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There exist a serious rift in physics between classic physics and Quantum mechanics.
This is the new frontier in physics, combining the two theory's into the ultimate theory of everything!
where in the laws of physics do we get something from nothing in the first place?
originally posted by: Phantom423
a reply to: cooperton
The diversity COMES FROM the altered code. The mechanism has been elucidated and studied for a number of years now.
The PRE-EXISTING code that you refer to would be the original, unaltered code, unique to that organism.... The new species retains most of the pre-existing code BUT NOW HAS BEEN ALTERED AND CHANGED which is distinct for that new species.
originally posted by: cooperton
originally posted by: Phantom423
a reply to: cooperton
The diversity COMES FROM the altered code. The mechanism has been elucidated and studied for a number of years now.
The PRE-EXISTING code that you refer to would be the original, unaltered code, unique to that organism.... The new species retains most of the pre-existing code BUT NOW HAS BEEN ALTERED AND CHANGED which is distinct for that new species.
You aren't understanding the problem. Whatever gene gets mutated, no longer does the function of the gene that got mutated. Do you know how DNA transcription and translation works? If the code is mutated it doesn't continue to make the old gene and the new gene, it would only make the new mutated code. So the question remains, how does the organism function without the old gene?
Phantom I don't think you know what you're talking about, and judging by the 5 stars you got for that comment you are deceiving other readers as well..
originally posted by: Phantom423
Read the paper in this post and figure it out. You simply don't understand how this works - and that's because you never read the papers that are posted. If you took the time to investigate the REAL science, you might get a better grip on the fundamentals.
www.abovetopsecret.com...
originally posted by: cooperton
originally posted by: Phantom423
Read the paper in this post and figure it out. You simply don't understand how this works - and that's because you never read the papers that are posted. If you took the time to investigate the REAL science, you might get a better grip on the fundamentals.
www.abovetopsecret.com...
1) the paper that you sent me to go-fish in is describing a potential theory. Theory is not science, it attempts to explain phenomenon with extrapolated assumptions.
2) It does not address how the mutated code would continue to produce the necessary pre-mutation coding sequence
Although I did read something in the paper that I found funny:
"Such a composite theory is extremely flexible and consequently can “explain” just about anything by optimizing the relative contributions of different processes to fit the structure of the standard code."
In other words, the theory is so vague that it is difficult be proven wrong because new explanations can continually be made. The scientist, who seems to be fairly objective, admits the fault in such thinking:
"Of course, the falsifiability or, more generally, testability of such an overadjusted scenario become issues of concern."
This is the problem with evolutionary theory. It's difficult to falsify because new explanations are continually contrived to avoid scrutiny from new empirical evidence that demonstrates the impossibility of evolution - in other words, the theory of evolution is altered in similar fashion to a person covering up a lie with more and more lies. Soon enough the truth will be revealed, I try not to sweat it too much.
originally posted by: Phantom423
a reply to: cooperton
Follow the references. The empirical evidence is there. You just don't have a clue how to do research.
originally posted by: cooperton
originally posted by: Phantom423
a reply to: cooperton
The diversity COMES FROM the altered code. The mechanism has been elucidated and studied for a number of years now.
The PRE-EXISTING code that you refer to would be the original, unaltered code, unique to that organism.... The new species retains most of the pre-existing code BUT NOW HAS BEEN ALTERED AND CHANGED which is distinct for that new species.
You aren't understanding the problem. Whatever gene gets mutated, no longer does the function of the gene that got mutated. Do you know how DNA transcription and translation works? If the code is mutated it doesn't continue to make the old gene and the new gene, it would only make the new mutated code. So the question remains, how does the organism function without the old gene?
Phantom I don't think you know what you're talking about, and judging by the 5 stars you got for that comment you are deceiving other readers as well..
originally posted by: Phantom423
a reply to: cooperton
No. Do your own homework for a change. Follow the references. Read the "Materials and Methods" sections of the papers cited. Figure it out. I'm not going to spoonfeed you.
originally posted by: peter vlar
You make it sound as if there is only one copy of any given gene at any one time which is not even close to reality.
Mutations occur countless times per day in every organism, including yourself.
It only takes a replication error in one instance of replication to create a new mutation which also leaves the original gene and function fully intact.
originally posted by: Phantom423
a reply to: cooperton
I'll tell you for the last time - read the reference articles cited in the paper. If you can't figure it out, I can't, or I won't, help you. If you read the papers and have an intelligent question to ask, I'll respond. Otherwise, not.
originally posted by: cooperton
You aren't understanding the problem. Whatever gene gets mutated, no longer does the function of the gene that got mutated. Do you know how DNA transcription and translation works? If the code is mutated it doesn't continue to make the old gene and the new gene, it would only make the new mutated code. So the question remains, how does the organism function without the old gene?.
originally posted by: rnaa
a reply to: greencmp
Francis Crick isn't just "some smart guy", I thought I made it clear that he was the discoverer of DNA. That sort of association with a scientific development tends to lend particular credibility to a comment.
Except Crick did NOT think that DNA could not evolve, and did NOT believe that life on Earth was due to Panspermia. He SPECULATED that perhaps abiogenesis was rare in the universe, but that once it had occurred anywhere, it could perhaps be spread via panspermia. As he came to understand the DNA process better, he realized that abiogenesis wasn't likely to be so unusual after all. A quick review of Crick's Wikipedia biography would have told you that:
During the 1960s, Crick became concerned with the origins of the genetic code. In 1966, Crick took the place of Leslie Orgel at a meeting where Orgel was to talk about the origin of life. Crick speculated about possible stages by which an initially simple code with a few amino acid types might have evolved into the more complex code used by existing organisms.[91] At that time, everyone thought of proteins as the only kind of enzymes and ribozymes had not yet been found. Many molecular biologists were puzzled by the problem of the origin of a protein replicating system that is as complex as that which exists in organisms currently inhabiting Earth. In the early 1970s, Crick and Orgel further speculated about the possibility that the production of living systems from molecules may have been a very rare event in the universe, but once it had developed it could be spread by intelligent life forms using space travel technology, a process they called "directed panspermia".[92] In a retrospective article,[93] Crick and Orgel noted that they had been overly pessimistic about the chances of abiogenesis on Earth when they had assumed that some kind of self-replicating protein system was the molecular origin of life.
In 1976 Crick addressed the origin of protein synthesis in a paper with Sydney Brenner, Aaron Klug, and George Pieczenik.[94] In this paper, they speculate that code constraints on nucleotide sequences allow protein synthesis without the need for a ribosome. It, however, requires a five base binding between the mRNA and tRNA with a flip of the anti-codon creating a triplet coding, even though it is a five-base physical interaction. Thomas H. Jukes pointed out that the code constraints on the mRNA sequence required for this translation mechanism is still preserved.[95
Speculations made early and without complete knowledge, especially one's that were later recanted, are not a good choice with which to form the basis of an argument.
The prerequisite for a panspermia process is an initial abiogenesis event somewhere and evolution to a space faring race. For that to occur and for that race to then reach Earth and seed 'life' on Earth and that life to then evolve to life as we know it now requires a time frame approaching that of the age of the Universe.
The panspermia idea does not remove the requirement for abiogenesis event - it just moves it off planet and further away in time. Occam's Razor requires us to look for the simpler answer and an earthly abiogenesis is much simpler than an off planet one.
originally posted by: Barcs
The vast majority of genetic mutations are neutral, so you are wrong.