Darwinian theory predicts that animals and animal subsystems all start of very small, and they get more and more complex as time passes, due to mutation and selection. That’s the theory. But is it true?

Here’s a striking article from Evolution News about a new PNAS peer-reviewed publication.

Excerpt:

Science progresses when investigators boldly question assumptions. Look at the assumption that a group of scientists questioned: Darwinian evolution. Eight scientists from San Diego State University, Scripps Institution of Oceanography, and Cedars-Sinai Heart Institute published a bombshell in the Proceedings of the National Academy of Sciences:

The Precambrian explosion [they mean the Cambrian explosion] led to the rapid appearance of most major animal phyla alive today. It has been argued that the complexity of life has steadily increased since that event. Here we challenge this hypothesis through the characterization of apoptosis in reef-building corals, representatives of some of the earliest animals. Bioinformatic analysis reveals that all of the major components of the death receptor pathway are present in coral with high-predicted structural conservation with Homo sapiens. (Emphasis added.)

Apoptosis is “programmed cell death.” When a cell becomes unstable or diseased, genetic algorithms kill it in an orderly way, to prevent further harm to the organism. Specialized enzymes (especially the TNF superfamilies) switch on the program, setting locked-up destroyers called caspases loose in the cell.

[…]Corals have many of the same TNF enzymes that humans do. This got the team wondering:

The TNF receptor-ligand superfamilies (TNFRSF/TNFSF) are central mediators of the death receptor pathway, and the predicted proteome of Acropora digitifera contains more putative coral TNFRSF members than any organism described thus far, including humans. This high abundance of TNFRSF members, as well as the predicted structural conservation of other death receptor signaling proteins, led us to wonder what would happen if corals were exposed to a member of the human TNFSF (HuTNFα).

In a series of experiments, they inserted coral enzymes into human cells. The human cells died. Then they ran the reciprocal experiment, putting human TNF enzymes into coral, and its cells died too. Even the bleaching process was seen using human enzymes. The agents of death were perfectly interchangeable, despite 550 million years for evolution to have increased the complexity of the system.

[…]This is evidence against Darwinian evolution on both sides of the coin: it shows no evolutionary “progress” despite all that time, and it shows a complex system appearing abruptly right at the beginning of complex animal origins.

So you get the complexity right at the beginning, and it doesn’t change in 550 million years. It doesn’t fit with the Darwinian predictions.