Here I'll post a refute, by Mae-Wan Ho, to my own assertions in that my much quoted genomic research may mean absolutely nothing at all..not unlike much of the so called evidence for ToE...However current research is the best evidence one can use to support any theory, despite it's limitations.
As for Darwins ToE linchpin ..natural selection..it appears to NOT be a satisfactory explanation for one species evolving into a totally different species as ToE asserts, after all. ..and these are assertions from highly qualified researchers and scientists. It's not just uneducated creationists that have strong concerns as to the validity of ToE asssertions. To allege otherwise highlights ignorance.
Mae-Wan Ho
Institute of Science in Society
24 Old Gloucester St., London WC1N 3AL UK
The human genome may go down in history as the biggest white elephant for humanity. It cost a lot and is useless, it does not work, and is so expensive to maintain and grows so big so fast that it will bankrupt the industry as well as entire nations
[1]. The only clear message in the ‘book of life’ is "there is no one home, life is not to be found here". Craig Venter, whose company Celera raced the publicly funded sequencing consortium to the finishing line, said as much, "We simply do not have enough genes for this idea of biological determinism to be right. The wonderful diversity of the human species is not hard-wired in our genetic code. Our environments are critical."
[2].
James Watson and other proponents of the human genome project perpetrated the ultimate genetic determinist myth that the human genome sequence contains the ‘blueprint for making a human being’. The public has paid out billions of dollars in the United States and hundreds of millions of pounds in the United Kingdom. Now, dozens of genome sequences later, the sequencers haven’t a clue of how to make the smallest bacterium or the simplest worm, let alone a human being. The human genome may consist of up to 98.9% ‘junk DNA’ with no known function. Geneticists are baffled. "The genome isn’t a code, and we can’t read it."
Health genomics research will do nothing to identify or remove the causes of cancer. Instead, it will identify all the genes that ‘predispose’ the victims to cancers, to enable corporations that have made lots of money polluting the environment with carcinogens to make lots more money selling diagnostic tests and ‘miracle cures’. Patients are bankable assets, and terminal cancer patients all the more so.
Public investment was needed to keep the human genome in the public domain, we were told. But that had not prevented any human gene from being patented. On the contrary, scientists funded by the public have been busy patenting genes and starting up private companies, with little or no return to the public coffers [FONT=helvetica,times][SIZE=-1][
8][/SIZE][/FONT]. Genes and cell lines stolen from indigenous peoples are patented, and governments are selling DNA databases of entire nations to private companies. These patents and proprietary databases not only violate basic human rights and dignity, they are seriously distorting healthcare and stifling scientific research and innovation [FONT=helvetica,times][SIZE=-1][
9][/SIZE][/FONT]. They should be firmly rejected by the scientific community.
From Wiki
Natural selection is the process by which biological
organisms with favorable traits survive and
reproduce more successfully than organisms that do not possess such traits, and, conversely, organisms with deleterious traits survive and reproduce less successfully than organisms lacking such deleterious traits. This selection process is in response to forces in the natural world, as opposed to artificial selection, whereby selection is made by a human being, such as a farmer selecting his breeding stock or variety of
plant. Traditionally, natural selection has been applied to biological individuals; however, the process has also been applied to levels both below the individual (the gene) and above the individual (
species, higher taxa) (Dawkins 1988; Gould 2002).
Natural selection is a cornerstone of modern
evolutionary theory. The term was introduced by
Charles Darwin in his 1859 book
The Origin of Species. The
theory of evolution by natural selection, as developed by Darwin, holds that natural selection results in favorable, heritable traits becoming more common in subsequent populations and, over time, is the creative force even in
macroevolutionary changes, such as the development of new species, higher taxa, and major new designs.
The existence of the mechanism of natural selection is nearly universally recognized, as is its ability to impact gene frequencies in populations (
microevolution) and remove unfit
phenotypes. However, the ability of natural selection to be the main creative force of changes on the macroevolutionary level, such as the development of higher taxa and major new designs, remains controversial.
Evidence for the theory of modification by natural selection is seen on the
microevolutionary level, such as the development of bacterial resistance. However, the view that natural selection is the primary causal agent in macroevolutionary change remains controversial. There are evolutionists, such as Gould (2002), who question whether one can extrapolate from microevolutionary change to macroevolutionary change.
 
 
News in science:
A new analysis of fossils has fuelled the debate on the real age of placental mammals.
A team of palaeontologists, lead by Mike Foote from the University of Chicago, has attempted to measure how accurate the fossil record really is. Their results, published in the February 26 issue of Science, throws doubt on the accuracy of the "molecular clock" method of measuring when groups of organisms first appeared.
Foote's team chose to analyse placental mammals (the group of mammals that produce live young nurtured through a placenta in the mothers womb - including humans, bats, whales, elephants and mice). Fossil evidence suggests placental mammals first appeared on Earth some 65 million years ago while the biochemical data suggests a date of 130 million years. The team asked the question: "Is the fossil record so poor that the group could have been undetected for 65 million years?"
"We're just trying to make the whole question more explicit and more testable," said Foote. "We thought the right approach was to ask, what would the fossil data have to say in order to favour one hypothesis or the other, and what do the data actually say?"