Intracellular Protein Catabolism II

Intracellular protein catabolism in vitro and in vivo..- An energy requirement for intralysosomal proteolysis in phagolysosomes and tissue slices..- Inhibition of cell protein degradation by microtubular inhibitors..- Increased degradation rates of canavanine-containing proteins in hepatoma cells..- Studies of the degradation of proteins in animal and bacterial cells..- Protein turnover in Neurospora crassa..- Studies on the mechanism of endocytosis in fibroblasts with the use of specific antibodies..- Specificity of breakdown based on the inactivation of active proteins and peptides by brain proteolytic enzymes..- Determination of the average degradation rate of mixtures of protein..- Primary reaction of intracellular protein catabolism..- Degradation of abnormal proteins in Escherichia coli: In vitro proteolysis of cyanogen bromide peptides..- Degradation of abnormal proteins in Echerichia coli: Susceptibility of CNBr generated peptides from alkaline phosphatase to proteolysis in E. coli cell exctracts..- Changes in metabolic stability of structural and enzyme proteins in experimental hepatomegaly..- Subcellular compart mentation and degradation of insulin in liver at the outset of hypoglicaemia induced by oral antidiabetic sulphanylureas..- Degradation of insulin and glucagon in homogenates and subcellular fractions of isolated pancreatic islets..- Heterogeneity of rat liver lysosomes with respect to proteolytic activity at pH 6.0..- The age dependence of intracellular proteolysis in the rat liver..- The breakdown of a tetrapeptide by yeast aminopeptidase I: Kinetic analysis and computer simulation..- Coton oil induced collagenolytic activity in the mouse skin..- Proteolytic degradation of insulin and glucagon by enzymes of rat liver..- Intracellular protein catabolism in muscle..- Protein turnover of rat skeletal muscle after denervation..- On the lysosomal role in skeletal muscle catabolism following denervation..- The importance of protein breakdown in muscle as a regulatory process..- Protein degradation in spontaneously degenerating muscles..- Separation of some peptide hydrolases from skeletal muscle..- Proteinases that digest the connective tissue matrix..- Cathepsins from experimental granuloma and their action on collagen..- Cathepsin D of rat thoracic duct lymphocytes: unusual intracellular localization and biochemical properties..- Purification and some properties of native and immobilized cathepsin D..- Isolation of cathepsin D by affinity chromatography on immobilized pepstatin..- Synthetic octapeptide inhibitor of cathepsin D..- Lung proteases and protease inhibitors..- The influence of cathepsin D inhibitors (pepstatin and anticatheptic antibodies on the serum cathepsin and lysozyme activity of 60Co irradiated animals..- The relationship between cathepsin D activity and antibacterial activity in subcellular fractions of rabbit and chicken polymorphonuclear leucocytes..- On the specificity of cathepsin B2..- A thiol dependent acid protease..- Cathepsin L and cathepsin B3 from rat liver lysosomes..- Activity of acid and neutral proteinases in bone marrow of busulfan treated rats..- The neutral proteinases of human spleen..- Isolation and some properties of horse leucocyte neutral proteases..- Neutral proteinases and inhibitors of leucocytes..- Neutral proteinases of bovine liver..- The catabolism of two adrenocorticotropin analogues following intravenous injection..- An autoradiographic study of the renal uptake and metabolism of a synthetic adrenocorticotrophin..- Appendix: Present knowledge of proteolytic enzymes and their inhibitors A. J. Barrett, I. Kregar, V. Turk, J. F. Woessner Jr..