ABSTRACT
BACKGROUND: A safe, reliable technique for primary trocar introduction is important for laparoscopic surgery. In resource-constrained settings where there is paucity of needed equipment and cost is prohibitive, a method utilizing fewer instruments will be useful. AIM: This study aims to describe a method of primary trocar introduction that utilizes any available port. METHODS: A supra- or infra-umbilical incision is made into an everted tubular umbilicus. The linear alba is incised and the resultant opening bluntly developed, after which any available port is inserted using the trocar as a guide. The trocar is withdrawn while the sleeve is pushed in. RESULTS: One hundred and three successful insertions were affected in 107 patients with age range of 1-75 years, with no significant gas leaks. CONCLUSION: This modified open approach is a simple and reliable way of primary port insertion. Access is gained easily in different age groups and umbilicus types.
ABSTRACT
Background:A safe, reliable technique for primary trocar introduction is important for laparoscopic surgery. In resource-constrained settings where there is paucity of needed equipment and cost is prohibitive, a method utilizing fewer instruments will be useful.Aim:This study aims to describe a method of primary trocar introduction that utilizes any available port.Methods:A supra- or infra-umbilical incision is made into an everted tubular umbilicus. The linear alba is incised and the resultant opening bluntly developed, after which any available port is inserted using the trocar as a guide. The trocar is withdrawn while the sleeve is pushed in.Results:One hundred and three successful insertions were affected in 107 patients with age range of 175 years, with no significant gas leaks.Conclusion:This modified open approach is a simple and reliable way of primary port insertion. Access is gained easily in different age groups and umbilicus types
Subject(s)
Hand-Assisted Laparoscopy , Lakes , Laparoscopy , Neural Tube , Nigeria , Surgical Instruments , UmbilicusABSTRACT
INTRODUCTION: Gastrointestinal (GI) endoscopy is currently performed by different specialties. Information on GI endoscopy resources in Nigeria is limited. Training, cost, availability and maintenance of equipment are some unique challenges. Despite these challenges, the quality and completion rates are important. METHODS: Prospective audit of endoscopic procedures by an endoscopist in a Nigerian hospital over a 24 month period. RESULTS: One hundred and ninety endoscopic procedures were performed in 187 patients (109 male, 78 female) by a surgeon during this period. Mean age was 47.6 years (range 17 - 90 years). All patients were symptomatic. One hundred and twenty-two procedures (64.2%) were upper GI endoscopy, 52 (27.4%) colonoscopy and 16 (8.4%) sigmoidoscopy. Majority of endoscopies 182 (95.8%) were performed electively and only 7 (3.7%) were therapeutic. Upper GI endoscopy findings included 14 (11.5%) cases of peptic ulcer disease, 5 complicated by gastric outlet obstruction, and 21 (17.3%) cases of upper gastrointestinal cancer. Lower gastrointestinal endoscopy findings included 7 cases of polyps, 3 cases of colorectal cancer and 2 cases of diverticulosis. Commonest lesion on lower GI endoscopy was haemorrhoids (41.7%). Adjusted caecal intubation was 81.4% for colonoscopies performed. Overall adenoma detection rate for male and female patients were 18.2% and 5.3% respectively; in patients over 50 years these were 6.3% and 14.3%. Two complications, rupture of oesophageal varices, and respiratory arrest in bulbar palsy patient occurred. CONCLUSION: An endoscopist can perform GI endoscopy effectively in developing countries like Nigeria but attention to equipment need and training is important.
