biochemistry

On this ID the Future, Lehigh University biochemist Michael Behe reads from A Mousetrap for Darwin, his latest book making the case against blind evolution and for intelligent design. The volume contains some brand new material alongside a substantial collection of essays he’s written over the years in response to critics of his three previous intelligent design books. His pro-Darwin critics have jumped all over Behe. Some have even claimed he’s ignored their objections. A Mousetrap for Darwin gives the lie to that charge. Behe has answered his critics, and done so decisively, in everything from the New York Times and prominent blogs to major science journals. Listen in as he lays the groundwork for his fourth fascinating book, in Read More ›

On this episode of ID the Future, Andrew McDiarmid continues his series with Michael Behe about Behe’s new book Darwin Devolves: The New Science about DNA That Challenges Evolution. Here Behe explains the “Revenge of the Principle of Comparative Difficulty,” According to this principle, evolution it is much easier for evolution to create a new adaptive niche by damaging one or more genes than even the simplest new genes and irreducibly complex structures. Along the way, Behe also explores how biology got enamored of mathematical theory built on “hopeful ignorance” regarding the nature of genes.

On this episode of ID the Future, biochemist Michael Behe talks with Andrew McDiarmid about Behe’s new book, Darwin Devolves: The New Science About DNA That Challenges Evolution. Behe shares about his thinking on evolution as a post-doc, talks about the history of biology, and discusses why the turn of the millennium has been the perfect time to gain knowledge about the foundation of evolution and life’s history.

This episode of ID the Future features part of a lecture given by Biologic Institute scientist Doug Axe on his recent research on the molecule lignin. Lignin provides a paradoxical case for the Darwinian method of evolution, but fits perfectly into a design oriented scientific paradigm. Thirty percent of non-fossil organic carbon on the planet is lignin, so in a Darwinian world, something should have developed the ability to consume lignin — but it hasn’t. Lignin binds together and protects plant cellulose, which is vital to all types of large plant life; “The peculiar properties of lignin therefore make perfect sense when seen as part of a coherent design for the entire ecosystem of our planet.”