Breast Imaging — Specialty Profile

Exploratory, not prescriptive. This profile blends hard data (pay, match rates, burnout, demographics, each sourced and dated) with generalizations and synthesized opinion about culture and "who fits." It's here to help you get curious and go find out for yourself, not to tell you who to become. Numbers marked ⟳ verify change every year; check the linked source before you quote one. Last reviewed: 2026-08-04.

Also called: breast radiology, mammography, women's imaging. A 1-year fellowship entered after a diagnostic radiology residency, not a residency you match into from medical school. Organ system: the breast, and the population-scale screening program built around it.

Subspecialty fellowship of Diagnostic Radiology.

The 30-second version

Breast imaging is the only radiology subspecialty that runs a population screening program, and it is the only one where the radiologist routinely tells the patient the result themselves. Everything about the field follows from those two facts. Screening means reading enormous volumes of mostly normal studies to find a small number of cancers, which is a specific and unforgiving perceptual task. Direct patient communication means a diagnostic mammography workup ends with the radiologist walking into a room and explaining what was found, doing the biopsy if one is needed, and calling with the result. That is a clinical relationship no other diagnostic radiologist has. The field is also in the middle of a demand shock: in 2024 the US Preventive Services Task Force lowered the screening start age from 50 to 40, pointing an age band of about 21 million women at a workforce that was already short. The trade at the center of the field: genuine patient contact and unambiguous public health impact, in a subspecialty carrying radiology's heaviest malpractice exposure and, by its own accounting, a staffing crisis.

Quick dashboard (details and sources below)


Training after med school	6 years (1 intern year + 4 yr diagnostic radiology + 1 yr breast imaging fellowship)
Total from college start	~14 years (4 undergrad + 4 med school + 5 residency + 1 fellowship)
Training chain	Med school (4) → Diagnostic Radiology (5) → 1 yr breast imaging fellowship (non-ACGME)
Competitiveness	Low, and the field describes itself as short-staffed: 79% of surveyed breast radiologists call their own practice short-staffed (SBI survey, JBI 2025) ⟳
Typical full-time pay	No breast imaging survey line. Parent radiology runs ~$550,000–$575,000; diagnostic-heavy roles sit below the procedural subspecialties ⟳
Pay vs. parent (general radiology)	At or below, though shortage pressure is pushing the other way ⟳
Lifestyle	Reading-room and clinic mixed, daytime, largely no overnight call ⟳
Burnout	No verified subspecialty figure; parent radiology is 45.2% against a 41.9% all-physician average (AMA 2025), fifth of the nine specialties it names as most burned out ⟳
% women	No published subspecialty figure, though the field is widely understood to skew substantially more female than radiology's ~27% ⟳
DO / IMG accessibility	Gated behind radiology, historically reachable (15.0% DO, 11.4% IMG of filled PGY-2 positions, 2026 Match), with the window narrowing ⟳
Board	None. Breast imaging has no ACGME-accredited fellowship and no ABR certificate. ACGME accredits six diagnostic radiology subspecialties and breast imaging is not among them ⟳

What they actually do

Screening is the volume and the perceptual challenge. Screening mammography, increasingly with digital breast tomosynthesis, means reading large batches of studies in which the overwhelming majority are normal and a small number contain a subtle finding that matters enormously. Maintaining sensitivity across that volume, without recalling so many normal women that the program does more harm than good, is the discipline of the field.

Diagnostic workup is where the radiologist becomes a clinician. A recalled screening finding is worked up with additional mammographic views and targeted ultrasound, and at the end of it the radiologist explains the result to the patient directly, in person, that day. Almost nothing else in diagnostic radiology works this way.

Image-guided biopsy is the procedural half. Ultrasound-guided core biopsy, stereotactic biopsy for calcifications, MRI-guided biopsy, and preoperative localization for surgery. The radiologist obtains the tissue, and frequently delivers the pathology result by phone afterward.

