A case report of bloody pancreatitis.

INTRODUCTION: Haemobilia is an uncommon entity even though its frequency has increased with hepato-biliary instrumentation and procedures. It can be associated with obstructive jaundice and pancreatitis (Green et al., 2001) [1]. Haemobilia following cholecystectomy has frequently been reported in association with hepatic artery pseudo-aneurysm (Curet et al., 1981; Ribeiro et al., 1998) [2,3]. The authors wish to report a case of haemobilia due to a porto-biliary fistula presenting as acute pancreatitis. PRESENTATION OF CASE: A 34-year-old female admitted as an urgency with upper abdominal pain for 3 weeks. She had, in the preceding days, been admitted to another hospital with acute pancreatitis. She reported an episode of rectal bleeding during that admission and possessed an abdominal ultrasound scan (USS) and magnetic resonance cholangiopancreatography (MRCP) which suggested the presence of a biliary tract neoplasm. The patient was also found to be jaundiced and the diagnosis of a porto-biliary fistula was made at operation. CONCLUSION: The diagnosis in this case was found to be a portal vein-biliary tract fistula occurring post cholecystectomy. An awareness of the spectrum of complications related to modern surgical techniques may aid timely diagnosis and the achievement of favourable outcomes.

Sepsis and the scalpel: anatomic compartments and the diabetic foot.

The foot comprises 3 compartments bounded by bone and fascia, each compartment containing muscle and vascular and nervous structures. Infection leading to an increase in pressures in the compartments results in rapid necrosis, a pathologic process characteristic of diabetic feet. Treatment involves fasciotomy and complete debridement of devitalized tissue with possible amputation of the involved digits. Knowledge of the anatomic structure of the foot and its compartments is therefore essential in effectively managing the diabetic foot.

Sepsis and the scalpel: Anatomic compartments and the diabetic foot

The foot comprises 3 compartments bounded by bone and fascia, each compartment containing muscle and vascular and nervous structures. Infection leading to an increase in pressures in the compartments results in rapid necrosis, a pathologic process characteristic of diabetic feet. Treatment involves fasciotomy and complete debridement of devitalized tissue with possible amputation of the involved digits. Knowledge of the anatomic structure of the foot and its compartments is therefore essential in effectively managing the diabetic foot.