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OpenStudy (anonymous):

how can: lung cancer, mouth cancer, skin cancer, and folic acid influence genetic traits

OpenStudy (anonymous):

u will have better luck in the biology category.

OpenStudy (anonymous):

i thought i was in biology...

OpenStudy (anonymous):

do u still ned help?

OpenStudy (anonymous):

this is the bio section i think she was playn

OpenStudy (anonymous):

yes i do! i also need vitamin D diabetes and heart disease if you could help

OpenStudy (anonymous):

im in 9th grade

OpenStudy (anonymous):

me too

OpenStudy (anonymous):

ok, rattle ur questions away miestro lol

OpenStudy (anonymous):

um the one above

OpenStudy (anonymous):

hold on

OpenStudy (anonymous):

whats ur question?

OpenStudy (aaronq):

genetic traits don't really change after cancer, i mean if you get lung cancer your hair isn't gonna change colour (a genetic trait).. do you mean during development?

OpenStudy (anonymous):

how can: lung cancer, mouth cancer, skin cancer, vitamin D, diabetes, heart disease and folic acid influence genetic traits

OpenStudy (anonymous):

my teacher wrote: Explain how the following environmental factors can influence genetic traits and lists all the ones i gave you

OpenStudy (frostbite):

Hmmm... I agree with aaronq, however I go take a look in some literature.

OpenStudy (frostbite):

Nope I have no idea... the only thing I get close to this might be how cancer cells are interfering with normal cell-signaling parthways - but that is not the question.

OpenStudy (aaronq):

yeah, i looked up stuff too, I'm don't think cancer can influence your genetic traits.. i mean, it can influence gene expression (e.g. producing less proteins and in turn your hair won't be as shiny) but it can't change your phenotype.

OpenStudy (frostbite):

Yes I generaly agree.

OpenStudy (aaronq):

oh yeah sorry, genotype.

OpenStudy (aaronq):

anyway, good luck !

OpenStudy (anonymous):

im acctialy learnin from this

OpenStudy (frostbite):

Well you also got one of the best people to tell you about this kind of thing: aaronq.

OpenStudy (anonymous):

:D

OpenStudy (frostbite):

He is working with molecular biology. So we are kinda overlaping each other.

OpenStudy (anonymous):

hey is this correct that in the DNA modle (double helix ) that adanine only pairs with thymine and cytosinewith guanine

OpenStudy (frostbite):

It is.

OpenStudy (anonymous):

yes :D

OpenStudy (anonymous):

could it work though that your hair sometimes falls out, i know that's because of a treatment for cancer and not directly cancer, but would it work?

OpenStudy (aaronq):

haha thanks @Frostbite I feel honoured you feel that way.

OpenStudy (frostbite):

Hmmm what if asume that the ras gene have been mutaled so that the kinases don't function noremly amplifying the cell cycle that also give bigger chance for more mutations?

OpenStudy (frostbite):

Outperforming the normal cells aswell in that specific tissue?

OpenStudy (aaronq):

when that happens excessive growth of the cancerous tissue takes place, typically, hindering the growth of neighbouring cells due to nutrient uptake and fast.. but these events would destroy the genetic traits (by changing the sequences), as mutations (most often) results in nonsensical sequences that result in cell death. So, i would not think there would be a change in the genetic traits (e.g. absence vs presence of dimples) but merely tissue death. Diabetes would influence some of the physiology of the organism, but would not change the genetic traits. From wiki: "Vitamin B9 (folic acid and folate) is essential to numerous bodily functions. The human body needs folate to synthesize DNA, repair DNA, and methylate DNA as well as to act as a cofactor in certain biological reactions.[7] It is especially important in aiding rapid cell division and growth, such as in infancy and pregnancy. Children and adults both require folic acid to produce healthy red blood cells and prevent anemia". Again, not affecting the genetic traits directly.. indirectly, you could assume that it plays a role in gene expression.

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