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Graduation Medical Education (GME): Movement Disorders
Fellowship Program Directors: Mark Hallett, MD and Debra Ehrlich, MD
The Movement Disorders Fellowship Training Program at the NIH provides clinical and research training. The expectation is that graduates will be proficient in all aspects of diagnosis and treatment of Movement Disorders and related fields. Graduates are also expected to develop the basic foundation for pursuing independent research in the field. Most graduates pursue successful academic careers, and many are department and division chairs throughout the world. The fellowship duration is 2-5 years, flexible depending on the applicants' interests. The mission of the group is to understand the physiology of human voluntary movement and the pathophysiology of various movement disorders, as well as to initiate and participate in clinical and translational research.
1. Clinical activity and training
- Weekly Movement Disorders Clinic: Exposure to a wide variety of movement disorders, including complex and unusual cases. The referral base for the NIH Movement Disorders Clinic is worldwide.
- Weekly Parkinson's Disease Clinic: provides training in all evaluation methods, including multimodal imaging and objective outcome measures, and offers exposure to all pharmacologic, surgical and ancillary treatment modalities
- Weekly Deep Brain Stimulation Management Clinic: training in DBS programming and troubleshooting, and in the combined pharmacologic and surgical management of movement disorders patients. Participation in the surgical procedure and obtaining expertise in intraoperative physiology (15-30 cases a year expected volume) is available depending on individual interest
- Monthly botulinum toxin clinic: offers a wide variety of pathology and patient populations, and has a worldwide referral base. Offers experience with all available toxin formulations for all indications, as well as the use of EMG and ultrasound guidance for therapy.
2. Research activity and training
The main modalities used are:
- Imaging, using high resolution MRI, fMRI, PET, DAT SPECT, transcranial ultrasound
- Transcranial magnetic stimulation, for studies of physiology, pathology, and therapeutic applications
- EEG, MEG, surface EMG, studying localization of normal and abnormal neural function and the nature of voluntary actions
- Diagnostic and therapeutic clinical trials, including gene therapy and novel agents, performed as a single site or in collaboration
3. Teaching and formal instruction curriculum
- Formal coursework in clinical research, pharmacology, statistics, grant writing etc. available through the NIH, the FAES graduate school and other institutions
- Master of Health Sciences in Clinical Research degree is available
- Multiple scheduled conferences and lectures on campus or available via telecast
- Funding provided for travel to conferences and educational programs
Apply to Programs
Mark Hallett, MD
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This page last updated on 10/13/2017