Douglas Axe

Rosa Endowed Chair of Molecular Biology at Biola University, Senior Fellow, Center for Science and Culture

Douglas Axe is the Rosa Endowed Chair of Molecular Biology at Biola University, the founding Director of Biologic Institute, the founding Editor of BIO-Complexity, and the author of Undeniable: How Biology Confirms Our Intuition That Life Is Designed. After completing his PhD at Caltech, he held postdoctoral and research scientist positions at the University of Cambridge and the Cambridge Medical Research Council Centre. His research, which examines the functional and structural constraints on the evolution of proteins and protein systems, has been featured in many scientific journals, including the Journal of Molecular Biology, the Proceedings of the National Academy of Sciences, BIO-Complexity, and Nature, and in such books as Signature in the Cell and Darwin’s Doubt by Stephen Meyer and Life’s Solution by Simon Conway Morris.

Archives

Biologists: Cell is Factory Complex of Engineered Design

You might find this hard to believe, but back in Charles Darwin’s day, the cell was thought of as little more than a piece of jelly. Thomas Henry Huxley called it a “simple, homogenous globule of undifferentiated protoplasm.” But today, thanks to discoveries in molecular biology, we’ve discovered the cell is something far more astonishing. And that begs a crucial question: if the cell is infinitely more than Darwin envisioned, can a Darwinian process really explain its origin, and how it came to produce the diversity we see in life? On today's ID The Future, host Andrew McDiarmid begins a two-part conversation with molecular biologist Dr. Douglas Axe and biochemist Dr. Michael Behe, two experts featured in the new movie The Story of Everything. Over two episodes they'll discuss their participation in the movie and unpack some of the insights they share in it. We're also sharing some exclusive clips from the movie!

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

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

Protein Scientist Douglas Axe at the Dallas Area Science and Faith Conference

On this episode of ID the Future, guest host Jonathan Witt sits down with molecular biologist Douglas Axe at the recent Dallas Science and Faith Conference. Axe, author of Undeniable: How Biology Confirms Our Intuition That Life Is Designed, had his research on protein folds published in the Journal of Molecular Biology, work showing that random mutations are not up to the task of building fundamentally new protein folds from old, a finding that poses a major challenge to modern evolutionary theory. After all, if evolution can’t build something as basic as a new protein fold, how could it build whole new organs and body plans in the history of life? But Witt presents Axe with an objection: Axe couldn’t possibly have tested more than the tiniest fraction of a fraction of all the