I believe in the importance of thriving independent private practices for the field of radiology. True private practice–where doctors control the organization, are responsible to their peers and patients, and earn the full fruits of their labor–is the benchmark that sets the market and provides the anchor against exploitation from unscrupulous employers.

My group, like most groups in this market, is hiring (including a partnership-track remote swing position). Here are several more 100%-independent radiologist-owned private practices across the US that are recruiting. If you’re in the market for a new position, consider reaching out with your CV. (Click the triangles for more information.)

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Midwest Radiology

(Minneapolis – St. Paul, Minnesota)

Large 175+ subspecialized practice with 17 weeks of vacation. Two-year shareholder track for new graduates and a one-year track with experience.

Positions (On-site):

Positions (Remote):

Learn more at www.midwestradiology.com.
Contact: Barry.Lindo@MidwestRadiology.com

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Radiology Associates of Ocala

(Ocala, Florida)

A growing Central Florida private practice, rare for the region, with 70+ radiologists looking for an on-site general radiologist.

• Practice owns multiple imaging centers, generating technical fees and rental income for partners.
• New business ventures of software development and a separate Telerad company.
• Optional internal moonlighting available. Nights are covered by dedicated internal nighthawks.
• Option to rotate/vacation in the US Virgin Islands at a practice-owned timeshare at the St. Thomas Ritz.

Remote Partnership:

• 1-year track, professional-fee exclusive, 226 shifts with 10 weeks vacation and 8 weekends, $500-700k+

On-site Partnership:

• 3-year track, no partnership tiers, additional income from technical fee billing, management revenue, and real estate. Nominal buy-in and equal call/PTO/scheduling for pre-partner and partners. 14+ weeks vacation (~185 shifts/yr), $800k-1mm+

Learn more at https://raocala.com.
Contact: Dr. Vivek Kalra at Vivek.Kalra@raocala.com

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Mecklenburg Radiology Associates

(Charlotte, North Carolina)

Established in 1917 and fiercely independent, MRA is a well-respected subspecialized practice of 60 radiologists and growing. They especially take pride in their group culture (seriously, there are some really nice people in that group including one of my old senior residents).

Partnership track:

• 3-year partnership track with 8 weeks of vacation per year
  $400K starting salary and an additional $75K sign-on bonus ($125K with 2+ years of experience)
• On-site daytime hospital and imaging center coverage. Hybrid evening and weekend call coverage, including the option to read from home.
• Available positions: Breast, Body, Cardiovascular, Neuro, Light IR, MSK, Nuclear Medicine, and General

Employee track:

• Fully remote, hybrid, or on-site options
• Competitive salary
• Available positions: General, Overnight ER, Swing Shift ER

Learn more at www.meckrad.com/recruitment.
Contact: Charlene Eichinger at ceichinger@meckrad.com

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RAPA

(Central Arkansas [Little Rock, Conway, Searcy, and Pine Bluff] & Northwest Arkansas)

40+ radiologists covering 20+ sites (hospitals + clinics) with a multi-subspecialty mix of inpatient, outpatient, and ED imaging.

• Robust reading room assistants and IT presence to promote peak efficiency
• Unified Clario reading list, Inteleviewer PACS, Powerscribe dictation (no switching stations or PACS to read other sites)
• RadAI automated impressions to improve efficiency.

Partnership track – Central Arkansas (Little Rock, Conway, Searcy, and Pine Bluff) and Northwest Arkansas:

• 1 year to partnership
• 10 weeks vacation + 1/2 day off per week on average for partners
• Highly competitive compensation combined with low cost of living
• Internal moonlighting options to boost income
• Robust CME allowance, signing and moving bonuses, full benefits
• Many work-from-home shift options
• Minimal after-hours requirements – overnight shifts are fully staffed with telerads

100% Remote Nighthawk, partnership track:

• 7 on/14 off, 10 pm-7:45 am CST
• 1 year to partnership
• Competitive compensation, robust CME allowance, signing bonus, full benefits

Employee track:

• General radiology, mammography, and other options available
• Fully remote, hybrid, or on-site options available
• Flexible scheduling
• Competitive salaries
• Robust CME allowance, signing and moving bonuses, full benefits

Greatest needs are IR, mammography, body imaging, MSK, and nuclear medicine, but all subspecialties and general radiologists are welcome.

