Learn how to become a breast radiologist, including residency, fellowship training, salary, competitiveness, procedures, lifestyle, and burnout.
How to Become a Breast Radiologist: Education, Fellowship, Salary, and Training Timeline
Breast radiology may be an excellent career to explore if you enjoy medical imaging but also want more direct patient interaction than many other diagnostic radiology subspecialties provide. Breast radiologists interpret mammograms, ultrasounds, MRIs, and other studies, but they also meet patients, explain imaging findings, perform biopsies, communicate difficult diagnoses, and work closely with surgeons, oncologists, pathologists, genetic counselors, and primary care physicians.
The specialty occupies a unique position within radiology. A breast radiologist may identify a cancer that is still too small to feel, reassure a frightened patient that a finding is benign, perform the biopsy that establishes a diagnosis, and help the multidisciplinary cancer team determine what should happen next. The radiologist may remain involved throughout the patient’s screening, diagnostic evaluation, biopsy, surgery, and post-treatment surveillance.
This is one reason breast radiology can feel much more patient-facing than students initially expect. Although some screening studies are interpreted without meeting the patient, diagnostic evaluations and procedures frequently involve direct conversations. Breast radiologists may need to explain why additional images are necessary, discuss whether a finding is concerning, guide a patient through a biopsy, or compassionately deliver news that may change the patient’s life.
The standard pathway generally includes four years of college, four years of medical school, one clinical internship year, four years of diagnostic radiology residency, and one year of breast imaging fellowship. This creates a total training timeline of approximately 14 years after high school.
In this guide, I will explain what breast radiologists do, how long the training takes, how competitive breast imaging fellowship is, how much breast radiologists earn, what their days and lifestyles can look like, and what the available research tells us about burnout and career satisfaction in the specialty.
What Is a Breast Radiologist?
A breast radiologist is a physician who specializes in imaging, diagnosing, and performing image-guided procedures for conditions affecting the breasts and surrounding structures.
Breast radiologists are sometimes called breast imaging radiologists, breast imagers, or mammographers. However, the term “mammographer” can also refer to a radiologic technologist who performs mammograms, so “breast radiologist” or “breast imaging radiologist” is usually clearer when discussing the physician career.
These physicians evaluate both benign and malignant conditions. Although detecting breast cancer is a major part of the specialty, breast radiologists also diagnose cysts, fibroadenomas, infections, postsurgical changes, implant complications, fat necrosis, high-risk lesions, and many other conditions.
The Society of Breast Imaging describes its mission as supporting expert breast imagers who advance breast care through early detection, diagnosis, and treatment. Modern breast imaging extends well beyond mammography and includes ultrasound, MRI, digital breast tomosynthesis, contrast-enhanced mammography, and several forms of image-guided biopsy and localization.
What Does a Breast Radiologist Do?
A breast radiologist interprets imaging examinations, determines whether additional evaluation is needed, performs procedures, and communicates results to patients and other members of the healthcare team.
A screening mammogram is generally performed for a patient who does not have a new symptom. The radiologist reviews the images for masses, calcifications, asymmetries, architectural distortion, or other findings that could indicate cancer. Prior examinations are especially valuable because a subtle change over time may be more important than how an area appears on a single study.
When a screening examination shows something that requires additional evaluation, the patient may be asked to return for a diagnostic mammogram, targeted ultrasound, MRI, or another study. The breast radiologist then directs the evaluation and decides whether the finding is benign, probably benign, suspicious, or highly suggestive of malignancy.
In many breast centers, the physician meets with the patient after the diagnostic evaluation and explains the result. The patient may leave knowing that no further testing is required, that short-term follow-up is recommended, or that a biopsy should be performed.
Breast radiologists also interpret examinations obtained for symptoms such as a palpable lump, nipple discharge, breast pain, skin changes, or swelling. They evaluate patients with a personal history of cancer, strong family history, genetic susceptibility, dense breast tissue, breast implants, and prior breast surgery.
The specialty requires both technical knowledge and emotional awareness. A patient arriving for additional imaging may be extremely anxious, and the way the physician communicates can influence how that patient experiences the entire diagnostic process.
What Imaging Tests Do Breast Radiologists Interpret?
Breast radiologists work with several imaging modalities, each of which answers slightly different questions.
Screening and Diagnostic Mammography
Mammography uses low-dose X-rays to evaluate breast tissue. Screening mammograms are performed in patients without a new breast symptom, while diagnostic mammograms are used to evaluate an abnormal screening result, a new symptom, or another area of concern.
Diagnostic mammography may include additional views, magnification images, compression views, or other techniques designed to evaluate a particular finding more closely.
Digital Breast Tomosynthesis
Digital breast tomosynthesis, commonly called 3D mammography, obtains multiple low-dose images across an arc and reconstructs them into thin sections. This can reduce the problem of overlapping tissue and may make certain abnormalities easier to identify.
Tomosynthesis has become a routine part of screening and diagnostic mammography at many centers, so fellowship training increasingly emphasizes its interpretation.
Breast Ultrasound
Ultrasound is frequently used to evaluate a palpable area or an abnormality seen on mammography. It can help distinguish a fluid-filled cyst from a solid mass and provide information about a lesion’s shape, margins, orientation, vascularity, and internal features.
Ultrasound is also commonly used to guide biopsies, aspirations, and localization procedures.
Breast MRI
Breast MRI uses a strong magnetic field and contrast material to detect and characterize abnormalities. It is especially useful for selected high-risk screening, evaluating the extent of known cancer, examining certain implant complications, assessing response to treatment, and investigating findings that remain uncertain after mammography and ultrasound.
MRI is highly sensitive, but it can also identify findings that require additional evaluation or biopsy even when they ultimately prove benign. Breast radiologists must understand when MRI is appropriate and how to interpret its findings within the patient’s overall risk and clinical situation.
Contrast-Enhanced Mammography
Contrast-enhanced mammography combines mammographic imaging with intravenous iodine-based contrast. It can demonstrate areas of abnormal enhancement related to increased blood supply and may be useful for selected screening and diagnostic indications.
The Society of Breast Imaging notes that supplemental imaging can improve cancer detection in selected patients, particularly those with increased risk or dense breast tissue.
What Conditions Do Breast Radiologists Diagnose?
Breast radiologists evaluate a broad range of benign, high-risk, and malignant conditions.
Benign findings may include simple cysts, fibroadenomas, fibrocystic changes, fat necrosis, intramammary lymph nodes, postsurgical scars, and benign calcifications. Other patients may have inflammatory conditions such as mastitis or an abscess.
