Q. No.Pyruvate is a result of …… of carbohydrates.
(1) Glycolytic fermentation
(2) Glycolytic aerobic respiration
(3) Glycolytic catabolism
(4) Glycolytic anabolism
(1) Glycolytic fermentation
(2) Glycolytic aerobic respiration
(3) Glycolytic catabolism
(4) Glycolytic anabolism
The oxidative decarboxylation of Pyruvate occurs in
(1) Mitochondrial membranes
(2) Cytoplasm
(3) Peri mitochondrial space
(4) Mitochondrial Matrix
The enzyme Pyruvate dehydrogenase acts in
(1) Mitochondrial membranes
(2) Cytoplasm
(3) Peri mitochondrial space
(4) Mitochondrial Matrix
The reaction which is catalyzed by Pyruvate dehydrogenase includes except
(1) Several coenzymes
(2) NAD+
(3) Coenzyme A
(4) ADP
Which of the following is not used for the cyclic process of cellular respiration of carbohydrates?
1. Krebs’ cycle
2. Tricarboxylic Acid Cycle
3. Citric Acid cycle
4. Phosphorespiration cycle
The very first step of TCA cycle involves except
(1) Citrate synthase
(2) A molecule of coenzyme A is released
(3) Isomerization
(4) Formation of citrate
From citrate to alpha-ketoglutarate in TCA cycle all the following reactions happen except
(1) Isomerization
(2) Decarboxylation
(3) Release of Carbon-dioxide
(4) FADH2 formation
From alpha-ketoglutarate to succinyl CoA in TCA cycle which of the following occurs
(1) 4C compound is formed
(2) 5C compound is Formed
(3) 6C compound is formed
(4) 2C compound is regenerated
The synthesis of GTP in Krebs’ cycle is
(1) Oxidative Phosphorylation
(2) Substrate Level Phosphorylation
(3) Photo Phosphorylation
(4) Photorespiration
In a coupled reaction,....... is converted to …...with the simultaneous synthesis of ….…...from ……( The reaction of Krebs’ Cycle of cellular respiration)
(1) GDP,GTP,ADP, ATP
(2) GTP,GDP, ATP, ADP
(3) ADP,ATP, GDP,GTP
(4) ATP, ADP, GDP, GTP
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