The Department of Neuroscience plays a key role in the development and teaching of basic sciences in the Medical School Gateway curriculum, including human anatomy, histology, and neuroscience. In conjunction with the Division of Biology & Biomedical Sciences (DBBS) program in neuroscience, the department also offers introductory graduate courses in cellular, molecular, and systems neuroscience. In addition, the department also offers a number of advanced courses that are primarily designed for graduate students but that are also open to students in the medical curriculum. Finally, advanced elective research activities are offered by faculty in the department.

Contact Info

Website:http://neuroscience.wustl.edu

Neuroscience Research Electives

During the fourth year, opportunities exist for many varieties of advanced clinical or research experiences.


Kari Allen, PhD
North Building, 3rd Floor
Phone: 314-747-6572

Paleoanthropology and phylogenetic statistics; comparative analyses of primate craniodental morphology and the evolution of brain size


Martha Bagnall, PhD
McDonnell Medical Sciences Building, 4th Floor
Phone: 314-362-9695

Molecular, electrophysiological, and behavioral analyses of neural circuits for vestibular control of spinal function


Paul Bridgman, PhD
McDonnell Medical Sciences Building, 8th Floor
Phone: 314-362-3449

Cell biology of the developing nervous system


Andreas Burkhalter, PhD
North Building, 4th Floor
Phone: 314-362-4068

Organization and function of neuronal circuits in mouse visual cortex


Harold Burton, PhD
East McDonnell Building, 3rd Floor
Phone: 314-362-3556

Cortical functional reorganization in response to sensory loss


Valeria Cavalli, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-362-3540

Cellular, molecular and epigenetic mechanisms controlling axon regeneration


Yao Chen, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-273-7739

We aim to understand how the dynamics of neuromodulators and intracellular signals contribute to the function of neuromodulators, to learning, and to the function of sleep.


Krikor Dikranian, MD, PhD
North Building, 3rd Floor
Phone: 314-362-3548

Cell death during the development of the mammalian central nervous system; traumatic brain injury in the infant


James Fitzpatrick, PhD
McKinley Research Building, Basement
Phone: 314-747-0838

Optical and charged particle multiscale microscopy application method development


Tom Franken, MD, PhD
East McDonnell Building, 3rd Floor
Phone: 314-362-3590

Neuronal mechanisms of perception


Harrison Gabel, PhD
McDonnell Medical Sciences Building, 8th Floor
Phone: 314-362-9814

Gene regulation in the developing nervous system; molecular mechanisms of neurodevelopmental disorders


Geoffrey Goodhill, PhD
McDonnell Medical Sciences Building, 9th Floor

Computational neuroscience; large-scale neural recording; development of behavior and neural coding in zebrafish; autism models


Edward Han, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-747-2505

Learning-related hippocampal network activation


Timothy E. Holy, PhD
North Building, 4th Floor
Phone: 314-362-0086

Neural mechanisms of action of mammalian pheromones


Adam Kepecs, PhD
McDonnell Medical Sciences Building, 4th Floor
Phone: 314-273-8523

Our long-term goal is to reverse engineer the computational and neurobiological processes underlying cognition and decision-making and apply these insights to biological psychiatry.


Tristan (Qingyun) Li, PhD
McDonnell Medical Sciences Building, 8th Floor
Phone: 314-273-1422

My lab is broadly interested in neuroimmunology, with a focus on microglial biology. We combine cutting-edge, single-cell genomic technologies with in vitro and in vivo genetic, molecular, and cellular tools to investigate microglial functions in the establishment of the nervous system, and we study how changes in these functions contribute to neurological diseases.


Ilya Monosov, MS, PhD
East McDonnell Building, 2nd Floor
Phone: 314-362-3740

Neuronal mechanisms of voluntary behavior


Ashley Morhardt, PhD
North Building, 3rd Floor
Phone: 314-273-1859

Evolution of neural diversity within and across non-mammalian vertebrate clades, especially dinosaurs


Michael L. Nonet, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-747-1176

Molecular genetic analysis of synaptic development and function


Karen L. O’Malley, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-362-7087

Molecular mechanisms underlying neurodegenerative processes; signaling mechanisms associated with intracellular receptors


Camillo Padoa Schioppa, PhD
East McDonnell Building, 3rd Floor
Phone: 314-747-2253

Neuronal bases of economic choice and decision making


Thomas Papouin, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-273-7738

Role played by the 80% to 90% of non-neuronal cells (glial cells) in brain function


Linda J. Richards AO, FAA, FAHMS, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-362-3033

The Brain Development and Disorders Laboratory investigates how long-range neural circuits are established in the brain and how neural circuit plasticity affects the function of the cerebral cortex.


Lawrence B. Salkoff, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-362-3644

Roles of ion channels in neuronal long-term excitability changes


Paul J. Shaw, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-362-2703

Molecular genetics of sleep and circadian rhythms


Lawrence H. Snyder, MD, PhD
East McDonnell Building, 3rd Floor
Phone: 314-747-3530

Computational and cognitive issues in cortical control of eye and arm movement investigated via electrophysiology and imaging


Paul H. Taghert, PhD
McDonnell Medical Sciences Building, 9th Floor
Phone: 314-362-3641

Neurobiology of circadian rhythms; neurobiology of peptidergic neurotransmission


Gaia Tavoni, PhD
East McDonnell Building, 3rd Floor
Phone: 314-362-3590

Applying concepts and methods from statistical mechanics, Bayesian theory, mathematics and biophysics to the study of the brain


David C. Van Essen, PhD
East McDonnell Building, 2nd Floor
Phone: 314-362-7043

Organization, function, and development of primate cerebral cortex, especially in humans; generation and utilization of neuroinformatics tools for data mining


Jason Yi, PhD
McDonnell Medical Sciences Building, 8th Floor
Phone: 314-273-1664

Molecular pathways shaping nervous system development and function


Guoyan Zhao, PhD
McDonnell Medical Sciences Building, 8th Floor
Phone: 314-273-9045

My laboratory is interested in understanding the regulatory networks that control the development and proper function of mammalian brains in the context of human health and disease.



NEUROSCI 8005 Advanced Dissection (Non-Clinical Elective)

Students will perform detailed dissections on a discrete region of the body of their choosing - i.e. head/neck, thorax, abdomen, pelvic cavity, or limbs. Students will compile a list of personal learning objectives with the approval of the course director(s). A minimum of 30 hours of self-paced individual dissection is required and may include the practice of surgical approaches, and/or the study of cross-sectional anatomy and medical imaging. At the end of the course, each student will demonstrate their dissection results to the faculty and submit a final project. The final project allows students to synthesize their laboratory experience with primary literature on the clinically-relevant anatomy in their region of interest.

Credit 4 units.

Typical periods offered: Medicine Year