High-risk lesions include abnormalities that are not necessarily cancer but may be associated with an increased future risk or may be found near a more serious lesion. The management of these findings often requires discussion among radiology, pathology, surgery, and the patient’s clinical team.
Malignant conditions include ductal carcinoma in situ, invasive ductal carcinoma, invasive lobular carcinoma, inflammatory breast cancer, Paget disease, lymphoma involving the breast, metastatic disease, and less common breast cancers.
Breast radiologists must understand how cancer appears across mammography, ultrasound, MRI, and contrast-enhanced examinations. They also evaluate treatment response, postsurgical changes, reconstructed breasts, implants, and findings that develop after radiation therapy.
What Procedures Do Breast Radiologists Perform?
Procedures are a major part of breast imaging and provide considerably more direct patient contact than many students associate with diagnostic radiology.
A breast radiologist may perform ultrasound-guided core needle biopsies, stereotactic biopsies, tomosynthesis-guided biopsies, MRI-guided biopsies, cyst aspirations, abscess drainage, preoperative localization, lymph-node biopsy, and selected contrast-enhanced mammography-guided procedures.
During a biopsy, the physician reviews the imaging, confirms that the procedure is appropriate, explains what will happen, discusses the risks, obtains consent, administers local anesthesia, and guides the needle into the target. The radiologist then confirms that the appropriate tissue was obtained and places a small marker at the biopsy site when indicated.
After pathology becomes available, the radiologist determines whether the result is concordant with the imaging. This is an especially important responsibility. A benign pathology result does not automatically end the evaluation if it fails to explain a highly suspicious imaging abnormality.
Breast radiologists also perform localization procedures before surgery. A wire, radioactive seed, magnetic marker, radar reflector, or another localization device may be placed to help the surgeon find a lesion that cannot be felt during the operation.
A review published in Radiology described percutaneous breast biopsy as a major change in breast cancer care because it expanded the radiologist’s role from detecting abnormalities to helping establish diagnoses and guide management.
Do Breast Radiologists See Patients?
Yes, and this is one of the specialty’s most distinctive features.
Not every breast radiologist meets every patient who undergoes a routine screening mammogram. However, diagnostic appointments and procedures frequently involve direct interaction.
The physician may speak with a patient before or after diagnostic imaging, perform a focused physical examination, explain why a biopsy is recommended, provide reassurance when a finding is benign, or discuss a result that appears highly concerning for cancer.
An American College of Radiology profile of Brigitte Berryhill, D.O., describes breast imaging as a particularly patient-centered area of radiology. Dr. Berryhill interprets imaging, discusses findings with patients, performs biopsies, participates in treatment planning, and remains involved with the multidisciplinary team. The profile also emphasizes the responsibility breast radiologists carry when delivering difficult news with compassion.
Students who like radiology but worry about losing patient interaction may find that breast imaging offers a meaningful balance between interpretation, procedures, and personal communication.
Where Do Breast Radiologists Work?
Breast radiologists may work in academic medical centers, private radiology groups, community hospitals, comprehensive breast centers, cancer centers, outpatient imaging facilities, women’s health centers, and multispecialty healthcare systems.
An academic breast radiologist may interpret complicated referral cases, teach residents and fellows, conduct research, attend multidisciplinary tumor boards, and help develop screening or diagnostic protocols.
A private-practice breast radiologist may work in a dedicated breast center or divide time between breast imaging and general radiology. Some groups offer positions involving almost entirely breast imaging with little or no evening, overnight, or general call.
Hospital-employed physicians may work within an integrated cancer program alongside breast surgeons, medical oncologists, radiation oncologists, genetic counselors, nurse navigators, and pathologists.
Remote breast imaging is also becoming more available, particularly for screening mammography. However, a completely remote practice limits the physician’s ability to perform biopsies, examine patients, supervise diagnostic workups in person, and participate in face-to-face patient counseling.
A 2025 study found substantial interest in remote breast imaging, although having access to a home workstation was not associated with better job satisfaction or lower burnout. The authors also noted concerns about reduced patient contact and decreased radiologist visibility.
How to Become a Breast Radiologist
The standard pathway involves completing college, medical school, a clinical internship, diagnostic radiology residency, and a breast imaging fellowship.
You do not apply directly to breast radiology residency from medical school. Instead, you first train as a diagnostic radiologist and then pursue additional fellowship training in breast imaging.
Step 1: Earn a Bachelor’s Degree and Complete Premed Requirements
The first step is earning a bachelor’s degree while completing the prerequisite courses required by the medical schools to which you plan to apply.
You do not need to major in biology, women’s studies, public health, or another particular field. You may choose any major as long as you complete the required science courses, perform well academically, and prepare appropriately for the MCAT.
Common medical school prerequisites include biology, general chemistry, organic chemistry, physics, biochemistry, mathematics or statistics, and English or writing. Requirements differ among medical schools, so it is important to verify them individually.
Your undergraduate education should also give you time to explore healthcare through clinical experience, service, physician shadowing, research, leadership, teaching, and mentoring.
At this stage, you do not need breast imaging research or a perfectly planned specialty narrative. Medical schools are looking for evidence that you understand medicine, care about serving others, and are prepared for the academic and personal responsibilities of becoming a physician.
Students who are still organizing this process can begin with my premed guides and medical school application resources.
Step 2: Take the MCAT and Apply to Medical School
After completing the necessary coursework, you will take the MCAT and apply to medical school.
You do not need to know that you want to become a breast radiologist when you submit your medical school application. Most premed students have never observed a breast imaging department, and many students enter medical school without understanding the differences among radiology subspecialties.
Experiences related to women’s health, cancer care, public health, imaging, genetics, or patient advocacy may eventually connect naturally with breast radiology. However, those experiences should be pursued because they are genuinely meaningful to you rather than because you are trying to manufacture a narrow specialty application years in advance.
Your immediate goal is to become a strong medical school applicant and develop a broad understanding of patient care.
Step 3: Complete Medical School
Medical school generally lasts four years and leads to an M.D. or D.O. degree.
During the preclinical years, you will study anatomy, pathology, physiology, pharmacology, and other foundational sciences. Breast pathology may occupy only a small part of the curriculum, but the broader skills you develop will later help you understand cancer biology, imaging findings, treatment effects, and procedural safety.
