Hi, please could someone explain this to me? It’s got to do with epigenetics but I don’t really get the part highlighted in yellow? So there’s been a recent article on how cancer may not be cause by mutations but by epigenetics but I don’t understand because the part in yellow about there being a depletion of protein, would that not be caused by mutations? How else could the protein be depleted? Here is the highlighted bit: https://app.gemoo.com/share/image-annotation/643689468911796224?codeId=PYlywbkN7zoAB&origin=imageurlgenerator&card=643689467137605632
I’ve entered it “Tumours form without genetic mutations” but there is no pdf version attached?
Good morning Mr/Miss Anonymous, Ok it seems this full-text article is not FOC [just your luck - sorry!]
However dw - there is always a way!
Are you a uni student? If so, you can ask for a Shibboleth or other login password from your uni library [some schools might have one, too].[you might need to request a Springer Nature pw]
Epigenetic changes are those that affect gene expression, but do NOT affect the genetic code. Examples of these changes include methylation and histone modification. These changes can increase or decrease gene expression. Now imagine that these epigenetic changes increase the expression of an oncogene, or decrease the expression of a tumour suppressor gene. This will drive tumourigenesis in the same way as mutations, without actually changing the genetic code itself.
Epigenetic changes are those that affect gene expression, but do NOT affect the genetic code. Examples of these changes include methylation and histone modification. These changes can increase or decrease gene expression. Now imagine that these epigenetic changes increase the expression of an oncogene, or decrease the expression of a tumour suppressor gene. This will drive tumourigenesis in the same way as mutations, without actually changing the genetic code itself.