Research at NYITCOM

Research at NYITCOM

An Environment of Discovery

Our research and development efforts at NYITCOM are on an impressive trajectory, as we continue to:

  • recruit top-level, research-intensive faculty from around the globe.
  • solidify our infrastructure with new state-of-the art technology and research equipment.
  • receive grants from such prestigious funding agencies as:

    • National Institutes of Health, National Science Foundation
    • Michael J. Fox Foundation
    • American Heart Association
    • American Diabetes Association

NYITCOM student and faculty researchers present their important findings at major national and international conferences and in peer-reviewed scientific and medical journals.

Student Research Opportunities

Our students are actively involved in the college’s leading-edge research through fellowships, summer research programs, and the faculty-student mentoring program. In addition, through the Advanced Research Core, undergraduate students participate in NYITCOM research projects.

Current Research     

Research activities at NYITCOM encompass a range of areas—from basic biology, clinical medicine, and patient outcomes to health policy, global health, and medical education. Find out more about ongoing NYITCOM research in:

View the comprehensive list of research at NYITCOM:

 

Evolution of Early Mammals

Studies how key mammalian features such as a keen sense of smell, enlarged brain size, and high frequency hearing developed. Current projects focus on the description of new fossil mammals from Madagascar, the evolution of the inner ear of early mammals, and morphology and genetics of the vomeronasal organ in extant vertebrates.

Principal investigator: Simone Hoffmann, Ph.D.

 

The Evolution of Human and Primate Locomotion

Studies how biomechanical differences between human and primate locomotion are related to differences in muscle and bone morphology. The goal is to be able to identify those bony features which can be used to infer locomotion in fossil primates, including our early human ancestors.

Principal Investigator: Nathan E Thompson, Ph.D.

 

Glucolipotoxicity and Mitochondrial Hormesis in Cardiometabolic Disorders

Studies the effects of excess of glucose and long-chain fatty acids on mitochondrial function and oxidative tone in adipose, renal and cardiovascular tissues.

Principal Investigator: Bardia Askari, Ph.D.

 

Metabolic Memory and Diabetic Vascular Complications

Studies the role of "metabolic memory" in the development of long-term vascular complications, including atherosclerosis, hypertension and stroke, in type 2 diabetes. The goal is to identify the linkage between epigenetic mechanisms and metabolic memory in diabetic vasculature.

Principal Investigator: Maria Alicia Carrillo Sepulveda, BSN, Ph.D.

 

Vascular Calcification and Atherosclerosis

Studies the pathophysiological effects of vascular calcification in atherosclerosis; using pre-clinical models, examines if vascular calcification should be targeted therapeutically for the reduction of coronary heart disease.

Principal Investigator: Olga V. Savinova, Ph.D.

 

Microbial Pathogenesis

Studies the complex interactions of infectious microorganisms with the immune system, as the balance in this interplay impacts whether host damage occurs.

Principal investigator: Luis R. Martinez, Ph.D., MBA

 

Health Literacy and Diabetes

Examines the effect of race, level of education, and health literacy as it relates to Type II diabetes among patients suffering from this condition.

Primary investigator: Karen Sheflin, D.O.

 

Diabetes and Health Habits

Examines the effect of access to accurate information on diabetic patients’ health habits.

Primary investigator: Sonia Rivera-Martinez, D.O.

 

Reliability of Palpation

Studies the impact of inter-operator reliability on assessment of diagnostic palpation in practicing osteopathic physicians.

Primary investigator: Sonia Rivera-Martinez, D.O.

 

Health Awareness

Researches the physician’s role in developing patient awareness and knowledge base related to the health implications of obesity, particularly with respect to physical activity and eating habits.

Primary investigator: Patricia Happel, D.O.