Rib osteomyelitis can be caused by a contiguous infection after a traumatic fracture. Post traumatic osteomyelitis can present as chronic six or more weeks after bone infection. However, this patient developed first rib osteomyelitis 17 years after trauma, following the initiation of anticoagulation therapy. 17 years ago, a 55-year-old male patient was in a motor vehicle collision. He was diagnosed with a left first rib fracture and an internal carotid dissection. He subsequently underwent a left subclavian central venous catheter placement. His rib fracture was managed nonoperatively and the carotid dissection was treated with endovascular stent placement. He now presents with symptomatic carotid stent stenosis which is treated with anti-platelet and anticoagulation therapy. He then developed a hematoma over the old rib fracture, and subsequently developed acute osteomyelitis. As seen here, a remote history of traumatic first rib fracture remains a risk factor for osteomyelitis despite the passage of time.

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Introduction: Surgical experience requires skills traditionally taught through real-time operating room education and a variety of supplemental educational strategies. Video-based coaching is a modality that may offer potential advantages of immediate, direct and targeted feedback. The objective of this study was to demonstrate and evaluate the utility and educational value of videobased coaching in urology by conducting a qualitative analysis with a coding schema.Methods: Residents and attendings were recorded operating during randomly selected cases in the operating room. Video-based coaching sessions were held during urology grand rounds and required residents to describe a selected portion of the operating room video and attendings to provide teaching points. Audio recordings from the operating room and video-based coaching sessions were reviewed by 2 independent coders. A coding scale classifying surgical educational goals into 5 categories (information, operative technique, questioning, response to resident interaction and unrelated commenting) was used to identify the interactions and was adjusted for time.Results: Four urological cases were selected for recording. In the video-based coaching sessions compared to the operating room, attendings made more teaching points per hour, provided more information to residents (mean teaching points 7.7 for video-based coaching vs 2.9 for operating room, p <0.005), emphasized operative skills and technique (mean teaching points 10.5 for videobased coaching vs 4.1 for operating room, p <0.005), and were more likely to ask open-ended discussion leading questions (mean teaching points 28.5 for video-based coaching vs 4.4 for operating room, p <0.05).Conclusions: Video-based coaching delivered in short time frames offers an easily implementable additional learning opportunity for resident education to further enhance skills learned in the urological operating room.

Introduction:Urological surgery after renal transplantation leaves patients at risk of infection and further urological complications. Our objective was to discern patient factors associated with adverse outcomes following renal transplantation to identify patients who would benefit from close urological follow-up.Methods:Retrospective chart review was conducted for patients undergoing renal transplantation between August 1, 2016 and July 30, 2019 at a tertiary care academic center. Data on patient demographics, medical history, and surgical history were collected. Primary outcomes observed were urinary tract infection, urosepsis, urinary retention, unexpected urology visit, and urological procedures within 3 months of transplant. Variables determined significant by hypothesis testing were used in logistic regression modeling for each primary outcome.Results:Of the 789 renal transplant patients, 217 (27.5%) developed postoperative urinary tract infection and 124 (15.7%) developed postoperative urosepsis. Patients with postoperative urinary tract infection were more likely to be female (OR 2.2, P < .01), have pre-existing prostate cancer (OR 3.1, P < .01), and recurrent urinary tract infections (OR 2.1, P < .01). After renal transplant, unexpected urology visits were observed in 191 (24.2%) patients, and urological procedures were performed in 65 (8.2%) patients. Postoperative urinary retention was noted in 47 (6.0%) patients and seen more often in patients with benign prostatic hyperplasia (OR 2.8, P = .033) and prior prostate surgery (OR 3.0, P = .072).Conclusions:Identifiable risk factors associated with urological complications after renal transplantation include benign prostatic hyperplasia, prostate cancer, urinary retention, and recurrent urinary tract infections. Female renal transplant patients are at increased risk of postoperative urinary tract infection and urosepsis. These patient subsets would benefit from establishing urological care and pre-transplant urological evaluation including urinalysis, urine cultures, urodynamic studies, and close follow-up post-transplant.

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