Learn more at http://rapaxray.com/
Contact: recruitment@rapaxray.com and Dr. Brandon Kelly at bkelly@rapaxray.com

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Eastern Radiologists

(Greenville & Coastal North Carolina)

Eastern Radiologists is a private practice in Eastern North Carolina that is physician-owned and operated and seeking to hire multiple radiologists due to growth and retirement. The well-established private practice serves a large geographic region through 14 area hospitals and several state-of-the-art imaging centers. Support is provided by nearly 70 subspecialty radiologists.

Currently seeking candidates with the following training:

• Pediatric Imaging
• Breast Imaging
• Neuroradiology
• Body Imaging
• Nighthawk/Overnight
• General Diagnostic Radiology
• Vascular/Interventional

Details:

• Positions are available in Greenville and other coastal communities in Eastern North Carolina.
• Most are partnership track positions which include evening and weekend call responsibilities, but other employment options can be considered. Employment positions can be customized to fit desired schedule/income. Internal moonlighting is available for extra income.
• Great benefits, competitive salary including profit sharing and bonus, generous vacation and paid family leave, and business/educational discretionary account.
• Sign-on bonus

Learn more at https://www.easternrad.com.
Contact: Erica Askew at easkew@easternrad.com

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Radiology and Imaging Specialists

(Central Florida: Lakeland/Winter Haven, SW Orlando, Bradenton)

Independent and long-standing group covering a diverse mix of financially sound hospital partners, outpatient imaging centers, an ASC/OBL, clinics, and a multi-specialty group. 50+ radiologists and 10+ midlevel providers. In-house and experienced IT, Credentialing, HR, and Admin team including dedicated Radiology Liaison support 24/7/365.

Recruiting for Body, Breast, Cardiac, Neuro, IR, and General.

Partnership Track:

• 1-year track
• 10 weeks of vacation
• Sign-on bonus
• Internal moonlighting available but not required
• Full benefits including CME allocation

Employee or Contractor:

• Flexible scheduling: Hospital (ED/IP) or outpatient coverage options available
• Fully remote, hybrid, or on-site depending on location(s) and coverage schedule desired
• Competitive compensation

Learn more at http://risimaging.com.
Contact: Alice Varnadore, Executive Assistant at avarnadore@risimaging.com

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South Texas Radiology Group

(San Antonio, Texas)

STRG is a well-established, expanding, independent subspecialty practice of 70+ radiologists serving 15 hospitals, multiple freestanding ED facilities, and a large outpatient imaging practice (STRIC). Both onsite and remote positions are available.

STRG is a forward-thinking practice with a strong and cohesive culture. Multiple AI projects are in place and in progress to improve efficiency and quality. Internal moonlighting opportunities are available.

Shareholder Track:

• 18-month associate period leading to full partnership with board of directors membership.
• Equity within a large expanding outpatient imaging practice (STRIC)
• Competitive salary with excellent benefits package
• Onsite and work-from-home options for daily work and call
• Hiring across all specialties, with a current emphasis on Body Imaging and Cardiothoracic/Body

Emergency Radiology Track:

• 1 week on/1 week off (7/7) and 1 week on/2 weeks off (7/14) positions available
• Competitive salary with excellent benefits package
• Fully remote and onsite options available.

Learn more at https://stric.com/.
Contact: Waynea Finley at wfinley@strg-pa.com

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Grand Traverse Radiologists

(Traverse City, Michigan)

Established in 1938, GTR is a 100% physician-owned and operated private practice in a four-season resort town on the bays of Lake Michigan.

• High compensation and 12 weeks vacation
• Post-call weekend days off
• Internal moonlighting available
• Positions/partnerships are on-site, but multiple shifts can be done from home.
• Collegial and youthful group with an average age under 40. All partners are equal.
• Hiring for growth. Lists are caught up!

