Which of the following correctly explains how a mutation can result in life-threatening cancer?

a. Cancer cells grow and destroy the blood supply to the area of the initial exposure.

b. Cancer cells cause an autoimmune response which results in a build-up of cell matter.

c. Cancer cells invade and destroy healthy cells, disrupting their normal functions.

d. Cancer cells take over the function of healthy cells, avoiding detection by the immune system.

Question

Farley

Biology

14 February, 12:26

Which of the following correctly explains how a mutation can result in life-threatening cancer?

a. Cancer cells grow and destroy the blood supply to the area of the initial exposure.

b. Cancer cells cause an autoimmune response which results in a build-up of cell matter.

c. Cancer cells invade and destroy healthy cells, disrupting their normal functions.

d. Cancer cells take over the function of healthy cells, avoiding detection by the immune system.

+3

Answers (2)

Know the Answer?

Trent Powers · Answer 1

I believe the answer is (b.) Cancer cells cause an autoimmune response which results in a build-up of cell matter.

This makes the autoimmune system perceive the cells as something dangerous, but since cancerous cells often not identified by the autoimmune cells properly, it often attacks the good cells (or its own tissues) instead which cause the life-threatening situation.

Bella Watts · Answer 2

B is the best answer tell me if you get it correct; )