Tag: Ribosome
Irreducible Complexity in Molecular Machine Assembly
We know that many molecular machines are irreducibly complex in their operation. Even more IC is the process of assembling them in the cell.
Nobel Prize Winner Cites the “Ingeniously Designed” Architecture of the Ribosome
In 2009, Israeli structural biologist Ada Yonath shared the Nobel Prize in Chemistry for her work on the structure and function of the ribosome.
Leading Biologists Marvel at the “Irreducible Complexity” of the Ribosome, but Prefer Evolution-of-the-Gaps
A roundtable symposium was recently held at by John Brockman entitled, “Life: What A Concept!” discussing how life arose. Participants included some huge names in origin of life research and genomics, such as Freeman Dyson, J. Craig Venter, George Church, Robert Shapiro, Dimitar Sasselov, and Seth Lloyd. None of the participants are favorable towards intelligent design, but the transcript of their conversations suggested that the ribosome may exhibit “irreducible complexity” (their words). It’s clear that these anti-ID scientists don’t even understand exactly how life works, much less do they know how it arose naturally, but that they are nonetheless taking an evolution-of-the-gaps approach, assuming that complex micromolecular machines like the ribosome will (despite their present appearances) indeed turn out to Read More ›