Needs: Body, Breast, ER/General, and IR

Learn more at https://www.grandtraverseradiologists.com
Contact: Dr. Anthony Livorine at alivorine@gtradiologists.com

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Hudson Valley Radiologists

(Poughkeepsie, New York)

A congenial team of 25 sub-specialized radiologists in New York’s scenic Hudson Valley that understands the importance of work-life balance. Since the 1970s, HVR has been respected in the community and known for its entrepreneurial spirit and excellence in patient care, currently providing services to five local hospitals and multiple outpatient imaging centers.

Learn more at https://www.hvrads.com/
Contact: Dr. Evan Kurz at esk@hvrads.com

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Inland Imaging

(Washington, Oregon, Montana)

Inland Imaging is a 120+ radiologist-owned private practice proudly serving multiple outpatient, clinic, and hospital sites throughout the Inland Northwest region. We own and operate one of the first outpatient interventional labs in the West in addition to 7 outpatient imaging centers.

Our practice:

• Sub-specialty interpretations available across all locations.
• All studies are accessible on a common PACS system, one common voice recognition system, and one common worklist
• Internal Nighthawk System providing final interpretations on all ER, STAT, and Inpatient Exams. 24/7 Neuroradiology Coverage and IR Call Coverage.
• 2-year Partnership Track.
• Full-Time Radiologist Average Time Off = 15 weeks with the ability to decrease or increase total time off.
• Average after-hours obligations = 9 weekends per year and 22 evening/swing Shifts.
• Salary Range – $450,000 – $600,000
• Full Benefit Package including health, life, vision, dental, disability, and life.
• 401k match, profit sharing contribution, and cash balance plan.
• Hybrid Work Options

Current Openings:

• Remote overnight ER
• Neuroradiology (choice of Spokane, Seattle, Walla Walla, Tri-Cities, or Missoula)
• Washington
  • Tri-Cities
    • Breast
    • Neuro
    • MSK
  • Spokane – Pediatrics
  • Moses Lake – General/Breast
  • Colville – General/Breast
• Montana
  • Hamilton – General/Breast
• Oregon
  • Pendleton – General/Breast

More information about these positions can be found on our Independent Radiology listing.

Learn more at https://inlandimaging.com/careers
Contact: Sarah Russell, CEO at srussell@inlandimaging.com

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Iowa Radiology

(Des Moines, Iowa)

34-radiologist subspecialized collegial private practice with long-term stability providing coverage to 30 locations across Central and North Central Iowa. Ownership of several outpatient imaging locations yields distributions from technical fees, and Des Moines is one of the fastest-growing areas in the country with a low cost of living, excellent schools, and low taxes.

Partnership track:

• 2-year partnership track with 12 weeks vacation
• On-site daytime coverage; hybrid night and weekend call coverage
• Greatest needs: Breast, Neuro, General. All subspecialties considered for the right candidate.

Employee track:

• Fully remote, hybrid, or on-site options
• Excellent salary and benefits package, including up to 10 weeks of vacation
• Available positions: General, Breast, Flex Shift, Overnight
  • Overnight shift is 10p-8a CST, 7 on/14 off, 100% teleradiology with average 90-120 total cases per shift
  • Evening shift is 4p-12a CST, alternating weeks M-F only (26 weeks and no holidays/weekends)

Learn more at http://www.iowaradiology.com
Contact: recruit@iowarad.com

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If you’re a group looking to advertise, get in touch. The monthly post here is limited to just a handful of groups at a time, but last August I launched Independent Radiology as a resource for the broader community, a dedicated private practice radiology job board with 130 groups so far. If you’re in the market, please also check it out for your job-hunting needs.

In this previous post about breast imaging, we briefly touched on the soon-to-be-growing-and-maybe-even-critical problem of automation bias in radiology caused by the growing use of AI.

This study evaluating AI-assisted detection of cerebral aneurysms had similar findings:

Results
False-positive AI results led to significantly higher suspicion of aneurysm findings (p = 0.01). Inexperienced readers further recommended significantly more intense follow-up examinations when presented with false-positive AI findings (p = 0.005). Reading times were significantly shorter with AI assistance in inexperienced (164.1 vs 228.2 s; p < 0.001), moderately experienced (126.2 vs 156.5 s; p < 0.009), and very experienced (117.9 vs 153.5 s; p < 0.001) readers alike.