Breast MRI serves high-risk screening, extent-of-disease evaluation in newly diagnosed cancer, and problem-solving, and its interpretation is a distinct skill from mammography.

Contrast-enhanced mammography has emerged as an alternative where MRI is unavailable or contraindicated, and it is one of several technologies changing the field's toolkit.

High-risk assessment is a growing cognitive role: identifying women whose family history or genetics warrant supplemental screening, and coordinating with genetics and breast surgery.

Representative work: screening mammography interpretation, with tomosynthesis · diagnostic mammographic workup and targeted breast ultrasound · direct communication of results to patients · ultrasound-guided, stereotactic, and MRI-guided core biopsy · preoperative wire and seed localization · breast MRI interpretation for screening, staging, and problem-solving · contrast-enhanced mammography · high-risk screening assessment · multidisciplinary breast tumor board participation.¹

A day in the life: split between a reading room and a clinic, which is unusual for radiology. A screening batch is read as a block, while diagnostic sessions run like a clinic with patients waiting, imaging performed, findings discussed, and biopsies done in the same visit. Procedure lists are scheduled. Multidisciplinary breast conference is a fixed weekly commitment, and the breast radiologist is typically the person presenting the imaging that frames the case.

On call: minimal. Breast imaging generates essentially no overnight emergencies, which makes this one of the more predictable subspecialties in medicine.

The training path & time to completion

Medical school (4 yrs) → diagnostic radiology residency (1 intern year + 4 years) → 1-year breast imaging fellowship → practice.¹²

The fellowship is one year and has no ACGME accreditation to hold. ACGME accredits six diagnostic radiology subspecialties — abdominal radiology, musculoskeletal radiology, neuroendovascular intervention, neuroradiology, nuclear radiology, and pediatric radiology — and breast imaging is not among them, so all 103 breast imaging programs in the fellowship match are unaccredited. There is no ABR subspecialty certificate either.²
There is no ABR subspecialty certificate. A breast radiologist holds general ABR diagnostic radiology certification, with the fellowship as the credential.²
There is, however, a federal volume requirement, which is unique in radiology. Under the Mammography Quality Standards Act, an interpreting physician has to read or multi-read at least 960 mammographic examinations every 24 months to go on reading them independently, on top of 240 in the six months before first qualifying. That floor functions as a de facto credential, and it is what makes it difficult to read mammography casually alongside a general practice.³
Total from the start of college: about 14 years.

How competitive is it?

This fellowship is not competitive, and the field has a documented staffing crisis.

79% of surveyed breast radiologists perceive their own practice to be short-staffed for breast radiologists — 239 of 302 — in a Society of Breast Imaging Patient Care and Delivery Committee survey published in the Journal of Breast Imaging in 2025. Read the frame with the number: it is a perception question put to SBI physician members, 309 responses on a 15.7% response rate, so it measures how the field's own radiologists describe their staffing rather than counting vacancies. Technologists and support staff came back at 70–74%.⁴ ⟳
The workforce is roughly 7,500 breast imaging radiologists nationwide, about 4 per 100,000 women aged 40 and older — and the publisher is a locum tenens staffing firm. No professional society or peer-reviewed paper carries these two counts; they originate with Medicus Healthcare Solutions, which sells breast-imaging locum coverage into the shortage it is describing, and which gates the full report behind a lead-capture form. Weigh them accordingly.⁵ ⟳
Demand rose sharply in 2024. The US Preventive Services Task Force lowered the recommended starting age for biennial screening mammography from 50 to 40 and now recommends screening every two years for women aged 40 to 74.⁵ The substance of the change is the strength of the advice for the 40-to-49 band: a C grade, meaning an individual decision made with a clinician, became a B grade recommending screening.⁶ The Census Bureau counted about 21.3 million women in that band on July 1, 2024, which is the scale of the population the guideline points at.⁶ Two things keep that from being 21.3 million new mammograms a year: a C grade was an individual decision rather than an exclusion, so women in their forties were already being screened, and biennial screening spreads the band across two years of volume. ⟳
The shortage is geographically uneven. As of early 2026, the states with the fewest breast imaging radiologists per capita were West Virginia, New Mexico, Nevada, Wyoming, and Arizona.⁵ ⟳
The upstream residency has become competitive, having swung back to genuinely competitive for US MD applicants.⁷

Why the field struggles to recruit is usually attributed to three things: compensation below the procedural radiology subspecialties, the perceptual grind of high-volume screening, and malpractice exposure. The field discusses all three openly.

