You supplied evidence that debunked your "negligible and/or minima" assertion.
So how is this evidence debunking what I said about Minimal and /or negligible. This is the original post that KCfrom NC asked to support what I said about minimal and/or negligible.
Jul 17, 2016 #1344.
How is insufficient, Inability, not necessary, unproven and does the opposite not supporting what I said. It actually goes further and states it is insufficient, isn't even able to do it and even promotes the opposite let alone have a negligible or minimal effect.
if there is an advantage of organismal complexity, one can only marvel at the
inability of natural selection to promote it.
Thus, contrary to popular belief,
natural selection may not only be an insufficient mechanism for the origin of genetic modularity, but population-genetic environments that maximize the efficiency of
natural selection may actually promote the opposite situation, alleles under unified transcriptional control.
http://www.pnas.org/content/104/suppl_1/8597.full
The evolution of genetic networks by non-adaptive processes
Although numerous investigators assume that the global features of genetic networks are moulded by natural selection,
there has been no formal demonstration of the adaptive origin of any genetic network. This Analysis shows that many of the qualitative features of known transcriptional networks can arise readily through the non-adaptive processes of genetic drift, mutation and recombination,
raising questions about whether natural selection is necessary or even sufficient for the origin of many aspects of gene-network topologies.
http://www.nature.com/nrg/journal/v8/n10/abs/nrg2192.html
What is in question is whether natural selection is a necessary or sufficient force to explain the emergence of the genomic and cellular features central to the building of complex organisms.
http://www.pnas.org/content/104/suppl_1/8597.full
Now the words highlighted in the above points from these papers state that when it comes to promoting higher levels of complexity or "gene networks" in living organisms
natural selection is insufficient, has inability, may not be necessary and actually promotes the opposite of functional complexity as in the quote from the paper that states
"natural selection may actually promote the opposite situation".
If you look at the quote from the paper entitled
The evolution of genetic networks by non-adaptive processes you will see it is saying that
" although there are numerous investigators who assume that the features of genetic networks are moulded by natural selection there has been no formal demonstration of the adaptive origin of any genetic network. It goes onto say this raises questions of whether natural selection is necessary or even sufficient for the origin of many aspects of gene-network topologies.
So it states that there is an assumption based on no evidence that natural selection can create gene networks and that is exactly what I and other shave been saying. These papers clearly state and support what I said that natural selection is minimal and/or negligible. These paper not only support what I said they go further and state that natural selection may not even be sufficient or capable to evolve gene networks. I posted this two pages back but you have ignored it and I have posted these papers saying the same things over and over again.
I stated that HGT and development bias were just two of a number of non adaptive forces which I have mentioned many times. I then went on to post additional support of the other non adaptive forces besides HGT and development bias which you are ignoring. You seem to be choosing certain quotes I have said and then focusing on them and twisting them into something I haven't said or didn't mean. Here is the post where I replied with the other non adaptive forces.As far as KCfromNC debunking what I said. He chose to focus on one thing I said that natural selection was minimal and/or negligible and used one quote from those papers. But right under his rebuttal was another quote which did support what I said which I had already stated many times which was ignored.
Jul 18, 2016 #1353.
Horizontal gene transfer is not a mechanism for all of life and "most of life" is too vague. If you were only talking about bacteria then you would have a case. I am not hopeful that you will be able to supply any evidence to support your assertion given
the list of irrelevant papers and invalid statements you have already made about biology.
If you look at what I said I said that HGT is just one of a number of non adaptive forces. So why you are just focusing on that alone I dont know. Maybe you want to deflect attention away from the other non adaptive influences.
Friday at 10:51 PM #1409.
Second HGT happens in more complex life besides bacteria.
Horizontal gene transfer between bacteria and animals
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3068243/
Jumping Genes versus Epigenetics: The Real Drivers of Evolution
http://jonlieffmd.com/blog/jumping-genes-versus-epigenetics-the-real-drivers-of-evolution
This post expands "in development" to what might be a fantasy of "(developmental bias) where development is guided along specific paths that are set" being an evolutionary mechanism. That really needs citations of the scientific literature. It could be a bad description of an aspect of
evolutionary developmental biology (PZ Meyers area of expertise).
So rather than relying on wikipedia for support how about using peer reviewed scientific support.
Valuable insight into the causes of adaptation and the appearance of new traits comes from the field of evolutionary developmental biology (‘evo-devo’). Some of its experimental findings are proving tricky to assimilate into SET. Particularly thorny is the observation that much variation is not random because developmental processes generate certain forms more readily than others
3. For example, among one group of centipedes, each of the more than 1,000 species has an odd number of leg-bearing segments, because of the mechanisms of segment development
3.
In our view, this concept — developmental bias — helps to explain how organisms adapt to their environments and diversify into many different species. For example, cichlid fishes in Lake Malawi are more closely related to other cichlids in Lake Malawi than to those in Lake Tanganyika, but species in both lakes have strikingly similar body shapes
4. In each case, some fish have large fleshy lips, others protruding foreheads, and still others short, robust lower jaws.
SET explains such parallels as convergent evolution: similar environmental conditions select for random genetic variation with equivalent results. This account requires extraordinary coincidence to explain the multiple parallel forms that evolved independently in each lake. A more succinct hypothesis is that developmental bias and natural selection work together
4,
5. Rather than selection being free to traverse across any physical possibility, it is guided along specific routes opened up by the processes of development
5,
6.
http://www.nature.com/news/does-evolutionary-theory-need-a-rethink-1.16080
The success of the modern synthesis
has resulted in forces of evolutionary change other than natural selection being marginalized. However, recent work has attempted to show the importance of
non-selective influences in shaping organic form. One such force is developmental bias, in which phenotypes are differentially produced.
http://www.ncbi.nlm.nih.gov/pubmed/18460098