A healthy 38-year-old woman presented with a hard umbilical mass that has been growing for a few months in duration with no other significant symptoms and signs. Computed tomography images identified a lobulated densely calcified umbilical mass, left ovarian cysts, a subcentimeter calcified omental nodule, and nonspecific punctate pelvic calcifications. Histopathology of the mass revealed low-grade serous carcinoma with postsurgical diagnosis of International Federation of Gynecology and Obstetrics (FIGO) stage IV ovarian cancer. This case presentation emphasizes the importance of increased awareness of interpreting radiologists of a seemingly benign appearing imaging finding such as umbilical calcification on CT as a sign of intra-abdominal/pelvic malignancies.
Purpose: Determine the educational background, research publications/presentations experience, and rates of research publication and presentation inaccuracies in applications to a Canadian diagnostic imaging residency program. Method: The education and publication/presentation sections of the Canadian Resident Matching Service form for all applicants to the University of Saskatchewan diagnostic imaging residency program from 2019–20 and 2020–21 were reviewed. Number of advanced degrees (Master’s/PhDs), publications, and presentations were recorded. Accuracy of publications listed was confirmed via PubMed-MEDLINE, journal’s website, or internet searching. Accuracy of presentations was confirmed via society and residency program websites. Inaccuracies of non-authorship, incorrect authorship order/status (self-promotion or demotion), and nonexistence of article/presentation from a verifiable source were recorded. Result: There were a total of 106 applicants. Thirty (28%) had advanced degrees. There were 230 publications from 61 applicants with inaccuracies in only 5 (2%) of the publications (2 self-promotion, 3 self-demotion). For the 77 publications listed as pending, 25 (31%) were published within 6 months of applications deadlines with 1 non-authorship, 1 self-promotion, and 1 self-demotion. For scientific presentations, there were 467 listed presentations by 91 applicants. Two hundred and twenty-one presentations were from verifiable sources with inaccuracies in 28 (13%) of presentations (9 self-promotion, 9 self-demotion, 1 non-authorship, and 9 non-existence). Conclusion: Despite some uncertainty with scientific articles reported as pending and scientific presentations, radiology residency applicants are accurately representing their published articles with a negligible number of misrepresentations. Canadian radiology residency programs should regard the publication profiles of the applicants with a high level of confidence.
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