Clinical rotations that may be especially useful include surgery, internal medicine, obstetrics and gynecology, oncology, family medicine, pathology, and diagnostic radiology.
Breast cancer care is highly multidisciplinary. A breast radiologist may work with a surgeon who removes the tumor, a pathologist who examines the tissue, a medical oncologist who recommends systemic therapy, and a radiation oncologist who plans radiation treatment.
My general surgery career pillar explains the broader pathway followed by physicians who may later specialize in breast surgery or surgical oncology.
My internal medicine career pillar explains the residency foundation completed by physicians who later enter medical oncology.
Step 4: Explore Radiology and Breast Imaging During Medical School
Radiology exposure varies considerably among medical schools. Some programs offer required radiology experiences, while others primarily integrate imaging into other clerkships.
If you are interested in breast radiology, you may need to seek out a diagnostic radiology elective, breast imaging elective, research project, radiology interest group, or shadowing opportunity.
Breast imaging is worth observing in person because its workflow is difficult to understand from a general radiology description. Try to see both screening and diagnostic work, along with at least one procedural day.
Pay attention to how the radiologist communicates with technologists, reviews prior examinations, decides whether additional images are needed, discusses findings with patients, performs biopsies, and follows pathology results.
You may discover that you enjoy the combination of imaging and patient communication. You may also discover that delivering concerning results or spending a large portion of the day focused on one organ system does not fit you. Both realizations are valuable.
My physician shadowing guide can help you think about what to observe and how to reflect on the experience.
My guide on how to find a mentor may also help you connect with a radiologist who can explain the specialty beyond what you see during a brief elective.
Step 5: Match Into Diagnostic Radiology Residency
Future breast radiologists first complete diagnostic radiology residency.
The standard training pathway includes one clinical internship year followed by four years of diagnostic radiology residency. Some programs are categorical and include the internship, while advanced programs begin at the PGY-2 level and require the student to secure a separate preliminary or transitional year.
The clinical year may be completed through internal medicine, general surgery, a transitional-year program, or another approved clinical pathway.
During diagnostic radiology residency, physicians rotate through breast imaging, neuroradiology, musculoskeletal radiology, abdominal imaging, cardiothoracic imaging, pediatric radiology, nuclear medicine, emergency radiology, ultrasound, and interventional radiology.
The American Board of Radiology includes breast imaging within the diagnostic radiology certification process. Residents must develop competence across the entire specialty even when they expect to focus their careers on breast imaging.
My guides on how to become an interventional radiologist, how to become a neuroradiologist, and how to become a musculoskeletal radiologist can help you compare the different directions available after entering radiology.
Step 6: Develop Your Interest in Breast Imaging During Residency
Most residents make their final fellowship decision after completing several subspecialty rotations.
Breast imaging may stand out if you enjoy detailed image interpretation but also value direct patient care, procedures, women’s health, cancer diagnosis, and working within a multidisciplinary team.
Residents should pay attention to the emotional side of the specialty as well as the technical material. Breast radiologists sometimes reassure patients, but they also identify cancers and conduct difficult conversations. The specialty may fit someone who can remain calm, clear, and compassionate when a patient is frightened.
Residents can strengthen their fellowship applications by performing well on breast imaging rotations, developing relationships with faculty, participating in multidisciplinary conferences, completing research or quality-improvement projects, and obtaining supportive letters.
Your reputation as a resident matters greatly. Fellowship directors want trainees who are reliable, thoughtful, teachable, respectful toward patients and technologists, and capable of taking responsibility for complicated clinical decisions.
Step 7: Apply to Breast Imaging Fellowship
Breast imaging fellowship generally lasts one year after diagnostic radiology residency.
Breast imaging participates in the NRMP Radiology Fellowship Match. The Society of Breast Imaging’s Match policy requires participating programs to place positions containing six months or more of breast imaging instruction into the Match.
Applicants generally apply through ERAS and then participate in the NRMP Match. The application may include a personal statement, curriculum vitae, letters of recommendation, residency evaluations, examination history, research, teaching, leadership, and other professional activities.
The recruitment process occurs well before fellowship begins, so residents should follow the current SBI, ERAS, and NRMP calendars rather than relying on old discussion-board timelines.
Step 8: Complete Breast Imaging Fellowship
Breast imaging fellowship generally lasts 12 months.
Fellows receive advanced training in screening mammography, diagnostic mammography, digital breast tomosynthesis, breast ultrasound, breast MRI, contrast-enhanced mammography, biopsies, localization procedures, radiologic-pathologic correlation, risk assessment, and multidisciplinary breast care.
The Society of Breast Imaging developed a dedicated fellowship curriculum organized around clinical, noninterpretive, collaborative, and scholarly skills. The goal is to prepare fellows to leave training as confident, independent breast imagers rather than focusing only on interpretation volume.
Fellows commonly participate in breast cancer conferences where radiologists, surgeons, pathologists, medical oncologists, radiation oncologists, genetic counselors, and other professionals review cases together.
Emory’s one-year fellowship, for example, integrates fellows into a multidisciplinary breast team that includes breast surgeons, medical oncologists, radiation oncologists, pathologists, nurse navigators, and other professionals.
The specific curriculum differs among programs. Some fellowships provide exceptionally high MRI and biopsy volumes, while others emphasize screening, academic research, underserved populations, contrast-enhanced mammography, or multidisciplinary oncology.
When comparing programs, it is helpful to ask about screening volume, diagnostic workflow, procedure numbers, MRI-guided biopsies, contrast-enhanced mammography, pathology correlation, call, teaching responsibilities, research time, and how much non-breast imaging fellows are expected to interpret.
Are Breast Imaging Fellowships ACGME-Accredited?
Most dedicated breast imaging fellowships are non-ACGME-accredited programs.
This is common for breast imaging and several other diagnostic radiology fellowships. It does not mean the training is informal or unstructured. Many programs are located at major academic medical centers, participate in the NRMP Match, use the SBI fellowship curriculum, and require completion of an ACGME-accredited diagnostic radiology residency.
Stanford lists breast imaging among its non-ACGME fellowship programs, while Penn State, Vanderbilt, Indiana University, and several other institutions describe their one-year breast imaging fellowships as non-ACGME accredited.
The Society of Breast Imaging requires Match programs to be accredited or affiliated with an ACGME program, meaning the institution’s diagnostic radiology residency may provide the relevant affiliation even though the breast fellowship itself is not separately accredited.
Applicants should verify each program’s status and determine whether it affects licensing, visa sponsorship, funding, or future employment.
