N
NSmith
Guest
Obviously a mutation impacts the individuals that have it. But it doesn’t result in speciation unless it becomes fixed for the entire novel species. And the cases of lactase persistence and altitude are not increases in complexity nor do they result in speciation.
I am not explaining myself well. There is a difference between changing the order of words in a sentence and adding new sentences. The former case in genetics is well documented and much of the literature is speaking about this. Cancer is an example, along with sickle-cell, lactase persistence, etc. This is because those cases are altering existing cells and proteins, not introducing new functions or new cells.
If the rate of beneficial mutation is small in the first place, and it is self-evident that it is because we don’t observe rapid mutation of species on a regular basis, I don’t need to further demonstrate how astonishingly small the chances are that the mutation is writing additional information that is legible and non deleterious to the organism.
The fish can adapt to higher pressures or different saline levels using existing DNA in existing cells, but in order to grow lungs, legs, joints, hair, and other innovations to become a mammal it needs more than alterations to existing DNA. I don’t even see articles by geneticists answering this objection.
I am not explaining myself well. There is a difference between changing the order of words in a sentence and adding new sentences. The former case in genetics is well documented and much of the literature is speaking about this. Cancer is an example, along with sickle-cell, lactase persistence, etc. This is because those cases are altering existing cells and proteins, not introducing new functions or new cells.
If the rate of beneficial mutation is small in the first place, and it is self-evident that it is because we don’t observe rapid mutation of species on a regular basis, I don’t need to further demonstrate how astonishingly small the chances are that the mutation is writing additional information that is legible and non deleterious to the organism.
The fish can adapt to higher pressures or different saline levels using existing DNA in existing cells, but in order to grow lungs, legs, joints, hair, and other innovations to become a mammal it needs more than alterations to existing DNA. I don’t even see articles by geneticists answering this objection.
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