Tomeki

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phosphorylase

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View Storage polyglucosides By Conference on Storage Polyglucosides New York 1972.

Storage polyglucosides

Storage polyglucosides

By Conference on Storage Polyglucosides New York 1972.

View Changes in the activities of the thymidine phosphorylating enzymes through the cell cycle of tetrahymena pyriformis and the amoeba-flagellate transformation of naegleria gruberi By Niels Christian Bols

Changes in the activities of the thymidine phosphorylating enzymes through the cell cycle of tetrahymena pyriformis and the amoeba-flagellate transformation of naegleria gruberi

Changes in the activities of the thymidine phosphorylating enzymes through the cell cycle of tetrahymena pyriformis and the amoeba-flagellate transformation of naegleria gruberi

By Niels Christian Bols

View Storage polyglucosides By Conference on Storage Polyglucosides, New York, 1972

Storage polyglucosides

Storage polyglucosides

By Conference on Storage Polyglucosides, New York, 1972

View Phosphorylase activation in different types of rat muscle By Louis-Jacques Cartier

Phosphorylase activation in different types of rat muscle

Phosphorylase activation in different types of rat muscle

By Louis-Jacques Cartier

View Studies on inhibition of GMP synthetase and MTA phosphorylase By Hesham Rashwan

Studies on inhibition of GMP synthetase and MTA phosphorylase

Studies on inhibition of GMP synthetase and MTA phosphorylase

By Hesham Rashwan

View The kinetic mechanism of polysaccharide phosphorylase from potato By Guillermo Rafael Sanchez

The kinetic mechanism of polysaccharide phosphorylase from potato

The kinetic mechanism of polysaccharide phosphorylase from potato

By Guillermo Rafael Sanchez

View Protection of the active site of purine nucleoside phosphorylase from acid inactivation by hypoxanthine and its analogs By Chao-tsu Wang

Protection of the active site of purine nucleoside phosphorylase from acid inactivation by hypoxanthine and its analogs

Protection of the active site of purine nucleoside phosphorylase from acid inactivation by hypoxanthine and its analogs

By Chao-tsu Wang