Digestion · 1999 · 10 citations · 10 references
MedicinePathologyPharmacologyImmunopathologyInflammationInnate ImmunityAcute InflammationAnti-inflammatory PharmacologyInflammatory PathologyNeutrophil BiologyPancreatic DiseasesPancreatic PathologyAnti-inflammatory TherapeuticsNeutrophil InvolvementNeutrophil MigrationNeutrophil-mediated DamageNeutrophil-mediated InflammationNeutrophil-mediated InjuryNeutrophil-mediated Tissue DestructionNeutrophil-mediated Tissue Injury
A novel synthetic drug, IS-741, inhibited cell adhesion in vitro and neutrophil in vivo. Thus, IS-741 inhibited the magnification of pancreatic lesion as well as progression to multiple organ failure in acute pancreatitis models. Furthermore, IS-741 at identical plasma concentrations equally improved the survival rates in animals of various species with severe acute pancreatitis. Based on these observations, it was considered that IS-741 inhibited tissue destruction by neutrophil after inhibiting neutrophil infiltration into the pancreas or other important organs in acute pancreatitis. It was also considered that IS-741 demonstrated various anti-acute pancreatitis effects by interrupting a vicious cycle of inflammation. Therefore, IS-741 is expected to become a useful drug for treating acute pancreatitis and multiple organ failure in clinical settings.
10
Aetiology and pathogenesis of pancreatitis. (Current concepts).
W. Creutzfeldt, H Schmidt · PubMed · 1970 · 103 citations