Photo of Brian J. Kelley, MD, PhD

Brian J. Kelley, MD, PhD

Assistant Professor of Neurosurgery
NPI Number:
1114192226
Academic Office Location:
Neurosurgery
UConn Health
263 Farmington Avenue
Farmington, CT 06030-8232
Website(s):

Neurosurgery

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Brian Kelley joined UConn Health Neurosurgery in a dual role as a neurosurgeon and neurointensivist after fellowship training in Neurocritical Care at the University of Pennsylvania. Dr. Kelley is a surgeon-scientist, recently transitioning to his own independent laboratory where he studies mechanisms of diffuse axonal injury and alterations of the blood-meningeal barrier using an experimental model of traumatic brain injury. He holds a K08 Career Development Award from NIH/NINDS and a foundation grant from the University of Connecticut Brain and Cognitive Science Institute.

Dr. Kelley’s clinical interests are in neurotrauma and related neurocritical care with surgical techniques to address primary neurologic injuries and intensive care unit expertise to treat secondary mechanisms of injury. He also has pediatric training, which affords him unique insights into issues related to hydrocephalus and mechanisms of cerebrospinal fluid diversion. Additionally, he performs muscle and nerve biopsies.

Dr. Kelley’s research interests focus on basic science techniques to investigate pathologic mechanisms of diffuse axonal injury, a significant component of traumatic brain injury and concussion. Similarly, he studies post-traumatic vascular and inflammatory mechanisms at the blood-meningeal barrier, one of three sites responsible for regulating substrates between the brain and the surrounding environment.

Education
DegreeInstitutionMajor
BSUniversity of VirginiaBiochemistry
BAUniversity of VirginiaBiology
MDMedical College of Virginia/Virginia Commonwealth UniversityMedicine
PhDMedical College of Virginia/Virginia Commonwealth UniversityAnatomy and Neurobiology

Post-Graduate Training
TrainingInstitutionSpecialty
ResidencyYale-New Haven HospitalNeurosurgery
FellowshipChildren's Hospital of PhiladelphiaPediatric Neurosurgery
FellowshipUniversity of Pennsylvania School of MedicineNeurocritical Care

Awards
Name of Award/HonorAwarding Organization
Joint Section in Pediatrics Research Support AwardAmerican Assoc. of Neurological Surgeons/Congress of Neurological Surgery
Department of Surgery Clayton AwardTexas Children's Hospital
Depuy Synthes Neurotrauma Educational Grant
Depuy Synthes Spine Educational Grant
William F. Collins Neurosurgery Resident Research Award
Codman Fellowship in Neurotrauma and Critical CareAmerican Assoc. of Neurological Surgeons/Congress of Neurological Surgery
Resident Traveling Fellowship in Pediatric NeurosurgeryBoston Children's Hospital

Dr. Kelley’s clinical interests are in neurotrauma and related neurocritical care with surgical techniques to address primary neurologic injuries and intensive care unit expertise to treat secondary mechanisms of injury. He also has pediatric training, which affords him unique insights into issues related to hydrocephalus and mechanisms of cerebrospinal fluid diversion. Additionally, he performs muscle and nerve biopsies.

UConn School of Medicine Neurosurgery Elective
UConn AANS and Undergraduate Student Chapters
Weekly Didactic Sessions with Residents and PAs

Name & DescriptionCategoryRoleTypeScopeStart YearEnd Year
MD/PhD Admissions Steering CommitteeUniversity

Dr. Kelley’s research interests focus on basic science techniques to investigate pathologic mechanisms of diffuse axonal injury, a significant component of traumatic brain injury and concussion. Similarly, he studies post-traumatic vascular and inflammatory mechanisms at the blood-meningeal barrier, one of three sites responsible for regulating substrates between the brain and the surrounding environment.

Journal Articles

Book Chapters

  • Early Onset Scoliosis and Congenital Spinal Anomalies
    Kelley, BJ and MG Vitale Orthopedic Knowledge Update – Series 5 2017 Jan;

Case Reports

Reviews

  • The current state-of-the-art of spinal cord imaging: applications.
    Wheeler-Kingshott, C A; Stroman, P W; Schwab, J M; Bacon, M; Bosma, R; Brooks, J; Cadotte, D W; Carlstedt, T; Ciccarelli, O; Cohen-Adad, J; Curt, A; Evangelou, N; Fehlings, M G; Filippi, M; Kelley, B J; Kollias, S; Mackay, A; Porro, C A; Smith, S; Strittmatter, S M; Summers, P; Thompson, A J; Tracey, I NeuroImage 2014 Jan;841082-93
  • The current state-of-the-art of spinal cord imaging: methods.
    Stroman, P W; Wheeler-Kingshott, C; Bacon, M; Schwab, J M; Bosma, R; Brooks, J; Cadotte, D; Carlstedt, T; Ciccarelli, O; Cohen-Adad, J; Curt, A; Evangelou, N; Fehlings, M G; Filippi, M; Kelley, B J; Kollias, S; Mackay, A; Porro, C A; Smith, S; Strittmatter, S M; Summers, P; Tracey, I NeuroImage 2014 Jan;841070-81