The honest read. Anyone who wants this can have it, and will be recruited hard. Demand is rising because of a guideline change, supply is not, and the resulting leverage for a new fellowship graduate is substantial.

Board: none. General ABR certification in diagnostic radiology, with the MQSA volume requirement of 960 examinations per 24 months governing practice.²³

Compensation — the robust version

No compensation survey isolates breast imaging. This reasons from the parent field and the practice structure, with the caveat that a shortage this severe is actively moving the numbers.

The parent anchor. Diagnostic radiology runs roughly $550,000–$575,000 total compensation, with associates at $350,000–$525,000, a median around $544,000–$590,000, and partners reaching $700,000 to $1.2 million and above.⁷ ⟳

Breast imaging has historically sat at or below the parent median, and below the procedural subspecialties in particular. Interventional radiology is the field's high earner, and diagnostic-heavy roles including breast imaging cluster lower. The mechanism is the usual one: screening mammography is reimbursed at modest rates per study, and while volume is high the value per unit of time does not match a procedural practice.

But the shortage is a genuine counterweight and it is worth taking seriously. A subspecialty where four in five practices report being short-staffed, while a national guideline points an age band of about 21 million women at it, is a subspecialty with real pricing power for the people entering it.⁵⁶ Recruitment and retention incentives in a shortage market move faster than survey data does, so historical figures may understate what a new graduate can negotiate today.

Two other economic features. Breast imaging is heavily outpatient and increasingly delivered in dedicated imaging centers, which changes the employment picture. And MQSA volume requirements mean the work concentrates: a practice needs radiologists who read enough mammography to stay compliant, which favors dedicated breast radiologists over generalists dabbling.

Limited-data caveat: no MGMA, Doximity, or Medscape line for breast imaging was located, and the positioning is a structural inference. The 79% short-staffing figure is a peer-reviewed society survey; the 7,500 headcount and the four-per-100,000 ratio come from a locum tenens staffing firm, which is the party selling coverage into the gap it reports. Benchmark against current offers rather than historical averages, because this is a market in motion. ⟳

Lifestyle

Daytime, outpatient, and essentially free of overnight call, which makes this one of the most predictable schedules in medicine.
Reading and clinic mixed, which suits people who wanted radiology but missed patients and frustrates those who wanted the reading room.
Procedures are scheduled, so the day is plannable.
Remote work is limited compared with general radiology, because diagnostic workup, patient communication, and biopsies all require presence. Screening reads are increasingly remote-capable, which creates hybrid arrangements.
Geographic flexibility is excellent and getting better. Every community needs mammography, and the shortage is worst in states with the least coverage, which means a new graduate can genuinely choose where to work.
The volume pressure is real. The parent profile names volume and RVU pressure as radiology's main strain, and screening is the highest-volume reading in the specialty.⁷

Lifestyle rating: 4/5. Predictable, daytime, call-free, and geographically flexible, deducted for sustained reading volume and limited remote work.

Wellbeing — the part to take seriously

No verified breast-imaging-specific burnout figure was located. Inherit radiology, which the AMA's 2025 Organizational Biopsy puts at 45.2% against a 41.9% all-physician average, fifth of the nine specialties it names as most burned out. Medscape's 2024 report, a separate instrument on a 49% baseline, reads the field the same direction at 51%. The field's own commentary describes burnout as a significant contributor to its staffing problem.⁵⁷ ⟳ Corrected 2026-08-13: this page carried ~36% and called it mid-pack. That is Medscape's 2022 figure; the five other radiology profiles on this site all carry 51%.

