Placeholder Image

Subtitles section Play video

  • So you want to be a radiologist. You like the idea of sitting in a dark room, looking

  • at x-rays, and steering clear of patient contact. Let's debunk the public perception myths

  • of what it means to be a radiologist, and give it to you straight. This is the reality

  • of radiology.

  • Dr. Jubbal, MedSchoolInsiders.com.

  • Welcome to our next installment in So You Want to Be. In this series, we highlight a

  • specific specialty within medicine, such as radiology, and help you decide if it's a

  • good fit for you. You can find the other specialties on our So You Want to Be playlist. If you

  • want to vote in upcoming polls to decide what future specialties we cover, make sure you're

  • subscribed.

  • If you'd like to see what being a radiologist looks like, check out my second channel, Kevin

  • Jubbal, M.D., where I do a second series in parallel called a Day in the Life. We'll

  • be doing a Day in the Life of a Radiologist soon.

  • When a patient comes in with a specific complaint, unless that problem is skin deep, you can't

  • actually see what the problem is with your own eyes. For example, only a few causes of

  • the commonly presenting complaint of abdominal pain can be diagnosed with just history, physical

  • exam, and lab tests.

  • Fortunately, the field of diagnostic radiology exists, whereby we can use powerful machines

  • to visualize what is occurring inside the body. Radiologists are experts in interpreting

  • these images and leverage the power of these machines to both diagnose and treat disease.

  • Imaging modalities are used by most physicians in most specialties. Any time a non-radiologist

  • physician orders an imaging study, a radiologist will analyze the images and provide their

  • assessment, which helps the ordering provider guide the appropriate care to the patient.

  • But radiology isn't just about reading images. Some radiologists use these imaging technologies

  • to improve the precision of certain procedures. For example, a suspicious mass in a patient's

  • kidney can be sampled through an ultrasound-guided needle biopsy, rather than surgical excision.

  • And while the common stereotype suggests radiologists are shy, socially awkward, don't like talking

  • to people, and just sit in a dark room all day, that's far from the truth. Radiologists

  • aren't isolated and sitting by themselves in reading rooms. While not as high energy

  • as the hospital floor or operating room, physicians regularly visit or call the reading room for

  • assistance with their patients. And because radiology is a comparatively low-acuity field

  • compared to other specialties, reading rooms are often laid-back and jovial in nature.

  • But radiologists' work isn't confined to just reading rooms. While most spend their

  • time in reading rooms, they can also perform several procedures, ranging from life-saving

  • procedures such as embolizing or ablating cancers with radiation-infused particles,

  • to management-defining procedures such as taking a biopsy of a mass in deep areas of

  • the body that no scalpel can safely reach.

  • There are a few ways to categorize radiology.

  • Thanks to a flexible job market, radiologists can choose to be more reading-room focused

  • or patient-facing.

  • Non-procedural radiologists choose to spend the large majority, if not all, of their time

  • in the reading room.

  • On the other hand, you can choose to be heavily procedural, as every subspecialty within radiology

  • involves procedures and provides the opportunity to be patient-facing either in the procedure

  • suite, at the bedside, or in clinic. Procedures are particularly common amongst breast radiologists,

  • interventional radiologists, and musculoskeletal radiologists.

  • As an academic radiologist, your responsibilities will include a combination of reading films,

  • teaching residents, and conducting radiology-related research. Many academic radiologists also

  • have their own clinic where they evaluate and manage patients. Your clinical duties

  • will generally be at a slower pace compared to private practice to accommodate time for

  • teaching, research, and clinic.

  • In private practice or community based practices, the large majority of your time will be spent

  • in the reading room and your primary responsibility will be in completing reads of imaging films

  • in an accurate and timely manner. You'll be spending less time performing procedures

  • related to your subspecialty training.

