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Old 2nd September 2007, 02:45 PM   #98
Critical Thinker
Join Date: Apr 2007
Posts: 334
Originally Posted by Garrette View Post
English alphabet, 26 letters.
English dictionary, 100,000 words.
English literature, more than a few books.

A better analogy could be this one:
Genetic alphabet, 4 letters
Genetic dictionary, 64 words with 21 different meanings
A human's genome, 20'500 recipes
Yet the interesting part is the following:
Workers and work-groups use these 20'000 recipes to create tens or hundreds of thousands of different types of workers and work-groups. In the process of generating and upbringing (chaperones) a next generation, the current generation of workers and work-groups is able to ignore errors in the recipes or to correct the impact of such errors at different stages, able to create new recipes by combining (parts of) recipes, able to perform several other tasks such as e.g. to add ingredients not mentioned in the recipes or to modify ingredients already incorporated in accordance with the recipes.
Here we must ask: where does all this information come from?

I see only one reasonable answer within reductionist materialism: this information comes from the recipes and from the information built into the current generation of workers and work-groups by the previous generation.

But can the quantity of this additional information, provided by previous generations of enzyms, be bigger than the genomic information? I don't think so.

In order to resolve the missing-information problem however, this additional information, built into the current generation of enzymes, would have to be orders of magnitude larger than the genomic one.

From the ontogensis of birds I conclude that information outside the developing egg/embryo cannot have a relevant impact. How should a human embryo scan its environment and profit from this information? The same is valid for the umbilical cord.

Cheers, Wolfgang

"The Levinthal paradox is a thought experiment in the theory of protein folding dynamics. In 1969 Cyrus Levinthal noted that, because of the very large number of degrees of freedom in an unfolded polypeptide chain, the molecule has an astronomical number of possible conformations. ... If the protein is to attain its correctly folded configuration by sequentially sampling all the possible conformations, it would require a time longer than the age of the universe to arrive at its correct native conformation." (Wiki)

"The maturation of a protein from the corresponding amino acid chain can happen in the following way: In important (evolutionarily older) sequences of the chain, amino acids become active, that is they get animated by psychons. Because of environment continuity these psychons are the ones which have built up the same protein (or the same sequence of different proteins) innumerable times. These psychons build up protein parts which can be animated as a whole by other psychons which then build up the complete protein. So it also becomes comprehensible that RNA sequences (introns) are able to cut out themselves or that order is maintained during DNA recombination."
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