The distinctive stress is the missed cancer, and it is the defining professional anxiety of the field. Screening means reading thousands of normal studies looking for a few abnormal ones, and a cancer visible in retrospect on a prior mammogram is both a clinical failure and the most common source of malpractice litigation in radiology. Breast radiologists carry that awareness on every batch, and it is qualitatively different from the diagnostic uncertainty other radiologists live with, because the studies are archived and reviewable.

The compensating satisfaction is unusually direct for a radiologist. You find early cancers in asymptomatic women, and you tell them yourself. Practitioners consistently describe the patient relationship as the reason they chose the field, and the ability to take a woman from an abnormal screen through workup, biopsy, and result in a short span is genuinely valued by patients.

Delivering bad news is a routine part of the job, which almost no other radiologist does. Telling a patient that a biopsy showed cancer, repeatedly, is emotional labor that radiology training does not prepare anyone for.

The false positive burden is a real ethical weight. Screening recalls cause anxiety in large numbers of women who do not have cancer, and the field argues internally and publicly about where the right threshold sits.

Artificial intelligence is arriving here faster than anywhere else in radiology, because screening mammography is a high-volume, well-defined, image-classification task with enormous training datasets. How that changes the work is an open and actively discussed question, and anyone entering should have a view on it.

Who's in the field (demographics)

No published breast-imaging-specific demographic data was located.

Women: no verified subspecialty figure, though the field is widely understood to skew substantially more female than radiology as a whole, which runs about 27% women practicing and 29.2% of residents (ACGME, AY2024-25).⁷ Treat that as community understanding rather than measurement. ⟳
DO: parent radiology has historically been reachable, at 15.0% of filled PGY-2 positions in the 2026 Match, with the window narrowing.⁷ ⟳
IMG: 11.4% of filled PGY-2 positions in the 2026 Match.⁷ ⟳
Underrepresented in medicine: no subspecialty figure. Breast cancer mortality is substantially higher among Black women than white women in the United States despite similar or lower incidence, and screening access is part of that picture, so the geography of this shortage is not distributionally neutral. ⟳

Culture, personality & the online stereotypes

Who gravitates here: radiology residents who missed patients. That is the single most common reason people give, and it is the field's defining self-description. It also draws people who want predictable hours, who are comfortable with procedural work at a modest scale, and who find population screening intellectually and ethically interesting. As always, plenty of people in the field do not fit any single mold.

The stereotypes. Community perception rather than fact, each with a kernel and an unfair edge:

"Mammo is where you go for lifestyle." Partly true, since the hours are among the most predictable in medicine, and it undersells the volume pressure and the litigation exposure.
"The most sued radiologists." Breast cancer claims are the largest single source of radiology malpractice exposure, so the perception has a real basis.
"Radiology for people who wanted to be clinicians." Meant as a jab and generally accepted as a compliment inside the field.
"AI is coming for this one first." The most-discussed anxiety in the subspecialty, and not unreasonable given that screening mammography is the most tractable imaging task for machine classification.

What people say online (synthesized and paraphrased, not quotes): across physician and resident forums, breast imaging reads as a field with a genuinely improving market and a persistent image problem. The dominant recurring theme is the shortage, discussed as real and as finally translating into better offers, with the 2024 USPSTF change repeatedly named as the trigger. A second thread is malpractice, raised constantly and treated as the main deterrent. A third is patient contact, described positively by people in the field and as a drawback by those who chose radiology to avoid it. A fourth is artificial intelligence, discussed with more urgency here than anywhere else in radiology, with opinion split between those who expect it to absorb screening volume and those who expect it to raise the volume a single radiologist can safely handle. The tone is pragmatic and slightly embattled.