Conclusion
Our results demonstrate the susceptibility of radiology readers to automation bias in detecting cerebral aneurysms in TOF-MRA studies when encountering false-positive AI findings. While AI systems for cerebral aneurysm detection can provide benefits, challenges in human–AI interaction need to be mitigated to ensure safe and effective adoption.

Everyone got faster, but inexperienced readers were fooled by false positives.

This is going to be such a problem.

The reality is that using AI to make us faster is so incredibly ripe for these outcomes. Sure, we could using AI to catch mistakes after an initial independent rad interpretation, and then we could even set up such a system to then use a third party to adjudicate persistent disagreements in a blinded fashion (i.e. a neutral third party radiologist or maybe a different AI agent picks the winner without knowing who they side with)–but the raw economics absolutely point to us using AI as a resident first draft as soon as feasible. It’s going to get messy.

There is an argument that you will have to increasingly be an expert in order to outperform an increasingly competent algorithm. While many current machine mistakes are obvious to experienced radiologists, failures won’t always be comically clear in the future. Assuming we need humans for the long term, training and training quality are critical, and doing so in a way that shields humans from tainting and overreliance on computers will be key.

Yes, pilots use autopilot, but some of those big life-saving stories make the news precisely because pilots also sometimes need to take control.

If you read my article on using Autohotkey for radiology, I describe that I use a click-lock script to simulate holding down the left mouse button. This allows me to power-scroll by using a single keystroke (in my case, backslash) to toggle scrolling on/off instead of needing to hold the mouse in a death grip for hours a day (which is a great way to destroy your wrist):

;toggle holding down the left mouse button
\::
alt := not alt
if (alt)
{
Click Down
}
else
{
Click Up
}
Return

If you also happened to read my post on radiology equipment or the follow-up deeper dive on how I use the Contour Shuttle for radiology, you may also know that I really enjoy autoscrolling with the Shuttle’s outer dial: When I twist the dial, each “hour” on the clockface repeats the mouse scroll wheel multiple times a second to allow me to scroll to varying speeds without needing to move at all. It takes some getting used to, but it’s awesome.

Not everyone has the Shuttle or the ability to install software on hospital computers, so I was thinking about how to recreate that without the wheel.

The following script was made–with a surprising amount of back and forth–using ChatGPT (I just kept telling it what errors it was getting and it eventually figured it out). I include it here as a potentially helpful tool but mostly to inspire you to play with making your own things to solve your own needs. The LLMs available for free online now make this sort of thing comically easy related to even just a couple of years ago.

The way this example works is by combining Alt + any number key (1-9) to scroll up and Ctrl + 1-9 to scroll down. The higher the number you press, the faster you scroll. As in, Alt+1 scrolls slowly and Alt+9 scrolls quickly. The reality is that anyone using some variant of this would almost certainly want to change the hotkeys used on an actual keyboard (perhaps using ZXC and ASD for slow, medium, and fast scrolling respectively instead of the numbers), but it would probably be best used with a small keypad where you could pick a handful of your favorite speeds and assign them to some obscure key combination that you would map to one of those keypad buttons.

Regardless, the point is that with a small amount of work, we can set up an off-hand alternative to jerking the mouse wheel back and forth incessantly. The more joints we spread these repetitive motions to, the better.

Enjoy:

#Persistent
#SingleInstance Force
SetBatchLines, -1

; Define scroll speeds (in milliseconds per scroll)
scrollSpeeds := [1000, 500, 200, 100, 67, 50, 40, 33, 25]

; Variables to track active scrolling
scrollUpActive := false
scrollDownActive := false

; Function to start scrolling up
StartScrollUp(speed) {
global scrollUpActive
scrollUpActive := true
while (scrollUpActive) {
Send {WheelUp}
Sleep speed
}
}

; Function to start scrolling down
StartScrollDown(speed) {
global scrollDownActive
scrollDownActive := true
while (scrollDownActive) {
Send {WheelDown}
Sleep speed
}
}

; Function to stop scrolling
StopScrolling() {
global scrollUpActive, scrollDownActive
scrollUpActive := false
scrollDownActive := false
}