  • After four years of medical school, radiology residency is a total of 5 years. The first

  • year, or the intern year, is either a preliminary or transition year, whereby you obtain clinical

  • training focused on various internal medicine or surgical rotations. This internship is

  • often performed at a different institution. The subsequent 4 years are dedicated to your

  • radiology training.

  • This means as a PGY-1, or post-graduate year 1, you'll be an intern, and as a PGY-2,

  • you'll be in your second year out of medical school, but in your first year of radiology

  • training, or R-1.

  • We call theseadvancedprograms, as they provide training beginning with your

  • PGY2 year. Other specialties that include advanced programs are anesthesiology, ophthalmology,

  • radiation oncology, and dermatology. Most other specialties includecategorical

  • residency programs, whereby you spend your entire training period at one institution,

  • and begin training in your intended specialty in the first year. For example, when I was

  • in plastic surgery residency, it was a 6 year program all at one institution, and I had

  • plastic surgery exposure even in my first month.

  • Diagnostic radiology is middle of the pack in terms of competitiveness, with an average

  • Step 1 in recent years around 240 and an average Step 2CK in the mid to high 240's. From

  • our competitiveness comparison table, radiology ranks at 14 out of 22. If you go directly

  • to an interventional radiology residency program, it's a bit more competitive, with average

  • Step 1 in the mid 240's and an average Step 2CK in the mid 250's. Considering board

  • scores and other factors from the NRMP official data, this places interventional radiology

  • at 7 out 22 in terms of competitiveness.

  • Medical students that typically apply to radiology are friendly, laid-back, and humble individuals

  • who understand the importance of work-life balance. These are also often the intellectual

  • and curious students, as diagnostic radiology is heavy on thinking and light on the clinical

  • application of medicine. If you enjoyed your preclinical years of medical school more than

  • your clinical years, you may prefer the intellectual aspect of medicine.

  • After radiology residency, you can subspecialize further with fellowship, all of which are

  • 1 year in duration, except for IR.

  • Interventional radiology, or IR for short, is the most procedure-heavy radiology subspecialty.

  • Procedures are minimally invasive, performed using wires and catheters. You can cure cancers,

  • stop life-threatening hemorrhage, salvage critical limbs, and reverse disabling genitourinary

  • conditions through an incision merely centimeters long.

  • This is the busiest and fastest-paced of the radiology subspecialties. While you can do

  • this as a 2 year fellowship after completing your radiology residency, you can also directly

  • go into an integrated interventional radiology residency after medical school, which is a

  • 6 year path.

  • Neuroradiology is for those who are highly intellectual, have a passion for learning,

  • and are driven by curiosity. The job of a neuroradiologist is to diagnose pathologies

  • involving the brain and spinal cord and guide clinical decision-making. Diagnosing strokes

  • is one of the most important responsibilities. You can additionally pursue a neurointerventional

  • fellowship afterwards if you are interested in more procedural interventions with the

  • brain and spinal cord.

  • Breast radiology is heavily patient-facing, whereby you'll hold clinic performing mammograms

  • and biopsies on primarily female patients. If you find a cancerous lesion, you'll refer

  • to hematology, oncology, or surgical oncology for the next steps depending on the type of

  • cancer.

  • This has the best lifestyle of all the radiology subspecialties, as there are no breast emergencies

  • requiring overnight call.

  • Pediatric radiology is for those who enjoy the pathology of pediatrics but not necessarily

  • the clinical aspect. The pathology in this patient population is unique, including intussusception,

  • whereby the colon telescopes on itself, and as a pediatric radiologist, you'll be administering

  • the air enema for treatment. You'll also see manifestations of rare congenital diseases,

  • more so than just about any other field.

  • With MSK radiology, your responsibilities will revolve around sports medicine and orthopedics

  • in both diagnosis and management. As a result, you'll be working side by side with the

  • orthopods. It's a highly procedural field, with joint injections for pain, joint aspirations

  • for diagnosis, and kyphoplasties to treat vertebral fractures.

  • Body imaging and MRI is the work-horse of radiology and the backbone of the hospital.

