↩ Research
Applicants are encouraged to contact faculty members leading a RWJMS or Rutgers biomedical research lab, depending on their research interest. All Rutgers labs are eligible as long as the research will be conducted in the biomedical fields (broadly defined).
Below is a list of potential mentors INSPIRE fellows could work with, but your are not limited to these.
We welcome inquiries from Rutgers and RBHS faculty who are interested in joining the INSPIRE program. If you are committed to mentoring Postdoctoral Fellows who want to obtain academic jobs, and have an active research lab that could incorporate a talented postdoc who can be funded by NIH-INSPIRE for up to 3 years, we would love to hear from you. You can start by recruiting a top candidate in your field from around the country to your lab, when you attend conferences for example. Once you have such a candidate, you can ask them to apply for INSPIRE funding.
Name | Department | Research Interest |
Abraira, Victoria, PhD | Neuroscience | Fundamental principles of sensory neurobiology; spinal cord circuits |
Anthony, Tracy, PhD | Nutritional Science | Amino Acid Control of Protein Synthesis and Gene Expression |
Aston-Jones, Gary, PhD | Brain Health Institute Psychiatry | Brain Mechanisms of Motivation and Cognitive Processes Cognition and Addiction |
Barr, Maureen, PhD | Genetics | Generation of sexual behaviors and the molecular basis of human genetic diseases of cilia |
Boison, Detlev, PhD | Neurosurgery | To translate fundamental mechanisms of biochemistry and energy metabolism into novel therapeutic approaches for the treatment of neurological conditions. |
Brewer, Gary, PhD | Biochemistry and Molecular Biology | Regulation of Gene Expression; Genomics |
Copeland, Paul, PhD | Biochemistry & Molecular Biology | Regulation of Gene Expression at the Translational Level, Incorporation and Utilization of Selenocysteine |
DiCicco-Bloom, Emanuel, MD | Neuroscience and Cell Biology Pediatrics | Regulation of Developmental and Adult Neurogenesis, Cell Cycle Mechanisms |
Dreyfus, Cheryl, PhD | Neuroscience and Cell Biology | The Role of the Trophic Factors and Glial Cells |
Driscoll, Monica, PhD | Molecular Biology and Biochemistry | Developmental Neurogenetics, Molecular Genetics of Neuronal Cell Death, Mechanosensory Transduction in Touch and Feeling, Molecular Mechanisms of Aging |
Duffy, Siobain, PhD | Ecology, Evolution & Natural Resources | Emerging Viruses, Experimental Evolution, Bioinformatics, Bacteriophage |
Ellison, Christopher, PhD | Genetics | Computational Biology, Genomics, Molecular Genetics |
Fan, Huizhou, PhD | Pharmacology | Pathogenesis and Intervention of Sexually Transmitted Infections |
Freundlich, Joel , PhD | Pharmacology, Physiology & Neuroscience | Computation, chemistry, and biology to develop new tools that contribute to our understanding of the pathogenesis of infectious diseases |
Gao, Nan, PhD | Biological Sciences | Human commensal bacteria, pathogen, and intestinal inflammation. |
Irvine, Kenneth, PhD | Molecular Biology and Biochemistry | Cell-Signaling, Pattern Formation, Growth Control, Developmental Glycobiology |
Jacinto, Estela, PhD | Biochemistry and Molecular Biology | Signal Transduction, Cancer, Insulin, Metabolism, T Lymphocytes |
Kiledjian, Mike, PhD | Cell Biology and Neuroscience | RNA-Protein Interactions in the Regulation of Mammalian Mrna Turnover. RNA-Binding Proteins in Human Genetics Disorders |
McKim, Kim, PhD | Genetics | Double Strand Break Repair, Genetic Recombination, Chromosome Pairing, Chromosome Segregation, Kinesin Motor Proteins |
Millonig, James, PhD | Graduate School of Biomedical Sciences Neuroscience & Cell Biology | DHuman Neurodevelopmental Disorders, Autism |
Monahan, Kevin, PhD | Molecular Biology & Biochemistry | Gene regulatory mechanisms that specify diverse cell-types in the mammalian nervous system and maintain their identity for the life of an organism. |
Nakamura, Tetsuya, PhD | Evolutionary and Developmental biology | The genetic mechanisms underlying the fish diversity and fish-to-tetrapod transition |
Nanda, Vikas, PhD | Biochemistry | Protein Evolution and Folding, Computational De Novo Design of Proteins and Biomimetics |
Omary, Bishr PhD | Biomedical Sciences | Keratin protein aggregates |
Quadro, Loredana, PhD | Food Science | Nutritional Biochemistry |
Roepke, Troy, PhD | Animal Sciences | Environmental influences and stresses on the physiological functions of organisms. |
Routh, Vanessa, PhD | Pharmacology, Physiology & Neuroscience | Role Of Hypothalamic Glucose Sensing Neurons In Glucose And Energy Homeostasis |
Runnels, Loren, PhD | Pharmacology | Developmental Biology, Magnesium and Calcium Homeostasis and Signaling, Brain Injury |
Samuels, Benjami, PhD | Psychology | Chronic Stress Paradigms For Both Sexes |
Schindler, Karen, PhD | Genetics | Signal Transduction, Meiosis, Aneuploidy, Gamete Formation and Reproduction |
Singson, Andrew, PhD | Genetics | Reproductive Biology and Cell-Cell Interactions in C. Elegans |
Soto-Centeno, Julio, PhD | Biological Sciences | Evolutionary Biology of Caribbean Bats |
Soto, Martha, PhD | Pathology | C. elegans model for Cell Polarity and Cell Migrations During Development and Disease |
Stock, Ann, PhD | Biochemistry & Molecular Biology | Structure/Function Analysis of Signal Transduction Proteins |
Verzi, Michael, PhD | Genetics | Basic intestinal development and homeostasis, as well as various aspects of intestinal health. |
Zhang, Huaye, PhD | Neuroscience and Cell Biology | Regulation of Dendritic Spine Morphogenesis and Synaptic Plasticity |