Originally Posted by
BobRyan
Coding genes (those that code for proteins and enzymes) are always found at the same location on the same chromosome relative to the other coding genes on that same chromosome. Thus ALL members of the SAME genome (all humans) have the SAME coding genes and genomes are therefore static.
But each coding gene appears in the form of one pair of a fixed set of alleles (settings if you well) at that position. So for example the coding gene for eye color is always at the same position on the same chromosome for all humans. (Hint you will never find the coding gene for flower pedal color at that spot nor does the eye color gene hop around to different chromosomes. The human genome is static). When you damage your DNA (by radiation or through the aging process or some forms of abberant duplication) you suffer but you do not pass acquired damage on to your decendants.
The allele value for that gene determines how much melanin (brown color) is present in the stroma of the eye. If the allele form is set to little or no melanin - then the eye appears to be blue. If it is set for a larg amount of melanin (which is always brown) then the eye appears brown. Diploid genomes such as the human genome always have two alleles at a given position that combine to determine the phenotype expressed for that individual.
Alleles for a coding gene are NOT an example of evolution adding a new coding gene nor a new chromosome. All the allele pair does (in this case for the eye-color coding gen) is determine the amount of melanin for the stroma. Very hard to argue that as "evolutionism".
Thus the amoeba-to-man storytelling game does not even get off the dime since you MUST be able to ADD a coding gene to the amoeba genome to start your march toward "becoming man" over billions of years.
Coding genes "by definition" simply code for amino-acid sequences resulting in a protein or enyzme. If evolutionism FAILS to even add ONE to the genome - how does it ever expect to scientifically demonstrate it's "amoeba-to-man" story?
Notice that all we get in response to this is "more reasons why we evolutionists are failing to show that basic step in the story"
Its hard but not impossible. Note the very last part of the quote with regard to this issue. One of the things in this discussion with regard to the scientific method is predictability. Which the evolutionist point of view is capable of doing. We should be able to predict certain outcomes with regularity. The problem with the macro level again is time. yet we can do this on the micro level.
The problem with that disclaimer -- is that going BENEATH the level of actually adding a coding gene to an existing genome - is to drop down to the level of "variation WITHIN a static genome". As long as that variation never actually adds helpful NEW coding genes that get passed on to descendants - you are stuck with "Amoeba-to-amoeba" variation within genome - and not the transformation of Amoeba Genome to man Genome over time.'
The "other" glaring problem is that in the evolutioniary fiction - for most genomes TODAY the individual that you find reproducing is in fact the Billionth such event back to a point in time and also the millionth event back to a point in time and it is the thousandth and the 100th. Most genomes are said to have been around for millions of years. So the myth that we need to wait for the next 10 billion to occur is fiction because you ARE witnessing the 10billionth occurance back to a point in time AND the act of "adding a coding gene" is discrete! So either you see it or it is not happening.
But claiming that we will never see even the addition of a single coding gene -- is declaring an asymptotic event that puts a dead stop to evolutionism. The Creationist position is that you are going to find "variation WITHIN a genome but not genome amoeba evolving up the chain to eventually reach genome-man. Hence no violation of that principle to demonstrate in the science lab of verifiable objective observation.
It is like an asymptote on a graph - as long as you argue you can never show a crossing of the line (actually adding even one new valuable coding gene) you are stuck inside the box no matter how many billions and billions of tiny leaps you wish to make up that asymptotic line.
Basic math.
in Christ,
Bob