The principle sites of amphibolic interaction occur during
A. Krebs cycle and electron transport system.
B. fermentation and glycolysis.
C. fermentation and Krebs cycle.
D. glycolysis and photosynthesis.
E. glycolysis and Krebs cycle.
Answer: E
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Enzymes needed to digest all types of macromolecules are found in
A. centrioles. B. Golgi apparatus. C. mitochondria. D. lysosomes.
The E. coli lac operon encodes three genes. These genes
a. cleave lactose into glucose and galactose, produce transacetylase, and actively transport lactose into the cell. b. encode for an enzyme that cleaves glucose, a transport protein for active transport, and a transacetylase enzyme for solubilizing lactose in the cytosol. c. encode for an enzyme that cleaves lactose, a transport protein for active transport of lactose, and a transacetylase enzyme whose function is still unknown. d. catalyze the synthesis of lactose from glucose and galactose, produce transacetylase, and actively export lactose from the cell. e. directly interact with the lac repressor and initiate their own transcription.
Fermentation transfers electrons back to organic molecules through enzymes
What will be an ideal response?
Even though the steps of photosynthesis that actually produce sugar molecules are part of the carbon
fixation reactions, the light-dependent reactions are absolutely essential for sugar synthesis. Explain the role of the light-dependent reactions in the formation of the end products of photosynthesis. What will be an ideal response?