Is There a Separate Breast Radiology Board Certification?
The American Board of Radiology does not currently offer a separate subspecialty certificate specifically for breast radiology.
Breast radiologists generally pursue board certification in diagnostic radiology and demonstrate additional expertise through fellowship training, clinical experience, MQSA qualifications, professional activities, and focused practice.
This differs from neuroradiology, pediatric radiology, and nuclear radiology, which have formal ABR subspecialty certification pathways.
The lack of a separate breast certificate does not make fellowship unimportant. Breast imaging requires specialized knowledge, procedural competence, familiarity with regulatory requirements, and the ability to manage complex radiologic-pathologic findings.
Research has also shown that radiologists with fellowship training in breast imaging reached desirable mammography performance levels earlier than physicians without fellowship training.
What Are the MQSA Requirements for Breast Radiologists?
Physicians who independently interpret mammograms in the United States must meet the personnel requirements established under the Mammography Quality Standards Act, commonly called MQSA.
The law regulates mammography facilities, equipment, image quality, technologists, medical physicists, and interpreting physicians. Facilities must be certified and undergo regular inspections.
Initial physician qualification includes appropriate radiology training, formal mammography education, and supervised interpretation experience. Residents may document the qualifying education and supervised interpretations completed during training.
To maintain continuing experience, an interpreting physician must generally interpret or multi-read at least 960 mammographic examinations within 24 months. Physicians must also maintain continuing mammography education, including at least 15 Category 1 continuing medical education credits within the applicable 36-month period.
Fellowship programs help trainees accumulate the experience, documentation, and modality-specific education needed to practice confidently and remain compliant with these requirements.
MQSA rules can be updated, so radiologists and facilities must follow current FDA guidance rather than relying on the requirements described in an older article.
How Long Does It Take to Become a Breast Radiologist?
The standard pathway generally includes the following:
| Stage | Typical length |
|---|---|
| College | 4 years |
| Medical school | 4 years |
| Clinical internship | 1 year |
| Diagnostic radiology residency | 4 years |
| Breast imaging fellowship | 1 year |
| Total after high school | Approximately 14 years |
Some physicians take longer because they complete gap years, another degree, a research year, or additional fellowship training.
Residency and fellowship are paid graduate medical education positions, although compensation during training is much lower than the eventual salary of an attending breast radiologist.
Is Breast Imaging Fellowship Competitive?
Breast imaging fellowship can be selective at particular institutions, especially when programs are located in highly desirable cities, have prominent faculty, offer advanced procedural training, or are associated with nationally recognized cancer centers.
However, the latest national Match data show that qualified diagnostic radiology residents have a very high likelihood of obtaining a breast imaging position somewhere.
In the 2026 Radiology Fellowship Match for appointments beginning in 2027, 97 programs certified rank lists and offered 224 positions. Programs filled 171 positions, producing a national position fill rate of 76.3%, while 53 positions remained unfilled.
Among the 176 applicants who listed breast imaging as their preferred specialty, 171 matched into breast imaging, one matched into a different specialty, and four did not match to any program. This means approximately 97.2% of applicants who preferred breast imaging matched into the specialty.
These results suggest that breast imaging is not nationally competitive in the same way that entering a small residency specialty from medical school may be competitive. There are currently more fellowship positions than applicants seeking them.
However, this does not mean every program is easy to enter. A resident who applies only to a small number of famous programs in one city may face a much more difficult process than the national percentage suggests.
It is also important to remember that these applicants have already matched into and progressed through diagnostic radiology residency. The first major competitive step is becoming a radiologist. Breast imaging fellowship applications come from a much smaller and already highly selected group of physicians.
What Degrees Did Matched Breast Imaging Applicants Hold?
Among the 171 applicants who matched into breast imaging in the 2026 Radiology Fellowship Match, the NRMP reported 144 M.D. graduates, 15 D.O. graduates, nine foreign medical graduates, and three U.S. citizens who graduated from international medical schools.
These numbers describe the group of matched applicants rather than separate acceptance rates. The report does not show how many candidates from each degree group initially applied, so it would be misleading to calculate an M.D., D.O., or IMG match percentage from these figures.
The results do demonstrate that physicians from several educational backgrounds enter breast imaging fellowship after completing the necessary radiology training.
What Makes a Strong Breast Imaging Fellowship Applicant?
A strong applicant usually performs well throughout diagnostic radiology residency and develops a positive clinical reputation.
Programs value residents who demonstrate careful interpretation, strong communication, respect for patients, procedural interest, dependability, and the emotional maturity required to discuss concerning findings.
Letters from breast imaging faculty can be especially valuable because they describe how you functioned in the reading room, diagnostic clinic, procedure suite, and multidisciplinary setting.
Research can strengthen an application, particularly at academic institutions, but it is not an absolute requirement for most programs. Quality-improvement work, educational projects, case reports, conference presentations, and screening-access initiatives may also demonstrate meaningful engagement with the field.
Breast imaging is highly collaborative, so programs are not only choosing someone who can interpret mammograms. They are choosing a future colleague who will work closely with technologists, nurses, patients, surgeons, pathologists, and oncologists.
Do You Need Research to Become a Breast Radiologist?
You do not need an extensive research portfolio to become a breast radiologist.
Research can still be valuable because the field includes many evolving questions involving screening, breast density, artificial intelligence, imaging disparities, contrast-enhanced mammography, MRI, high-risk populations, biopsy techniques, patient communication, and treatment response.
Research may also help you connect with mentors and determine whether you enjoy academic radiology.
As a premed student, you do not need breast cancer research. A meaningful project in another area can still teach you how to develop a question, handle uncertainty, learn through trial and error, work with a team, and communicate results.
My guide on how to email a professor about research can help you begin reaching out to potential mentors.
Students seeking structured opportunities can also explore my premed scholarships and paid research programs database.
What Is a Typical Day Like for a Breast Radiologist?
A breast radiologist may begin the morning by reviewing screening mammograms performed the previous day or examining the diagnostic schedule for patients returning with abnormalities or new symptoms.
Screening sessions can involve reading a large number of examinations while carefully comparing each study with prior imaging. The radiologist must decide whether the examination is negative, benign, or requires additional evaluation.
During a diagnostic session, the physician works more closely with technologists and patients. The radiologist reviews initial images, requests additional mammographic views, directs targeted ultrasound, and determines whether a finding requires follow-up or biopsy.
