Ramkrishna Prabhu | PubMed Health

PubMedDate not supplied

Early morphological and functional changes in pancreas following necrosectomy for acute severe necrotizing pancreatitis.

INTRODUCTION: Morphological and functional changes in the pancreas after surgical pancreatic necrosectomy have not been studied extensively. AIMS: To study morphological changes in the pancreas, and exocrine and endocrine pancreatic function following pancreatic necrosectomy. METHODS: Eighteen adult patients surviving at least one month after pancreatic necrosectomy for acute necrotizing pancreatitis were followed up. Contrast-enhanced computed tomography was done every six months. Stool fat was estimated at 3-month intervals, and need for and response to enzyme supplements were recorded. Blood sugar was measured every fortnight; in patients with hyperglycemia, need for oral hypoglycemic agents or insulin was recorded. Additional pancreatic imaging was done in some cases. RESULTS: Six weeks after surgery, nine of 18 patients had exocrine insufficiency. Thirteen patients developed endocrine insufficiency, including 5 who also had exocrine insufficiency. At the end of the study, 13 patients had endocrine insufficiency and 2 had exocrine insufficiency. Pancreatic size was subnormal in all patients at the end of six months. Pancreatography in three cases did not reveal any ductal abnormality. CONCLUSIONS: Necrotizing pancreatitis affects pancreatic exocrine or endocrine function in more than half the patients.

Adult↗

PubMedDate not supplied

Cadaver as a model for laparoscopic training.

BACKGROUND: Though minimally invasive techniques now are routine world over, there is need to develop facilities for training surgeons. Laparoscopy performed on anesthetized animals is an established model but is costly and is not easily available. We report on human cadaver as a training modality for surgeons participating in a laparoscopic training course. METHODS: Unembalmed cadavers were used for training surgeons to appreciate anatomy, practice laparoscopic techniques, and deploy equipment and instruments during a laparoscopic training course. Trainees carried out procedures such as cholecystectomy, appendicectomy, splenectomy, intestinal explorations, mesenteric lymph node biopsy, and varicocele-vein occlusion. We analyzed the trainees' perspective regarding cadaver as a model using the 5-point Likert scale. RESULTS: Thirty-two trainees from five consecutive training courses held at our institution expressed general satisfaction over cadaver as a training model, and 96.9% (31/32) rated the training model as highly satisfactory. The trainees ranked as highly satisfactory their understanding of surgical anatomy (29/32; 90.6%), understanding of laparoscopic technique (29/32; 90.6%) and use of instruments (32/32; 100%). The trainees thought such an approach improved spatial perception of anatomy and they perceived it as a valuable educational experience. CONCLUSIONS: Human cadaveric laparoscopy may offer an ideal surgical environment for laparoscopy training courses, allowing dissection and performance of complicated procedures.

Animals↗