Innovative cell research is a major driving force behind transformative advances in medicine. The Cell Biology Research Cluster (CBRC) at Marshall fosters a collaborative environment that bridges basic science and clinical research. Students enrolled in the CBRC track receive multidisciplinary training opportunities through course offerings, workshops, and lab rotations.
Researchers in the CBRC use integrated experimental approaches to understand cellular processes and their dysregulation in major chronic and infectious diseases, especially those that disproportionately affect the aging population of West Virginia. CBRC Faculty expertise ranges from translational bioinformatics to experimental approaches in cell signaling and differentiation, molecular biology, proteomics, genomics and genetics, and advanced cell imaging. Focus areas include cancer biology and biomarkers, stem cell biology and regenerative medicine, infectious pathogens, membrane and subcellular organelles dynamics, and bioenergetics.
Sandrine Pierre, PhD
pierres@marshall.edu
Students are required to select a minimum of 5 credit hours of courses from the list below (including one course from List A and three credit hours from List B).
Required Research Cluster Courses |
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Course Number | Course Name | Credit Hours |
List A | ||
BMR 651 | Cancer Biology | 4 |
PHS 666 | Physiology of the Cell | 3 |
List B | ||
BMR 676 | Cell Biology Research Cluster Journal Club | 1 |
BMS 652 | Cancer Biology Colloquium | 1 |
BMR 631 | Neuroscience and Developmental Biology Literature Review | 1 |
ACB 640 | Current Topics in Cellular Biology | 1 |
MCB 622 | Current Topics in Molecular Biology | 1 |
Research Faculty |
Research Interests |
Ruhul Amin, PhD | Head and neck cancer; lung cancer; natural compounds |
Subha Arthur, PhD | Gastro-intestinal cell physiology and transport |
Lydia Bogomolnaya, PhD | Bacterial virulence; host-pathogen interaction; microbiota; enteric infections |
Liquan Cai, PhD | Membrane-to-nucleus signaling; cell fate determination |
Beverly Delidow, PhD | Cell adhesion; signaling in cancer |
Piyali Dasgupta, PhD | Lung cancer; TRPC/TRPV channels |
James Denvir, PhD | Bioinformatics |
Philippe Georgel, PhD | Gene expression; epigenetics-cancer/metabolic |
Trupti Joshi, PhD | Biomedical informatics and population analytics |
Emine Koc, PhD | Mitochondrial proteomics |
Jiang Liu, PhD | Na/K-ATPase expression and signaling; uremic cardiomyopathy and anemia |
Marco Pessoa, PhD | Cardiac metabolism; tissue regeneration |
Sandrine Pierre, PhD | Cell physiology; membrane transport; subcellular signaling |
Juan Sanabria, MD | Liver primary malignancy; hepatocellular carcinoma (HCC); metabolic dysfunction-associated steatohepatitis (MASH) |
Travis Salisbury, PhD | Signal regulated gene expression |
Vincent Sollars, PhD | Heat shock proteins and cancer |
Nalini Santanam, PhD | Metabolic signaling; microRNA; adipocyte biogenesis; epigenetics |
Yevgeniy Shakirov, PhD | Genetic determinants of cellular homeostasis |
Komal Sodhi, MD | Cell and metabolic signaling |
Uma Sundaram, MD | Nutrition; inflammatory bowel disease |
Wei Xu, PhD | Bacterial virulence and immune dysfunction in skin infection |
Hongwei Yu, PhD | Bioengineering; biofilms; lung infections; cystic fibrosis |