The physician may then meet the patient and explain the result. Some conversations provide immediate relief, while others involve explaining why a tissue diagnosis is needed.
A procedural session may include ultrasound-guided biopsies, stereotactic biopsies, MRI-guided biopsies, aspirations, or localizations. These cases require patient counseling, consent, sterile technique, local anesthesia, imaging guidance, documentation, and follow-up of pathology results.
An academic breast radiologist may also attend tumor board, teach residents, supervise fellows, review pathology correlation, conduct research, or participate in quality-improvement work.
The work is usually scheduled more predictably than emergency radiology, interventional radiology, or surgery, but unexpected findings, complicated procedures, anxious patients, and urgent consultations can still alter the day.
Breast Radiology Day-in-the-Life Videos
Videos can help you understand the balance between screening, diagnostic imaging, procedures, and patient communication. No single video represents every breast imaging practice, so it is helpful to watch several perspectives.
A Day in the Life of a Breast Cancer Imaging Specialist
A Day in the Life of a Breast Cancer Imaging Specialist follows a physician reviewing mammograms and working with a multidisciplinary team focused on early detection and compassionate care.
A Day in the Life of a Radiology Resident on Breast Imaging
A Day in the Life of a Radiology Resident: Breast Radiology provides a resident-level perspective on a breast imaging rotation, including image interpretation, biopsies, procedures, and patient care.
How to Become a Breast Radiologist
How to Become a Breast Radiologist discusses the training pathway and explains how a typical day may include screening mammography, diagnostic imaging, breast MRI, and minimally invasive procedures.
Dr. Robyn Roth’s Guide to Breast Radiology
How to Become a Breast Radiologist: A Guide From Dr. Robyn Roth discusses the training pathway, mammography experience requirements, procedures, and the physician’s perspective on the career.
Meet Breast Radiologist Dr. Gary Whitman
Meet Breast Radiologist Gary Whitman, M.D. provides a physician’s perspective on screening, identifying small or otherwise undetected cancers, and working exclusively in breast imaging.
Meet Breast Radiologist Dr. Ethan Cohen
Meet Breast Radiologist Ethan Cohen, M.D. introduces the work of a breast imaging specialist at MD Anderson Cancer Center and provides another view of an academic breast radiology career.
Program and institutional videos often highlight the most appealing parts of a specialty, so I would still recommend observing a full breast imaging day in person. Seeing the real worklist, interruptions, diagnostic conversations, procedures, and pathology follow-up will give you a more complete understanding than an edited video alone.
Physician Experiences in Breast Radiology
Physician profiles are especially valuable in breast radiology because they show how differently the field can feel from the stereotype of a radiologist working alone in a dark room.
Dr. Brigitte Berryhill: Patient Care and Early Diagnosis
The American College of Radiology profile “Radiology Redefined: The Personal Role of Radiologists in Breast Imaging and Patient Care” follows Brigitte Berryhill, D.O.
The profile explains how Dr. Berryhill interprets imaging, meets patients, performs biopsies, works with surgeons and oncologists, and helps patients understand difficult results. It also describes the fulfillment she receives from identifying cancers early enough to improve the patient’s treatment options and prognosis.
This is one of the most helpful written profiles for students who are concerned that a radiology career would eliminate meaningful patient relationships.
Dr. Gary Whitman: Finding Disease Before It Becomes Obvious
In his physician video profile, Gary Whitman, M.D., explains that he enjoys screening and the opportunity to identify small cancers before they are clinically apparent. His experience highlights the preventive and early-detection side of breast imaging.
Dr. Robyn Roth: Education and Patient Advocacy
Robyn Roth, M.D., has produced several educational resources discussing breast imaging, cancer screening, and the pathway into the specialty. Her career demonstrates how a breast radiologist can combine clinical work with public education and patient advocacy.
Society of Breast Imaging Early-Career Resources
The Society of Breast Imaging provides an Early Career Section designed to support fellows and physicians transitioning into independent practice. Its resources address mentorship, professional development, private versus academic practice, career transitions, and the practical challenges of building a sustainable breast imaging career.
These resources can be helpful because career satisfaction often depends as much on the structure of the job as it does on the subject matter.
How Much Does a Breast Radiologist Make?
Breast radiology is generally a highly compensated career, although salaries vary widely by practice model, location, call responsibilities, productivity, experience, and partnership structure.
The Doximity 2025 Physician Compensation Report listed average compensation for radiology overall at $571,749 per year. This figure includes several radiology practice areas and is not limited to breast imaging.
A smaller, crowdsourced breast-radiology salary database from Marit reported average annual compensation of approximately $622,615 as of July 27, 2026, based on 63 submitted salaries. Because this is a self-reported sample rather than a comprehensive national survey, it should be treated as a directional estimate rather than a guaranteed salary.
Current employment listings also demonstrate how broad the market can be. Recent ACR Career Center postings have advertised breast imaging opportunities exceeding $600,000, while certain partnership or high-productivity positions advertise substantially greater potential compensation. These listings represent individual positions rather than national averages and may involve different hours, benefits, partnership arrangements, or workloads.
A reasonable general expectation is that many full-time breast radiologists may earn somewhere between approximately $450,000 and $700,000 per year, with some academic positions below that range and certain private-practice, partnership, or high-volume positions above it.
Compensation may be influenced by whether the physician works exclusively in breast imaging or also covers general radiology. Jobs with no nights, weekends, or call may offer a different compensation structure from positions requiring broader coverage.
Part-time breast imaging work is also available. Some physicians choose reduced schedules because breast centers need reliable daytime procedural and diagnostic coverage, creating opportunities that may be less common in certain other physician careers.
You should always evaluate salary alongside expected daily volume, procedure responsibilities, vacation, call, administrative work, benefits, and the emotional demands of the job.
Academic Versus Private-Practice Breast Radiology Salary
Academic breast radiologists frequently earn less than physicians in private practice, although the difference varies by institution and market.
Academic positions may provide protected research time, teaching opportunities, access to complicated cancer cases, advanced imaging technology, multidisciplinary conferences, and a defined promotion pathway.
Private-practice physicians may have greater earning potential, especially after becoming partners, but may face higher examination volume, productivity expectations, or general-radiology responsibilities.
A private practice may also offer a highly favorable schedule with no nights and limited weekends because breast imaging is primarily performed during daytime outpatient hours. However, some groups expect breast imagers to participate in general radiology call.
The job title alone will not tell you which position has the better lifestyle. You need to understand the full schedule, workload, staffing, compensation model, and partnership arrangement.
