Bio 311C- Sata Final Exam Revision Questions, all
Solved 100% Correct with Verified Answers
Glycolysis - ✔✔Cytoplasm
In: ADP, Pi, Glucose, NAD+
Out: Pyruvate, ATP, NADH
Committed: 1, Hexokinase
Key Reg: 3, PFK
Krebs - ✔✔Matrix
In: Acetyl CoA, NAD+, FAD, ADP, Pi, H2O
Out: CoA, NADH, FADH2, CO2, ATP
Committed: Citrate synthase
Key reg: isocitrste dehydrogenase
Oxidative Phosphorylation - ✔✔Inner membrane
In: NADH, FADH2, O2, ADP, Pi
Out: NAD+, FADH2, ATP, H2O
Alcohol Fermentation - ✔✔In: Glucose, ADP, Pi
Out: Ethanol, ATP, CO2
Lactate Fermentation - ✔✔In: Glucose, ADP, Pi
Out: Lactate, ATP
Glycosidic - ✔✔OH + OH
, Ester - ✔✔OH + OH
Peptide - ✔✔COOH + NH2
Phosphodiester - ✔✔Phosphate + Pentose
Smooth ER - ✔✔Detoxification, Lipid synthesis, stores Ca
Rough ER - ✔✔Ribosomes attached, protein & membrane synthesis
Golgi - ✔✔Modifies and packages proteins
Vesicles - ✔✔Transport their contents to their targets
Lysosome - ✔✔Digest their contents, acid interior
Peroxisomes - ✔✔Lipid degradation & oxygen detox
Glyoxysomes - ✔✔Breakdown lipids
Vacuoles - ✔✔Storage, stability
Microfilaments - ✔✔Smallest, motility, actin
Microtubules - ✔✔Larger, tubulin, transport tracks
Solved 100% Correct with Verified Answers
Glycolysis - ✔✔Cytoplasm
In: ADP, Pi, Glucose, NAD+
Out: Pyruvate, ATP, NADH
Committed: 1, Hexokinase
Key Reg: 3, PFK
Krebs - ✔✔Matrix
In: Acetyl CoA, NAD+, FAD, ADP, Pi, H2O
Out: CoA, NADH, FADH2, CO2, ATP
Committed: Citrate synthase
Key reg: isocitrste dehydrogenase
Oxidative Phosphorylation - ✔✔Inner membrane
In: NADH, FADH2, O2, ADP, Pi
Out: NAD+, FADH2, ATP, H2O
Alcohol Fermentation - ✔✔In: Glucose, ADP, Pi
Out: Ethanol, ATP, CO2
Lactate Fermentation - ✔✔In: Glucose, ADP, Pi
Out: Lactate, ATP
Glycosidic - ✔✔OH + OH
, Ester - ✔✔OH + OH
Peptide - ✔✔COOH + NH2
Phosphodiester - ✔✔Phosphate + Pentose
Smooth ER - ✔✔Detoxification, Lipid synthesis, stores Ca
Rough ER - ✔✔Ribosomes attached, protein & membrane synthesis
Golgi - ✔✔Modifies and packages proteins
Vesicles - ✔✔Transport their contents to their targets
Lysosome - ✔✔Digest their contents, acid interior
Peroxisomes - ✔✔Lipid degradation & oxygen detox
Glyoxysomes - ✔✔Breakdown lipids
Vacuoles - ✔✔Storage, stability
Microfilaments - ✔✔Smallest, motility, actin
Microtubules - ✔✔Larger, tubulin, transport tracks