Research and Scholarly Activity Opportunities with OHIO Faculty
OHIO Faculty:
HCOM Students:
Last updated 9/23/2026
| Faculty Information | College and Institute | Research Area | Student Level | Time Commitment/Duration | Remote/In-Person Status | Funding Availability | Research/Scholarly Activity Information |
|---|---|---|---|---|---|---|---|
Arts and Sciences
| Basic Science | Any HCOM Student | Variable during summer | In-person |
Possible | Project title: Modulation of the tumor microenvironment by oncolytic vesicular stomatitis virus Oncolytic viruses are an emerging form of cancer therapy with the ability to selectively lyse and kill tumor cells. My research program seeks to investigate the mechanisms by which a negative-sense RNA virus, vesicular stomatitis virus (VSV), manipulates immune components of the tumor microenvironment. I am particularly interested in dissecting the multifaceted role of tumor-associated macrophages (TAMs) in breast cancer development and progression and the potential of VSV strains to modulate TAM populations to promote tumor immunosurveillance. My research also extends to the identification of plants and their derivatives with anti-inflammatory and anti-cancer properties for the development of combination therapeutic approaches. The work in my laboratory makes use of molecular, biochemical, and cell biology tools and techniques to gain mechanistic insights on how VSV therapies may lead to improved outcomes in aggressive forms of cancers. | |
| Heritage College of Osteopathic Medicine
| Biomedical/Basic science | Any HCOM Student | In-Person |
Our research delves into the neuromuscular system's response to stressors in diseased and frail mice, emphasizing skeletal muscle function as a key indicator of stress resistance, resilience, and adaptability. Our aim is to pinpoint the locations and mechanisms that bolster the neuromuscular system's capacity to mitigate stress, thereby enhancing the health span of vulnerable populations. | ||
| Health Sciences and Professions
| Human-based clinical research |
Dr. Chertok and her team study maternal-infant health. Our current specific focus is the influence of gestational diabetes on breastfeeding and human milk. | ||||
Health Sciences and Professions
| Public Health | Any HCOM Student | Less then 5 hours per week Multi-Year during Academic Year |
Fully Remote | No | Project Title: Health care organizations and community engagement
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| Jen-Tzer Gau, MD Profile of Dr. Gau | Heritage College of Osteopathic Medicine OMNI | Human-Based Clinical Research | Any HCOM Student | Summer | Hybrid | I am a geriatrician and internist. My research interests include micronutrient deficiency, gastro-intestinal issues, sarcopenia, and osteoporosis in older adults. My research focuses on the case studies, case series, and risk factor association study based on patients encountered in daily clinics. | |
Heritage College of Osteopathic Medicine
| Community-based investigation | Transmission and control of Chagas disease in Ecuador (international experience)
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Health Sciences and Professions
| Human-based clinical research | Any HCOM Student | 10 hours per week; Full year | Neuroplastic and neuromuscular changes associated with orthopedic injury, rehabilitation and prevention
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Health Sciences and Professions
| Human-based clinical research | 2-5 hours per week during the full year | In-Person with Possible Remote | Investigating dietary intake, body composition and metabolism in those using GLP-1 medications for weight loss
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Heritage College of Osteopathic Medicine
| Biomedical/Basic Science Research | Any HCOM or DO/PhD Student
| Summer Full-Time | In-Person | John J. Kopchick is an internationally recognized leader in the growth hormone field. Since 1987 he has been the Goll-Ohio Eminent Scholar and Distinguished Professor at Ohio University in Athens, Ohio. Dr. Kopchick attended Indiana University of Pennsylvania (IUP) where he received his B.S. and M.S. degrees. His PhD was awarded in 1980 by the University of Texas Graduate School of Biomedical Sciences at The M.D. Anderson Cancer Center in Houston, Texas. He then performed postdoctoral studies in molecular virology at the Roche Institute of Molecular Biology, Nutley, N.J. Following that, he was a group leader in molecular medicine at Merck & Co., Rahway, N.J. Dr. Kopchick and his group were the first to discover and characterize GH receptor antagonists. With his friend and colleague, Rick Hawkins, they founded a company, Sensus, which applied his research to the development of an FDA approved drug called Somavert (Pegvisomant for injection) which is marketed for patients with acromegaly. Patients world-wide are benefitting by the safe and efficacious treatment with the drug. Royalties from the sales of Somavert has led to a Translational Medicine Doctoral Program at Ohio University. Dr. Kopchick has published more than 500 scientific articles and patents and serves on several Editorial Boards. He is Past-President of the Growth Hormone Research Society and has received many awards including the British Endocrine Society Transatlantic Award, the Endocrine Society Laureate Award for Outstanding Innovations, several honoraria degrees, and the title of Ohio University Distinguished Professor. He has advised over 400 PhD and undergraduate students, post-doctoral fellows, and visiting professors in molecular aspects of growth, diabetes, cancer, and aging. Finally, he has a dinosaur named after him, Yuxisaurus kopchicki 😊
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Arts and Sciences
| Social Science | Any HCOM or DO/PhD Student | Full Year | Hybrid |
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Heritage College of Osteopathic Medicine
| Biomedical/Basic science | Roles of apolipoproteins and neuropeptides in the control of energy homeostasis, lipid and glucose metabolism, and pathogenesis of obesity and diabetes diseases.
