No, they are just as sensitive as any other cell.
Cells that are actively dividing are most sensitive to radiation damage.
Bone marrow cells divide rapidly and are susceptible to the effects of radiation.
cells that divide slowly
Cells that are actively dividing are most sensitive to radiation damage.
so hair cells divide really fast too. That's why when treating cancer (rapidly dividing cells) you may lose your hair. Because the treatment like radiation or chemo kills all rapidly dividing cells
Cells that do not have a nucleus
Yes, cancer cells are generally more sensitive to drugs and radiation than normal cells. This is because cancer cells have abnormal and uncontrolled growth, and their DNA repair mechanisms may be impaired. Therefore, therapies like chemotherapy and radiation therapy can target the rapidly dividing cancer cells and effectively kill them while minimizing damage to healthy cells.
Because Prof.Kodjo thought so
because
This is because the cells divide so rapidly that Interphase is such a short period of time; thus, few cells are in Interphase.Read more: Why_was_if_difficult_to_find_interphase_cells_in_the_whitefish_blastula_slide
The law of Bergonie and Tribondeau states that the sensitivity of tissues to radiation is influenced by their rate of proliferation and level of differentiation. Essentially, rapidly dividing and undifferentiated cells are more sensitive to radiation damage, while slowly dividing and differentiated cells are more resistant. This principle helps guide radiation therapy by targeting cancer cells that are more sensitive to radiation.
No, cells undergoing meiosis take longer time than those undergoing mitosis