Originally posted by s0uljah
The results of this study show that the widely used claim of atheists that "junk" DNA implies randomness is unfounded.
Where does it show that? The paper doesn't even address any randomness of junk DNA. Did you even read it?
They love to claim that it supports unguided evolution or that it shows "bad" design by the Creator, in order to mock Him. This is wrong because non-coding DNA has a function, to support the cell.
Souljah, you are debating a straw man position. The only time "atheists," or more accurately "evolutionist," bring up this topic is to refute creationists who are claiming that there is intelligent design. It is not to mock your god, but rather to show how bankrupt intelligent design is.
In fact, the paper is another example that historical constraint and not intelligent design guides evolution. It is still energetically wasteful to replicate secondary DNA. So then, why is that used as the solution to the nucleus size problem? Why didn't the designer just make a larger nucleus instead of relying on non-coding DNA? Why did the designer design it such that larger cells need larger nuclei?
Furthermore, the function they found is not just for junk DNA, it's for all nuclear DNA. Which brings up the question of why an intelligent designer would use junk DNA over coding DNA?
"The new study examined the genomes of the single-celled photosynthetic organisms know as Crytomonads. These organisms exist as vastly different cell sizes, with the nucleus being proportional in size to that of the cell. Researchers discovered that the amount of non-coding DNA was proportional to the size of the nucleus, suggesting that more non-coding DNA was required in larger nuclei. As an added proof, the nucleomorph, a small piece of DNA contained within the plastid that codes for itself and photosynthetic function, was not changed in size, despite changes in cell size and nuclear content."
Sorry this is inaccurate, which you would know had you read the paper carefully. Read my post, nay read the paper, for an accurate description of the study.
I find it comical that we can talked about coding, but you still don't ackowledge the Coder.
The Coder? I thought there were more than a few coders on this board.
Over 700 studies (over 100 in the last year) have demonstrated the role of non-coding DNA as enhancers for transcription of proximal genes. These intronic enhancers have been described for eosinophil-derived neurotoxin (EDN) and eosinophil cationic protein (ECP), the variable region of the rearranged immunoglobulin mu (IgM) gene, the alpha-globin gene, the activin beta A subunit gene, lambda 2 light chain transgenes, Human CYP1B1, a member of the cytochrome P450 superfamily, immunoglobulin heavy chain (IgH), alcohol dehydrogenase, 3 alpha-hydroxysteroid dehydrogenases, apolipoprotein A-II, beta1,4-N-acetylgalactosaminyltransferase, kappa light chain gene, Alpha-1 acid glycoprotein, the T-cell receptor beta-chain, 2-crystallin, 1 tubulin gene, aldolase B gene, and many others.
Enhancers and transcription sites have been known for a long time and are not considered to be junk DNA. Furthermore, the vast majority of non-mRNA-coding DNA is not control regions. Thus your copied comments do not support your argument. Well, I guess it's yours.
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