10.02.2017 Views

ProVitalDNA - Package - DEMO EN

non-medical analysis - ProVitalDNA

non-medical analysis - ProVitalDNA

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Epigenetics and aging<br />

With increasing age, the epigenetic programming, i.e. the exact regulation of the genes,<br />

gradually worsens. As a result, gene activity, which is very precisely controlled at a young age,<br />

gets more and more out of hand as you age. Therefore, genes that are important for health<br />

gradually shut down and negative genes gradually become activated.<br />

Good gene<br />

(active)<br />

Bad gene (inactive)<br />

Bad gene<br />

(inactive)<br />

YOUNG<br />

Good genes are activated- bad genes are<br />

inhibited<br />

Good gene (active)<br />

Good gene<br />

(becomes<br />

inactive)<br />

Bad gene<br />

(becomes<br />

active)<br />

Bad gene (becomes active)<br />

Good gene (becomes inactive)<br />

MIDDLE AGE<br />

Encasement is gradually decreasing.<br />

Good genes are becoming less active and<br />

bad genes are being activated<br />

Good gene<br />

(inactive)<br />

Bad gene (active)<br />

Bad gene<br />

(active)<br />

OLD AGE<br />

Epigenetic programming is lost entirely.<br />

Good genes are inactive and bad genes<br />

are active<br />

Good gene (inactive)<br />

<strong>DEMO</strong>_ML Page 115 of 295

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!