What Is the Lifestyle of a Breast Radiologist?
Breast radiology can offer one of the more predictable lifestyles within radiology, particularly in outpatient practices.
Many breast centers operate primarily during weekday daytime hours. Urgent overnight breast imaging is uncommon, and some breast radiologists take little or no general call.
This creates opportunities for regular schedules, part-time work, job sharing, and limited evening or weekend responsibilities.
However, the specialty is not automatically easy or low stress.
A breast radiologist may interpret a large number of screening studies while knowing that a subtle missed finding could delay a cancer diagnosis. Diagnostic schedules may be tightly packed, leaving limited time to review complicated prior imaging, speak with patients, supervise ultrasound, and perform procedures.
The emotional component can also be demanding. Physicians may deliver concerning news repeatedly and must remain compassionate even when the schedule is busy.
Academic Breast Imaging
Academic physicians may divide time among clinical work, teaching, research, administration, and multidisciplinary conferences. The cases may be highly complicated, particularly at major cancer centers.
Private-Practice Breast Imaging
Private-practice physicians may earn more and have substantial vacation, although they may also read higher volumes or cover several facilities.
Outpatient Breast Centers
Dedicated outpatient centers may provide the most predictable schedule and greatest concentration of breast imaging. Physicians may develop closer relationships with technologists and patients because the entire diagnostic process occurs in one location.
Hybrid and Remote Work
Hybrid work may allow physicians to interpret screening mammograms from home while remaining on-site for diagnostic imaging and procedures on other days. A fully remote role may provide flexibility but usually reduces direct patient interaction and procedural experience.
General Radiology Plus Breast Imaging
Some breast radiologists work in groups that need them to cover emergency, body, or general diagnostic imaging. These positions may include nights and weekends even though the breast portion of the practice is primarily daytime work.
Burnout Among Breast Radiologists
Burnout is a significant concern in breast imaging despite the specialty’s potentially favorable schedule.
A study titled “Prevalence of Burnout in Breast Imaging Radiologists” surveyed practicing members of the Society of Breast Imaging.
Among respondents, 78.4% met the study’s threshold for high burnout in at least one measured dimension, 54.4% met the threshold in at least two dimensions, and 7.5% met it in all three measured dimensions. The study found especially high burnout among younger breast radiologists.
These findings do not mean that 78.4% of breast radiologists regret choosing the specialty or are unhappy with their lives. Burnout is a work-related syndrome measured through dimensions such as emotional exhaustion, depersonalization, and reduced personal accomplishment.
A separate survey examining stressors found that the most frequently reported concerns were working faster than physicians felt comfortable working and balancing professional responsibilities with personal life.
In that study, 71.2% identified working too fast as a stressor, 70% identified balancing work and personal life, 52.6% identified fear of being sued, and 50% identified dealing with difficult administrators.
A later study comparing stressors before and during the COVID-19 pandemic again found that practicing faster than desired remained the highest-rated concern, although several other measured stressors improved slightly.
The research suggests that breast radiology’s burnout problem is not necessarily caused by unpredictable overnight emergencies. Instead, it may arise from high volume, time pressure, fear of missing cancer, administrative challenges, emotional labor, and the conflict between careful patient-centered care and productivity expectations.
Are Breast Radiologists Happy With Their Careers?
There is no strong national study that provides one simple percentage of breast radiologists who are happy.
The available literature presents a more complicated picture. Breast radiologists report high burnout rates, yet reviews also describe high levels of personal career satisfaction.
This is not necessarily contradictory.
A physician may find the work deeply meaningful while feeling exhausted by the volume or practice structure. Breast radiologists may value the opportunity to detect cancer early, help anxious patients, perform procedures, and remain involved in multidisciplinary care while still feeling pressure to work faster than they believe is ideal.
The positive parts of the field may include patient relationships, visible clinical impact, daytime scheduling, procedural variety, and close teamwork.
The negative experience may be driven more by staffing, volume, administrative culture, support, and control over the schedule than by the specialty’s underlying purpose.
The physician profiles included earlier in this article show how meaningful the work can feel when breast imagers have the time and support needed to provide thoughtful patient care.
When evaluating future positions, ask specific questions about daily mammography volume, diagnostic scheduling, procedure time, administrative support, pathology follow-up, call, remote work, staffing, and whether physicians feel rushed.
Those details may be more predictive of happiness than the specialty name or advertised salary.
Breast Radiology Versus Breast Surgery
Breast radiologists and breast surgeons care for many of the same patients, but their roles are different.
The breast radiologist identifies and characterizes abnormalities through mammography, ultrasound, MRI, and other imaging. The radiologist also performs needle biopsies, localizations, and selected procedures.
The breast surgeon evaluates patients, discusses surgical options, performs lumpectomies and mastectomies, manages surgical complications, and follows patients before and after surgery.
Breast surgery may fit you better if you want the operating room, direct responsibility for surgical treatment, and ongoing clinical relationships.
Breast radiology may fit you better if you enjoy imaging, early diagnosis, minimally invasive procedures, and patient counseling without completing a surgical residency.
Breast surgical oncology generally requires general surgery residency followed by additional fellowship training. My general surgery career pillar explains the foundation of that pathway.
Breast Radiology Versus Medical Oncology
Medical oncologists complete internal medicine residency followed by hematology-oncology or medical oncology fellowship.
They provide longitudinal cancer care, prescribe chemotherapy, immunotherapy, hormonal therapy, and targeted treatments, monitor treatment response, and help patients navigate advanced or recurrent disease.
Breast radiologists usually become involved earlier in the process through screening, diagnosis, biopsy, staging, and surveillance. They do not prescribe systemic cancer therapy.
Medical oncology may fit you better if you want long-term patient relationships and responsibility for medication-based cancer treatment.
Breast radiology may fit you better if you prefer imaging, procedures, and diagnostic decision-making.
My internal medicine career pillar explains the residency pathway required before adult oncology fellowship.
Breast Radiology Versus Radiation Oncology
Radiation oncologists use therapeutic radiation to treat cancer. They evaluate patients, design treatment plans, work with medical physicists and dosimetrists, and follow patients through and after treatment.
Breast radiologists use imaging to screen for, diagnose, and monitor breast disease. They do not administer therapeutic radiation.
The specialties collaborate frequently because imaging helps determine the location and extent of disease, while radiation oncology becomes involved in treatment after diagnosis and surgery when appropriate.
