Oct 21, 1998
Overview
Neuroradiology at the University of Chicago is a distinguished subspecialty program within the Department of Radiology that focuses on the diagnostics and assessment of complex conditions affecting the brain, head, neck, and spine through advanced imaging techniques such as MRI, CT, and Ultrasound. This program encompasses both diagnostic and interventional neuroradiology, allowing for a comprehensive approach to patient care.
The neuroradiology section operates extensively in collaboration with other medical specialties, including neurology, neurosurgery, otolaryngology, and oncology, offering a diverse range of clinical experiences. The neuro-interventional group treats a population from pediatric to adult patients, ensuring the program prepares its physicians for a wide array of clinical scenarios. The program emphasizes multi-disciplinary collaboration through weekly meetings where treatment options are presented and discussed.
The diagnostic capabilities are extensive and include coverage of stroke, brain tumors, neck cancer, and epilepsy. The section utilizes state-of-the-art equipment, including advanced MR and CT technologies, to provide high-quality imaging and diagnostics. For interventional procedures, a newly established Philips Biplane suite facilitates a wide range of vascular neuro-interventional treatments.
Continuous clinical engagement is a hallmark of this program. The outpatient clinic allows faculty and fellows to conduct evaluations, review imaging, and recommend treatment plans. The program also employs advanced imaging techniques, including functional MRI and diffusion tensor imaging, aimed at improving diagnostic accuracy and understanding complex conditions.
Research Opportunities
The neuroradiology program is deeply invested in ongoing research that explores critical assessments of intracranial neoplasms, the impacts of white matter diseases, and innovative imaging techniques. Current research investigates neuroprotective strategies in stroke models and uses artificial intelligence for enhanced tumor detection. The University of Chicago also has a dedicated Phillips 3T MR scanner used specifically for functional imaging and clinical research trials, enhancing the research landscape for fellows and residents engaged in this subspecialty.
Educational Environment
The fellowship program in neuroradiology actively promotes medical education, with an extensive rotation for diagnostic radiology residents and educational opportunities for medical students. Faculty members are recognized nationally and internationally, frequently presenting at conferences and engaging with the broader medical education community. The program aims to foster not only clinical proficiency but also research and teaching capabilities among its fellows.
Eligibility and Competitiveness
The University of Chicago's Neuroradiology Fellowship is recognized as a highly competitive program. The application process may require specific criteria such as a year of graduation from medical school and limitations on the number of failed STEP exams, although these details can vary and should be researched thoroughly when considering application.
Visa Support
The program offers visa sponsorship for international applicants. Typically, H-1B and J-1 visas are supported, catering to both fellowship and residency candidates. This support allows for a diverse cohort of trainees from various international backgrounds contributing to the cultural and academic environment.
Training Environments
Training is conducted in various state-of-the-art facilities across the University of Chicago Medical Center, which includes dedicated imaging suites and outpatient clinics designed to optimize patient care and educational experiences. The department utilizes the latest technologies to ensure that clinicians are trained with the most modern equipment, preparing them for contemporary challenges in the medical field.
This holistic approach to neuroradiology training—from rich clinical experiences to cutting-edge research—makes the University of Chicago an exemplary choice for medical students interested in a career in neuroradiology.
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Program data
ACGME History
Program
Program Size
4 (1 years)
Accreditation Status
Continued Accreditation
(Effective: January 29, 2026)
Composition
--
Training
Faculty-to-Residents Ratio:4X
Quality of Life
First Year Paid Sick Leave: --
First Year Paid Vacation: --
First Year Salary: $91,647
First Year Maximum Consecutive Hours on Duty: 12 hours
First Year Average Weekly Hours: 50 hours
Admission
USMLE Step 2 Score: --
Visa Sponsorship:--
YOG Cutoff:1
Race / Ethnicity
No race data available.
Gender
No gender data available.
Rotation Duration by Site
Benchmarks
Roster
Location
Chicago, IL
- Above the national average
- Below the national average
- Similar to the national average
Housing — Rental prices
Rental prices
Crime — All violent offences
Rate per 100,000 residents
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External Links
1. Freida - https://freida.ama-assn.org/program/4231621009
2. ACGME - Accreditation Data System (ADS) - https://apps.acgme.org/ads/Public/Programs/Search
3. NRMP Results and Data: 2022-2026 Main Residency Match - https://www.nrmp.org/match-data/2026/03/program-results-2022-2026/
4. United States Census Bureau - https://data.census.gov/profile/City,_VS?g=160XX00US1714000
5. Zillow Research - Observed Rent Index (ZORI) - https://www.zillow.com/research/data/
6. FBI - Crime/Law Enforcement Stats (Uniform Crime Reporting Program) - https://www.fbi.gov/services/cjis/ucr
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