Titlebook: Intracellular Protein Catabolism II; Vito Turk,Neville Marks,J. Frederick Woessner Book 1977 J. Stefan Institute, Ljubljana, Yugoslavia 19

實(shí)施生效

Heterogeneity of Rat Liver Lysosomes with Respect to Proteolytic Activity at pH 6.0,Experiments revealing lysosomal heterogeneity have been published during the past years from various laboratories (1).

機(jī)構(gòu)

The Age Dependence of Intracellular Proteolysis in the Rat Liver,If ageing is a problem of diminished adaptation, then studies of ageing changes of the intracellular protein catabolism might elucidate its more common regulatory phenomena. Therefore, last year we started studies on intracellular proteolysis in the aged organism.

Thrombolysis

Myelin

極微小

Intracellular Protein Catabolism in Vitro and in Vivo, guests and speakers of the Yugoslav Committee. I wish to thank Dr. Turk and coworkers for their kind invitation to read the opening lecture of this Second Symposium on ?Intracellular Protein Catabolism“. I hope to meet you all again at Reinhardsbrunn Castle in May 1977. For I would like to invite y

evaculate

傲慢人

Inhibition of Cell Protein Degradation by Microtubular Inhibitors,sing rat liver slices, first demonstrated an energy requirement for the degradation of cell protein, while later studies with this same system by Steinberg and Vaughan(23) showed that protein synthesis also appeared to be a necessary condition for the degradation of cell proteins. Although most work

信任

Increased Degradation Rates of Canavanine-Containing Proteins in Hepatoma Cells, labelling of arginine-containing proteins with .C-leucine and canavanine-containing proteins vith .H-leucine followed by a chase period has shown an accelerated degradation rate for the canavanine proteins. Further, the turnover rate of phosphoenolpyruvate carboxykinase (GTP) is also increased in c

邊緣

抵押貸款

Protein Degradation in Neurospora Crassa, the rate of protein degradation increases by decreasing the growth rate and it is pronounced only in ethanol growing cells..During a shift-down transition of growth protein degradation is enhanced. 2-deoxyglucose prevents protein degradation in glucose starved cells.