Voices from the field. Paraphrased from published sources, with links to the originals:

A Society of Breast Imaging Patient Care and Delivery Committee survey, published in the Journal of Breast Imaging in 2025, found 79% of responding breast radiologists describing their own practice as short-staffed.⁴ A staffing firm's workforce report puts the national count at roughly 7,500 breast imaging radiologists, about 4 per 100,000 women aged 40 and older, with West Virginia, New Mexico, Nevada, Wyoming, and Arizona the least covered states.⁵
The 2024 US Preventive Services Task Force recommendation lowered the biennial screening mammography start age from 50 to 40 for women aged 40 to 74, upgrading the 40-to-49 band from an individual decision to a positive recommendation. Census counts about 21.3 million women in that band.⁵⁶

Why people choose it / why people leave

Why choose it: direct patient contact and a real clinical relationship, which no other diagnostic radiology subspecialty offers · finding early cancers in asymptomatic women, with unambiguous public health impact · predictable daytime hours with essentially no overnight call · procedural work at a manageable scale · a severe and worsening shortage, which means leverage and genuine geographic choice · a growing screening population.

Why leave or avoid it: the heaviest malpractice exposure in radiology, centered on the missed cancer · high-volume perceptual work with a low target prevalence · delivering bad news routinely, which radiology training does not prepare you for · compensation historically below the procedural subspecialties · an unaccredited fellowship with no ABR certificate · genuine uncertainty about how artificial intelligence reshapes screening.

Best fit if: you wanted radiology but missed patients · you can sustain attention across high-volume reading · you are comfortable with procedures and with difficult conversations · you want predictable hours and geographic freedom · population screening interests you as a problem.

Not for you if: litigation exposure would weigh on you · you chose radiology specifically to avoid patient contact · repetitive high-volume reading would erode you · you want radiology's income ceiling, which is in interventional and private partnership.

The FLI angle — Breast imaging for first-gen, low-income & immigrant students

Where it fits FLI realities well:

This may be the single best job market in radiology right now. Four in five practices report being short-staffed, a 2024 guideline change pointed an age band of about 21 million women at the field, and the workforce did not grow with it.⁵⁶ A new fellowship graduate entering that market has leverage that most physicians never get.
Geographic freedom is genuine and unusually valuable. The shortage is worst in West Virginia, New Mexico, Nevada, Wyoming, and Arizona, and every community needs mammography.⁵ If you need to live somewhere specific, this subspecialty accommodates it better than almost anything in radiology.
The hours are predictable and call-free, which matters if you are carrying family responsibilities.
Radiology has historically been among the more accessible high-paying specialties, at roughly 14% DO and 11% IMG at PGY-2, and this fellowship is not competitive.⁷
The patients may be your own. Breast cancer mortality is substantially higher among Black women in the United States, and screening access is part of that gap. A radiologist practicing where the shortage is worst is doing something the system needs.

Risks to name honestly:

The residency is tightening. Radiology has swung back to genuinely competitive for US MD applicants, so the historical DO and IMG accessibility should not be assumed.⁷
Malpractice exposure is the highest in radiology, and for someone without family wealth a litigation event is a different kind of stressor. Understand the coverage terms of any job you take.
Compensation has historically been below the procedural subspecialties, and while the shortage is pushing it up, that is a market trend rather than a guarantee. Benchmark against live offers.
The artificial intelligence question is real and unresolved. Nobody knows whether machine reading absorbs screening volume or expands what one radiologist can cover. That uncertainty falls on a whole career, and it is worth forming a view rather than ignoring it.

Bottom line for FLI: a severe shortage, a growing screening mandate, genuine geographic choice, predictable hours, and a reachable fellowship, in the subspecialty of radiology that most resembles clinical medicine. What you take on is the field's malpractice exposure and an open question about automation. If you want radiology and you want patients, this is the clearest opening in the specialty.

