This is in line with your claims about genetic information that you made before you decided to disappear last time. I remind you that you never did respond to my reply to your unsubstantiated claims about information in the genome. Let me remind you again of what you left unanswered:
*"You claim that information is a nucleotide sequence which, when transcribed and translated, carries out a metabolic function. But this is hopelessly vague in many ways. Should we exclude proteins that have other than metabolic functions? How about proteins that affect development or body planning or anatomy or that produce extra-cellular proteins or that are involved in cell signalling or that are transcription factors? Should we exclude non protein coding sequences, such as RNA genes? What about other conserved sequences that are not transcribed such as promoter and other regulatory sequence? How about sequences that are functional in the integrity of the chromosomes such as centromeres and telomeres?
So we are not sure just what is, according to you, information in the genome. And you haven’t even begun to define how to measure and quantify it, how to determine whether any particular process increases or reduces the quantity of information. We don’t know whether you are measuring it by number of genes, or coding length, or number of alleles. We don’t know whether you are measuring it in an individual organism, or a breeding population or a species. So far your definition is hopelessly vague."*
You obviously haven’t been keeping up with biology in the last twenty years or you would know that molecular markers have been used to demonstrate many phylogenetic relationships which are obscure or misleading according to morphology, including some fundamental things like the wide phylogenetic separation between eubacteria and archaea, the endosymbiotic origin of mitochondria, and phylogenetic relationships in cetaceans, birds, and many, many others. Molecular analysis confirms that taxonomy follows phylogeny.
Alec
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