Rational Faith |
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Correcting the Record"Y Chromosome Adam" actually originated as a concept out of secular genetics. According to the secularists: "By analyzing DNA from people in all regions of the world, geneticist Spencer Wells has concluded that all humans alive today are descended from a single man who lived in Africa around 60,000 years ago."[1] With secularists believing that modern humans appeared some 200,000 years ago the time estimate was pushed back to that earlier period by some as indicated in this Wikipedia article. The older age is consistent with typical evolutionary timelines such as this one which show modern man emerging about 200,000 years ago. But a closer examination of the human Y Chromosome leads to startling, even alarming conclusions for secularists, but expected conclusions for those who support the Bible. Specifically, study of the human (male) Y chromosome confirms these two facts:
While there is much more that can be said about it from a Biblical creation standpoint, these two points both individually and together refute the entire neo-Darwin paradigm and theory. Let's take a look at the evidence that shows that Y Chromosome Adam points to the Biblical Adam who lived some 6,000 years ago; and not some secular old age compatible concept with a borrowed name that they're trying to re-purpose. The Evidence: Y Chromosome Adam and NoahStarting with the name, to be precise biblical geneticist Dr Rob Carter points out that actually the evidence we have today points to a Y Chromosome Noah. Why does he say that? Two things, one which secularists ignore since they deny it - the global flood - and mutations. It is true that ultimately all Y Chromosomes go all the way back to Adam. But keep in mind, mutations happen. Carter points out due to projects like the Thousand Genomes Project, we know the rate of mutations that occur in the Y Chromosome:
From the below diagram we can see that Noah's sons - the people who
repopulated the earth after the flood - were 10 generations from Adam.
Additionally, Noah was 500 years old (Gen 5.32) when he began having children, and we know that as people age, they accumulate more mutations due to the many cellular divisions that occur over time. So in addition to the mutations Noah inherited from his forefathers, his sons may have inherited even more than the average since Noah was comparatively old when he starting having children. This means a number of difference could have accumulated in the Y Chromosome between Adam and Noah. Those variations between Adam and Noah would have been lost in the flood since those lines would not have continued after the flood. So technically speaking, when we look at the evidence from the genome available today, it all goes back to Noah. If there were variances between Noah and Adam, they were lost in the global flood. Okay, so that's a technicality - Y Chromosome Noah instead of Adam. Now let's get to the heart of the matter. To start off, we need to understand a key principle that Carter identifies:
This actually makes sense and is easy to see. Let's say in the process of ageing a person develops a mutation that no one else has. That would make his mutation unique - and thus rare - among the thousands of human genomes that exist. And obviously, since it occurred in his lifetime, it is very recent, and you will not find it any other human genome. This leads to a corollary principle: if a mutation is common and wide spread, it must have occurred a long time ago.
And there we have the evidence for the first fact: the human Y genome is young. Mutations that are widespread and common - like those he mentioned, happened early - possibly even in the time of Noah since he was so old when he had children. To narrow the timeline a bit more, Carter points out that only a relatively few mutations and generations are needed - compared to what secularists expect:
That time frame is further verified by work Carter did identifying every single mutation in the Y Chromosome in the Thousand Genome project. He counted the differences (about 53,000 in the thousand y chromosomes) and mapped them to make a family tree of the Y Chromosome. Below is what the map of the human Y Chromosome looks like - with all it's variation. All the lines you see represent the number of mutations and their frequency. He couldn't depict them all - they would be off the screen so he's only showing about 4,000. But notice - all the mutation point to, or originate from a common origin. (That would be Noah.) And the vast majority of them are short lines - meaning they're rare and thus recent. Here's the chart: Again notice three things: Carter goes on to make a number of other points, that I won't elaborate here. The only thing I will point out is that those lines all represent people groups, and so you can get a better look, below are links to a slightly larger section of the graph of the various groups who descended from Noah's three sons:
Shem - (Includes the Jewish people) represented on the left If you look closely, the names of the people groups are legible - further confirmation this is real, accurate data. Genetic Entropy Demonstrates Neo-Darwinism is ImpossibleDarwin didn't know about genetics and mutations
- he published before Mendel - so it is not included in his original
theory. It was added later, and is now the driving force of the needed
change in genetic information to bring about new traits and supposedly
new species and kinds. With the addition of mutations, Darwin's original
theory is referred to as neo-Darwinism. According to neo-Darwinism,
mutations are the driving force for the change in genes that Natural
selection can then operate upon to allow the survival of the fittest.
The problem with this two fold: A program called Mendel's Accountant can be used to program and model the effects of mutations on a given population of creatures. Below are two charts that drive home the point: This first chart shows that mutations accumulate, and thus grow over time. Natural Selection works as a preserving force for a population to get rid of the worst mutations that produce very bad deleterious effects, but most mutations are below the selection threshold. The change is too small to make a difference, and so Natural Selection cannot remove it, so it remains in the genome. Carter pointed out they've determined there is 1 mutation in the Y Chromosome every generation. That's for 1 Chromosome. Humans have 23 pairs. Across all pairs of Chromosomes the number of mutations is closer to 100 per generation. Dr John Baumgardner is recognized as a leading authority in computational models due to his creation of the most sophisticated computational model that depicts in 3D the earth's mantle and enables modeling of catastrophic plate tectonics. The program is known as Terra. Below Dr. Baumgardner[6] shows the output from the Mendel's Accountant, a computational model which is used to depict results based on the laws of genetics and various inputs such as population size, number of generations and mutational rates. Here are the typical data inputs fed into Mendel's Accountant. Here are the inputs used to create the below charts. These inputs are based on known human genetic history. Following is a graph of the growth of mutations in the human genome.
To Clarify:
What this graph is showing is that in 200 generations, with a mutation rate of 100 mutations per generation, there are an average of 19,802 accumulated bad/deleterious mutations per individual, and less than 2 good mutations. Clearly the genome is deteriorating. It is not getting better. It's also clear that there are not enough good mutations to drive any sort of charges whether at the species level or the genus level. What's the result of the increasing mutations? Decreasing fitness as depicted in the following graph.
This graphs depicts:
The red line depicts the decreasing fitness. The
green line depicts standard deviation (from the number of mutations per
generation).
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