When glucose breaks to create energy, the process is called glycolysis, and it takes place in the presence or absence of oxygen. This trivia quiz has questions on glycolysis. If you need to refresh your memory on this topic, worry not, as the quiz questions below are perfect for helping you polish up on whatever you already know. How about you give it a try and see how well you do? All the best!
Ribosomal matrix
Substrate matrix
Mitochondrial matrix
Cytoplasm
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The anaerobic harvest of food energy
The aerobic harvest of food energy
The use of ATP from cellular respiration
None of the above
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1.Phosphoglucose isomerase, 2. phosphofructokinase, 3. Aldolase, 4. Hexokinase, 5. Triosephosphate Isomerase
1. Hexokinase 2. Phosphoglucose isomerase 3. phosphofuctokinase 4. Aldoase 5. Triose Phosphate Isomerase
1. Phosphoglucose isomerase 2. Hexokinase 3. Phosphofructokinase 4, Aldolase 5. Triose Phosphate Isomerase
None of the above
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The other term for Glycolysis
The storage carbohydrate in animals, insects and fungi.
The directly used energy source for all chemical reactions in the body.
None of the above
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6. Glyceraldehyde-3 Phosphate Dehydrogenase 7. Phosphoglycerate Kinase 8. Phosphoglycerate Mutase 9. Enolase 10. Pyruvate Kinase
6. Pyruvate kinase 7. Enolase 8. Glyceraldehyde-3-phosphate Dehydrogenase 9. Phosphoglycerate Kinase 10. Phosphoglycerate Mutase
None of the above arrangements
All of the above
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Protein synthesis disorders
Acoholism, starvation and diabetes
Paired brain metabolism
Amino acid synthesis
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Glucose, (glycolysis)-->2Pyruvate + CO2 --> Ethyl alcohol
2Pyruvate--> (glycolysis)--> Glucose--> Ethyl alcohol
Glycolysis-->2Pyruvate-->Ethyl alcohol
None of the above
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Pyruvate and COA and NAD is converted to Acetyl Co A + carbondioxide+ NADH and H+
Acetyl CO A + Co A + Pyruvate is converted to NAD+ and NADH + H+
NAD+ and Acetyl COA is converted to pyruvate dehydrogenase and NADH
None of the above
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Reducing potentials
The reduction of NAD
A series of oxidation reduction reactions
Production of ATP
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3 ( Glycogen phosphorylase) (Glycogen debranching enzyme) (Phosphoglucomutase)
4 ( phosphoglucomutase, fructophosphomutase, glycophosphate, Glycogen enzyme)
2. ( Phosphoglucose and Phosphoglucomutase)
None of the above
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Preparatory stage where glucose is phosphorylated, Payoff stage- where 2 ATP is converted to Pyruvate and 4 ATPs
Preparatory stage- where glycose is not phosphorylated but is used direct to cleave 2 molecules of glyceraldehyde, Payoff stage- Where 2 GAPs is converted to 6 ATPs and pyruvate
Preparatory stage- where glucose is phophorylated and cleaved. Payoff stage- 4 ATPs are converted to 2 GAPs
Payoff stage, Preparatory stage
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Conversion of phosphofructase kinase to NAD+ which is then used in maintaining glycolysis
Pyruvate is reduced by NADH, producing NAD+ which keeps glycolysis going
By the Cellular respiration process, where the byproducts are CO2 and H2O
None of the above
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Three are prosethetic groups bond to their enzymes , ( TPP,Lipoamide,FAD) and Two are transiently associated with the complex ( Co A, NAD+/NADH
Three are transiently associated with the complex; NAD+/NADH, Lipoamide, CoA Two are prosthetic groups: FAD, TPP
TPP, NADH/NAD+ are prostethic groups and the lipoamide, CoA, FAD and TPP are associated with the complex
None of the above
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Pyruvic acid, ATP and NADH
Ammonia and ATP
Lactate
LAD and ATP
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Adrenaline phosphate
Phosphofructase kinase
Creatine phosphate
Hexo Kinase
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Acetoacetate is converted to Acetoacetyl CoA and then 2 Acetyl CoA
Acetoacetate is converted to 2 Acetoacetyl CoA and then 4 Acetyl CoA
Acetoacetate is converted to 2 Acetoacetyl Co A and then 6 Acetyl Co A
None of the above
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Reducing potentials of enzymes and aminoacids
Reducing potentials of NADH and FADH2
Oxidising potentials of glucose and NAD
Oxidising potential of Fructose and NAD
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Positive
Negative
Equal to the electropotential gradient
Both 1 and 2
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Gluconeogenisis in muscles and glycolysis in muscles where glucose is converted to pyruvate and lactate
Glycolysis in liver where glucose is converted to pyruvate and lactate. Glyconeogenesis in muscles.
Glyconeogenesis in liver were lactate is converted to pyruvate and then glucose.Glycolysis in muscles
Glycolysis in stomach where glucose is converted to pyruvate and lactate. Glyconeogenesis in muscles.
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Electron Transport Chain
In UDPG
TCA cycle
All of the above
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3
4
5
6
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5 molecules of ATP/ acetate is produced
8 molecules of ATP/ acetate is produced
10 molecules of ATP/ acetate is produced
7 molecules of ATP/acetate is produced
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Muscle proteins can derive its energy from 80 precent of the ketone bodies
Brain adapts and can derive 80 percent of its energy from ketone bodies
Both of the above statements are false
Neither 1 nor 2
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The hydrolysis of vitamin C
The hydrolysis of the thioacetate
The hydrolysis of the thioester
Hydrolysis of Hexo Kinase
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Is not associated with the metabolic disordes but the disorder to not produce ketone bodies to be used as energy for the brain
Lipid metabolic disorders
The liver is producing too many ketone bodies
None of the above
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Energy source for the brain in peripheral tissued
Energy source in the Cardiac muscle and Renal cortex but not the brain.
Energy source in the production of bile and the proper functioning of kidneys.
Energy source for the heart
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