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Heritage College of Osteopathic Medicine Diabetes Institute
| Human-based clinical research | Hybrid
| Our studies are conceived from practical questions raised from clinical care and address the gap between basic science and clinical medicine. The current focus is insulin resistance in obesity and diabetes and chronic complications from diabetes.
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Health Sciences and Professions
| Clinical Research; Public Health; Translational Research | Any HCOM Student | Flexible | Hybrid
| Potentially | Project Title: Cardiovascular Health Disparities and Integrative Physiology The research examines how psychosocial stress, behavioral factors, and physiological mechanisms contribute to cardiovascular disease risk and health disparities. Students may engage in human subjects research, secondary data analysis, literature reviews, statistical analysis, and scientific writing related to cardiovascular health and disease prevention.
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Arts and Sciences
| Biomedical/Basic science | Examination of fat deposition in swordtail fish to understand the side effects of obesity and weight gain, which could lead to diabetes.
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Heritage College of Osteopathic Medicine
| Data Science/Bioinformatics | Any HCOM Student | 5-10 hours/week during Academic Year | Hybrid | No | Project title: Investigation of the aging process in a rural population in rural Ecuador We have data on a cohort of over 200 individuals who completed questionnaires about various aspects of their lives. We are interested in the analysis of the data to answer a series of pending questions about this population and write manuscripts based on findings.
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Heritage College of Osteopathic Medicine
| Biomedical/Basic science | Our lab is studying a dual-action therapeutic to treat diabetes by protecting insulin-producing cells from death-inducing stressors and enhancing their ability to secrete insulin.
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Heritage College of Osteopathic Medicine
| Biomedical/Basic science | Pathogenesis and treatment of bone metastasis using molecular biology, cell culture, tissue culture, mouse models of metastasis, and in vivo bioluminescent imaging.
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| Health Sciences and Professions | Community-Based Investigation | Fall or Spring Semesters with Possible Summer Work | Hybrid | Performing arts medicine, including concussions in film/TV stunt performers and dancers, injuries in adolescent dancers, injuries in dance team, and injuries in professional circus.
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Neuromuscular Biomechanics and Health Assessment Lab (NMBHAL) | Health Sciences and Professions
| Human-based clinical research | Dr. Simon specializes in measuring the outcomes of various rehabilitation interventions as well as evaluating health-related quality of life of high school and college athletes who suffer sport-related injury, and the use and development of patient-based outcomes instruments for the purpose of outcomes assessment and measuring the end result of health care services.
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| Heritage College of Osteopathic Medicine
| Health Policy | Any HCOM Student | Less then 5 hours per week | Fully Remote | Flexible; Multi-year, Adademic Year; Summer |
Project title: Physicians and Health Policy Advocacy I have an ongoing book project focused on the history of physicians and other health professionals in advocating for policy change, both in the U.S. and internationally. Within this project, there are a number of opportunities for students to contribute to pieces of this larger book project as well as publishing articles related to project-adjacent research threads. I am also happy to support students in developing policy-relevant research projects of their own. |
| Shaohua Wang, PhD Profile of Dr. Wang | Heritage College of Osteopathic Medicine Diabetes Institute OMNI | Biomedical/Basic Science Research | In-Person | Our lab investigates bacterial infectious diseases, with a particular focus on host–microbiome interactions and Clostridioides difficile infection (CDI) and recurrent CDI (rCDI). Our research aims to identify microbial, metabolic, and host-directed strategies that strengthen resistance to infection, develop bacteriophage-based approaches for precise targeting of bacterial pathogens, and develop strategies to protect high-risk hosts, including those with diabetes, cardiovascular disease, and aging-associated susceptibility, from CDI and rCDI. | |||
Heritage College of Osteopathic Medicine
| Public Health;Data Science/Bioinformatics | Any HCOM Student | Variable and Flexible | Hybrid | No |
My research focuses on social determinants of health and aging outcomes in older adults. Broad topics include frailty, intrinsic capacity, lifestyle behaviors, sleep health, sedentary behavior, cognitive health (including dementia), and functional status (ADL/IADL), as well as other factors influencing quality of life in later life. I also conduct advanced psychometric analyses and computer adaptive testing based on item response theory, with a focus on instrument development and validation to improve the efficient assessment of self-reported health outcomes. In addition, I apply machine learning methods to these data to better understand and predict health outcomes of interest. | |
Heritage College of Osteopathic Medicine
| Biomedical/Basic science |
Effects of how different risk factors such as aging and obesity interact to cause joint dysfunction that ultimately leads to osteoarthritis development using both in vivo genetic modified mice models and in vitro primary chondrocytes. |