About This Fellowship

Overview

The primary goal of the Nuclear Radiology Fellowship is to provide graduates of radiology residency programs a broad-based educational experience through which the scientific knowledge, clinical skills, and professional attitudes needed to assume a leadership role in the field of nuclear radiology will be developed. The program is designed to train the next generation of both academic nuclear radiologists, who will expand the frontiers of medical imaging, and private practice radiologists who will bring the most current imaging techniques into community hospitals.

The length of training is 12 months, following completion of Diagnostic Radiology residency. The ACGME approved program leads to eligibility for subspecialty certification in Nuclear Radiology by the American Board of Radiology.

Requirements

Applicants to the Nuclear Radiology Fellowship must be enrolled in or have already completed an ACGME-certified Radiology Residency or an equivalent foreign program. By the time of entry into the program, residency must be successfully completed and the fellow must be eligible for a Massachusetts Limited License. All appointments are contingent upon the fellow obtaining and maintaining this license.

Fellows are selected on the basis of their medical training, general achievements, personal qualities and commitment to furthering the field of nuclear radiology.

Curriculum

Fellow Responsibilities

Fellow responsibilities consist of routine weekday clinical service coverage, as well as attendance at various didactic sessions and conferences held during the day. There is no in-house after hours call. On-call responsibilities consist of beeper call from home and involve roughly one weekend per month and one to two nights per week. The fellow serves as the first call responder to requests for emergency nuclear medicine procedures. These requests are handled jointly with an on-call nuclear medicine staff physician who provides advice, supervision and review of all aspects of the procedures. Fellows will work with radiology residents who are rotating through the Division of Nuclear Medicine and Molecular Imaging.

During the year of training, fellows will gain expertise in all nuclear medicine techniques used for diagnosis and treatment of diseases, the physics involved in the emission and detection of radiation, the chemistry of radiopharmaceuticals, the biological effects of radiation and the instrumentation used in nuclear radiology.

During the course of training, fellows will assume gradually increasing levels of responsibility. By the completion of the program, graduates will have obtained a high level of skill in the planning, supervision and interpretation of all clinical diagnostic and therapeutic nuclear medicine procedures and be capable of serving as a sophisticated consultant to referring physicians. Those who wish to pursue a career in academic nuclear radiology will be able to direct high-quality research studies.

Didactic training will include the following topics:

  • Principles and Clinical Applications of Nuclear Radiology
  • Medical Nuclear and Diagnostic Radiological Physics
  • Radiobiology Health Physics and Protection
  • Nuclear Medicine Instrumentation
  • Radiopharmaceutical Chemistry and Instrumentation
  • Clinical Nuclear Pharmacy

Facilities and Resources

A full range of clinical and research efforts are supported by both single photon and positron nuclear pharmacies, staffed by five nuclear pharmacists. The division’s research operations involve more than 85 research personnel, including 25-PhD level scientists.

Division resources currently include two PET/CT scanners, two PET scanners, an on-site cyclotron, one SPECT/CT scanner, ten SPECT cameras (five of which are dedicated to nuclear cardiology imaging) and multiple state-of-the-art workstations dedicated to the processing, viewing and fusion of multi-modality images.

The division has over 10,000 square feet of preclinical and clinical research space. Major preclinical research equipment includes microPET; fluorescence imaging systems; full laboratory facilities for chemical and radiochemical synthesis including HPLCs; chemical analytical equipment; fume hoods and leadlined fume hoods; biological and histological analysis equipment; and rodent housing and rodent surgical areas. In addition to clinical equipment listed above, two brain and whole body PET-MR scanners are available for clinical use.

Fellows have full privileges to the educational resources of the hospital’s Treadwell Library and those of Harvard Medical School’s Countway Library including the use of their electronic resources.

How to Apply

Required Documents:

  • Fellowship application form [PDF]
  • Curriculum Vitae in this format
  • Personal statement: State why you are interested in pursuing a Nuclear Radiology Fellowship position at Mass General. Do not exceed one page, use single space.
  • Three letters of recommendation (one must be from your radiology program director)

Send or email your application materials to:

Massachusetts General Hospital
Department of Radiology
Division of Nuclear Medicine & Molecular Imaging
c/o Nicole Corrao
Fellowship Coordinator
55 Fruit Street
White 427
Boston, MA 02114

Email: ncorrao@partners.org