endocrinology. She is a professor at the University of Missouri-Kansas City (UMKC) School of Medicine's Departments of Internal Medicine and Biomedical and Health Informatics. Previously, she served as Dean of the School from 2001 to 2014 and continues to teach endocrinology to medical students, residents, and fellows at UMKC. Dr. Drees is the President of the Graduate School of the Stowers Institute for Medical Research, which offers education and training leading to a doctorate in biology. She is the immediate past president of the Kansas City Medical Society. Dr. Drees has been named one of Kansas City's Most Accomplished and Successful Women (2008) and an icon of education by Ingram's Magazine (2019). She is passionate about community well-being and diabetes prevention. Dr. Drees's research focuses on improving metabolic health and diabetes prevention.
About the American College of Physicians
The American College of Physicians is the largest medical specialty organization in the United States with members in more than 145 countries worldwide. ACP membership includes 161,000 internal medicine physicians (internists), related subspecialists, and medical students. Internal medicine physicians are specialists who apply scientific knowledge and clinical expertise to the diagnosis, treatment, and compassionate care of adults across the spectrum from health to complex illness.
About the Graduate School of the Stowers Institute for Medical Research
The mission of the Graduate School of the Stowers Institute for Medical Research (GSSIMR) is to prepare a superb cadre of predoctoral researchers from around the world for the pursuit of innovative and creative investigations in the biological sciences. The GSSIMR predoctoral research program stresses critical thinking and the rapid development of experimental prowess. The program also focuses on in-depth understanding of the latest methodologies and approaches. The Graduate School is designed to provide predoctoral researchers with mentorship and hands-on experience to refine their abilities to carry out independent biological research. The Graduate School welcomed its first class in the fall of 2012, and in 2016 the first predoctoral researcher completed the PhD program. Learn more about this unique program at www.stowers.org/gradschool and on Facebook and Twitter.
In The News

31 August 2026
From Kansas City Magazine, Kansas City’s hospitals and researchers are harnessing AI, genomics and precision medicine to create treatments tailored to each patient
Read Article
In The News

26 August 2026
From InnotechInsider, Stowers is highlighted among leading research institutes integrating AI directly into biological research.
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News

25 August 2026
Reflecting on the 2026 Stowers Summer Scholars Program
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Press Release

25 August 2026
A team from the Zeitlinger Lab developed PISA, a new method for visualizing what deep-learning models learn from DNA at single-base resolution. By separating experimental bias from biological signal, the team was able to train a more focused model that revealed previously hidden DNA sequence features linked to nucleosome positioning and the genome’s larger three-dimensional organization. The work also shows how model interpretation can guide new experiments and help biologists move from AI prediction toward biological mechanism.
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