Fun facts

It is the only radiology subspecialty where the radiologist tells the patient the result. Diagnostic workup ends with a conversation, not a report handed to a referring physician.
A federal statute sets the volume floor, and the number is 960 mammograms every 24 months. The Mammography Quality Standards Act requires that of any radiologist who interprets them, which is unique in radiology and functions as a de facto credential.³
One guideline change upgraded the screening advice for an age band of about 21.3 million women. The 2024 USPSTF recommendation lowered the biennial screening start age from 50 to 40.⁵⁶
Four in five breast radiologists surveyed say their own practice is short-staffed.⁴ A staffing firm's count puts the field at roughly 7,500 radiologists nationwide, about 4 per 100,000 women aged 40 and older.⁵
It carries radiology's heaviest litigation exposure, with the missed cancer on a prior mammogram as the classic case.
There is no board and no ACGME accreditation. Only neuroradiology, nuclear medicine, and pediatric radiology are accredited fellowships in diagnostic radiology.²

Sources

Clinical scope and fellowship content — screening and diagnostic mammography with tomosynthesis, targeted breast ultrasound, breast MRI, contrast-enhanced mammography, image-guided biopsy and localization, high-risk assessment, and direct patient communication. Composite of published US breast imaging fellowship curricula: Vanderbilt Radiology Fellowships (https://www.vumc.org/radiology/radiology-fellowships), Duke Department of Radiology fellowships (https://radiology.duke.edu/education/fellowships), and Memorial Sloan Kettering Department of Radiology fellowships (https://www.mskcc.org/departments/radiology/fellowships), accessed 2026. ↩ ↩²
Accreditation and board status. ACGME accredits six diagnostic radiology subspecialties, with accredited program counts for AY2024-25: abdominal radiology 13, musculoskeletal radiology 23, neuroendovascular intervention 5, neuroradiology 93, nuclear radiology 19, pediatric radiology 48. ABR issues subspecialty certificates for neuroradiology, nuclear radiology, pediatric radiology and pain medicine only (interventional radiology is a PRIMARY certificate, IR/DR, rather than a subspecialty one). ACGME, Data Resource Book, Academic Year 2024-2025 (https://www.acgme.org/globalassets/pfassets/publicationsbooks/2024-2025_acgme_databook_document.pdf); ABR subspecialty certification (https://www.theabr.org/get-certified/subspecialties/). Breast imaging has no row in the data book's diagnostic radiology block, so none of the 103 breast imaging programs in NRMP's fellowship match is ACGME-accredited. NRMP, Results and Data: Specialties Matching Service, 2026 Appointment Year, Table 1A (https://www.nrmp.org/wp-content/uploads/2026/05/SMS_Results_and_Data_2026_Revised-20260522.pdf). Corrected 2026-08-17: this page previously said ACGME accredits only three diagnostic radiology fellowships and named abdominal and musculoskeletal radiology as unaccredited examples. Both are accredited, at 13 and 23 programs. The claim about breast imaging itself was correct; the count around it was not, and it was live in three profiles that each cited the others. ⟳ Corrected again 2026-08-17, same day: the first correction named interventional radiology as ABR's fourth subspecialty certificate. It is not one — IR/DR is a PRIMARY certificate — and the fourth subspecialty is pain medicine. ABR's own subspecialties page lists "neuroradiology, nuclear radiology, pain medicine, and pediatric radiology." ⟳ ↩ ↩² ↩³ ↩⁴ ↩⁵
The MQSA volume floor, sourced 2026-08-17. 21 CFR 900.12(a)(1)(ii)(A): an interpreting physician "shall have interpreted or multi-read at least 960 mammographic examinations during the 24 months immediately preceding the date of the facility's annual MQSA inspection or the last day of the calendar quarter preceding the inspection or any date in-between the two." Initial qualification, 21 CFR 900.12(a)(1)(i)(D), requires 240 examinations under direct supervision within the preceding 6 months, with an exemption at (a)(1)(iii)(B) for physicians who read 240 in any 6-month window during the last two years of a diagnostic radiology residency and board-certify at the first allowable time. A physician who lapses reestablishes qualification under (a)(1)(iv)(A) by reading 240 under supervision, or enough to reach 960 for the prior 24 months, whichever is less. https://www.ecfr.gov/current/title-21/chapter-I/subchapter-I/part-900/subpart-B/section-900.12 This page asserted the federal volume requirement in four places, twice in bold and once as its answer to what governs practice here, and cited none of them; the ⟳ stamp at the training bullet was the only marker it carried. The figure is now stated rather than gestured at, and it is cited to the regulation. ↩ ↩² ↩³
