Meet Our Researchers: Biomedical & Health Sciences

Meet Our Researchers: Biomedical & Health Sciences

Meet Our Researchers: Biomedical & Health Sciences

Cancer mutations

Why do some cells keep growing and dividing? Meet Zhihong Wang, biochemist.

Portrait of David Devilbiss in his lab at Rowan-Virtua School of Osteopathic Medicine

Brain injuries

Scientists are studying promising new treatments for TBI and other brain injuries. Meet David Devilbiss, neuroscientist.

Sebastian Vega works in his laboratory.

Regenerative medicine

Designing biomaterials that mimic the human body may rapidly advance stem cell research. Meet Sebastian Vega, biomedical engineer.

Elizabeth West in her lab working at her computer

Neuroscience

Studying the brains of rats helps researchers understand cognitive function—and, potentially, opportunities to restore lost function. Meet Elizabeth West, neuroscientist.

Chronic stress

Exercise may help reduce the harmful effects of chronic stress on the brain. Meet Melissa Manners, neurobiologist.

Addiction treatment

Learning more about patient behavior may improve individualized drug addiction treatment plans. Meet Martin Job, addiction research scientist.

Dani Arigo at the Joint Health Sciences Center in Camden.

Health psychology

How do social comparisons influence healthy behavior? Meet Dani Arigo, clinical health psychologist.

Health disparities

Community health is best improved with help from its members—and careful listening. Meet Nicole Vaughn, community health and wellness researcher. 

Dr. Gustavo Moura-Letts in his chemistry laboratory

Drug discovery

Chemistry and entrepreneurship are a winning combination for drug discovery. Meet Gustavo Moura-Letts, organic chemist.

Sleep deprivation

Sleep well, stay well. Researchers are looking at an integrated approach of better sleep and diet to reduce hypertension and heart disease. Meet Diana Martinez, neuroscientist and physiologist.

Alzheimer’s disease

A blood test to detect early signs of many diseases could lead to faster diagnosis and treatment. Meet Robert Nagele, cell biologist.

Traumatic brain injuries

Traumatic brain injuries can impair decision-making and evaluating risks. Meet Rachel Navarra, behavioral neuroscientist.

Dr. Omar Tliba working in his lab

Asthma treatment

How do we treat asthma and pulmonary disease when conventional therapies don't work? Meet Omar Tliba, pharmacologist.

Cancer metastasis

Could the protein emerin reveal targets for new therapies? Meet James Holaska, biochemist and cell biologist.

Memory storage

How does the brain form memories? Meet Yong Chen, bioinformatician.

Superbugs

Modern medicine needs new methods to attack antibiotic-resistant ‘superbugs.’ Meet Valerie Carabetta, microbiologist.

Gastrointestinal disease treatment

Patients suffering with gastrointestinal diseases need more effective treatments. Meet Sangita Phadtare, microbiologist.

Pain management

When patients treated for pain become addicted to opioids, they need help, not shame. Meet Richard Jermyn, pain management and addiction treatment specialist.

Vince Beachley works with nanofibers in his lab

Nanofibers

Is there a better way to manufacture nanofibers for tissue regeneration? Meet Vince Beachley, biomedical engineer.

Emotional health

How do meditation and other mindful practices benefit our physical health? Meet Jefferey Greeson, clinical health psychologist.

Bacteriology

Bacteria isn't all that bad. Meet Jason Heindl, bacteriologist.

Andrea Hunt holds a headset and discusses with a student

Music therapy

Music has a powerful influence on the body. Meet Andrea Hunt, music therapist.

Dr. Pandey works at his lab bench at the Cooper Medical School

Treating multiple myeloma

Multiple myeloma is a stubborn disease. Studies of bone marrow may lead to more effective treatments. Meet Manoj Kumar Pandey, cancer biologist.

Depression in autistic adults

Understanding the factors contributing to depression in autistic adults will improve treatment. Meet Kaite Gotham, psychologist.

Molecular genetics

Much can be learned about how cells are programmed to develop in the early stages of life. Meet Benjamin Carone, molecular biologist.

Biomedical imaging

Hyperpolarization could be the key to better, faster, cheaper MRIs. Meet Nicholas Whiting, interdisciplinary scientist.

Neuroscience

The brain's nucleus locus coeruleus, or "blue spot," is linked to serious medical conditions. Researchers want to know how it works. Meet Barry Waterhouse, neuroscientist.

Healthy behavior

Providing immediate incentives may help treat unhealthy behaviors and harmful addictions. Meet Bethany Raiff, psychologist.

Treating infections

Promising research may lead to a treatment for sepsis and other severe inflammatory responses to infection. Meet Kingsley Yin, pharmacologist and immunologist.

Claude Krummenacher in his lab with a microscope

Virology

Understanding how the herpes simplex virus invades cells may be the key to designing new drugs to prevent infection. Meet Claude Krummenacher, virologist.

This is a photograph of Dr. Amanda Fakira doing lab work with a student at the Cooper Medical School of Rowan University.

Neuropharmacology

Can altering brain receptors prevent opioid addiction? Meet Amanda Fakira, neuropharmacologist.

Advancing chemical analysis

Chemical analysis using liquid chromatography can be more efficient and sustainable. Meet James Grinias, chemist.

Genetic research

Paola Leone details her groundbreaking research on Canavan disease and the help she received from Rowan University in transitioning clinical trial information to a pharmaceutical company.