; Manually Define Hotkeys for Alt + 1-9 (Scroll Up)
~Alt & 1::StartScrollUp(scrollSpeeds[1])
~Alt & 2::StartScrollUp(scrollSpeeds[2])
~Alt & 3::StartScrollUp(scrollSpeeds[3])
~Alt & 4::StartScrollUp(scrollSpeeds[4])
~Alt & 5::StartScrollUp(scrollSpeeds[5])
~Alt & 6::StartScrollUp(scrollSpeeds[6])
~Alt & 7::StartScrollUp(scrollSpeeds[7])
~Alt & 8::StartScrollUp(scrollSpeeds[8])
~Alt & 9::StartScrollUp(scrollSpeeds[9])

; Manually Define Hotkeys for Ctrl + 1-9 (Scroll Down)
~Ctrl & 1::StartScrollDown(scrollSpeeds[1])
~Ctrl & 2::StartScrollDown(scrollSpeeds[2])
~Ctrl & 3::StartScrollDown(scrollSpeeds[3])
~Ctrl & 4::StartScrollDown(scrollSpeeds[4])
~Ctrl & 5::StartScrollDown(scrollSpeeds[5])
~Ctrl & 6::StartScrollDown(scrollSpeeds[6])
~Ctrl & 7::StartScrollDown(scrollSpeeds[7])
~Ctrl & 8::StartScrollDown(scrollSpeeds[8])
~Ctrl & 9::StartScrollDown(scrollSpeeds[9])

; Ensure scrolling stops when releasing Alt or Ctrl
~Alt Up::
~Ctrl Up::
StopScrolling()
return

Note that this script as copy/pasted doesn’t play nicely with my scripts in the other post because I personally use the ctrl key in my macros to control Powerscribe, but changing things up is as easy as just changing a letter or two.

I am not an expert here, and I guarantee there are better ways to achieve this functionality, but stuff like this is a great example of what’s possible for a novice with a little vibe coding enabled by current LLMs.

This month, at the request of the Society of Pediatric Radiology, the ABR announced the addition of pediatric radiology to the “do a fellowship during residency” pathway first pioneered by nuclear medicine several years ago. One surmises this new pathway is not being offered because pediatric radiology is easier or requires less training and expertise than any other type of radiology but merely reflects the reality that we need radiologists with skills in pediatric radiology just as we do in nuclear medicine.

Obviously, there are radiologists in the workforce, especially in academia, practicing nearly 100% nuclear medicine and 100% pediatric radiology, but we need more people with these skills than there are physicians willing to set aside a year of their life after training to do so—especially when those skills aren’t always as marketable as something currently in demand like breast imaging or even as reliably employable as body imaging or neuroradiology.

So while these intra-residency pathways are a reasonable measure to ensure the adequate supply of radiologists with desirable skills, they are also an inconsistency problem in that there is absolutely no reason why those two fields should be different from any other diagnostic radiology subspecialty other than the supply and demand issues within the broader radiology community (and perhaps especially those actively volunteering for the American Board of Radiology or having the ear of those who do).

My point:

If you can now subspecialize early during residency and sit for the pediatric subspeciality examination, then there is no justifiable reason why you shouldn’t be able to do the same thing for neuroradiology, which is the other diagnostic subspecialty that has a CAQ (Certificate of Added Qualification) exam. (Please leave aside for the moment the reality that these tests are not meaningful assessments and that there are plenty of terrible radiologists who manage to hold various ABR certificates.)

Frankly, this would be even more true for any non-ACGME fellowships like body or MSK, but those fellowships don’t actually have any associated tests that place barriers to qualification. As in, the ABR doles out only certain credentials that let you say things like, “Look at me! I’m a real neuroradiologist!” They don’t do that for, say, breast imaging. The ABR doesn’t have any power over deciding how much time it takes for you to be officially “breast-trained” or “body-trained” or anything else–that’s the market (because there is no such officiality). If we all wanted to agree that 9 months of breast imaging as a senior resident is good enough to be a mammo fellowship equivalent, we can do that. Various imaging societies would certainly have an opinion, but no one can stop us. That’s why some institutions already offer various hybrid combo fellowships. Starting right now residencies could start offering their own “Mammo Certificates” documenting a trainee has truly obtained specific breast skillsets and interpreted some even higher minimum number of exams if they so chose. Those certificates would carry whatever weight we as a field choose to ascribe to them. But the ABR subspecialties are in the hands of the ABR, and–I suspect–the ABR sets the tone for the whole field.

