If you were able to find a drug that could inhibit the reactivation of telomerase activity in cancer cells, the cancer cells would: eventually die from lack of energy. gradually revert to normal cells. slowly erode their chromosome ends. stop dividing immediately. become less invasive.

Question

Biology

Orlando Hooper

6 February, 16:13

If you were able to find a drug that could inhibit the reactivation of telomerase activity in cancer cells, the cancer cells would: eventually die from lack of energy. gradually revert to normal cells. slowly erode their chromosome ends. stop dividing immediately. become less invasive.

+4

Answers (2)

Know the Answer?

Arnav Hopkins · Answer 1

You do have an wonderful theory, but what if they already found the cure for cancer cells? but wont tell us because the government wants us to believe there isnt none so that they can either use it on themselves or wait for the future atleast a million people die from cancer everyday but how come they havent "supposedly" found a cure yet?

Bridger Benitez · Answer 2

The right answer is slowly erode their chromosome ends.

Telomerase is an enzyme found in eukaryotic organisms, which, during DNA replication, has the mission to dress the telomere chromosomes, nucleotide sequences placed at their ends and used to preserve them.

Telomerase expresses itself very little (if at all) in differentiated cells. By dint of cellular divisions, the telomeres disappear, the chromosomes are damaged and the cell returns to senescence. In contrast, the enzyme is very active in germ lines. It therefore prevents aging stem cells. It is considered that it could be one of the levers to activate to curb or even stop aging.