Epigenetics and Engineered Adaptation

Sometimes, it gets rather difficult posting about genetics — especially epigenetics. Once again, the more we learn, the more we realize that there is still much more to learn. Like genetics, the study of epigenetics has been friendly to biblical creationists and hostile to Darwinists.

Chaffinch image credit: Freeimages / Jack Kemp
Evolutionists refer to variations as "evolution" as they are wont to do, which is an effort at equivocation. That is, it's a bait 'n' switch to make people accept goo-to-gibbon evolution by inaccurately calling small changes "evolution", but they are nothing of the kind. 

We are told that evolution takes a very long time to occur, so scientists are surprised at "rapid evolution", which is another example of equivocation. In fact, no evolution happened. (Of course, there is the mostly ignored punctuated equilibrium concept of Eldridge and Gould, related to the hopeful monsters idea of Goldschmidt, where nothing happened for a long time, then bam! Something different popped into existence. Evidence, please?) 

Epigenetics switches kick in when environmental changes are detected and an organism's offspring is better equipped to adapt. Speciation has a component in epigenetics as well. This internal mechanism is in direct opposition to Darwin's view of externalism, and is strong evidence of the Master Engineer's handiwork.
The engineered elegance of flexible designs is that they allow a part to change form without breaking as it absorbs a stress and then returns to its standard shape when the stress passes. Biologically, our genes code for certain traits, and when a gene changes, a lasting alteration to the trait happens. That’s called a genetic change. But, epigenetic mechanisms enable the trait expressed by a gene to be flexibly and adaptively altered without permanently changing the gene. So, when the stress is gone, the original trait of the gene usually returns. Design analysis gives insight into how the intrinsic flexibility of epigenetics integrates into an organism’s overall adaptability.
To read the article in its entirety, click on "Engineered Adaptability: Epigenetics—Engineered Phenotypic 'Flexing'".