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Original Article “In fact, the breadth and extent of the anti-evolutionary movement that has spread almost unnoticed across the country should force American politicians to think twice about how their public expressions of religious belief are beginning to affect education and science. The deeply religious nature of the United States should not be allowed to stand in the way of Read More ›

This article, published by the Associated Press, mentions Discovery Institute Senior Fellow John G. West: John West, senior fellow at the Seattle-based Discovery Institute, which supports intelligent design research, said ID advocates aren’t challenging explanations for changes within species over time. Instead, he said, the controversy is about how new species arise and whether there’s a common ancestor for all Read More ›

Abstract: Habitability varies dramatically with location and time in the universe. This was recognized centuries ago, but it was only in the last few decades that astronomers began to systematize the study of habitability. The introduction of the concept of the habitable zone was key to progress in this area. The habitable zone concept was first applied to the space Read More ›

This article, published by National Geographic News, quotes Discovery Institute Center for Science and Culture Senior Fellow Michael Behe:

Intelligent-design theory states that certain features of the natural world are of such complexity that the most plausible explanation is that they are products of an intelligent cause rather than random mutation and natural selection. Supporters of the theory say the nature of the intelligent cause is outside the scope of the theory.

“It matches what a lot of people see. It matches peoples’ intuitions about biology,” said Michael Behe, a biochemist at Lehigh University in Bethlehem, Pennsylvania.

Behe is a senior fellow at the Discovery Institute’s Center for Science and Culture, a Seattle, Washington-based organization that rallies much of the intellectual muscle behind the intelligent-design movement.

Jonathan Wells (2005) Do centrioles generate a polar ejection force? Riv Biol 98:71-95. PMID: 15889341 Abstract: A microtubule-dependent polar ejection force that pushes chromosomes away from spindle poles during prometaphase is observed in animal cells but not in the cells of higher plants. Elongating microtubules and kinesin-like motor molecules have been proposed as possible causes, but neither accounts for all Read More ›