What Bateson and others did not know at the time, given the technology available, was that chromatin (that is, the chromosomes) is only homogeneous statistically, being composed of roughly equal amounts of the four nucleic bases, and that the exact linear sequence of the nucleotides encodes the secrets of heredity. Geneticists underestimated the ability of these nucleotides to store prodigious amounts of information. They also underestimated the amazing specificity of protein molecules, which has resulted from the action of natural selection over a few billion years of evolution. These mistakes must not be repeated in the quest to understand the basis of consciousness. Robert H. Haynes writes in "Heritable Variation and Mutagenesis at Early International Congresses of Genetics" in Genetics, Vol. 148, 1419-1431, April 1998,The central difficulty faced by researchers at the time was that they could not imagine the great specificity inherent in individual molecules. This is perhaps best expressed by William Bateson, one of England’s leading geneticists in the early part of the twentieth century. His 1916 review of The Mechanism of Mendelian Heredity, a book by the Nobel laureate Thomas Hunt Morgan and his collaborators, states:
The properties of living things are in some way attached to a material basis, perhaps in some special degree to nuclear chromatin; and yet it is inconceivable that particles of chromatin or of any other substance, however complex, can possess those powers which must be assigned to our factors or gens. The supposition that particles of chromatin, indistinguishable from each other and indeed almost homogeneous under any known test, can by their material nature confer all the properties of life surpasses the range of even the most convinced materialism.
ID proponents may deny that Bateson's claim was a valid design inference, even though it was based on complexity (lack of our understanding) and specification (inheritance). Perhaps they may argue that Bateson's claim about the non-material is still valid, as we have seen ID proponents such as Wells argue thatIn his inaugural lecture as Professor he reveals (to the reader today) how badly off course he was in his conception of the purely functional, immaterial nature of hereditary determinants as the "power or faculty to produce the ferment or the objective substance."
Darwinism:Why I went for a second PhD, Jonathan Wells in a letter to Rev. Sun Myung Moon's Unification Church.To a very limited extent, it also contains information about the order in which those proteins should be produced-assembly instructions. But it does not contain the basic floor plan. The floor plan and many of the assembly instructions reside elsewhere (nobody yet knows where). Since development of the embryo is not programmed by the DNA, the Darwinian view of evolution as the differential survival of DNA mutations misses the point."
6 Comments
DP · 2 February 2008
I've said this before here but if the EF was a valid scientific tool the we should be able to take e.g. a potted plant and come up with probabilities for each step in the filter. The fact that this isn't possible shows that ID is philosophy and not science.
Bobby · 2 February 2008
JGB · 2 February 2008
Apparently Wells missed the lecture on the interaction of genes with the environment.
Michael Suttkus, II · 2 February 2008
Examples of this abound, really. In ancient days, men presumed gods and such created every natural phenomena. Storms, crystals, ice. Why? Because these things didn't randomly happen (even they could see patterns) and they knew of no regular process that could produce them. So, chance and specificity failed, they had to be designed!
A clear example of the fact that the design interface is purest argument from ignorance.
Torbjörn Larsson, OM · 3 February 2008
pwe · 3 February 2008