Transposable Elements in the Rice Genome: New Data for an Old Theory


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Evolution has many false predictions to its credit, but for every false prediction there is an adjustment. Evolution's expectations are constantly being upended, but each time the unabashed evolutionists simply add another patch to their theory. They never stop to consider that there could be a problem--after all, evolution is a fact.

Consider, for example, the evolutionary expectation that biological adaptation is, like water eroding rock, a long slow process requiring eons of time. Only by the magic of natural selection acting on blind mutations are species able to adapt to environmental pressures. Only rarely does a mutation serendipitously cause a helpful change, and even then it might not spread through the population. It's amazing that species have survived at all.

But biology reveals that species adapt rapidly, enacting adaptations that help deal with the environmental pressures. In many cases selection has nothing to do with it, and it doesn't require eons of time. You can read more about this false prediction of evolution here.

Research continues to fill in our understanding of this intelligent adaptation capability. For instance, new findings are now revealing more about how rice can rapidly adapt. In this case the smart adaptations were caused by transposable elements which are small segments of DNA that evolutionists thought inconveniently plopped themselves down in the genome whereever they happened to land. The transposable elements would help only rarely when a lucky insertion occurred.

But instead, the research demonstrated a transposable element that not only does not act randomly, but provides rapid resistance to environmental pressures (low water and high salt environments were tested). As the lead researcher explained:

What we discovered was brand new and really stunning.

What is equally stunning is how conservative and resistant to change are evolutionists. Evidence like this makes no difference for religion, not science, drives evolutionary thinking.

Complexity: A Prediction of Evolution


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How can evolutionists explain biology's complexities such as the sonar tracking capabilities that outperform our best military equipment? One argument is that we must never doubt evolution, for such doubt is a science stopper. Another argument is that we mustn't think of God as a designer, for that is to anthropomorphize God. Aside from such philosophical and theological arguments, evolutionists also turn this apparent difficulty into a success story. That's right, evolutionists claim complexity as a fulfilled prediction. As Jerry Coyne writes in his book Why Evolution is True, "The deepest (and oldest) layers of rock would contain the fossils of more primitive species, and some fossils should become more complex as the layers of rock become younger." [17]

But this is not a prediction of evolution. Believe me, evolution would not skip a beat if we found primitive life forms on a distant planet that had not changed for billions of years. Evolution makes no prediction that complexity should emerge.

Perhaps what Coyne and the evolutionists mean is that given that complex life exists today, then we should see it emerge from primitive forms. In other words, evolution predicts simple, not complex, beginnings.

But in that case, the prediction has not been a fruitful one. From the trilobite eye to the DNA code, early life does not show signs of simplicity. In fact, evolutionary reconstructions of what the ancient common ancestor to all life would have looked like come up with more complexity than simplicity. As evolutionist Nick Lane recently wrote:

There is no doubt that the common ancestor possessed DNA, RNA and proteins, a universal genetic code, ribosomes (the protein-building factories), ATP and a proton-powered enzyme for making ATP. The detailed mechanisms for reading off DNA and converting genes into proteins were also in place. In short, then, the last common ancestor of all life looks pretty much like a modern cell.

Similarly the cell's proteins, often referred to as the building blocks of life, do not reveal simple beginnings if evolution is true. As one evolutionist admitted last year:

It is commonly believed that complex organisms arose from simple ones. Yet analyses of genomes and of their transcribed genes in various organisms reveal that, as far as protein-coding genes are concerned, the repertoire of a sea anemone—a rather simple, evolutionarily basal animal—is almost as complex as that of a human.

You can read more about the failure of this evolutionary expectation here. Dogma doesn't help science.