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Which of the following statements about how cytoplasmic determinants and induction help control which transcriptional activators are expressed by different cell types is TRUE?
*A. ALL
b. Cytoplasmic determinants are unevenly distributed in egg cells.
c. Induction causes the cells near the cell producing the inductive agent to express some of the same transcriptional activators.
d. Cytoplasmic determinants are unevenly distributed during cell division, causing the resulting daughter cells to express different combinations of transcriptional activators.

Respuesta :

The statements that are true about cytoplasmic determinants and induction help control which transcriptional activators are expressed by different cell types Cytoplasmic determinants include molecules that are not polypeptides or mRNAs, Cytoplasmic determinants include mRNA molecules, and Cytoplasmic determinants include polypeptides.

Cytoplasmic determinants are outlined as entities local in particular cytoplasmic domains of the cell or embryonic container that bias the containers holding bureaucracy to assume particular possessions or fates all along embryogenesis. Cytoplasmic determinants are distinctive molecules that play a very main duty all along oocyte maturation, in the female's ovary.

Transcriptional activators are necessary to turn on the verbalization of genes in a eukaryotic container. Transcriptional activators accountable for the enhancer can promote either the recruitment of RNA polymerase II to the supporter or allure extension.

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The complete question is:

Which of the following statements about how cytoplasmic determinants and induction help control which transcriptional activators are expressed by different cell types is TRUE?

a. Cytoplasmic determinants include molecules that are not polypeptides or mRNAs.

*B. ALL

c. Cytoplasmic determinants include mRNA molecules.

d. Cytoplasmic determinants include polypeptides.

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