On Tue, 13 Dec 2022 19:12:08 -0800 (PST), JTEM is my hero
<
jte...@gmail.com> wrote:
>So the communist world REJECTED evolution, and in
>it's stead they put a knock off of Lamarckism
Bruce Lipton, one of the pioneers in stem cell research, supports
Lamarck (whose theory basically is about intelligent environmental
adaptation per design):
"Jean-Baptiste Lamarck had it right fifty years before Darwin. In
1809, Lamarck wrote the problems that will beset humanity will come
from separating ourselves from nature, and that will lead to the
dissolution of society. His understanding of evolution was that an
organism and its environment create a cooperative interaction. If you
want to understand the fate of an organism, you have to understand its
relationship to the environment. He recognized that separating
ourselves from our environment cuts us off from our source. He was
right.
And when you understand the nature of epigenetics, you see his theory
is now substantiated. With no mechanism to make sense of his theory
before, and especially since we bought the concept of neo-Darwinian
biologists who said the human body was subject to genetic control,
Lamarck looked stupid. But guess what? New leading-edge science
reveals he was right, after all."
Lipton has experimentally demonstrated that this "Lamarckian"
adaptation mechanism is highly intelligent (not based on random
mutations), which is why it can be very fast. There are actually
examples of dynamic adaptation to the environment that are thousands
of time faster than what you'd expect from textbook evolution, but
evolutionists of course just interprets that as evolution being much
faster than previously assumed, without explaining why and how.
Here's one:
LIZARDS RAPIDLY EVOLVE AFTER INTRODUCTION TO ISLAND
Kimberly Johnson
for National Geographic News
April 21, 2008
(The findings were published in March in the journal Proceedings of
the National Academy of Sciences. )
Italian wall lizards introduced to a tiny island off the coast of
Croatia are evolving in ways that would normally take millions of
years to play out, new research shows.
In just a few decades the 5-inch-long (13-centimeter-long) lizards
have developed a completely new gut structure, larger heads, and a
harder bite, researchers say.
In 1971, scientists transplanted five adult pairs of the reptiles from
their original island home in Pod Kopiste to the tiny neighboring
island of Pod Mrcaru, both in the south Adriatic Sea.
Genetic testing on the Pod Mrcaru lizards confirmed that the modern
population of more than 5,000 Italian wall lizards are all descendants
of the original ten lizards left behind in the 1970s.
LIZARD SWARM
While the experiment was more than 30 years in the making, it was not
by design, according to Duncan Irschick, a study author and biology
professor at the University of Massachusetts, Amherst.
After scientists transplanted the reptiles, the Croatian War of
Independence erupted, ending in the mid-1990s. The researchers
couldn't get back to island because of the war, Irschick said.
In 2004, however, tourism began to open back up, allowing researchers
access to the island laboratory.
"We didn't know if we would find a lizard there. We had no idea if the
original introductions were successful," Irschick said.
What they found, however, was shocking.
"The island was swarming with lizards," he said.
FAST-TRACK EVOLUTION
The new habitat once had its own healthy population of lizards, which
were less aggressive than the new implants, Irschick said.
The new species wiped out the indigenous lizard populations, although
how it happened is unknown, he said.
The transplanted lizards adapted to their new environment in ways that
expedited their evolution physically, Irschick explained.
Pod Mrcaru, for example, had an abundance of plants for the primarily
insect-eating lizards to munch on. Physically, however, the lizards
were not built to digest a vegetarian diet.
Researchers found that the lizards developed cecal valves—muscles
between the large and small intestine—that slowed down food digestion
in fermenting chambers, which allowed their bodies to process the
vegetation's cellulose into volatile fatty acids.
"They evolved an expanded gut to allow them to process these leaves,"
Irschick said, adding it was something that had not been documented
before. "This was a brand-new structure."
Along with the ability to digest plants came the ability to bite
harder, powered by a head that had grown longer and wider.
The rapid physical evolution also sparked changes in the lizard's
social and behavioral structure, he said. For one, the plentiful food
sources allowed for easier reproduction and a denser population.
The lizard also dropped some of its territorial defenses, the authors
concluded.
Such physical transformation in just 30 lizard generations takes
evolution to a whole new level, Irschick said.
It would be akin to humans evolving and growing a new appendix in
several hundred years, he said.
"That's unparalleled. What's most important is how fast this is," he
said.
While researchers do know the invader's impact on its reptile
brethren, they do not know how the species impacts local vegetation or
insects, a subject of future study, Irschick said.
DRAMATIC CHANGES
The study demonstrates that a lot of change happens in island
environments, said Andrew Hendry, a biology professor at Montreal's
McGill University.
What could be debated, however, is how those changes are
interpreted—whether or not they had a genetic basis and not a "plastic
response to the environment," said Hendry, who was not associated with
the study.
There's no dispute that major changes to the lizards' digestive tract
occurred. "That kind of change is really dramatic," he added.
"All of this might be evolution," Hendry said. "The logical next step
would be to confirm the genetic basis for these changes."
(looks like you have to subscribe now to access the articles):
http://news.nationalgeographic.com/news/2008/04/080421-lizard-evolution.html
http://news.nationalgeographic.com/news/2008/04/080421-lizard-evolution_2.html
Related:
http://news.nationalgeographic.com/news/2006/11/061116-lizard-evolution.html
Experiments have also shown that dogs who were put on a starchy diet
started to produce ptyaline (the enzyme in saliva which breaks down
starch) in a couple of weeks.
And an interesting, related claim from 1986, which supports Lipton's
discoveries:
"The body is equipped to perform far better, in a variety of ways,
than you give it credit for however - but the fact remains that the
genetic structure focuses volition. The genetic apparatus and the
chromosomal messages actually contain far more information than is
ever used. That genetic information can, for example, be put together
in an infinite number of ways. The species care for itself in the
event of any possible circumstance, so that the genetic messages also
carries an endless number of triggers that will change genetic
combinations if necessary.
Beyond that however, genetic messages are coded in such a way that
there is a constant give-and-take between those messages and the
present experience of any given individual. That is, no genetic event
is inevitable. "
- Jane Roberts "Dreams, 'Evolution', and Value Fulfillment - Vol.1",
1986