The short-staffing survey, at its primary. Bhole S, Grimm LJ, Parikh JR, Dontchos BN, Reig B, Jacobs SA, Coffey K, Dashevsky BZ, Mullen LA, Daly C, Dodelzon K, "Breast Imaging Staffing Shortages: Defining the Problem and Addressing Root Causes," Journal of Breast Imaging 2025;7(6):676–684, DOI 10.1093/jbi/wbaf031, PubMed 40884510 (https://academic.oup.com/jbi/article-abstract/7/6/676/8244682). The Patient Care and Delivery Committee of the Society of Breast Imaging emailed the survey to SBI active physician members: 309 responses, a 15.7% response rate. "Most respondents perceived their practices to be short-staffed for breast radiologists (79%, 239/302), US technologists (74%, 216/290), mammography technologists (70%, 211/301), and support staff (66%, 201/302)." Of those reporting a radiologist shortfall, 92% attributed it to an insufficient number of radiologists and 67% to rising volume. Two limits belong with the figure: it is a perception question rather than a vacancy count, and a 15.7% response rate leaves room for the radiologists most affected to be the ones who answered. Corrected 2026-08-17: the 79% previously reached this page through a staffing firm's summary and was described as "79% of practices report being short-staffed." The society's own paper is free to locate, gives the denominator, and phrases it as perception, so it is cited directly and the wording follows it. ↩ ↩² ↩³
Workforce shortage figures. Medicus Healthcare Solutions, "Behind the Screens: The Breast Imaging Radiologist Shortage" (February 16, 2026) — approximately 7,500 breast imaging radiologists nationwide, about 4 per 100,000 women aged 40 and older; the 2024 USPSTF recommendation lowered the biennial screening start age from 50 to 40 for women aged 40 to 74; the states with the fewest breast imaging radiologists per capita as of January 2026 were West Virginia, New Mexico, Nevada, Wyoming, and Arizona. https://medicushcs.com/resources/breast-imaging-radiologist-shortage ⟳ Corrected 2026-08-17: the publisher is now named in the body rather than only here. Medicus is a locum tenens staffing agency, so it sells the labor whose scarcity it is reporting, and the full report sits behind a lead-capture form. The qualifying property for a price is that whoever publishes it is not the one selling the service, and these are workforce counts rather than prices, so that rule does not decide the case. This site settled it on 2026-08-17: the figure stays and the seller is named, and the price rule continues to govern prices only. That ratifies the disclosure already made in the three body sentences above, so nothing on this page changed with the answer. The 79% short-staffing figure formerly credited here has moved to ⁴, where its peer-reviewed primary is cited. Medicus names no upstream source for the 7,500 or the four-per-100,000, so those two stay attributed to Medicus. ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶ ↩⁷ ↩⁸ ↩⁹ ↩¹⁰ ↩¹¹
What the 2024 guideline changed, and the size of the age band it covers. US Preventive Services Task Force, Breast Cancer: Screening, final recommendation statement (2024) — "The USPSTF recommends biennial screening mammography for women aged 40 to 74 years," grade B. The 2016 statement had given women aged 40 to 49 a grade C, individualizing the decision on risk and preference, so the change is the strength of the recommendation for that band rather than the creation of an eligible population. https://www.uspreventiveservicestaskforce.org/uspstf/recommendation/breast-cancer-screening. Band size: US Census Bureau, Annual Estimates of the Resident Population by Sex and Single Year of Age