Because of antibiotic prophylaxis for necrotizing pancreatitis, the frequen
cy of fungal superinfection in patients with pancreatic necrosis Is increas
ing. In this study we analyzed the penetration of fluconazole into the huma
n pancreas and in experimental acute pancreatitis. In human pancreatic tiss
ues, the mean fluconazole concentration was 8.19 +/- 3.38 mu g/g (96% of th
e corresponding concentration in serum). In experimental edematous and necr
otizing pancreatitis, 88 and 91% of the serum fluconazole concentration was
found in the pancreas. These data show that fluconazole penetration into t
he pancreas is sufficient to prevent and/or treat fungal contamination in p
atients with pancreatic necrosis.