During long term starvation, the energy in brain mainly come from A: glucose oxidation B: ketone bodies oxidation C: lactate oxidation D: amino acid oxidation E: fatty acid oxidation
During long term starvation, the energy in brain mainly come from A: glucose oxidation B: ketone bodies oxidation C: lactate oxidation D: amino acid oxidation E: fatty acid oxidation
During long term starvation, the energy of brain mainly come from A: glucose oxidation B: fatty acid oxidation C: ketone bodies oxidation D: lactate oxidation E: amino acid oxidation
During long term starvation, the energy of brain mainly come from A: glucose oxidation B: fatty acid oxidation C: ketone bodies oxidation D: lactate oxidation E: amino acid oxidation
The first step of conversion of pyruvate into acetyl CoA is oxidation.（）
The first step of conversion of pyruvate into acetyl CoA is oxidation.（）
脂肪酸的α-氧化(α- oxidation)
脂肪酸的α-氧化(α- oxidation)
脂肪酸的β-氧化(β- oxidation)
脂肪酸的β-氧化(β- oxidation)
生物氧化(biological oxidation)
生物氧化(biological oxidation)
Why does the oxidation of NADH lead to roughly 3 ATPs, while FADH2 oxidation produces only about 2 ATPs?
Why does the oxidation of NADH lead to roughly 3 ATPs, while FADH2 oxidation produces only about 2 ATPs?
Which of the following reactions is NOT one in phase I reactions of biotransformation? A: Monoamine oxidation B: Conjugation C: Hydrolysis D: Oxidation E: Reduction
Which of the following reactions is NOT one in phase I reactions of biotransformation? A: Monoamine oxidation B: Conjugation C: Hydrolysis D: Oxidation E: Reduction
Electrons are lost by the ( ) A: oxidizing agent as it undergoes oxidation B: oxidizing agent as it undergoes reduction C: reducing agent as it undergoes oxidation D: reducing agent as it undergoes reduction
Electrons are lost by the ( ) A: oxidizing agent as it undergoes oxidation B: oxidizing agent as it undergoes reduction C: reducing agent as it undergoes oxidation D: reducing agent as it undergoes reduction
The oxidation state of the elements can be positive, negative or zero.
The oxidation state of the elements can be positive, negative or zero.