The<br/>main way to generate ATP in body is ( ) A: Creatine<br/>phosphorylation B: oxidative<br/>phosphorylation C: Phosphorylation<br/>of sugar D: substrate<br/>level Phosphorylation E: Decarboxylation<br/>of organic acids
The<br/>main way to generate ATP in body is ( ) A: Creatine<br/>phosphorylation B: oxidative<br/>phosphorylation C: Phosphorylation<br/>of sugar D: substrate<br/>level Phosphorylation E: Decarboxylation<br/>of organic acids
Many thousands of proteins in a typical eukaryotic cell are regulated by cycles of phosphorylation and _______________.
Many thousands of proteins in a typical eukaryotic cell are regulated by cycles of phosphorylation and _______________.
A research was studying oxidative phosphorylation in a suspention of carefully washed and isolated mitochondria ATP, ADP, inorganic phosphat
A research was studying oxidative phosphorylation in a suspention of carefully washed and isolated mitochondria ATP, ADP, inorganic phosphat
Butyrate can function as ： A: protein methylation B: Protein acetylation C: Protein phosphorylation D: Protein deacetylation
Butyrate can function as ： A: protein methylation B: Protein acetylation C: Protein phosphorylation D: Protein deacetylation
Photosynthetic phosphorylation is the process of phosphate group transfer into ADP to synthesize energy rich ATP molecule making use of light as external energy source.
Photosynthetic phosphorylation is the process of phosphate group transfer into ADP to synthesize energy rich ATP molecule making use of light as external energy source.
The carbon dioxide is primary a product of A: Krebs cycle B: Glycolysis C: Electron transport phosphorylation D: Lactate fermentation E: Fatty acid synthesis
The carbon dioxide is primary a product of A: Krebs cycle B: Glycolysis C: Electron transport phosphorylation D: Lactate fermentation E: Fatty acid synthesis
Which are the stages of cell signaling in the correct order? A: reception > transduction > response B: transduction > response > signal C: differentiation > expression > transduction D: reception > expression > phosphorylation
Which are the stages of cell signaling in the correct order? A: reception > transduction > response B: transduction > response > signal C: differentiation > expression > transduction D: reception > expression > phosphorylation
Which of the following statements about RNA polymerase II is wrong? A: It makes mRNA precursors B: It is strongly inhibited by a-amanitin C: It is composed of several subunits D: It has high frequency phosphorylation of the CTD in the maximum subunit<br/>during initiation
Which of the following statements about RNA polymerase II is wrong? A: It makes mRNA precursors B: It is strongly inhibited by a-amanitin C: It is composed of several subunits D: It has high frequency phosphorylation of the CTD in the maximum subunit<br/>during initiation