  • These are the experts in cross-sectional imaging, meaning CT, MRI, and ultrasound, to diagnose

  • diseases found in the chest, abdomen, and pelvis.

  • This is a procedure heavy subspecialty, with biopsies, drainages, aspirations, cancer cryoablations,

  • and cancer radiofrequency ablations.

  • There's a lot to love about radiology. Radiology is one of the ROAD lifestyle specialties,

  • standing for radiology, ophthalmology, anesthesiology, and dermatology. It's not hard to maintain

  • a good work-life balance, and you'll be well compensated for your work, making an

  • average of $427,000 per year.

  • As more specialties are relying less on the physical exam and more heavily on imaging

  • to make a diagnosis or monitor a disease, your input is crucial, and you'll know you're

  • making a difference and that your voice is being heard.

  • Given the lower acuity work environment, the atmosphere is lower stress, and colleagues

  • are more amicable and collegial compared to higher stress specialties.

  • You may not appreciate this now, but you certainly will the farther along you are in training

  • there's less nonsense and bureaucratic sludge to work through. Your daily tasks as

  • a radiologist have a direct impact on patient outcomes, whether it's helping to diagnose

  • a disease or provide an intervention. As a consultant, you won't have to deal with

  • the difficulties of healthcare delivery such as arguing with insurance, sorting out patient

  • disposition, meaning where they go after they are discharged from the hospital, dealing

  • with non-compliant patients, or pleading with consultants to evaluate your patient.

  • Lastly, radiology is an innovative field, and you'll be able to play with new toys

  • and gadgets. While some are afraid of artificial intelligence replacing the job of radiologists,

  • it will likely augment and make their job easier rather than outright replace them.

  • While radiology is a great field, it's far from perfect. You won't be on the receiving

  • end of gratitude from patients after making the critical diagnosis that allows the primary

  • physician to best manage them. This is because as a radiologist, you are less commonly seeing

  • patients in person, but rather remotely through images. If you crave patient interaction or

  • continuity, radiology won't be able to provide these elements.

  • Just like its name implies, diagnostic radiology is all about identifying the problem. Much

  • less often are you the one fixing the problem, as that's the ordering physician's responsibility,

  • unless you're in interventional radiology. If you like the satisfaction of being the

  • one to solve the problem or treat the disease, diagnostic radiology may not be able to provide

  • that for you.

  • And while the stereotypes that radiologists are introverted and awkward are not necessarily

  • true, they're unfortunately pervasive in the public eye.

  • How can you decide if radiology is a good field for you? Those who thrive and are happiest

  • in the field tend to be curious and enjoy the intellectual aspect of medicine. If you

  • like puzzles, radiology is essentially thatthe diagnosis is right in front of you,

  • and you simply have to piece together the information to find it.

  • If you value work-life balance with time outside the hospital and high compensation, you can

  • have your cake and eat it too with radiology. But make sure you enjoy the day to day of

  • what radiologists deal withnamely, reading images, which may leave some of the more outgoing

  • or adrenaline-fuelled individuals feeling unfulfilled.

  • If you have a big ego, radiology may not be for you. You have to be okay knowing that

  • you'll often be underappreciated, with many patients not necessarily knowing you were

  • involved in their care, but your non-radiology physician colleagues will find your help indispensable.

  • Big shout out to the radiologists at Med School Insiders that helped me in the creation of

  • this video. If you'd like to work with one of them one-on-one and bolster your application

  • as a future medical student or radiologist, visit MedSchoolInsiders.com to learn more.

  • Thank you all so much for watching. If you enjoyed this video, check out our So You Want

  • to Be playlist, where you can find the three other ROAD specialties, namely ophthalmology,

  • anesthesiology, and dermatology. Much love, and I'll see you guys in that next one.

So you want to be a radiologist. You like the idea of sitting in a dark room, looking

Subtitles and vocabulary

Click the word to look it up Click the word to find further inforamtion about it