To maximize the number of thymine dimer mutations following UV exposure, should you keep human cells in tissue culture in the dark, in the light, or does it matter at all?
A) The dark-light will activate the photorepair systems that can break thymine dimers induced by UV light.
B) The light-it's important to keep on producing the thymine dimers by keeping the plate exposed to light as much as possible.
C) Alternating light and dark every hour to increase the chances that thymine dimers will form, but prevent photorepair systems from correcting them as they are formed.
D) It doesn't matter-human cells don't have the enzymes needed for photorepair of thymine dimers.
E) Alternating light and dark every 24 hours to increase the chances that thymine dimers will form.

Question

To maximize the number of thymine dimer mutations following UV exposure, should you keep human cells in tissue culture in the dark, in the light, or does it matter at all?
A) The dark-light will activate the photorepair systems that can break thymine dimers induced by UV light.
B) The light-it's important to keep on producing the thymine dimers by keeping the plate exposed to light as much as possible.
C) Alternating light and dark every hour to increase the chances that thymine dimers will form, but prevent photorepair systems from correcting them as they are formed.
D) It doesn't matter-human cells don't have the enzymes needed for photorepair of thymine dimers.
E) Alternating light and dark every 24 hours to increase the chances that thymine dimers will form.

Quizplus · Accepted Answer

The Answer of To maximize the number of thymine dimer mutations following UV exposure, should you keep human cells in tissue culture in the dark, in the light, or does it matter at all?
A) The dark-light will activate the photorepair systems that can break thymine dimers induced by UV light.
B) The light-it's important to keep on producing the thymine dimers by keeping the plate exposed to light as much as possible.
C) Alternating light and dark every hour to increase the chances that thymine dimers will form, but prevent photorepair systems from correcting them as they are formed.
D) It doesn't matter-human cells don't have the enzymes needed for photorepair of thymine dimers.
E) Alternating light and dark every 24 hours to increase the chances that thymine dimers will form.

To Maximize the Number of Thymine Dimer Mutations Following UV