Moir.Adrian
New Member
The philosophy that accumulative mutations over time will increase the survivability of an organism derives from the science fiction of Darwinian evolution by natural selection, which asserts that accumulative mutations over time will increase the amount of order there is within the genome. When the truth is that the accumulation of mutations over time leads to a reduction in regards to the amount of order a thermodynamic instructional system has. So because DNA RNA transcription is a thermodynamic instructional system, it will mean that certain instructions will become unreadable over time as diversification occurs, which is what junk DNA is.
The existence of junk DNA within the human body has been used as an excuse by evolutionary scientists to suggest that life is the result of junk DNA, when the truth is that any set of chemically based instructions that become unreadable over time due to a loss of specifics is equal to a reduction in terms of complexity, rather than an increase. And this is the same for junk files that accumulate over time within a computers operational software whereby certain digital instructions become unreadable, because nearly anything you do on a computer requires the system to create a temporary file.
Each file on a computer that is needed to install, run, or execute a request is only needed at the very moment you make the request, but once the final step in the process is completed, the file is no longer needed, so the file then turns into a computer junk file. And this is similar to what DNA RNA transcription is doing because the DNA strand within a double helix spiral is short term and must be discarded once the mRNA sequence is completed.
So the body requires a defragging process the same as a computer does, and DNA junk files within the body are indeed broken down by other proteins which use the DNA from the junk files to make new combinations of DNA instructions so that little is waisted in terms of material, making the system efficient. And as diversification occurs over time, the rate of accumulative mutations will also increase which reduces a species survivability over time, rather than increasing it.
So because the total amount of genetic instructions for any kind of creature was with the first copy that its genome began replication with, it will mean that each successive copy is only a variant of its original, so that individual species within a group are broken up into separate types and sorts within a kind. And only the original kind for each copy will have all of the information for variation, while each successive copy will have a lowered ability to pass on variability, which is equal to a reduction over time in terms of survivability.
Quotation:
“God gave us free will, and we may choose to exercise it in ways that end up hurting other people. God is an awesome mathematician and physicist. I believe God did intend, in giving us intelligence, to give us the opportunity to investigate and appreciate the wonders of His creation." - Francis Collins, former director of the National Institutes of Health (NIH) in Bethesda, Maryland, and has received the Presidential Medal of Freedom and the National Medal of Science. Francis Collins is also the director for the Human Genome Project, and other genomics research initiatives, as director of the National Human Genome Research Institute. Source; Wikipedia Encyclopedia
The existence of junk DNA within the human body has been used as an excuse by evolutionary scientists to suggest that life is the result of junk DNA, when the truth is that any set of chemically based instructions that become unreadable over time due to a loss of specifics is equal to a reduction in terms of complexity, rather than an increase. And this is the same for junk files that accumulate over time within a computers operational software whereby certain digital instructions become unreadable, because nearly anything you do on a computer requires the system to create a temporary file.
Each file on a computer that is needed to install, run, or execute a request is only needed at the very moment you make the request, but once the final step in the process is completed, the file is no longer needed, so the file then turns into a computer junk file. And this is similar to what DNA RNA transcription is doing because the DNA strand within a double helix spiral is short term and must be discarded once the mRNA sequence is completed.
So the body requires a defragging process the same as a computer does, and DNA junk files within the body are indeed broken down by other proteins which use the DNA from the junk files to make new combinations of DNA instructions so that little is waisted in terms of material, making the system efficient. And as diversification occurs over time, the rate of accumulative mutations will also increase which reduces a species survivability over time, rather than increasing it.
So because the total amount of genetic instructions for any kind of creature was with the first copy that its genome began replication with, it will mean that each successive copy is only a variant of its original, so that individual species within a group are broken up into separate types and sorts within a kind. And only the original kind for each copy will have all of the information for variation, while each successive copy will have a lowered ability to pass on variability, which is equal to a reduction over time in terms of survivability.
Quotation:
“God gave us free will, and we may choose to exercise it in ways that end up hurting other people. God is an awesome mathematician and physicist. I believe God did intend, in giving us intelligence, to give us the opportunity to investigate and appreciate the wonders of His creation." - Francis Collins, former director of the National Institutes of Health (NIH) in Bethesda, Maryland, and has received the Presidential Medal of Freedom and the National Medal of Science. Francis Collins is also the director for the Human Genome Project, and other genomics research initiatives, as director of the National Human Genome Research Institute. Source; Wikipedia Encyclopedia
Introduction to Genomics
A introduction to basic concepts in genomics to help you understand your genome, how it works, and how it impacts your health.
www.genome.gov