Now, perhaps we want to argue that opening up early subspecialization for other fields (e.g. A Neuro Pathway) would be counterproductive for the presumed purpose of encouraging people to dedicate more time during residency to pediatric imaging or nuclear medicine. That sort of early focus would instead just allow more people doing other subfields to forgo an extra year of fellowship instead of focusing on those two subspecialties (facilitating shorter training generally is presumably not the ABR’s goal, though ironically with the current radiologist shortage, many have advocated for just this type of streamlining).

I would argue that this is not an intellectually tenable position for the American Board of Radiology to take, in the sense that the ABR is not a central-planning puppeteer tweaking the strings to direct radiologists to where they are most needed. The ABR’s stated mission is “to certify that our diplomates demonstrate the requisite knowledge, skill, and understanding of their disciplines to the benefit of patients.” If a trainee can now sit for an ABR certification thanks to a given number of months of subspecialty exposure during residency, then it’s hard to understand how that should only be limited to the current two subspecialties. It’s hard to understand how these limitations can be explained by the ABR’s stated mission. The ABR is not the steward of the job market, and such certification changes probably shouldn’t depend on specific external requests from specific stakeholders. Why should the ABR wait for a request from the ASNR? None of these societies speak for radiology any more than the ABR itself does.

Now, to be clear, I’m not arguing here that fellowships aren’t important or that most mini-fellowships are as demanding and educational as most regular fellowships, or any actual real-world implications. Unfortunately, there is no canonical “fellowship” to compare to or any actual criteria we use to determine if training is adequate, let alone good. We have long in medicine just used training time and occasionally training volume combined with a multiple choice test or two to pretend that someone has real-world skills. It’s proxy turtles all the way down.

Residency and fellowship training composition and quality are highly variable, but the various argument permutations that immediately popped into your mind are actually irrelevant. You are absolutely free to think that these pathways shouldn’t exist, and you are equally free to believe that your subspecialty really does require a magical year after graduation.

These pathways already exist; I’m just here to point out the hypocrisy.

Once you say someone can specialize early mostly by completing their senior electives in a single field and then have that qualify as fellowship-equivalent subspecialty training, then logically that should be true regardless of diagnostic subspecialty choice.

My first Backtable episode about the rad shortage, the job market, and PE in radiology was back in 2023.

I’m back on Backtable this week with a wide-ranging conversation about the job market, teleradiology, updates in the world of radiology private equity, etc etc. Always fun to chat with Ally and Mike, they’re awesome. Though, for the record, while I appreciate their kind introduction, I do not condone and categorically reject any overly charitable label that contains or alludes to the phrase “thought leader.”

Some articles for the show notes that are relevant to our discussion:

• The PE lies that inspired the creation of a new job board
• More reasons why I made Independent Radiology specifically to support private practice
• All about the new Aetna vs RP lawsuit (which itself also includes links to the posts about the UHC vs RP lawsuit that settled last year)

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Hospital Stipends vs Higher Rates

During the show, Ally asked about groups getting paid more by hospitals via stipends (i.e. call-pay/service fees/whatever-you-want-to-call-it) versus a guaranteed per-RVU rate (the latter is often direct pay per study with the hospital doing their own billing but can also be a bump after billing to an agreed-on rate to account for unpaid care/payor mix/shortfall from market rates).

I suggested that for many smaller groups approaching these conversations with hospitals for the first time, a stipend is probably easier. It’s predictable, there are easy precedents the hospital understands (e.g. other call pay), and it doesn’t usually require seismic contract or billing changes.

The reality is, I think, of course, a bit more nuanced. It depends on whether the pay increase is added on to an existing contract and long-standing relationship or part of a new contract negotiation, the size of the group, and the size/volumes of the hospital.

