Except the chance is not so random, as has been pointed out to you on other threads. molecules do not form at random, but according to the valence electrons. As Si pointed out, DNA structure is not determined by a mind but by chemical processes. The valence electrons determine that A pairs with T and not with C or G. There is no "mind" involved at all, and since A pairs only with T it is not random either.
Mutations are random,they're mistakes in transcription. They result in the loss of the origional information. And they are rearranged information that in most cases result in harm to the organism ,even if it provides temporary benefit in some way. Mutations weaken organisms.
Mutations may appear to be random, but they are explained quite well with the science - molecular damage from radiation (UV and others), molecular damage from chemical agents (intercalation, such as agent orange), etc.. Mutations that occur during the replication process (a more random event) are usually repaired by other proteins, so those are very rare compared to environmentally induced mutations.
All true,that is just more reason to know mutations are not the engine of evolution that and it's rare for a mutated gene to survive in the gene pool because of Natural Selection.
This one of my previous posts.
These are the 9 conditions that must be met but we have problems to point out with them.
Natural Environment.
The environment must be selectively neutral, or else the mutant gene will never be retained in the population, preventing even slight change.
This condition will not be met.
No Structural Change.
There must be no pleiotropic effect involved with the locus or loci, or, if such effect exists, all the phenotypic structures involved must be selectively neutral.If none are involved, then of course evolution does not occur. But if only those occur that are selectively neutral, then they are of no advantage to the mutant and survival of the fittest does not affect it or its non-mutant relatives again, no evolution.
there may well be no such thing as a mutation having no structural change in the organism. Yet that is a requirement for the fixation of a mutation is that it have none, or that the effect it has must be selectively neutral. Neither case appears ever to happen.
Net Effect Must be Unidirectional.
The mutational event must be recurrent and, furthermore, the rate of back mutation must be so small as to be irrelevant. recurrent mutations are almost never retained in the population.non-recurrent mutations have a very low probability of remaining in the genepool at all the odds against a recurrent mutation being retained in the gene pool for any significant number of generations are very high. And even most recurrent mutations have been observed to retain the potential for back mutation.It seems that neither part of this third condition will be fulfilled.
all the conditions must be fulfilled in order for mutations to be fixed in a population.
High Mutation Rate.
The mutation rate at the relevant locus or loci must be very large.In order for the Probably Mutation Effect to be effective, very high mutation rates are clearly necessary.
So it appears that this condition, too, is likely never met in nature.
Large Population.
This condition is that the population involved must be large, because small populations can easily be destroyed by a mutation. And, as population size decreases, the probability that a mutation will be eliminated increases.
It seems that evolutionists themselves have realized a great problem but are unable to deal with it. In a small population, a mutation will almost certainly be eliminated. Yet a small population is needed for evolution to occur. Here indeed is an impasse. But the problem gets worse.
If the investigator is dealing with a population which is undergoing contact with genetically dissimilar neighbors, the effect of the mutation is inevitably so minor as to be undetectable. if the population is large, the effect of the mutation is almost nil. Even when the condition is met, then, the effects of the mutations are almost zero on the entire population.
Some interbreeding between dissimilar populations is necessary, it is death to evolutionary change then.
Selective Neutrality of Polygenes.
Polygenes are not relevant to this argument, unless the entire anatomical complex is itself selectively neutral.
this does not occur ,it was shown in our discussion of the second condition.
Little Hybridization.
There must be little or no hybridizing admixture.This of course is to avoid making the mutation itself insignificant. But if the effect is actually significant, then this contradicts the second condition, which was that the mutation must cause no significant structural change.
the only way in which to have no hybridizing admixture is to have a small population that is isolated from others of the same kind. This contradicts his fifth condition. If the population is small, the probability of a mutant gene's being eliminated rises steeply.
This condition, if fulfilled, makes evolution impossible because the mutation would not be retained due to the necessarily small population. But if unfulfilled, it leaves evolution impossible due to the insignificance of the effect of the mutation.
Necessity of High Penetrance.
The genetic structures involved must have high penetrance. Put simply, this means that the genes must be highly susceptible to mutations. It means almost the same as Condition Four.
Yet it presents another problem. As soon as the structure becomes highly susceptible to mutation, it must also become highly susceptible to back mutation. But the third condition states that the rate of back mutation must be irrelevant. Again there is a contradiction. fulfill Condition Eight and you can't fulfill Condition Three. Fulfill Condition Three and you can't fulfill Condition Eight.
What a theory
High Heritability.
The phenotype must have high heritability.This condition is almost never met for mutational phenotypes. the probability of retaining even a recurring mutation is very low.
Summary.
the probability of meeting any one of these conditions in nature is extremely low, if not non-existent. Recall now that the fifth and seventh conditions effectively cancel each other out, as do the third and eighth.
Look, like i said before your theory is impossible.