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The History of Cryonics
In 1964 an American physicist, Robert
Ettinger, wrote a book entitled "The Prospect of Immortality".
In that book, Ettinger proposed that death was not so much
an absolute end, but the definition of the limit of medical
science's abilities to keep a patient alive despite threats
like ageing, disease or injury. This limit continues to change
over time, as our understanding and technology improves. Think
about it, the person whose heart stopped beating in the twenties
or thirties was considered dead, and no further attempt was
made to resuscitate them. Today CPR and electrical defibrillation
is successful in recovering many such patients. So, death
in the 1930's is not necessarily death in the 1990's - the
boundaries of the medical profession's abilities to keep their
patients alive have moved considerably.
On the basis of this continual improvement in medical technology
Ettinger proposed that many patients with ailments which are
fatal today would at some point in the future be easily curable.
His conclusion was that it made sense to seek some mechanism
to preserve these patients until that point in the future.
The mechanism he proposed was Cryonic Suspension, preservation
by deep freezing.
The scientific community's sceptics pointed then, as now,
point to the damage that freezing does to human cells and
to the fact that current medical science does not allow for
the reliable resuscitation of frozen patients. The cryonauts
response to this is simple - cryonic suspension is a two-stage
process: preservation and resuscitation. All we have to master
today is stage one: preservation. Resuscitation will come
in time, along with the ability to repair any freezing damage,
cell-by-cell.
The impact of Ettinger's book was such that Cryonics began
to receive a lot of attention both in the media and in the
scientific community. In 1966, a Japanese Scientist, Suda,
froze some cat brains and revived them after a month or so.
He demonstrated that they recovered much of their function,
and the interest in Cryonics, particularly in the preservation
of human patients, began to generate serious interest. It
was only a matter of time before human freezings began in
earnest.
The First Human Freezings
In 1967 an ex-TV repair man set up a "cryotorium"
and led the team that cryo-preserved the first man. In the
years that followed his organisation, CSC, froze another five
or six people. Unfortunately, Nelson's organisation was hopelessly
under-funded, poorly managed and too heavily dependant on
maintenance fees from relatives of the frozen patients, many
of which dried up soon after preservation. Due to lack of
funds, or accident according to Nelson, liquid nitrogen supplies
were interrupted and the patients thawed.
That scandal, and the failure of subsequent cryonics organisations
around that time, set cryonics back many years, and cast doubt
even upon many of those cryonics organisations to be established
later with highly professional, responsible and ethical charters.
One Californian, James Bedford, who was frozen after his death
in 1967 from cancer, remains frozen to this day at the Alcor
Life Extension Foundation. Between 1967 and the mid eighties
Cryonics did not enjoy a lot of popularity, but with recent
increased interest it is on the way back in a big way.
Cryonics Organisations Today
Robert Ettinger went on to establish the Cryonics Institute
in 1976, one of eight or nine organisations who are today
offering cryo-preservation and maintenance services. The current
players include The Alcor Life Extension Foundation, CryoCare
Foundation, Cryonics Institute, CryoSpan, American Cryonics
Society and Trans Time. Between them they have about fifty
patients in suspension and another three hundred who have
made the necessary financial and legal arrangements to be
frozen, should they be injured or become fatally ill.
Is it possible?
Bacterial decay may stop, but that
is not enough to make recovery possible. As noted by Michael
Shermer, founding publisher of Skeptic Magazine:
Cryonicists believe that people can be frozen immediately
after death and reanimated later when the cure for what ailed
them is found. To see the flaw in this system, thaw out a
can of frozen strawberries. During freezing, the water within
each cell expands, crystallizes, and ruptures the cell membranes.
When defrosted, all the intracellular goo oozes out, turning
your strawberries into runny mush. This is your brain on cryonics.
National Council Against Health Fraud
president William T. Jarvis, Ph.D., calls cryonics "quackery's
last shot at you." In an interview he said:
Cryonic technology has not been demonstrated to work in laboratory
animals. Even if the rest of a person's body could be revived
after hundreds of years, the brain could not. Brain cells
deteriorate within minutes after death, and any still viable
when the body is frozen would be burst by the freezing process.
Cryonics might be a suitable subject for scientific research,
but marketing an unproven method to the public is quackery.
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