University of Texas Health Science Center at Houston Program

The Clinical Neurophysiology Fellowship at the University of Texas Health Science Center at Houston is a prestigious, ACGME-accredited one-year program designed to train physicians in the field of neurophysiology. The program offers two distinct tracks: an Electromyography (EMG) track and a combined EMG/EEG track. Graduates of this fellowship will be equipped to sit for certification examinations from the American Board of Psychiatry and Neurology in Clinical Neurophysiology and/or the American Board of Electrodiagnostic Medicine.

This fellowship provides comprehensive training in a range of neurophysiological techniques and clinical practices. The EMG track focuses on performing EMGs on a daily basis in both outpatient and inpatient settings while also attending neuromuscular clinics. Additionally, it includes EEG interpretations for two to three months. The combined track places a stronger emphasis on EEGs, where fellows perform and interpret EEGs daily for five to six months along with regular EMGs.

Weekly conferences and workshops ensure a robust educational environment. These include biweekly neuromuscular case conferences, weekly multidisciplinary epilepsy surgery conferences, and a 100-hour didactic course dedicated to epilepsy. Fellows are also encouraged to engage in teaching activities, preparing cases for national conferences, and pursuing their own research projects related to clinical neurophysiology.

Training Sites

Fellowship rotations occur at several prominent locations associated with the McGovern Medical School. These include the EMG and neuromuscular clinics at Memorial Hermann Hospital and UT Physicians, LBJ Hospital, and the EEG and long-term EEG rotation also at Memorial Hermann Hospital. These sites provide exposure to diverse patient populations and complex clinical cases.

Research and Scholarly Activities

In addition to clinical training, the program emphasizes research and scholarly activities. Fellows are expected to identify a research project aimed at submission for presentation in various forums, including national conferences. The program supports fellows in publishing their research findings, thereby contributing to the field of neurophysiology.

Unique Features of the Program

The program is recognized as a Center of Excellence for the diagnosis and treatment of Guillain-Barré Syndrome (GBS) and Chronic Inflammatory Demyelinating Polyneuropathy (CIDP). This designation allows fellows to engage in exclusive training opportunities and access advanced resources for the management of these complex conditions.

The fellowship also features training in skin biopsy techniques, muscle biopsy performance, and interpretation, supported by a Cap-accredited nerve and muscle pathology laboratory, enhancing fellows' diagnostic skills.

Visa Support

The Clinical Neurophysiology Fellowship program offers visa sponsorship, accommodating International Medical Graduates (IMGs) and other foreign trainees seeking GME training. Typically, the program sponsors J-1 (Exchange Visitor) and possibly H-1B (Temporary Worker) visas, providing a pathway for qualified international candidates.

Application Requirements and Competitiveness

The fellowship maintains a competitive application process, especially favoring candidates who are currently in or have completed an adult neurology residency (PGY3) or pediatric neurology residency (PGY4). Applicants must submit a Neurophysiology Applicant Checklist Form, a CV, three letters of recommendation, and a personal statement detailing the specific track of interest (EMG or combined EMG/EEG).

Although the program is known to be selective, it is also described as being favorable towards graduates from U.S. osteopathic schools and IMGs, showcasing a commitment to diversity within the cohort.

Vacation and Duty Hours

Regarding work-life balance, fellows are entitled to 21 calendar days of vacation per year, in compliance with ACGME's regulations on duty hours. The program is structured to ensure fellows maintain a sustainable workload while pursuing rigorous training.