Title

Venkatagiri Krishnamurthy

(he/him)
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Title/Position
Assistant Professor, Research Health Scientist
Areas of Research
Contact

Contact

101 Woodruff Circle, Suite 1017, Atlanta, GA 30322Emory
4043216111 x207981
Biography

Biography

Dr. Venkatagiri Krishnamurthy is a translational neuroimaging researcher advancing how vascular and neural mechanisms drive functional recovery after stroke, including language and broader cognitive outcomes; he develops vascular‑informed MRI biomarkers—multi‑PLD CBF and CVR transfer‑function measures (gain/phase)—to characterize lesion, perilesional, and collateral physiology and improve prognostic accuracy for individualized rehabilitation. He also leverages multi‑echo resting‑state fMRI (ME‑rsfMRI) to map echo‑specific patterns of network reorganization that differentiate responders from non‑responders to standard care, offering mechanistic insight that complements biomarker‑based stratification. His program integrates Bayesian tensor‑based longitudinal modeling to quantify treatment‑related neuroplasticity and concurrent tDCS–fMRI to reveal how neuromodulation shapes large‑scale networks in chronic stroke and aphasia. Extending beyond stroke, his multimodal biomarker research links cerebral blood flow, neurometabolites, and cardiorespiratory fitness to cognitive aging, delivering imaging‑based frameworks that enhance prognosis and guide precision rehabilitation for persons recovering from stroke‑related communication, cognitive, and functional deficits.

Education

Education

  • Ph.D., Bioengineering, UT Arlington & UT Southwestern Medical Center, 2011
  • M.S., Electrical Engineering, UT Arlington, 2002
  • B.E., Electrical Engineering, P.E.S. Institute of Technology, 2000
Academic Appointments

Academic Appointments

Assistant Professor | Dept. of Medicine (Div. of Geriatrics & Gerontology) Affiliated faculty | Dept. of Neurology, Principal Investigator | Dept. of Veterans Affairs
Research Interests

Research Interests

  • Develop MRI-based biomarkers for aging, stroke, stroke recovery, and rehabilitation
  • Neuromodulation (specifically tDCS) and concurrent tDCS and fMRI to delineate tDCS mechanisms
  • Cerebrovascular physiology
  • Functional changes during stroke recovery 
Teaching Interests

Teaching Interests

Functional neuroimaging, Imaging focused on neurorehabilitation, Neuromodulation for stroke and other neurodegenerative diseases
Publications

Publications

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