Quiz on Bioenergetics Flashcards
Protein
a. Amino Acid
b. Monosaccharide
c. Fatty Acid
a
Polysaccharaide
a. Amino Acid
b. Monosaccharide
c. Fatty Acid
b.
Triglyceride
a. Amino Acid
b. Monosaccharide
c. Fatty Acid
C
Role of Cell Organelles in Metabolism
Package and process proteins for secretion and delivery to other cellular components
a. Golgi bodies
b. Lysosomes
c. Nucleus
d. Mitochondria
a
Role of Cell Organelles in Metabolism
Remove damaged cellular components and some unwanted foreing materials
a. Golgi bodies
b. Lysosomes
c. Nucleus
d. Mitochondria
b
Role of Cell Organelles in Metabolism
Where replication of DNA takes place
a. Golgi bodies
b. Lysosomes
c. Nucleus
d. Mitochondria
C.
Role of Cell Organelles in Metabolism
Where common catabolic pathway takes place in higher organisms
a. Golgi bodies
b. Lysosomes
c. Nucleus
d. Mitochondria
d
Parts of ATP Molecule: Select all that applies
- Adenine
- Nicotinamide
- Phosphate
- RIbofuranose
All except nicotinamide
Parts of NAD+: Select all that applies
- Phosphate Group
- Nicotinamide Group
- Ribofuranose Group
- Glucose Group
All except Glucose Group
Parts of FAD: Select all that applies
-Riboflavin Group
- Phosphate Group
- Adenine Group
- Nicotinamide Group
All except Nicotinamide
Parts of FAD: Select all that applies
- Phosphate Group
- Pantothenic Acid Group
- Mercaptoethylamine Group
- Adenine Group
- Glucose Group
All except Glucose Group
Atoms Present in Acetyl CoA : Select all that applies
- Chlorine
- Sulfur
- Nitrogen
- Phosphorous
- Carbon
All except Carbon
Electron Transport Chain and Phosphorylation Reaction of TCA Cycle Intermediate Products
FAD to FADH2
a. Succinate to Fumarate
b. Succinyl COA to Succinate
c. Citrate to Isocitrate
d. Malate to Oxaloacetate
a.
Electron Transport Chain and Phosphorylation Reaction of TCA Cycle Intermediate Products
GDP to GTP
a. Succinate to Fumarate
b. Succinyl COA to Succinate
c. Citrate to Isocitrate
d. Malate to Oxaloacetate
b
Electron Transport Chain and Phosphorylation Reaction of TCA Cycle Intermediate Products
NAD+ to NADH with H+
a. Succinate to Fumarate
b. Succinyl COA to Succinate
c. Citrate to Isocitrate
d. Malate to Oxaloacetate
d