Epigenetics, a Revolution with a Long Onramp, Poised to Accelerate Design Thinking

Some revolutions have long onramps. Modern epigenetics has been around for well over a decade, but its impact has yet to be fully explored. Which interpretation of biology -- evolution or intelligent design -- stands the best chance of advancing scientific understanding of genomics through epigenetics research?

Mapping the Genome and Modern Genetics: Eugenics Repackaged for Modern Times

The "science" of eugenics in America's past history resulted in racism, forced sterilization, forced vaccination, and tyrannical government policies all in the name of developing a "superior" race of people. In Germany, the "science" of eugenics was used by the Nazi Party to "eliminate" over 11 million men, women, and children. The term "eugenics" has fallen out of favor and is no longer a politically correct word to use, because of its negative stigmatization. But has the philosophy behind "eugenics" simply been replaced with the "new science" of genetics, and the mapping of the human genome? Is there reason to suspect hidden motivations of certain groups who want us to be convinced that our genes, and only our genes, control every aspect of our health and well-being? Can we trust everything we hear about the benefits of genetic research? Is there a dark side to genetics? Is America heading down the same path that eugenics led us in the past, and that led Nazi Germany up to World War II?

Genetics Research Fraud: Your Genes do NOT Determine Your Health

Your environment and lifestyle, particularly your diet, has a direct influence on your genetic expression. For example, research using identical twins have shown that diet trumps genes in terms of the level of health you achieve. The science of epigenetics also challenges the conventional view of genetics, proving that the environment determines which traits a gene will express, and that your fate is in no way written in stone even if you have genetic predispositions. It has become increasingly clear that there's collusion going on between our government, industry, and scientists, to hide the fact that everything from human health and intellectual capacity to various addictions are indeed caused by the environment in which we find ourselves, NOT genetics and the failed science supporting it with billions of research dollars. Knowing we are not slaves to our genetic heritage offer tremendous amounts of hope for every single one of us, as it removes us from the position of victims of our heredity, and makes us masters of our own health and well-being.

Are Our Genes a Product of Us?

New studies show how exercise and a sense of well-being may affect epigenetics and gene regulation. So are we a product of our genes or are our genes a product of us?

Epigenetics and Disease: Thinking Outside the Box

Intelligent design gets a bad rap because it is not in line with the supposed scientific consensus that unguided evolutionary processes account for the existence of all of the life that we see today. But there are unanswered questions regarding the origin of the complexity of biological systems and the information content in DNA (both within the genome and the epigenome), as Stephen Meyer has shown in Darwin's Doubt and Signature in the Cell. Science, indeed, should be about exploring uncharted territories from varying, even unpopular, perspectives rather than confining ourselves to research that has been blessed by convention. The old paradigm focused on the sequence of the coding portion of DNA to find genetic factors for disease. However, when the old paradigm cannot answer questions, it is time to think outside the box.

More Light Is Cast on Epigenetics and Design

The study of epigenetics -- codes and systems "above" genetics -- has accelerated in recent years. Scientists now recognize a multitude of players implicated in regulating genes. These players include proteins, RNA molecules, and chemical "tags" that DNA translation machinery recognizes. Some recent papers elucidate a few of the many ways epigenetic factors interact with the genome. While evolutionists scramble to deal with the unprecedented complexity, intelligent design is not surprised by it. Design thinking propelled the discovery of functions for what evolutionists considered useless leftovers of a haphazard process, as the reports quoted in this article show. The lesson is clear: intelligent design is in the best position to promote scientific discovery, and to deliver the understanding sought by science.