Research Labs

  • The Alzheimer’s Disease and PET (ADAPT) Imaging Lab focuses on PET imaging within Alzheimer’s disease and related dementias.

    PET scan image of human brain
  • The Agalliu laboratory at the Department of Neurology at CUIMC is investigating several fundamental issues in the biology of the mammalian blood-brain barrier (BBB).

    Cortical blood vessels with labeled tight junctions (green)
  • Brain Arterial Remodeling Laboratory of Dr. Jose Gutierrez, a Florence Irving Associate Professor of Neurology at Columbia University Medical Center in the city of New York

    Nico at work at the BARS lab
  • Our lab develops more precise predictions of outcomes and novel approaches to support the recovery of consciousness in critically ill patients

    Claassen Lab graph
  • The De Nooij lab studies proprioception, the sensory system that informs the central nervous system about the position of the body and limbs in space and provides feedback control during movement.

    De Nooij Lab lab image 1
  • The Gelinas Lab studies neural networks that mediate the cognitive functions in children and adults with epilepsy—and how these networks are disrupted by epileptic activity

  • GiusTo Lab conducts genetic epidemiology research focusing on Alzheimer’s Disease and Related Dementia in admixed populations.

    DNA graphic
  • Research in the Harms Lab is focused on harnessing emerging genetic technologies to understand the causes of inherited neuromuscular diseases, with an emphasis on motor neuron disorders

  • The Kuo lab studies the role of the cerebellum in neurological disorders, with a particular focus on ataxia and tremor

  • The Laboratory for Genetic Epidemiology at Columbia University has been studying Alzheimer's disease (AD) across different ethnic populations for nearly 20 years.

  • Lab for Christopher D. Makinson, PhD., Assistant Professor

  • The Miller lab's research focuses on cerebrovascular complications associated with pregnancy & the postpartum period, and women's cerebrovascular health throughout their lifespan.

  • Research in the Ottman Lab is focused on understanding the role of genetics with epilepsy in families.

  • Our lab provides the framework and pipeline to enable clinicians, scientists, and administrators to maximize use of monitoring device data of the heart, lungs, and brain for predictive analytics

  • The Picard Lab seeks to explain how psychological states influence biological and energetic processes within mitochondria, and in turn how mitochondria influence mental and physiological functions

  • The Przedborski Lab seeks to unravel the molecular basis of neurodegeneration and devise therapeutic strategies to hamper the processes that cause neuronal death

  • We specialize in the diagnosis & treatment of Parkinson’s disease and related conditions, tremors, dystonia, including musician’s dystonia, and muscle spasms such as from cerebral palsy or stroke

    CMPL team working in an OR
  • Lab for Tristan T. Sands, M.D., Ph.D, Assistant Professor (Neurology)

  • The Schon Lab studies the molecular basis of mitochondrial disorders using cytoplasmic hybrids, or "cybrids"

  • This lab explores cognitive changes throughout aging and their neural basis, with a strong focus on state-of-the-art cognitive approaches and multi-modal imaging.

    abstract brain image
  • Thakur Laboratory, Program in Neuroinfectious Diseases

  • A unique training and scientific resource, and the Giblin Foundation, were established in 1985 by the Giblin family in memory of Colleen, their daughter, who succumbed to a brain tumor

    Doctor examining a child