Cilium Likened to GPS
A story on Science Daily says that the primary cilium, a protrusion on most human cells that looks like an antenna, acts like a GPS system. They “orient cells to move in the right direction and at the speed needed to heal wounds, much like a Global Positioning System helps ships navigate to their destinations.”
Not only that, says Soren T. Christensen (U of Copenhagen): “What we are dealing with is a physiological analogy to the GPS system with a coupled autopilot that coordinates air traffic or tankers on open sea.” What happens is that the ciliar antennae act like beacons for an essential clotting factor. They orient themselves to steer fibroblast cells to the wound site, promoting repair. “The really important discovery is that the primary cilium detects signals, which tell the cells to engage their compass reading and move in the right direction to close the wound.”
This exciting discovery falsifies an old evolutionary canard. “Protruding through the cell membrane, primary cilia occur on almost every non-dividing cell in the body,” the article ended. “Once written off as a vestigial organelle discarded in the evolutionary dust, primary cilia in the last decade have risen to prominence as a vital cellular sensor at the root of a wide range of health disorders, from polycystic kidney disease to cancer to left-right anatomical abnormalities.”
Great! Another wonderful design-based discovery to beat down the Darwinists for their science-stopping assumptions. Let’s pile these up for Darwin Day. What a show it will be: Charlie will get boos, hisses and rotten tomatoes, while crowds gather at the ID show to see who gets gets Nobel Prizes and Breakthroughs of the Year (12/19/2008).
Project: Browse through our 2008 stories for all the examples of Darwinism being an impediment to scientific progress, then list them after a quote by Eugenie Scott claiming that creationism is a science-stopper. Then list all the major discoveries stemming from the search for design. Your only challenge will be having too much material.