for the United States: April 1, 2020 to July 1, 2024 (Vintage 2024, nc-est2024-agesex-res.csv), whose single-year female rows for ages 40 through 49 sum to 21,279,661 on July 1, 2024. https://www2.census.gov/programs-surveys/popest/datasets/2020-2024/national/asrh/nc-est2024-agesex-res.csv ⟳ Corrected 2026-08-17: this page carried "roughly 20 million newly eligible women" in six places, including the 30-second version, the compensation argument and the FLI section, and cited it to the Medicus shortage report at ⁵ and to a RadDoctor summary of that report. The word "million" does not appear anywhere on the Medicus page, while every other figure this page draws from it is verbatim, so the co-citation failed on exactly one number. The USPSTF statement publishes no population count either. The figure has been replaced with the Census count of the age band, which is what ~20 million was approximating, and the wording changed from "newly eligible" because a grade C was an individual decision rather than an exclusion. The RadDoctor citation has been dropped: it repeated a figure its own source does not contain. ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶
Parent-field figures, taken from the diagnostic radiology profile on this site: typical comp ~$550k–$575k, with associates ~$350k–$525k, median ~$544k–$590k, and partners $700k–$1.2M+; 5 years of training (1 intern + 4 DR) and ~13 years from the start of college, with fellowship near-universal; competitiveness high and rising, having swung back to genuinely competitive for US MDs; strong schedule control and the best remote options in medicine. Burnout: AMA Organizational Biopsy 2025 — nearly 19,000 physician responses across 106 health systems in 38 states — puts Radiology at 45.2% against a 41.9% all-physician average, fifth of the nine specialties it names as most burned out, https://www.ama-assn.org/practice-management/physician-health/these-9-physician-specialties-report-highest-burnout-rates. Corrected 2026-08-17: the dashboard, the body and the wellbeing figure now lead with the AMA row rather than Medscape's 51%. AMA is the instrument this page prefers wherever it publishes a row, because it is free, primary and current, and radiology is one of the roughly fifteen the Organizational Biopsy breaks out. The two baselines are seven points apart and never share a sentence. The Medscape reading kept beside it: Physician Burnout & Depression Report 2024 puts diagnostic radiology at 51% against a 49% all-physician average (n=9,226, fielded July–October 2023). The primary report is paywalled and returns HTTP 402, so the specialty row comes from two independent relays that agree row for row: Healthgrades Pro (https://resources.healthgrades.com/pro/the-most-and-least-burned-out-physicians-by-specialty) and Advisory Board (https://www.advisory.com/daily-briefing/2024/01/31/physician-burnout). The ~36% also carried here is from an earlier Medscape edition on 2022 data. Women practicing, ~27%: AAMC, "Women are changing the face of medicine in America" (2022 data), https://www.aamc.org/news/women-are-changing-face-medicine-america. Women in residency: ACGME, Data Resource Book, Academic Year 2024-2025, Table C.21, https://www.acgme.org/globalassets/pfassets/publicationsbooks/2024-2025_acgme_databook_document.pdf, reports 29.2% for diagnostic radiology. DO and IMG shares of filled PGY-2 positions: NRMP, Results and Data: 2026 Main Residency Match, May 2026, Table 2, https://www.nrmp.org/wp-content/uploads/2026/05/Main_Match_Results_and_Data-2026.pdf — of 1,066 filled radiology-diagnostic PGY-2 positions, 144 DO seniors plus 16 DO graduates is 15.0%, and 30 US IMGs plus 91 non-US IMGs is 11.4%. Corrected 2026-08-17: the dashboard and the demographics bullets carried ~14% DO, ~11% IMG and ~27–28% of residents, three figures this footnote already recorded as superseded while the body kept printing the old ones. The DO correction runs against the page's own "window narrowing" framing, and the residents correction slightly widens the gap line 141 uses to argue breast imaging skews more female than its parent. ⟳ ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶ ↩⁷ ↩⁸ ↩⁹

Researched with AI assistance and reviewed by hand. How this site is made