The construction of a chemical-microbial pilot plant for the production of single cell protein from cellulosic wastes
Chemical-microbial pilot plant for production of single cell protein from cellulosic wastes
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Chemical-microbial pilot plant for production of single cell protein from cellulosic wastes
Temperature effects on hydrolysis reaction in protein amino acids
Hepatic polysome profiles and tyrosine transaminase activity daily rhythms in rats, studying dietary protein role
Radial immunodiffusion for serum proteins quantitation adapted to capillary blood and compared with results for venous blood
Gas-liquid chromatographic separation applied in derivatization chemistry of protein amino acids as N-trimethylsilyl /TMS/ esters
Dietary protein and yeast RNA levels effect on ur acid metabolism in normal man
Hippocampus nerve cells protein fractions synthesis in rats, noting relation to learning process during transfer of handedness
T4 phage proteins radioisotopical examination, determining quantitative analysis and molecular weight by autoradiography
Gas-liquid chromatography studies of direct esterification of protein amino acids to n-butyl esters
Protein quality of Hydrogenomonas eutropha for animal food supplement
Plasma and urinary uric acid production in men fed egg protein and yeast ribonucleic acid
Uric acid levels in men fed algae and yeast as protein sources
Space diets for maximum energy consisting of fats and proteins from biological systems and carbohydrates from chemical systems
Proteins hydrolysis, investigating temperature effect on reaction, determining optimum conditions for maximum amino acids yields
Exercise-induced human protein catabolism not due to caloric deficit
Electron tunneling is investigated as a possible mechanism for the conduction of electrical current in solids composed of protein molecules. An intermolecular potential barrier is assumed which takes into account the applied electric field and the possibility of image charge effects. The WKB approximation is used to calculate the net tunneling current density and resulting conductivity. The results suggest that electron tunneling per se is not a suitable mechanism for explaining the observed conductivities in such materials.
Discussion of experiments which indicate that under conditions of a constant red cell volume the proportional changes in hematocrit and plasma volume during exercise are never equal. On the basis of direct measurements and calculated changes of plasma volume it is concluded that during maximal exercise there is a small loss of protein from the plasma. It is clear that changes in content of blood constituents can only be evaluated correctly after determination of changes in plasma volume.
It is shown that the mRNA's of three periodic proteins, collagen, keratin and freezing point depressing glycoproteins show a marked degree of self-complementarity. The possible origin of this self-complementarity is discussed.