Breast Radiology Versus Obstetrics and Gynecology
Breast radiology and obstetrics and gynecology both participate in women’s healthcare, but their daily work differs greatly.
Obstetrician-gynecologists provide reproductive, preventive, surgical, and pregnancy-related care. They maintain longitudinal relationships and manage a broad range of conditions involving the reproductive system.
Breast radiologists specialize much more narrowly in imaging and procedures involving the breast.
Students interested in women’s health should consider whether they are drawn more strongly to clinical visits and surgery or to imaging, cancer detection, procedures, and diagnostic consultation.
Breast Radiology Versus General Diagnostic Radiology
General diagnostic radiologists interpret imaging from several organ systems rather than concentrating on breast imaging.
A general radiologist may interpret routine mammograms without having completed a breast fellowship, provided the physician meets the necessary training and MQSA qualifications.
Fellowship-trained breast radiologists develop deeper experience with complicated diagnostic examinations, MRI, high-risk screening, radiologic-pathologic correlation, biopsy techniques, and multidisciplinary breast care.
A general practice may offer greater imaging variety, while a dedicated breast practice may offer greater specialization, more patient contact, more procedures, and a more predictable daytime schedule.
Breast Radiology Versus Interventional Radiology
Both specialties perform image-guided procedures, but the procedures and overall practice are very different.
Breast radiologists perform biopsies, aspirations, and localizations involving the breast and regional lymph nodes. Most of their practice remains centered on diagnostic interpretation and cancer detection.
Interventional radiologists perform vascular and nonvascular procedures throughout the body, including embolization, drainage, tumor ablation, vascular intervention, and emergency treatment of bleeding.
Interventional radiology generally has more emergency call and a broader procedural scope. Breast radiology usually offers more predictable hours, greater continuity within one disease area, and more routine patient counseling.
You can read my complete guide on how to become an interventional radiologist for a closer comparison.
Will Artificial Intelligence Replace Breast Radiologists?
Artificial intelligence will probably change breast imaging considerably, but current technology does not eliminate the need for a physician who understands the patient, evaluates several modalities, performs procedures, and takes responsibility for the final decision.
AI systems may help detect suspicious areas, prioritize examinations, compare current and prior studies, estimate breast density, evaluate cancer risk, and reduce repetitive measurements.
Breast imaging is one of the areas in which AI has received the most research attention because screening programs produce large image datasets and involve repeated detection tasks.
However, a breast radiologist does much more than decide whether one image contains a cancer.
The physician determines whether a finding is real, decides which additional views are needed, compares mammography with ultrasound or MRI, considers the patient’s symptoms and risk factors, chooses the appropriate biopsy method, evaluates pathology concordance, discusses the result, and coordinates with the treatment team.
A model that highlights an area on a mammogram cannot independently comfort a patient, perform an ultrasound-guided biopsy, resolve a disagreement between imaging and pathology, or accept responsibility for the final clinical recommendation.
AI will likely become an increasingly important tool used by breast radiologists rather than a reason to avoid the field.
What Skills Make Someone a Good Breast Radiologist?
Breast radiology may be a good fit if you enjoy visual pattern recognition, careful attention to detail, procedures, patient communication, cancer care, and working within a team.
You need patience because abnormalities may be subtle and prior imaging may span many years.
You need communication skills because patients may be frightened, referring physicians may need clear recommendations, and multidisciplinary teams depend on accurate explanations of imaging findings.
You need emotional steadiness because some conversations involve a likely cancer diagnosis. Patients deserve honesty and clarity without losing compassion.
You also need humility. No screening test detects every cancer, and imaging findings do not always produce a simple answer. A thoughtful breast radiologist knows when to obtain additional imaging, recommend biopsy, review pathology, seek a colleague’s opinion, or explain uncertainty.
Procedural dexterity is helpful, but students do not need to enter medical school with developed biopsy skills. These techniques are learned progressively during residency and fellowship.
Advantages of Becoming a Breast Radiologist
Breast radiology offers a distinctive combination of imaging, procedures, patient communication, preventive care, and oncology.
The specialty allows physicians to identify disease early, often before the patient develops symptoms. Detecting a small cancer can meaningfully expand treatment options and improve the patient’s chance of a successful outcome.
Breast radiologists frequently provide immediate answers. A patient may arrive frightened about an abnormal screening result and leave reassured after a complete diagnostic evaluation.
The field also offers procedures without requiring a primarily surgical career. Biopsies and localizations provide hands-on work while the physician remains rooted in diagnostic imaging.
Lifestyle can be attractive because many positions are centered on weekday daytime hours with limited emergency call. Part-time and hybrid schedules may also be available.
Compensation is strong, and demand for fellowship-trained breast imagers remains substantial in many areas.
Challenges of Becoming a Breast Radiologist
The training pathway is long and first requires becoming competent across all areas of diagnostic radiology.
The daily work can involve high screening volume and pressure to remain both fast and accurate. Missing a subtle cancer may have serious consequences, while recalling too many patients for benign findings can create anxiety, procedures, and additional costs.
The emotional side of the specialty should not be underestimated. Breast radiologists may need to discuss likely cancer diagnoses several times in one week or even one day.
Some physicians may eventually find the narrow organ-system focus repetitive. Others appreciate the depth, procedures, and clinical relationships that come from specialization.
Burnout data are concerning, particularly among younger breast radiologists. A seemingly favorable daytime schedule does not protect physicians from workload, staffing problems, administrative pressure, or emotional exhaustion.
The specialty also requires maintaining detailed regulatory documentation and continuing experience under MQSA.
Can a D.O. Become a Breast Radiologist?
Yes. D.O. physicians can become breast radiologists.
The pathway includes osteopathic medical school, a clinical internship year, diagnostic radiology residency, and breast imaging fellowship.
In the 2026 Radiology Fellowship Match, 15 of the 171 physicians who matched into breast imaging were D.O. graduates. The NRMP report does not provide the total number of D.O. applicants who preferred the specialty, so this should not be treated as a separate D.O. acceptance rate.
The greater competitive hurdle may be matching into diagnostic radiology from medical school. Once a D.O. physician has entered radiology, performed well, and developed supportive faculty relationships, breast imaging fellowship is highly achievable.
Can an International Medical Graduate Become a Breast Radiologist?
Yes, although the pathway depends on the physician’s previous education and radiology training.
An IMG may complete a U.S. diagnostic radiology residency and then apply for breast imaging fellowship through the standard process.
