International Scientific Discoveries Since Kitzmiller Which Support ID (Part III)
Part I of this series discussed two exciting papers which support the claims of intelligent design (ID), and in Part II, I discussed how the molecular data is failing to support Neo-Darwinian common descent with modification. This final post of a 3-part series recounting some interesting scientific discoveries reported since the Kitzmiller ruling will discuss how Darwinists have tried to oversell evolution to the public while ID-proponents have continued to do some exciting research.
While researching protein structure at various institutes in the UK, Douglas Axe, now at the Biologic Institute in Redmond, Washington, published two peer-reviewed papers that are cited by anti-evolutionists as evidence that intelligent design is backed by serious science."Extreme functional sensitivity to conservative amino acid changes on enzyme exteriors" Journal of Molecular Biology, vol 301, p 585.
What it reports Inducing multiple mutations in a bacterial enzyme causes it to lose its ability to perform its role as an antibiotic disabler.
How ID proponents use it Because such mutations destroy "the possibility of any functioning" in the enzyme, it could not have arisen via "Darwinian pathways" (William Dembski, from Debating Design: From Darwin to DNA, Cambridge University Press, p 327).
What scientists say Major modifications can be made to proteins without destroying function. Also, making many mutations at once is different to gradual evolution, where dud mutations get weeded out.
"Estimating the prevalence of protein sequences adopting functional enzyme folds" Journal of Molecular Biology, vol 341, p 1295.
What it reports Calculates the probability that a random sequence of amino acids will result in the folded shape that a protein needs to function as an enzyme.
How ID proponents use it The probability of creating a functioning protein fold "at random" is very low, making "appeals to chance absurd, even granting the duration of the entire universe" (Stephen Meyer, Proceedings of the Biological Society of Washington, vol 117, p 213).
What scientists say the vast majority of protein folds probably evolved via alteration of other smaller functional amino acid chains.
But what is striking is how many key discoveries--some of which are said explicitly to support ID--are being made by scientists outside the United States. It will be exciting to see what scientific discoveries await the world in 2007!







