ID the Future Intelligent Design, Evolution, and Science Podcast

protein folding

Colorful chain of amino acids or bio molecules called proteins - 3d illustration

Protein Evolution, The Waiting Times Problem, and the Intriguing Possibility of Two First Parents

On this ID The Future, host Eric Anderson gets an update on the recent work of Dr. Ann Gauger, Senior Fellow at Discovery Institute's Center for Science and Culture. Dr. Gauger explains her continuing research into the limits of protein evolution, efforts that are challenging the prevailing assumptions of the role of proteins and mutations in a Darwinian account of life. She also discusses her work on the related waiting times problem, demonstrating the difficulty of Darwinian processes to account for the diversity we see in biology. In addition, Ann shares her journey into researching human origins. After being asked to evaluate the scientific case against Adam and Eve, Ann dove into population genetics to see if monogenesis - the hypothesis that all humans are descended from two first parents - was even a possibility. What she discovered may surprise you. Don't miss this review of Dr. Gauger's fascinating and important research. Read More ›

A Neurosurgeon and an Engineer Explore Your Designed Body

On today’s ID the Future, neurosurgeon Michael Egnor hosts systems engineer Steve Laufmann, author with physician Howard Glicksman of the new book Your Designed Body. Egnor makes the surprising confession that his medical library is full of engineering texts because at some point he discovered that engineering texts, and engineering principles, often shed more light on human physiology than did his physiology books. Egnor, then, is extraordinarily well prepared to interview Laufmann about the amazing engineering of the human body. Tune in for Part 1, and stay tuned for Parts 2 and 3.

Ribosome translating mRNA into a polypeptide chain

Orphan Proteins Spell Trouble for AlphaFold 2

On this ID the Future, philosopher of biology Paul Nelson further explores AlphaFold 2, a cutting edge computer program from Google’s DeepMind designed to rapidly suss out important secrets in the realm of proteins, indispensable molecular biological workhorses that come in thousands of different shapes and sizes. Nelson enthuses about AlphaFold 2 but also explains why he is convinced that AlphaFold’s creators have hit a series of immovable obstacles. The watchword here—orphans. Tune in to learn what these mischievous orphan proteins are about, and what they suggest for AlphaFold, evolution, and intelligent design.

Chain of amino acid or bio molecules called protein - 3d illustration

Powerful Protein Folding Algorithm AlphaFold Foiled by Singletons

Today’s ID the Future spotlights AlphaFold, an artificial intelligence program in the news for its impressive breakthroughs at predicting a protein’s 3D structure from its amino acid sequence. Philosopher of Biology Paul Nelson walks listeners through the importance of this “amazing breakthrough,” as he describes it in a recent Evolution News article; but don’t uncork the champagne bottles just yet. The reason, according to Nelson, is that while proteins, protein sequences, and protein folding promise to reveal much that is still mysterious in molecular biology, we now know that biological information involves far more than just an organism’s proteome—that is, far more than the full suite of proteins expressed by an organism. Nelson uses analogies to manmade machines and cognates among closely and distantly related human languages to shed light on just how much more sophisticated the biological information directing life is than any model narrowly fixated on DNA, the amino acids DNA codes for, and the protein formed from those amino acids. Nelson further explains that, as powerful as the AlphaFold algorithm is, it has not solved the protein-folding problem, if we take such a solution to mean “predicting the three-dimensional conformation of a protein strictly from its primary DNA sequence, ab initio.” The clearest evidence of this: the algorithm is utterly stymied by sequence “singletons.” What are these curious sequences, why do they baffle AlphaFold, and why do these singletons trouble some evolutionists? Tune in as Nelson and host Eric Anderson explore this problem at the leading edge of biological research.

cookie child christmas

Axe’s Not-So-Secret Guide to Making Cookies and Dragonflies

This ID the Future brings in protein scientist Douglas Axe to discuss his contribution to a new book, The Comprehensive Guide to Science and Faith. Axe and host Casey Luskin discuss Axe’s thinking on the design intuition, the evidence that it’s triggered almost universally in small children when they observe things like dragonflies or fresh-baked cookies, and why he’s convinced that this intuition is a rational one rooted in our true sense of what sorts of things require know-how for their creation. For those who retort “Science!,” Axe has some of that to offer as well. As he tells Luskin, he led an experiment at a lab in Cambridge, England, on the abilities and limits of an enzyme to evolve. The research findings on this protein, beta-lactamase, were published in a prestigious, peer-reviewed research journal, and showed that while the enzyme does mutate, the odds of it randomly mutating to a fully novel function are so slim as to place such an event beyond the reach of chance, even if we give all the life forms that have ever existed on Earth a go at the challenge. The Petri dishes don’t lie. The numbers don’t lie. So why do so many academic biologists and other scholars resist the design implications of Axe’s research? For many it’s because they are theophobes, says Axe. He explains the term and, for evidence, points to a noted contemporary philosopher who frankly admits to being one.

New Douglas Axe Intelligent Design Course: A Sneak Peek

Today’s ID the Future offers a 20-minute sneak peek at a new online course: Douglas Axe Investigates Molecular Biology and Intelligent Design. In this podcast excerpt from the course, Dr. Axe explains why Darwinism’s idea of evolution through a series of small stepping stone mutations meets several serious problems, why the need for cleverness is inescapable for creating clever things, and how his published work in the Journal of Molecular Biology shows that the Darwinian mechanism is helpless to construct new functional protein folds, never mind whole new organisms. In the full course, he investigates proteins and how they work, the genetic code, gene recruitment, population genetics, natural selection, and much more. Along the way, he explains why natural selection cannot explain the arrival of the fittest; what Twitter can teach us about evolution; and what paper airplanes have to do with Darwin. Find the complete video course here. And through April 30, 2021, you can get 30% off by using the discount code podcastspecial.