Since some people showed interest in knowing more about this exam I thought I'd share my experience. I took it a few weeks ago and got a passing grade. We don't get actual grades though, it's just pass or fail. The pass rate for 2006-2009 is 86.5% (+/- 7% [SD]) for first-attempt candidates who completed the majority of their residency in Canada. Anatomic pathology residency in Canada is 1 year internal medicine/surgery clinical internship + 4 years AP (1 year of which being flexible, i.e. research, more AP or more clinical rotations). Evaluating the level of difficulty of an exam can't be judged solely by the pass rate though. And, unfortunately, rates for candidates trained out of the country are not published. I will take the ABP AP only exam later this month and will be sure to post my take on how they compare.
Given on two days the Royal College exam has 3 sections: written, practical and oral.
Written:
- 3 hours
- 28 topics with 3-4 subquestions in each
- all are short answer (from one word to 1 or 2 sentences)
- topics go from Robbins first chapters on general pathology (including very recent molecular biology stuff from most recent edition) to more practical stuff like what you find in CAP protocols, Bethesda cytology books and immunohistochemistry and quality assurance handbooks.
- a lot of emphasis is put on clinical knowledge, i.e. signs and symptoms, complications, treatment and prognosis, etc.
- many questions ask for lists of 5-6 elements which can be quite demanding.
- here's a few examples of questions:
Practical:
- quick microscope slides section (2 hours)
- cytology computer images (1 hour)
- gross pathology computer images (1 hour)
- Forensic / autopsy pathology computer images (1 hour)
Oral:
- next day
- 50 minutes to review 5 cases (10 minutes/case)
- one of the 5 cases can be cytology
- 1 slide/case for surgical pathology. 2 slides/case for cytology.
- cases are rarely straightforward and usually need ancillary studies to be fully resolved.
- 1 hour oral exam with 2 examiners
- typically, for each case, they could initially ask:
- and start to digress on:
- they certainly evaluate your AP eye and knowledge, but mostly they evaluate how mature you are in solving day to day problems with your own cases and with technicians, surgeons, clinicians, administrators, residents, other pathologists, etc. Very in tune with the "future of pathology" / "physician actively involved on the patient care team" kind of stuff you hear from the CAP.
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At most 10-20% of the topics come back every year, but exact questions are never the same. About 30% of the cytology images and 20% of the quick microscope slides also come back.
Residents usually get 6-8 weeks off-duty to study before the exam, depending on where they train (using vacation/study/sick days pooled together).
Results are given on the web between 1-5 business days after the exam.
Certificate is valid for life with no need to recertify after 10 years. However, you need to pay your dues of around 1000$/year and follow a CME program.
More info on http://rcpsc.medical.org/
Given on two days the Royal College exam has 3 sections: written, practical and oral.
Written:
- 3 hours
- 28 topics with 3-4 subquestions in each
- all are short answer (from one word to 1 or 2 sentences)
- topics go from Robbins first chapters on general pathology (including very recent molecular biology stuff from most recent edition) to more practical stuff like what you find in CAP protocols, Bethesda cytology books and immunohistochemistry and quality assurance handbooks.
- a lot of emphasis is put on clinical knowledge, i.e. signs and symptoms, complications, treatment and prognosis, etc.
- many questions ask for lists of 5-6 elements which can be quite demanding.
- here's a few examples of questions:
- Vascular liver disease: list 3 classical signs of Budd-Chiari syndrome, 6 causes of hepatic vein thrombosis, and give the most common etiology of veno-occlusive disease.
- Lead intoxication: list 3 occupations with increased risk, give most frequent way of entry, give one clinical or histopathologic finding in each of: <link rel="File-List" href="file:///C:%5CUsers%5Cbellez%5CAppData%5CLocal%5CTemp%5Cmsohtmlclip1%5C01%5Cclip_filelist.xml"><link rel="themeData" href="file:///C:%5CUsers%5Cbellez%5CAppData%5CLocal%5CTemp%5Cmsohtmlclip1%5C01%5Cclip_themedata.thmx"><link rel="colorSchemeMapping" href="file:///C:%5CUsers%5Cbellez%5CAppData%5CLocal%5CTemp%5Cmsohtmlclip1%5C01%5Cclip_colorschememapping.xml">nervous system, gengiva, blood, kidneys, long bones.
