The Abdominal/Body Radiology Fellowship at Mayo Clinic in Phoenix/Scottsdale, Arizona, covers all facets of abdominal and pelvic imaging, including MRI, CT, and ultrasound (US).
The robust curriculum includes special emphasis on diseases of the gastrointestinal and genitourinary systems as well as comprehensive exposures to MRI, CT, and US that cannot be mastered in radiology residency training. As a fellow, you will work closely with abdominal imaging experts to gain the multimodality correlative skills necessary for a successful career in private and academic radiology practice.
pass rate for board certification exams
hospital in Arizona for 10 consecutive years (U.S. News & World Report, 2022-2023)
of graduated fellows have joined an academic practice in the past 5 years
Program highlights include:
- Balanced curriculum covering fundamentals as well as advanced imaging methods.
- Access to state-of-the-art equipment at Mayo Clinic's campus in Arizona.
- The fellowship offers ample experience with 3.0T and 1.5T MRI scanners and PET/MRI integrated with a 3.0T MRI, dual-energy CT, and contrast-enhanced US.
- US-guided procedures including fluid aspiration, fine needle aspiration, and solid organ biopsy.
- Up to two blocks of elective rotations within or outside of abdominal imaging.
- Opportunities to be involved in nationally acclaimed clinical research endeavors.
The Abdominal/Body Radiology Fellowship at Mayo Clinic in Phoenix/Scottsdale, Arizona, is a non-ACGME accredited program.
Our graduates have a 100% pass rate on their American Board of Radiology Certification Exam.
Mayo Clinic's first Advanced Radiology fellowship began in the Department of Radiology at Mayo Clinic in Arizona in 2000 and we have trained over 110 fellows since. The Advanced Radiology Fellowship transitioned to three individual programs including Abdominal/Body Radiology (formerly Abdominal and Body Radiology MRI), Musculoskeletal Radiology, and Breast Imaging fellowships in 2021. We currently accept two Abdominal/Body Radiology fellows each year. We also have a strong residency program of 16 residents (four per class) and are careful not to dilute fellow or resident training by accommodating too many learners on any given rotation.
What is the patient population like?
The majority of patients come from Arizona, surrounding states, and the Midwest. Our patient population is an adult population with diverse pathology including oncology and complex non-malignant conditions (e.g., transplant, cirrhosis, cholangitis, pancreatitis, inflammatory bowel disease, perianal fistula, pelvic floor disorder, endometriosis, urolithiasis, polycystic kidney and liver disease, inflammatory/infectious disease, and vascular conditions). Often, patients are referred to Mayo Clinic for evaluation by renowned experts, bringing complex cases from outside institutions to higher levels of care. Mayo Clinic in Arizona is also one of the largest organ transplant programs (e.g., liver, kidney, pancreas, bone marrow) in the United States. This patient population with diverse pathology makes our fellows proficient at handling complex clinical decisions.
Ethnic diversity and underserved populations are encountered at Mayo Clinic facilities.
How much autonomy will I have?
The intent of our Abdominal/Body Radiology fellowship is to produce proficient, competent, and independent radiologists. As a fellow, you are responsible for all aspects of abdominal MRI, abdominal CT, and US exams, including protocols, monitoring of exam, interpretation, dictation, reporting, and consulting as a subspecialist with referring services and recommending additional studies as appropriate. US-guided procedures are supervised by a staff radiologist.
You will have graduated responsibility and act under the direct supervision of abdominal imaging and ultrasound staff. As you progress to an expected level, increasing clinical responsibility will be assigned. Participation in multidisciplinary conferences is also a graduated responsibility starting with attendance at conferences at the start of the fellowship year and working in a stepwise fashion to presenting cases towards the latter half of the year. Because the fellowship is only one year, we work hard to develop your skills so that you can be confident as an independent abdominal radiologist.
What is the work-life balance like?
Our fellowship is designed to provide fellows with a multimodality education in abdominal imaging that prepares them to thrive in both academic and private practice settings. Fortunately, these academic rigors still afford fellows and their families the opportunity to enjoy activities outside of the workplace within the large Phoenix metropolitan area.
Phoenix currently ranks among the nation’s top five most populated cities, with 5.1 million people in the Phoenix metro area in 2021. The city offers numerous entertainment and cultural opportunities, including access to professional sporting events, theater, arts, museums, zoo, botanical garden, aquarium, and various leisure activities such as shopping, golf, trail hiking, and fine dining. On average, we see about 300 sunny days per year in Phoenix.
Many of our fellows have spouses, significant others, or children, and the program provides enough flexibility to allow them to train while still enjoying their families. We are a growing, medium-sized radiology department. Fellows and residents often find themselves more than just colleagues — they are close friends, frequently interacting outside the work environment, and report overall satisfaction with the work-life balance.
What is the dress code?
The dress and decorum policy at Mayo Clinic provides the standards to maintain and convey Mayo Clinic’s focus on professionalism, quality, excellence, and safety. Professional dress and decorum are among the most visible ways we demonstrate mutual respect and putting the needs of patients first. The policy allows for flexibility. Suits are not required, but “business attire” (i.e., a tie) is recommended. Fellows wear scrubs and a white coat on appropriate hospital inpatient and on-call services.