1. Body cells include nerve cells and muscle cells. Each makes a number of different proteins. For

example, nerve cells make cholinesterase and muscle cells make myosin. Which statement best

compares the DNA normally found in these two types of cells in an individual?

Question

Mathematics

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10 September, 21:13

1. Body cells include nerve cells and muscle cells. Each makes a number of different proteins. For

example, nerve cells make cholinesterase and muscle cells make myosin. Which statement best

compares the DNA normally found in these two types of cells in an individual?

+5

Answers (1)

Know the Answer?

Joaquin Heath · Answer 1

The two cells have identical DNA sequences, but use different sections of the DNA to make these two proteins.

Step-by-step explanation:

Base on the been given in the questions, the best statement that compares the DNA normally found in these two types of cells in an individual is that the two cells have identical DNA sequences, but use different sections of the DNA to make these two proteins.

When a cell differentiates (becomes more specialized), it may undergo some important changes in things like its shape, metabolic activity, overall function, size.

1. Body cells include nerve cells and muscle cells. Each makes a number of different proteins. Forexample, nerve cells make cholinesterase and muscle cells make myosin. Which statement bestcompares the DNA normally found in these two types of cells in an individual?

1. Body cells include nerve cells and muscle cells. Each makes a number of different proteins. For

example, nerve cells make cholinesterase and muscle cells make myosin. Which statement best

compares the DNA normally found in these two types of cells in an individual?