"Junk" DNA Myth Continues Its Downward Spiral
So let me get this straight: A certain section of DNA was studied, some of it was understood, and then whatever else that was not analyzed or not understood was classified as "junk". Got it. Pretty arrogant, innit?
We have seen that so-called "junk DNA" has clawed its way out of its premature grave and is humiliating evolutionary scientists who are finding out that the "junk" is useful after all. As proponents of Intelligent Design as well as biblical creationists have said all along, there is a purpose for it.
We have seen that so-called "junk DNA" has clawed its way out of its premature grave and is humiliating evolutionary scientists who are finding out that the "junk" is useful after all. As proponents of Intelligent Design as well as biblical creationists have said all along, there is a purpose for it.
You can read the rest of this trainwreck for evolution at "Junk DNA Myth Continues Its Demise".Secular biology, intelligent design, and creationist communities are abuzz with the recently reported data from 30 simultaneously published high-profile research papers in the field of human genomics, proclaiming that the human genome is irreducibly complex and intelligently designed. From an evolutionary perspective, this is a massive blow to the myth of “junk DNA.”A large-scale international research effort, ENCODE (Encyclopedia of DNA Elements), began in 2003 as an outgrowth of the Human Genome Project. Although the human genome had been largely finished in its final draft form in 2004, very little was known about the functionality of the many areas outside the protein-coding regions that comprised less than 5 percent of the total DNA sequence. A large number of biologists considered this excess DNA to have little value, referring to it as “junk DNA.” However, many early studies in functional genomics contradicted this idea and showed that non-coding DNA played a significant role in gene regulation and genome function. The ENCODE project was initiated as a massive global research effort to map and characterize the functionality of the entire human genome.