We are deeply grateful for the hard work by all our faculty in teaching the core and elective graduate courses, serving on advisory committees, and providing opportunities for doctoral research projects. Our students are successful because they gain discipline-specific knowledge and critical thinking skills in a curriculum led by Course Directors and expert teaching faculty.
We require that first-year students complete 3 different rotations and rotate only with approved trainers who might serve as PhD trainers.
In general, PhD trainers are expected to have a high quality independent research program, recent research publications and available funding for student support. Faculty with "research" professor designations, and those with mentored awards (eg K awards) are not eligible to host a PhD student, although many actively contribute to research education efforts. The list below is reviewed annually by research leadership at GW and Childrens, to include potential PhD trainers. Please note that in any particular year, not every research group will have an opening for a graduate student, and additional faculty may apply to be PhD trainers.
| Last | First | Title | Research Interests | Inst. |
|---|---|---|---|---|
| Bethony | Jeff | PhD | Vaccine preclinical and clinical research, including clinical trials; controlled human infection models (hookworm); HIV/AIDs-associated malignancies; biospecimen science research. | GW |
| Bollard | Catherine | MD | Development of novel cell therapeutics for cancer and infection | CNHS |
| Bosque-Pardos | Alberto | PhD, M.B.A. | Development of therapeutic strategies towards an HIV cure | GW |
| Brindley | Paul | PhD |
Functional genomics for schistosomes and other helminth pathogens; gene-editing; neglected tropical diseases; helminth infection associated malignancy; microbiomes and infection |
GW |
| Bukrinsky | Michael | PhD | Molecular pathogenesis of HIV-associated metabolic diseases | GW |
| Chiappinelli | Katherine | PhD | Epigenetic regulation of immune signaling in cancer, specifically focusing on noncoding regions of the genome and the tumor cell immune response | GW |
| Chiaramello | Anne | PhD | Epigenomic and metabolomic-based approaches to understand mitochondrial pathogenesis; Therapeutic targets for rare mitochondrial diseases | GW |
| Chung | Inhee | PhD | Biophysical studies of metastatic cancer progression driven by overexpression of receptor tyrosine kinases (RTK), using and developing cutting edge tools such as single molecule tracking, and super-resolution microscopy, as well as conventional cell/cancer biology methods | GW |
| Colonnese | Matthew | PhD | Neural development | GW |
| Corbin | Joshua | PhD | Genetic and cellular basis for development of mammalian amygdala | CNHS |
| Crandall | Keith | PhD | Development, testing, and application of methodological and bioinformatic approaches for studying the evolutionary biology of infectious diseases | GW |
| Cruz | Russell | MD, PhD | Development of immune based therapies for cancer and opportunistic infections for patients with various degrees of immune deficiency | GW |
| Efimova | Tatiana | PhD | Understanding how stress-activated signal transduction pathways regulate skin homeostasis and repair, and how perturbations in this regulation contribute to skin disease, including skin cancer | GW |
| Eleftherianos | Ioannis | PhD | Molecular and evolutionary insect immunity, bacterial symbiosis and nematode parasitism | GW |
| Fernandes | Rohan | PhD | Development of theranostic nanoparticles, capable of simultaneous therapy and diagnostics, for pediatric inflammatory diseases and cancers. | GW |
| Fiorillo | Alyson | PhD | The role of dysregulated microRNAs in inflammatory muscle disorders. | CNHS |
| Freishtat | Robert | MD, MPH | Gene-environment interactions in asthma | CNHS |
| Gallo | Vittorio | PhD | Neurogenesis and gliogenesis; oligodendrocyte development myelination; glial signaling; regulation of glial ionic channels during brain development | CNHS |
| Ghosh | Mimi | PhD | Immune biomarkers and anti-HIV activity in the reproductive tract | GW |
| Hashimoto-Torii | Kazue | PhD | Environmental factors/pharmacological agents in fetal brain malformations related to mental illnesses in adulthood | CNHS |
| Hawdon | John | PhD | Hookworm infective process, nematode growth and development, hookworm population genetics | GW |
| Heier | Christopher | PhD | Next generation drugs and biomarkers for childhood diseases | CNHS |
| Hovel-Miner | Galadriel | PhD | Molecular mechanisms of antigenic variation with an emphasis on this pathogenic process in African trypanosomes. | GW |
| Hsieh | Michael | MD, PhD | Anti-pathogenic inflammation induced by bacteria such as uropathogenic E. coli, and chronic inflammation mediated carcinogenesis studied using models of nitrosamine and Schistosoma haematobium exposure | CNHS |
| Hu | Valerie | PhD | Autism spectrum disorders | GW |
| Jaiswal | Jyoti | PhD | Use of imaging and omics to study cell biology of tissue repair and develop therapies to prevent tissue loss in genetic and degenerative diseases | CNHS |
| Jeremic | Aleksander | PhD | Pancreatic Beta cell disorders | GW |
| Jose | Pedro | MD,PhD | Genetic and pharmacogenetic bases of human essential hypertension and the metabolic syndrome; role of dopamine, adrenergic, and angiotensin receptors subtypes and dopamine regulatory genes | GW |
| Khan | Imtiaz | PhD | Immune responses to infections by opportunistic pathogens | GW |
