Little is known about nonsurgical risk factors for hepatic artery thrombosis (HAT) after liver transplantation (LT). We determined risk factors for HAT occurring within 90 days post-LT and analysed the effect of HAT on graft and patient survival. Donor and recipient demographics, surgery-related data and outcome in transplants complicated by thrombosis (HAT+) and their matched controls (HAT-) were compared. Risk factors were assessed by univariate logistic regression. Median (IQR) is given. A total of 25 HAT occurred among 1035 adult LT (1/1997-12/2014) and 50 controls were manually matched. Donor and recipient demographics were similar. Pre-LT trans-catheter arterial chemo-embolization (TACE) was more frequent in HAT+ (HAT+ 20% vs. HAT- 4%, P = 0.037). HAT+ had longer implantation [HAT+ 88 min (76-108) vs. HAT- 77 min (66-93), P = 0.028] and surgery times [HAT+ 6.25 h (5.18-7.47) vs. HAT- 5.25 h (4.33-6.5), P = 0.001]. Early graft dysfunction and sepsis were more frequent in HAT+ and hospitalization longer. TACE had the greatest odds ratio in unadjusted analysis (OR: 6, 95% CI: 1.07-33.53, P = 0.03). All but seven grafts were lost after HAT (HAT+ 72% vs. HAT- 36%, P = 0.003); however, patient survival was unaffected (HAT+ 79.8% vs. HAT- 76%, P = 0.75). LT candidates undergoing TACE are at risk of developing HAT early after transplant.

BACKGROUND: Treatment of perineal defects after abdominoperineal resection or salvage surgery for either locally advanced rectal cancer or anal carcinoma can be challenging. Myocutaneous flap reconstruction has proven to reduce perineal morbidity and abscess formation in the pelvis, however it is associated with significant donor-site morbidity. To our knowledge, this is the first report of a laparoscopic oblique rectus abdominis myocutaneous flap harvesting for perineal reconstruction. The aim of this technical note is to demonstrate feasibility of the technique. IMPACT OF INNOVATION: Introduction of a laparoscopic technique in harvesting of this flap can potentially further reduce morbidity associated with this flap creation, by minimizing abdominal wall trauma and obviating the need for laparotomy for tunneling of the flap intra-abdominally. TECHNOLOGY MATERIALS AND METHODS: This video demonstrates a technique using a 6-port laparoscopy, where the harvesting of the myocutaneous flap is carried out after a standardized abdominoperineal resection. The flap itself is passed through the rectus sheath towards the pelvis with the help of a retractor. PRELIMINARY RESULTS: Two patients successfully underwent a laparoscopic oblique rectus abdominis flap reconstruction after abdominoperineal resection. CONCLUSION AND FUTURE DIRECTIONS: This report describes our initial experience with laparoscopic harvesting of an oblique rectus abdominis flap for perineal reconstruction after abdominoperineal resection. We believe that the technique is easy and reproducible for laparoscopic surgeons and can reduce donor-site morbidity. However, further studies will be needed to confirm this observation.

This case report describes a unique case of chronic reaction after extravasation of oxaliplatin. The pain and extensive subcutaneous induration did not resolve after 9 months of conservative treatment. Surgical debridement with removal of the totally implantable venous access device (TIVAD) resulted in immediate resolution of the symptoms. Oxaliplatin has both irritant and vesicant properties that are difficult to distinguish at initial clinical presentation. In most literature cases complaints resolve within 3 months with conservative treatment yet surgical debridement should be considered if complaints persist beyond this period.