Tag: John E. Walker

^{Type
post

Author
David Coppedge

Date
December 1, 2020

Categories
Chemistry
Intelligent Design
Tagged
, atoms, ATP synthase, bacterial flagellum, biological systems, Boston University, electron microscope, Food and Drug Administration, intelligent design, John E. Walker, Michael Behe, mitochondria, molecular machines, Nature News and Views, neuroscience, Nobel Prize, PNAS, rotors, Stanford University}

“Resolution Revolution”: Intelligent Design, Now at the Atomic Level

_{David Coppedge
December 1, 2020

Chemistry, Intelligent Design

10}

Breakthroughs in imaging are allowing scientists to see iconic molecular machines in unprecedented detail. This will be a great boon for design science. Read More ›

^{Type
post

Date
September 29, 2020

Categories
Intelligent Design
Tagged
, ATP synthase, bacterial flagellum, catalysis, cryo-electron microscopy, Darwinian evolution, drive shaft, enzymes, hook, intelligent design, Irreducible Complexity, John E. Walker, lipid bilayer, Michael Behe, molecular machines, Nature Communications, Nobel Prize, PNAS, Scott Minnich, Unlocking the Mystery of Life, vibrations}

New Research Finds Molecular Machines Are Even More Amazing than Behe Realized

_{Science & Culture
September 29, 2020

Intelligent Design

8}

With better imaging and analysis techniques, details about icons of design are coming into clearer focus. The icons are looking better than ever. Read More ›

^{Type
post

Date
May 21, 2019

Categories
Intelligent Design
Tagged
, __k-review, adenosine triphosphate, amino-acid sequences, ATP synthase, Douglas Axe, eukaryotic cells, hydrolysis, intelligent design, intrinsically disordered proteins, Irreducible Complexity, John E. Walker, mitochondria, molecular motor, Nobel Prize, PNAS, polypeptides, proteins, rotary engine, sequence hypothesis, Stephen Meyer, Undeniable (book)}

Orderly Disorder: A Molecular Motor Regulated by IDP

_{Science & Culture
May 21, 2019

Intelligent Design

8}

Intrinsically disordered proteins (IDPs) are common in cells. Can a disordered protein regulate a molecular motor? Read More ›

^{Type
post

Date
March 19, 2018

Categories
Intelligent Design
Life Sciences
Tagged
, __k-review, ATP synthase, bacterial flagellum, cells, Irreducible Complexity, John E. Walker, Jonathan Wells, mitochondrial membrane, molecular machines, Paul Nelson, Proceedings of the National Academy of Sciences, protons, Ribosome, Unlocking the Mystery of Life}

Irreducible Complexity in Molecular Machine Assembly

_{Science & Culture
March 19, 2018

Intelligent Design, Life Sciences

8}

We know that many molecular machines are irreducibly complex in their operation. Even more IC is the process of assembling them in the cell. Read More ›