Minimal access surgery of corrosive and thermal strictures of the foregut.

Background and Aim: : Conventional surgery for caustic/thermal strictures (CS/TS) entails considerable trauma, which may be mitigated by minimal access surgery (MAS). Experience with its use in CS/TS is both heterogeneous and limited, hence, warrants a comprehensive review. Methods: : Medical literature/indexing databases were systematically searched for pertinent articles published in English, from 1990 to 2021, and analysed. Results: : Fifty relevant articles, pertaining to over 200 patients, were found. They showed that MAS is feasible in CS/TS management. It reduces the access damage in chest and abdomen whilst facilitating resection or bypass of the affected gut segment through different combination of operations, sequence of steps, conduits and routes. The procedures range from completely minimal access to hybrid ones, with reduced complications and faster recovery. Hybrid procedures prove as expeditious as open ones. Conclusions: : MAS proves efficacious in restoring alimentary continuity in corrosive/thermal strictures of the foregut.

Buttressing hepaticojejunostomy's with hepatic round ligament flap may be beneficial.

BACKGROUND: Bile leaks and anastomotic strictures are important complications of hepaticojejunostomy (HJ). Evidence suggests that the use of hepatic round ligament (HRL) to buttress HJ may be beneficial. This study evaluates the feasibility of this approach. METHODS: HJs performed over 2 years (Jun 2014- May 2016), with HRL reinforcement, were analyzed. Operative outcomes measured included technical difficulty, blood loss, time necessary for flap harvest, and reinforcement of HJ. The postoperative outcomes measured were the presence of bile leak and anastomotic stricture. RESULTS: Forty-one patients (27 M: 14 F), aged 2-79 years, median age of61 years, underwent HJ with HRL buttress; 27 for periampullary/ head of the pancreas carcinoma; 4 for choledochal cysts; 4 for chronic pancreatitis; 3 for gallbladder carcinoma; 3 for benign biliary stricture. The time for harvesting HRL flaps and buttressing HJ was <10 minutes. No blood was lost during harvesting the flaps. One patient (2.5 %) had grade A leak following radical cholecystectomy, and structures were not observed during a median follow-up of 18 months (6 months to 2years). CONCLUSION: HRL-based buttressing of HJ can reduce the bile leak and/or stricture rate.

Ectopic thymoma with pure red cell aplasia--ambiguity with indolence.

Two cases of thymomas with pure red cell aplasia (PRCA) are presented, highlighting variability in their anatomic location, ambiguity in presentation, indolence of course and unpredictability of response to treatment. Multi-modality approach is necessary for both diagnosis and management of this combination. Duration and side effects of treatment determine the overall prognosis.

Intra-peritoneal duodenal perforation caused by delayed migration of endobiliary stent: a case report.

Endoscopic biliary stenting is an accepted modality of palliation of malignant biliary obstructions. Delayed stent migration causing intra-peritoneal perforation of duodenum, is a rare life threatening complication. Proximal adhesion of stent to the tumor is believed to increase the intensity of distal trauma produced by the intra-duodenal segment, preventing its adaptation to intestinal peristalsis and causing perforation. Low bacterial load and containment of leak by gut and omentum blunts the clinical features. Unexplained abdominal discomfort in stented patients should alert the clinician to its possibility, irrespective of the delay between stent placement and onset of symptoms. Early diagnosis and treatment is desirable but aggressive surgical management with gastro-biliary diversion, tube duodenostomy, antibiotics, bowel rest and parenteral alimentation followed by distal alimentation, may make up for the delay in those presenting late. A case of 7 days old intra-peritoneal duodenal perforation following delayed migration (3 months) of endobiliary stent presenting with atypical features is reported. Stent's distal end was protruding through the duodenum with its proximal end in CBD. Mortality, fistulization, abscesses and sepsis are known complications but were not observed in our case. Much of the management can be done minimally invasively, if recognized early.

Laparoscopic ligation of internal ring-three ports versus single-port technique: are working ports necessary?

BACKGROUND: From three ports, technical refinements in laparoscopy have facilitated the ligation of the internal ring (IR) with a single port. OBJECTIVES: The aims of this study were to determine whether, when, and where working ports are needed by assessing the differences in outcome between the three-port technique (TPT) and the single-port technique-subcutaneous endoscopically assisted ligation (SEAL). METHODS: Short-term outcomes of 163 children operated on by either technique (51 with TPT, and 112 with SEAL) were audited. Technical difficulties, operation time, intra- and postoperative complications, and postoperative stay were studied. RESULTS: IR could be ligated faster by SEAL than TPT (unilateral: 15 vs. 25 minutes; P = 0.0005; bilateral: 25 vs. 40 minutes; P = 0.001). SEAL proved cosmetically more appealing (one 5-mm vs. three 5-mm scars). Complication rates, recovery, and hospital stay were similar. Recurrences were marginally higher following SEAL (4.8 vs. 2.98%; P = 0.49). Intracorporeal suturing and knotting were the limiting steps in TPT, while wide rings (>10 mm) and thick abdominal wall were the limitations of SEAL. CONCLUSIONS: Both TPT and SEAL are safe and efficacious day-care procedures. In the ligation of average-sized IR of thin patients, working ports may not be necessary, as SEAL proves cosmetically and temporally efficacious over TPT. However, patients with wide rings and thick anterior abdominal walls may need the placement of working ports for successful laparoscopic repair.

How we "SEAL" internal ring in pediatric inguinal hernias.

"Subcutaneous endoscopically assisted ligation" is a novel technique in minimal access surgery of pediatric inguinal hernias. We describe our modifications of subcutaneous endoscopically assisted ligation, which confer greater ease, safety, speed, and success to this operation.