Internationally trained radiologists may need to investigate the ABR Alternate Pathway, ECFMG requirements, visa sponsorship, state licensing rules, fellowship eligibility, and MQSA qualification.
The 2026 Match included both foreign medical graduates and U.S. citizens who graduated from international medical schools among those who matched into breast imaging.
Because many breast imaging fellowships are non-ACGME accredited, visa options can differ by institution. International applicants should verify these requirements directly with each program.
Is Becoming a Breast Radiologist Worth It?
Breast radiology can be an excellent career for someone who enjoys imaging but wants to remain closely connected with patients and the larger clinical team.
The specialty offers the chance to detect disease early, guide patients through frightening moments, perform procedures, and contribute directly to cancer treatment planning.
The fellowship Match is currently favorable for qualified radiology residents, compensation is strong, and many positions offer predictable daytime scheduling.
However, you should not choose breast imaging only because it appears to provide an easy lifestyle. The work can be emotionally difficult, cognitively demanding, and heavily influenced by volume and productivity expectations.
Spend time observing both screening and diagnostic breast imaging. Watch how the physician interacts with patients, handles uncertain findings, performs procedures, follows pathology, and works with the cancer team.
Try to imagine yourself doing the ordinary work, not only making the dramatic early cancer diagnosis. The right specialty is the one whose routine responsibilities continue to feel meaningful after the novelty has faded.
Frequently Asked Questions About Becoming a Breast Radiologist
How many years does it take to become a breast radiologist?
The standard pathway takes approximately 14 years after high school. This usually includes four years of college, four years of medical school, one clinical internship year, four years of diagnostic radiology residency, and one year of breast imaging fellowship.
What degree do you need to become a breast radiologist?
You must earn an M.D. or D.O. degree and then complete diagnostic radiology residency and breast imaging fellowship.
How long is breast imaging fellowship?
Breast imaging fellowship generally lasts one year.
Is breast imaging fellowship competitive?
Individual programs can be selective, but the national Match is currently favorable. In the 2026 Radiology Fellowship Match, 171 of the 176 applicants who preferred breast imaging matched into the specialty, while 53 positions remained unfilled.
Is breast imaging fellowship ACGME accredited?
Most dedicated breast imaging fellowships are non-ACGME accredited, although they may be affiliated with institutions that sponsor ACGME-accredited diagnostic radiology residencies and may participate in the NRMP Match.
Is there a separate breast radiology board certification?
The ABR does not currently offer a separate subspecialty certificate in breast radiology. Physicians generally pursue certification in diagnostic radiology and demonstrate breast imaging expertise through fellowship training and focused practice.
How much does a breast radiologist make?
Doximity reported average radiology compensation of $571,749 in its 2025 report. A smaller crowdsourced breast-radiology database reported average compensation of approximately $622,615 in July 2026. Actual salaries vary considerably by practice setting, location, experience, productivity, call, and partnership status.
Do breast radiologists perform procedures?
Yes. Common procedures include ultrasound-guided biopsy, stereotactic biopsy, MRI-guided biopsy, cyst aspiration, abscess drainage, lymph-node biopsy, and preoperative localization.
Do breast radiologists see patients?
Yes. Breast radiologists frequently meet patients during diagnostic imaging and procedures, explain results, provide reassurance, and discuss why a biopsy or additional evaluation is necessary.
Do breast radiologists perform surgery?
They do not perform open breast surgery. They perform minimally invasive image-guided procedures and work closely with breast surgeons.
Do breast radiologists diagnose cancer?
They identify imaging findings that may represent cancer and perform biopsies to obtain tissue. The final tissue diagnosis is made by a pathologist, while the radiologist determines whether the pathology result adequately explains the imaging abnormality.
Do breast radiologists tell patients they have cancer?
Breast radiologists may discuss imaging findings that are highly concerning for cancer, but tissue biopsy is ordinarily required for confirmation. Communication practices vary between breast centers and healthcare systems.
Do breast radiologists work from home?
Some screening mammography can be interpreted remotely. However, diagnostic examinations, procedures, and direct patient counseling generally require on-site coverage.
Do breast radiologists take call?
Many dedicated breast imaging positions have little or no overnight call. Some physicians participate in general radiology evening, weekend, or overnight coverage depending on the practice.
What are the MQSA requirements for interpreting mammograms?
Interpreting physicians must meet initial education and supervised experience requirements and then maintain continuing experience and education. Continuing experience generally includes interpreting or multi-reading at least 960 mammograms within 24 months, along with required continuing medical education.
Is breast radiology stressful?
It can be. A specialty-specific survey found that 78.4% of respondents met the threshold for high burnout in at least one measured dimension. Major stressors included working too quickly and balancing work with personal life.
Are breast radiologists happy?
There is no reliable national percentage describing overall happiness. The literature reports high burnout while also describing high personal career satisfaction, suggesting that many physicians find the work meaningful even when the practice environment is demanding.
Is research required for breast imaging fellowship?
No. Research can strengthen an application, especially at academic programs, but it is not an absolute requirement for most breast imaging fellowships.
What should you major in to become a breast radiologist?
There is no required undergraduate major. You may study any subject as long as you complete medical school prerequisites and build a competitive application.
Can men become breast radiologists?
Yes. Breast radiology is open to physicians of any gender. The specialty requires imaging expertise, procedural skill, empathy, and an interest in breast health rather than any particular personal identity.
What is the difference between a breast radiologist and a mammography technologist?
A breast radiologist is a physician who completes medical school, diagnostic radiology residency, and often breast imaging fellowship. A mammography technologist is an allied health professional trained to position patients and obtain mammographic images.
Will AI replace breast radiologists?
AI will likely assist with detection, prioritization, risk assessment, and workflow, but physicians will remain responsible for integrating several imaging modalities, performing procedures, evaluating pathology concordance, communicating with patients, and making final clinical recommendations.
Helpful Resources for Future Breast Radiologists
Society of Breast Imaging fellowship curriculum
Society of Breast Imaging Fellowship Match information
NRMP Radiology Fellowship Match
AAMC ERAS fellowship application information
American Board of Radiology diagnostic radiology certification
FDA Mammography Quality Standards Act information
PubMed study of burnout among breast imaging radiologists
ACR physician profile of Dr. Brigitte Berryhill
AspiringMD interventional radiology guide
AspiringMD neuroradiology guide
AspiringMD musculoskeletal radiology guide
AspiringMD general surgery career
AspiringMD internal medicine career
AspiringMD physician shadowing guide