Cell differentiation always involves

a. transcription of the myoD gene.

b. the movement of cells.

c. the production of tissue-specific proteins.

d. the selective loss of certain genes from the genome.

Question

Biology

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13 October, 20:00

Cell differentiation always involves

a. transcription of the myoD gene.

b. the movement of cells.

c. the production of tissue-specific proteins.

d. the selective loss of certain genes from the genome.

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Answers (1)

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Lilliana Herring · Answer 1

Answer: (C) The production of tissue-specific proteins.

Explanation:

The cell differentiation is the process in which the cell change from one cell place to another place. It basically occur due to the process of gene expression.

The cell differentiation involve the production of the specific tissue protein known as muscle actin. In cell differentiation, the pluripotent stem cell basically go in the specific differentiation level and then reach in the state of fully differentiation.

The fully differentiation produced a specific function that the production of the protein. Therefore, option (C) is correct.

Cell differentiation always involvesa. transcription of the myoD gene.b. the movement of cells.c. the production of tissue-specific proteins.d. the selective loss of certain genes from the genome.

Cell differentiation always involves

a. transcription of the myoD gene.

b. the movement of cells.

c. the production of tissue-specific proteins.

d. the selective loss of certain genes from the genome.