To reiterate, a call stipend or radiology service fee may be much more palatable to some hospitals when added to a preexisting contract as it doesn’t require changing anything else and just falls in line with the preexisting idea of call pay. For a group, it also has the benefit of providing a floor such that even if volumes aren’t high, the group still gets paid for being willing to cover after hours.

However, a per-RVU rate will likely make much more sense for a new hospital coverage paradigm in our current era of radiology contract musical chairs where a group is guaranteed that each case is paid at a good rate and doesn’t need to concern itself with billing reimbursement, bad debt, and other headaches. You read a case, you get paid a predictable rate. This may be especially good when a group’s contracts are not strong with payors and protects against downward reimbursement pressure. It’s also what a lot of the recent teleradiology contracts have been, which doubly makes sense given they are not local, may not have existing local payor contracts, and are often aggregating multiple hospitals together into one feed and spreading the work around.

Some hospitals may also be happier to pay fractionally for the work they’re actually getting than a separate fee for access (but I suspect they are most happy just spending less). Pay per RVU could still be a problem if there is a bad casemix with large numbers of plain films etc. I haven’t personally heard of many hospitals paying per-case on a modality basis, which is something relatively common in the outpatient world, but that doesn’t mean it isn’t happening.

In some ways, you can consider a service fee to have a floor that guarantees a certain level of income despite variable volumes, and a high per RVU rate as a guarantee of fair reimbursement in the setting of high/growing volumes. They also aren’t mutually exclusive.

The reality is that money is fungible, so what really matters for a group’s bottom line is more the actual pay itself than the exact mechanism. It’s not hard to look at your current RVUs and average reimbursement per hour or shift, add in a proposed stipend, and then do the simple math to figure out the effective pay per RVU. Yes, getting paid more per RVU directly is more straightforward. It scales easily with growing volumes, whereas a stipend may need to be increased if more staffing is needed in the future. Again, a small practice trying to remain competitive and putting one person on call at a time is a different beast than a large conglomerate with a large night team that is staffing based on an aggregate of multiple hospitals.

Each one is optimized for a different kind of hospital, a different kind of relationship, and a different kind of future. For groups going to their hospital and negotiating, the real best method is whatever the hospital is willing to do and still gets you the reimbursement you need for recruitment and retention. A credible threat of walking is the best leverage.

The most salient point is that groups can no longer provide services at a loss and still expect to be able to pay competitively in the market.

The Good Jobber and the Critical Curmudgeon

Most radiology resident evaluations are a one-way trip on the “keep reading” express. Maybe, in harsher climates, “read more,” which is just a coded way of saying I wish you were better and more knowledgeable with the word “reading” used as a stand-in for “learn more useful stuff please.”

Many attendings are nice but not kind. We don’t want to hurt anyone’s feelings, so we don’t share specific critical feedback other than in cursory, generic, or essentially universal ways.

When more substantive critical/negative feedback is given, it can also be idiosyncratic concerning various pet peeves (i.e. not generalizable or particularly helpful) or a list of mistakes (without direction on how to fix them). Because most of us are cowards, these shortcomings are often a total gut punch of a surprise.

Feedback as a first-year radiology resident is often more a measure of compliance than growth.

But even when helpful, most rotation evaluations feel more like a grade/assessment and less like a pathway forward.

Ideally, you’d get feedback continuously. You don’t want generic ‘good job’ feedback or ‘you suck’ feedback. Neither is very helpful except to tell you that things are generally working or generally not working, and that’s not really going to help guide action except in the broadest sense. When it comes to in-person or at least specific one-on-one style feedback in an ideal world, you would simply get great, actionable feedback. But we don’t live in an ideal world and most feedback you receive will be generically positive or negative in ways that mostly reflect the bias of the person providing the feedback and their personal preferences.

(A classic useless example is a female resident hearing that she should “be more confident” from older male attendings)

So, in all likelihood, you will feel that your evaluations fall into one of two camps: The Good Jobber (gee, thanks) and the Critical Curmudgeon (okay, jerkface). Neither is all that helpful. Chances are, it’s going to be up to you to get the feedback you want/need.