- ER/PR in breast: list 3 pre- or post-analytic elements that could be verified in a QA program / accreditation review. List 4 analytic factors that can affect the intensity of staining. Give a reason why a clinician would ask you to do ER testing on a DCIS specimen. According to CAP/ASCO 2010 guidelines, what is the threshold of positivity for ER immunohistochemical testing.
- Fibromatosis: list 3 ddx of intra-abdominal fibromatosis. Give one positive immuno in fibromatosis (specifying the type of staining.) Name the syndrome. Give 4 more tumors associated with the syndrome.
- p53 and miRNA: give 2 ways p53 affects the cell cycle. describe the interaction between p53 and the mi34 family of miRNA. Name the syndrome associated with a germinal mutation of p53.
- Thyroid carcinoma: name 2 molecular markers of papillary thyroid carcinoma. Name the recommended treatment for a follicular neoplasm on cytology according to the Bethesda system. Name 2 benign ddx of papillary thyroid carcinoma on cytology.
Practical:
- quick microscope slides section (2 hours)
- 50 slides
- age and organ given
- short answer format: give the most likely diagnosis
- examples: glomus tumor, amyloidoma, amebiasis, hydatid cyst, chorangioma, angiofibroma, granulomatous prostatitis, oligodendroglioma, vulvar Paget, etc.
- 20 cases (1-3 images/case)
- age and organ given
- short answer format: give the most likely diagnosis
- examples: Warthin, LSIL, SCLC, lung carcinoid, metastatic adenocarcinoma in liver or pleural fluid, lactation adenoma, tricho, decoy cells, one esoteric soft tissue FNA, etc.
- 20 cases (1-3 images/case)
- specific questions asked (1-3/case)
- short answer format
- examples: image of fetus with cystic hygroma (give diagnosis and most common cause), mitral valve myxoid degeneration, osteosarcoma, placental infarcts, pdeudomembranous colitis, tesiticular tumor, etc.
- 20 cases (1-3 images/case)
- specific questions asked (1-3/case)
- short answer format
- examples: images with various blunt force injuries (name all types of lesion present), image of cloudy CSF fluid being drawn (name 1 other gross finding, what 2 lab tests would you order), atypical entrance wound (give direction of bullet, etc.), incidental finding of a white peripheral lung lesion during autopsy (what do you do?), picture of massive hemoperitoneum (2 most common cause?), burn victim artefacts, etc.
- next day
- 50 minutes to review 5 cases (10 minutes/case)
- one of the 5 cases can be cytology
- 1 slide/case for surgical pathology. 2 slides/case for cytology.
- cases are rarely straightforward and usually need ancillary studies to be fully resolved.
- 1 hour oral exam with 2 examiners
- typically, for each case, they could initially ask:
- a short microscopic description
- what you would put in your diagnosis heading
- critical elements to put in the report
- limited sets of most useful immunos
- list of differentials
- clinical signs and symptoms
- prognosis
- expected EM findings, translocations, etc.
- what you tell the surgeon who asks what he should do with a specific specimen (e.g. infective endocarditis)
- what you recommend the surgeon to do if a margin is positive for a preneoplastic lesion (e.g. PanIN 3)
- what's your protocol for liver biopsies? sentinel nodes?
- how do you troubleshoot immunos/special stains?
- what do you do when you suspect a specimen mixup? a floater?
- what do you do if a resident is injured with a needle during an autopsy? Specific precautions for specific infectious agent, etc.
----------------
At most 10-20% of the topics come back every year, but exact questions are never the same. About 30% of the cytology images and 20% of the quick microscope slides also come back.
Residents usually get 6-8 weeks off-duty to study before the exam, depending on where they train (using vacation/study/sick days pooled together).
Results are given on the web between 1-5 business days after the exam.
Certificate is valid for life with no need to recertify after 10 years. However, you need to pay your dues of around 1000$/year and follow a CME program.
More info on http://rcpsc.medical.org/
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