Late nuclear equivalence and differential gene expression. What will be an ideal response?
In nuclear equivalence no genetic changes actually occur in different cell types. In the
process of differentiation of cells, different genes are expressed to make each cell unique
(differential gene expression).
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Anatomical parts of the body that serve little or no function are referred to as
A) homologous structures. B) hyperplasia. C) vestigial structures. D) somites. E) dysplasia.
The information encoded in DNA is used within a cell in a two-stage process. The two stages of this process are called
A) denaturation and renaturation. B) base-pairing and denaturation. C) replication and division. D) transcription and translation. E) replication and transcription.
In the reaction: C4H6O4 + FAD ?C4H4O4 + FADH2, what type of reaction took place to remove the protons from C4H6O4?
A. Reduction B. Oxidation C. Dehydrogenation D. Decarboxylation
An oak tree is a
A) gamete. B) spore. C) zygote. D) gametophyte. E) sporophyte.