The Painful Request

There are situations where–despite the unpleasant awkwardness–it is in the learner’s best interest to ask for feedback. When you directly ask for feedback, you have a greater chance of receiving helpful specific feedback if you ask for specificity. So don’t just say, “Do you have any feedback for me? How can I get better?” Rather, consider asking about specific ways to improve: How can I improve the conciseness of my reports? How is my organization? Have you noticed any instances where my reporting style may be unclear to clinicians? Is there a certain kind of perceptual mistake that you’ve seen me make multiple times that I should incorporate into my search pattern or my proofreading checklist to do better quality work? A direct question is more likely to get a directly helpful response. Does that sound tool-ish when written out this way? You bet it does. But surgical requests are more likely to generate meaningful responses.

At any given time, you may be working on a specific part of your approach to radiology. You may be working on developing your first-year search pattern. You may be working on the library of if-then pattern extenders that help you address pertinent disease features or whittle down a differential diagnosis. You may be working on your mental checklist so that you do not omit parts of the report. You may be working on trying to hone down and describe findings that matter and leaving out truly extraneous detail. You may be working on making reports that are as short as possible while containing the information that will help decide patient management.

When you ask for feedback or when people give you generic feedback, consider tailoring your request or your follow-up questions to get advice and feedback on the issues that you’re working on actively right now. We simply can’t actively work on every aspect of our jobs every day. That’s not how deliberate practice works. We all get better and more refined in our routines over time organically. Your process, whether it’s optimal or not, will become ingrained through repetition.

But that’s not how people who are experts actually improve to the next level of effectiveness. They do so in a piecemeal fashion. So if you want to work on that process and not just solidify through the inevitable accrual of time, then you may need some guidance on how to deploy that extra thoughtful work. If you aren’t sure what to work on, then consider asking for what is the one thing that is your weakest in a specific context: As in, what sort of finding am I missing? What sort of error am I making in my reports? What is the most irritating thing that you find yourself editing when finalizing my work?

Reception & Acceptance

1. Listen for Patterns

We can be fragile: we can take feedback too personally and miss opportunities to improve.

We can be stubborn: we get used to hearing the same things and start internalizing them, then start ignoring what others say and also miss opportunities to improve.

Patterns are important: Don’t let a single bit of negative feedback crush your self-worth. But, the more often you hear something, the more seriously you should take it. Even when the feedback feels isolated, keep in mind that most feedback you get will fall into the generic nice-but-not-kind good-jobber variety just by dint of attending personality and not your performance.

2. Experts Are Often Wrong

Never forget that not all feedback is good feedback, and many experts do not understand how they arrived at their expertise. They may not know which practice methods would be most efficient to achieve mastery even for themselves let alone for any individual learner. They are trying to help, but meta-learning is a challenge.

Most people do not really know or understand how they learn. You might know how you like to learn, but how you like to learn isn’t necessarily the same as how you learn the best.

Commentary on your deficiencies is likely spot on, but proposed solutions for how you should fix them are a different story.

3. Stop Wrong-Spotting

In defense of our ego, we often look for inaccuracies that allow us to psychologically reject the entire package. Instead of looking for reasons the person is wrong in order to create a straw man (even if they are in some details), look for the parts of feedback that are helpful or potentially true. The goal isn’t to be right; it’s to be better.

The Most Important Feedback is the Case-Loop

It’s not just what you’re doing, but how you’re doing it. It’s a difference in perspective. The way a novice and an experienced reader approach an exam is not the same, and the goal of the learning process is to move efficiently along the path from learner to expert.

One of the amazing baked-in capabilities of radiology residency training is that previewing and dictating a case and then reading out gives you 1) your attempt, 2) a fallible but more experienced person’s attempt, and 3) allows you to see the difference.

Obviously, you cannot see directly into the mind of your attending, and even how they verbalize their thought process or describe their search pattern is not necessarily the same as what they’re actually doing. Our subjective awareness of how we think is not perfect. We are in part black boxes even unto ourselves. At the risk of getting too far into metaphysics, we don’t think we think how we think.

Nonetheless, every case you read is the most plentiful opportunity for feedback. It’s not about just missing a certain finding or whether you were right or wrong. It’s about where you are now and seeing the next steps to getting where you want to be.

Feedback is not just what you get at the end of a rotation, it’s the difference between what you did and what–after the fact–you wish you’d done.