More Confirmation — No "Junk DNA"
Secular scientists declared sections of DNA to be "junk" — leftovers from our so-called evolution. Actually, it was from evolutionary assumptions and bad science that caused this. They did not see what they were looking for, so they did not bother to investigate further and wrote it off. Creationists rejected the "junk DNA" designation. After further investigation, creationists were proved right, it's not junk.
Further genome studies add to the problem for evolutionists. More functions are found that are very complex and essential for life. Although evolutionists want to live in their fantasy world and pretend that there is no Creator, their own studies clearly show that the opposite is true. It would be in their best interests to find out what our Creator has to say.
Further genome studies add to the problem for evolutionists. More functions are found that are very complex and essential for life. Although evolutionists want to live in their fantasy world and pretend that there is no Creator, their own studies clearly show that the opposite is true. It would be in their best interests to find out what our Creator has to say.
Click here to read the rest of "Mouse Study Shows 'Junk DNA' Is Actually Required".It was once believed that the regions in between the protein-coding genes of the genome were wastelands of alleged nonfunctional “junk DNA.” However, we now know that these previously misunderstood regions are teeming with functional activity—and a new study shows they are actually required for life.The genome of humans and other animals is composed of more than just DNA sequences that produce proteins—there are also many other types of sequences that do not code for proteins. The non-protein-coding genes are diverse, with some being very short and others being quite long. In fact, the long non-coding RNAs (lncRNAs) are actually very similar to protein-coding genes in their regulation and genomic structure. These lncRNAs are found all over the genome, in between protein-coding genes as well as inside them. Some even overlap protein-coding sequences.