How are the light reactions and the Calvin cycle related to each other?
What will be an ideal response?
The light reactions produce the ATP and NADPH required to drive the Calvin cycle, which results in the synthesis of sugar (glucose).
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Which event can introduce a protein domain into a pre-existing protein?
a. gene alignment b. intron shuffling c. exon shuffling d. peptide shuffling e. exon splicing
In eukaryotes, all of the different types of RNA are transcribed in the
a. mitochondria. b. cytoplasm. c. ribosomes. d. nucleus. e. endoplasmic reticulum.
The use of filtration for sterilization
A. can remove viruses. B. uses heat and filtration. C. relies on gravity. D. leaves behind endospores. E. removes toxins.
Nerve impulses cannot reverse and travel up the axon toward the cell body due to _____
the refractory period the resting potential the action potential summation