DNA methylation reduce gene expression - bisulphate sequencing techniques to map the epigenome are not sophisticated enough to determine the epigenome without damaging the genome.
Cute vid, but methyl markers don't "create every different cell in your body", rather they appear to "turn genes on or off". Yes, they have been seen to modify genes, but there is nothing to support the fact that they can rewrite original code. What the markers' activity shows is that genetic and environmental factors may be largely intertwined, and genes may not be expressed in a static fashion as we once thought.
DNA methylation reduce gene expression - bisulphate sequencing techniques to map the epigenome are not sophisticated enough to determine the epigenome without damaging the genome.
misterMagoo4 1 year ago
Cute vid, but methyl markers don't "create every different cell in your body", rather they appear to "turn genes on or off". Yes, they have been seen to modify genes, but there is nothing to support the fact that they can rewrite original code. What the markers' activity shows is that genetic and environmental factors may be largely intertwined, and genes may not be expressed in a static fashion as we once thought.
vital2mi 4 years ago
An original and interesting way to explain the basic concepts of epi/genetics.
goodname4me 4 years ago
TRhis is Excellent as expected with the Epigenome Network of Excellence being involved. Its *****
I clicked 1 star by mistake and can't make it 5 star ***********************
If you know hoe to edit Video rating let me know!
bencamall 4 years ago
This is Excellent as expected form the Epigenome Network of Excellence.
I clicked 1 start by mistake and cant make it 5 star ***********************
bencamall 4 years ago