| LaMantia | Anthony | PhD | Genetic and molecular mechanisms of early forebrain development | GW |
| Lee | Norman | PhD | mRNA regulation and global patterns of gene expression with DNA microarrays | GW |
| Leitenberg | David | MD, PhD | Regulation of T-cell activation and differentiation; modulation of signal transduction during T-cell development | GW |
| Li | Rong | PhD | Molecular understanding of risk factors for breast cancer | GW |
| Li | Wei | PhD | Using genome editing technology (including CRISPR/Cas9 and CRISPR/Cas9 screening) and new computational algorithms to better understand how coding and non-coding elements function especially in human cancer, and to further identify novel molecular targets to inform precision medicine | CNHS |
| Limperopoulos | Catherine | PhD | Neuroimaging | CNHS |
| Lu | Hui | PhD | Mechanisms and rescue of neural circuit dysfunction | GW |
| Lynch | Rebecca | PhD | Development of broadly neutralizing antibody responses to HIV-1 infection | GW |
| Manzini | Chiara | PhD | Molecular mechanisms underlying intellectual disabilities | GW |
| Marvar | Paul | PhD | Characterization of the neurocircuitry in the brain that contributes to stress-induced hypertension and other stress-related disorders such as PTSD | GW |
| Mazumder | Raja | PhD | Applied bioinformatics; comprehensive comparative analysis at the genomic level | GW |
| McCaffrey | Timothy | PhD | Genomics; cardiovascular disease; growth factors; molecular biology; microarray; apoptosis; biochemistry | GW |
| Mendelowitz | David | PhD | Focus on the autonomic nervous system, and particularly how this system is altered in cardiorespiratory diseases. Our overarching goal is to identify novel targets for treating diseases such as sleep apnea and heart failure. | GW |
| Miller | Robert | PhD | CNS neural development, biology of neural diseases including Multiple Sclerosis, brain tumors and Cerebral Palsy; cellular and molecular mechanisms that regulate glial cell determination | GW |
| Moody | Sally | PhD | Transcriptional specification of neural and cranial placode ectoderms; proteomics of inner ear development; role of Six1 mutations and its cofactors in branchio-oto-renal syndrome. | GW |
| O'Brien | Travis | PhD | Pharmacogenomics | GW |
| Penn | Anna | MD, PhD | Neuroplacentology- The role of placenta in protecting and shaping the fetal brain | CNHS |
| Polter | Abigail | PhD | Circuit and synaptic-level effects of stress and adversity. | GW |
| Posnack | Nikki | PhD | Cardiovascular physiology, endocrine disruptors, and stem cell models | CNHS |
| Preciado | Diego | MD, PhD | Otolaryngology | CNHS |
| Sandler | Anthony | MD | Solid tumors in childhood | CNHS |
| Sarvazyan | Narine | PhD | Cellular origins of ectopic arrhythmias, ischemia-reperfusion injury, cell-to-cell coupling, targeted stem cell differentiation | GW |
| Scafidi | Joseph | PhD |
Metabolic adaptations after perinatal brain injury in the acute and long-term recovery phase and development of novel targeted therapies that promote this neurorehabilitative process |
CNHS |
| Sen | Sabyasachi | MD, PhD | Hemopoetic and mesenchymal stem cell use for treatment of diabetes and obesity; role of stem cells in response to changes in glycemic level in their environment. | GW |
| Seto | Edward | PhD | Epigenetics; histone deacetylase (HDAC), enzymes that catalyze the removal of acetyl groups from the lysine residues of histones | GW |
| Shanmugam | Victoria | MD | Wound healing; Scleroderma | GW |
| Shibata | Maho | PhD | Prostate stem/progenitor cells, patient-derived prostate cancer organoids, KRAB zinc finger proteins in prostate organogenesis and cancer | GW |
| Simon | Gary | MD, PhD | HIV/AIDS Pathogenesis | GW |
| Smith | L. Courtney | PhD | Origins and evolution of the innate immune system | GW |
| Stepp | Mary Ann | PhD | Cell-cell and cell-substrate interactions; integrins; wound healing; re-epithelization | GW |
| Torii | Masaaki | PhD | Molecular and cellular regulation of neuronal and glial subtypes in normal development of the cerebral cortex; etiology of cognitive and psychiatric disorders | CNHS |
| Triplett | Jason | PhD | Developmental neurobiology | CNHS |
| Tzatsos | Alexandros | MD, PhD | Epigenetic progression model of pancreatic cancer; Epigenetic regulation of Hematopoietic Stem Cells | GW |
| Villagra | Alejandro | PhD | Tumor immunoepigenetics and molecular basis of immunotherapy | GW |
| Wu | Guangying | PhD | Electrophysiological, imaging and behavioral methods to elucidate neural circuitry mechanisms underlying sensory information processing | GW |
| Wu | Ray-Chang | PhD | Oncogenic steroid receptor coactivators and their molecular targets in the development and progression of cancer | GW |
| Young | Colin | PhD | CNS molecular mechanisms underlying cardiovascular and metabolic diseases | GW |
| Zheng | Xiaoyan | PhD | Identification of target genes regulated by the Hedgehog signaling pathway and molecular mechanisms activated by Hedgehog in regulating cell-cell interactions | GW |
| Zhu | Wenge | PhD | DNA replication. DNA damage checkpoint and repair, histone modification, and identification of small molecules for cancer therapy | GW |
| Zhu | Yuan | PhD | Using mouse models and human patient-derived induced pluripotent stem (iPS) cells to investigate the role of neural stem and progenitor cells in the pathogenesis of low-grade and high-grade gliomas as well as other nervous system tumors | CNHS |
| Zohn | Irene | PhD | Development neural biology, Spina Bifida | CNHS |