Daniel Crowder, M.D.

  • Assistant Professor of Pediatrics, Division of Developmental Pediatrics, School of Medicine
  • Program Director, Pediatric Neurodevelopmental Disabilities Residency Program
  • Pediatric Neurology Residency Program

Biography

Dr. Crowder specializes in the evaluation of children with neurological and neurodevelopmental problems. He is interested in the evaluation and management of children with disorders of motor development, as well as other delays in childhood development. 

In his spare time, Dr. Crowder enjoys board games, reading, playing guitar, and spending time with his wife. 

Education and training

  • Degrees

    • B.S., 2009, Marshall University
    • M.D., 2013, West Virginia University

  • Residency

    • Pediatrics, West Virginia University School of Medicine, Morgantown, WV, 2015

  • Fellowship

    • Neurodevelopmental Disabilities, Oregon Health & Science University, 2019

  • Certifications

    • American Board of Pediatrics, 2018

Areas of interest

  • Developmental delays
  • Neurodevelopmental disabilities
  • Cerebral Palsy
  • Resident and student education

Publications

Elsevier pure profile

Publications

  • Early Heart Rate Variability and Electroencephalographic Abnormalities in Acutely Brain-Injured Children Who Progress to Brain Death∗

    Pediatric Critical Care Medicine
    1. Juan A. Piantino
    2. Amber Lin
    3. Daniel Crowder
    4. Cydni N. Williams
    5. Erick Perez-Alday
    6. Larisa G. Tereshchenko
    7. Craig D. Newgard

  • Pediatric Baló Concentric Sclerosis Response to Dimethyl Fumarate

    Pediatric Neurology
    1. Sophia French
    2. Daniel Crowder

  • Subgaleal Hematoma Masking Fatal Complications of Cephalohematoma in a Preterm Infant

    Clinical pediatrics
    1. Anuj Malik
    2. Daniel Crowder
    3. Greg Barretto
    4. Linda S. Nield
    5. Autumn Kiefer

  • Urinary incontinence in children as a sign of neurological disorders

    Clinical pediatrics
    1. Daniel Crowder
    2. Ludwig Gutmann
    3. Paola Pergami