Mark D. Kvarta

Mark D. Kvarta serves as an Adjunct Assistant Professor in the Department of Psychiatry at the University of Maryland School of Medicine, University of Maryland, Baltimore, with primary clinical and research affiliations in psychiatry and neuroscience.

His educational trajectory features:

• BA in Biological Sciences (Neurobiology & Behavior) from Cornell University (2008)
• PhD in Neuroscience from University of Maryland Baltimore (2015)
• MD from University of Maryland School of Medicine (2017)
• Physician Scientist Training Program & Psychiatry Residency at University of Maryland Medical Center/Sheppard-Pratt Hospital (2021)

Dr. Kvarta's research centers on stress-induced neurobiological mechanisms underlying depression and serious mental illness, integrating neuroimaging, neuroendocrine, and genetic data with clinical symptom profiles. His work specifically targets treatment-resistant depression, anhedonia, and novel antidepressant development through translational approaches bridging rodent models and human studies. Key methodologies include brain MRI, neurogenetic analysis, and synaptic plasticity assessments in stress-response circuits.

His publication record (2013-2021) reveals consistent focus on stress-depression neurocircuitry, evolving from synaptic mechanisms in rodent models (2013-2015) to multimodal human investigations (2018-2021). Core thematic threads include hippocampal-accumbens pathway dysfunction, genetic modulation of stress vulnerability, and translational biomarkers for treatment resistance, with recent work quantifying multidimensional stress-genetic interactions in depression pathophysiology.

No scientific awards are documented in current professional materials.

As part of the Physician Scientist Training Program, Dr. Kvarta contributes to integrated clinical-research training while collaborating across neuroscience and psychiatry departments. His translational framework connects basic synaptic findings to clinical depression phenotypes through ongoing human neuroimaging and genetic studies.