The Medical Sciences Program in Bloomington is unique among the IU School of Medicine campuses in that it educates medical students seeking an MD as well as graduate and undergraduate students. Bloomington offers a Big 10 learning environment on an iconic campus.

With six major hospitals housing about 2000 beds, medical students in Evansville have access to physician educators in a range of medical specialties. An expanded residency program here will provide more than 100 new graduate medical education positions over the next few years.

The Fort Wayne campus offers clinical education in both rural and urban communities through two large hospital systems serving the region. A Student Research Fellowship Program offers med students nine weeks of summer research experience.

Students and faculty in Indianapolis benefit from close proximity to some of Indiana’s largest teaching hospitals and the Richard L. Roudebush Veterans Administration Medical Center. This campus offers medical education in the heart of one of the most progressive and economically healthy cities in the United States.

Muncie is the School’s only campus that’s located on hospital property, giving medical students a front-row four-year medical education with all the amenities that come with being located near the campus of Ball State University, a bustling college environment.

Located in a highly populated urban region just 25 miles from downtown Chicago, the Gary campus offers medical students unparalleled access to clinical care at 11 major teaching hospitals housing 2800 beds. An expanded residency program in Gary will accommodate more than 100 new graduate medical education positions.

IU School of Medicine-South Bend is located on the campus of Notre Dame, offering a rich campus life in a traditionally collegiate community. Students here gain clinical care experience at the Navari Student Outreach Clinic, and external funding for faculty research exceeds $2 million per year.

Known for its rural medical education program, IU School of Medicine-Terre Haute meets the increased need for physicians to serve rural communities throughout the state of Indiana and beyond. This unique four-year medical school program emphasizes primary care and other specialties of need in rural communities.

Located on the campus of Purdue University, the West Lafayette campus offers a Big Ten campus atmosphere and opportunities to supplement the MD curriculum with research experience in the collaborative labs and research centers here. This IU School of Medicine campus offers on-campus housing to med students.

Bloomington

Medical Science Research Strengths

Medical Science Research Strengths

Modern medical research increasingly demands the participation of scientists with varying specialties to lend their expertise to research projects. IU School Medicine-Bloomington encourages collaboration among investigators (supported by such tools as Research Connect) through centers, institutes and groups that reach across departments and schools. The Medical Science Research Groups on the Bloomington campus are built on partnerships among multiple academic departments and different schools of IU.

The research interests of the Medical Sciences Program are broad and include molecular and cellular biology, genetics, epigenetics and cancer biology. Scientists here range from those who study the basic processes of how cells divide to those who are actively involved in clinical trials for new cancer chemotherapeutics. With a shared interest in understanding the relationship between structure and function in health and human disease, these groups provide research opportunities for postdoctoral fellows and graduate, medical and undergraduate students.

Focused Research Strengths

Genetic and epigenetic abnormalities underlie many human diseases, including inherited disorders and cancer. Other diseases result from infectious agents. Understanding the biochemical, genetic, molecular and epigenetic origins of disease offers the opportunity for treatment of such diseases. Faculty in this group study the origin, etiology, progression and treatment of diseases of multiple origins.

David Daleke, PhD
John Foley, PhD
Wayne Forrester, PhD
Peter Hollenhorst, PhD
Heather Hundley, PhD
Anirban Mitra, PhD
Sumegha Mitra, PhD
Kenneth P. Nephew, PhD
Heather O’Hagan, PhD
Claire Walczak, PhD
Ke Hu, PhD 
Sidney Shaw, PhD 
Nicholas Sokal, PhD
Justin Kumar, PhD

The mechanisms underlying the development of tumors provide significant new insight into the identification and treatment of a variety of cancers. Scientists in this group range from those who study the basic processes of how cells divide to those who are actively involved in clinical trials for new cancer chemotherapeutics. This group has expertise in cancer epigenetics, cancer genomics, cancer metastasis, cancer stem cells and therapeutic development.

John Foley, PhD
Peter Hollenhorst, PhD
Heather Hundley, PhD
Anirban Mitra, PhD
Sumegha Mitra, PhD
Kenneth P. Nephew, PhD
Heather O’Hagan, PhD
Claire Walczak, PhD
Carol Anderson, PhD
Brian Calvi, PhD 
Soni Lacefield, PhD
Nicholas Sokal, PhD
Jason Tennessen, PhD 
Andrew Zelhoff, PhD

Many key developmental events are regulated by intercellular signaling molecules, often in the form of secreted proteins acting through cell surface receptors. Defective cell signaling is a major cause of many human cancers where over-active or unregulated signals lead to excessive cell proliferation and inappropriate cell survival. This group focuses on understanding mechanisms of cell-cell signaling and development in organisms ranging from plants through invertebrates to mammals.

John Foley, PhD
Wayne Forrester, PhD
Heather Hundley, PhD 
Anirban Mitra, PhD 
Brian Calvi, PhD 
Roger Hangarter, PhD 
Roger Innes, PhD 
Justin Kumar, PhD 
Scott Michaels, PhD
Craig Pikaard, PhD
Sidney Shaw, PhD 
Nicholas Sokal, PhD 
Andrew Zelhoff, PhD 

The regulated expression of genes is critical for normal cellular homeostasis. Defects in this process are associated with uncontrolled proliferation commonly associated with tumorigenesis. Research faculty in this group share an interest in the mechanisms governing genome organization, regulated gene expression, chromatin structure, and the fidelity of chromosome distribution during mitosis and meiosis.

Peter Hollenhorst, PhD
Anirban Mitra, PhD
Kenneth P. Nephew, PhD
Heather O’Hagan, PhD
Claire Walczak, PhD
Carol Anderson, PhD
Stephen Bell, PhD
Matthew Bochman, PhD 
Brian Calvi, PhD 
Soni Lacefield, PhD 
Scott Michaels, PhD
Hengyao Niu, PhD 
Craig Pikaard, PhD 
Gabriel Zentner, PhD 

The Educational Research Group is interested in the scholarship of teaching and learning with undergraduate students, graduate students and medical students. This group endeavors to evaluate and further implement evidence-based teaching practices at all levels of health science education. Topics of interest include development of graduate students as teacher-scholars, inter-professional education for students headed into healthcare professions, medical education curricular development and reform, use of technology in medical education (both inside and outside the classroom), development of evidence-based study strategies in undergraduate and medical students, development of student metacognitive skills, and use of simulations to provide active learning experiences.

Valerie O’Loughlin, PhD
Mark Braun, MD
Mark Bauman, MD
Polly R. Husmann, PhD