johnboy
Bluelight Crew
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I'm starting to see all sorts of theories as to what exactly was the gas used by Russian security forces to end the siege of the Moscow theatre.
Some sources say it was "an opiate - a chemical related to morphine". others "have suggested a 1950s chemical weapon called 3-quinuclidinyl benzilate, or BZ, may have been used." This last quote was taken from New Scientist.
Here's more from that story:
Here's some background info on BZ I found in a book called "Acid Dreams: The Complete Social History of LSD: The CIA, The Sixties and Beyond":
As amusing as the tales of giggling, falling over scientists are, a reminder that this substance may have killed over 120 people. Perhaps it is the ultimate case of getting the dosage wrong.
Anyone have any ideas?
EDIT: I forgot the last two paragraphs of the New Scientist story.
[ 29 October 2002: Message edited by: johnboy ]
EDIT: fixed layout
Some sources say it was "an opiate - a chemical related to morphine". others "have suggested a 1950s chemical weapon called 3-quinuclidinyl benzilate, or BZ, may have been used." This last quote was taken from New Scientist.
Here's more from that story:
Weapons experts have suggested a 1950s chemical weapon called 3-quinuclidinyl benzilate, or BZ, may have been used. This causes disorientation and hallucinations and was tested by the US on servicemen in the 1960s.
But according to Christopher Holstege of the University of Virginia, BZ takes an hour to start working and its effects peak at eight hours - whereas the Russian gas worked in seconds. Moreover, a hallucinogen seems a risky choice for terrorists strapped to bombs.
But reports that the victims are pale and weak, with memory loss, and that doctors are treating them with the cholinergic drug physostigmine, suggest that the gas belongs to the same class of anti-cholinergic agents as BZ.
The agents block some receptors for the neurotransmitter acetylcholine. This blocks the normal activity of the parasympathetic nervous system, causing higher heart rate and lack of sweating among many other symptoms. They also cross the blood-brain barrier blocking similar receptors in the brain, causing unconsciousness or disorientation, hallucinations and blocked memory formation.
Physostigmine would not be used to treat the nerve gases sarin, tabun and soman, and Valium or related anti-anxiety drugs.
Vil Mirzayanov, a former Soviet chemical weapons scientist turned campaigner, says the gas was a derivative of BZ developed by Russia during the Cold War.
Such agents should have been destroyed by now under the Chemical Weapons Convention. But the CWC contains what campaigners call a loophole, which allows gases for "law enforcement".
Here's some background info on BZ I found in a book called "Acid Dreams: The Complete Social History of LSD: The CIA, The Sixties and Beyond":
It was from Hoffmann-La Roche in Nutley, New Jersey, that Edge-wood Arsenal obtained its first sample of a drug called quinuclidinyl benzilate, or BZ for short. The army learned that BZ inhibits the production of a chemical substance that facilitates the transfer of messages along the nerve endings, thereby disrupting normal perceptual patterns. The effects generally last about three days, although symptoms—headaches, giddiness, disorientation, auditory and visual hallucinations, and maniacal behavior—have been known to persist for as long as six weeks. "During the period of acute effects," noted an army doctor, "the person is completely out of touch with his environment."
Dr. Van Sim, who served as chief of the Clinical Research Division . at Edgewood, made it a practice to try all new chemicals himself before testing them on volunteers. Sim said he sampled LSD "on several occasions." Did he enjoy getting high, or were his acid trips simply a patriotic duty? "It's not a matter of compulsiveness or wanting to be the first to try a material," Sim stated. "With my experience I am often able to change the design of future experiments. . . . This allows more comprehensive tests to be conducted later, with maximum effective usefulness of inexperienced volunteers. I'm trying to defeat the compound, and if I can, we don't have to drag out the tests at the expense of a lot of time and money."
With BZ Dr. Sim seems to have met his match. "It zonked me for three days. I kept falling down and the people at the lab assigned someone to follow me around with a mattress. I woke up from it after three days without a bruise." For his efforts Sim received the Decoration for Exceptional Civilian Service and was cited for ex-posing himself to dangerous drugs "at the risk of grave personal injury."
According to Dr. Solomon Snyder, a leading psychopharmacologist at Johns Hopkins University, which conducted drug research for the Chemical Corps, "The army's testing of LSD was just a sideshow compared to its use of BZ." Clinical studies with EA-aiyy (the code number for BZ) were initiated at Edgewood Arsenal in 1959 and continued until 1975. During this period an estimated twenty-eight hundred soldiers were exposed to the superhallucinogen. A number of military personnel have since come forward claiming that they were never the same after their encounter with BZ. Robert Bowen, a former air force enlisted man, felt disoriented for several weeks after his exposure. Bowen said the drug produced a temporary feeling of insanity but that he reacted less severely than other test subjects. One paratrooper lost all muscle control for a time and later seemed totally divorced from reality. "The last time I saw him," said Bowen, "he was taking a shower in his uniform and smoking a cigar."*
After extensive clinical testing at Edgewood Arsenal, the army concluded that BZ was better suited than LSD as a chemical warfare agent for a number of reasons. While acid could knock a person "off his rocker," to use Chemical Corps jargon, BZ would also put him "on the floor" (render him physically immobile). This unique combination—both "off the rocker" and "on the floor"—was exactly what the army sought from an incapacitant. Moreover, BZ was cheaper to produce, more reliable, and packed a stronger punch than LSD. Most important, BZ could be dispersed as an aerosol mist that would float with the wind across city or battlefield. Some advantage was also found in the fact that test subjects lapsed into a state of "semi-quiet delirium" and had no memory of their BZ experience.
This was not to belittle lysergic acid. Although LSD never found a place in the army's arsenal, the drug undoubtedly left its mark on the military mind. Once again LSD seems to have acted primarily as a catalyst. Before acid touched the fancy of army strategists, Crea-sy's vision of a new kind of warfare was merely a pipe dream. With LSD it suddenly became a real possibility.
During the early 1960s the CIA and the military began to phase out their in-house acid tests in favor of more powerful chemicals such as BZ, which became the army's standard incapacitating agent. By this time the superhallucinogen was ready for deployment in a grenade, a 750-pound cluster bomb, and at least one other large-scale bomb. In addition the army tested a number of other advanced BZ munitions, including mortar, artillery, and missile warheads. The superhallucinogen was reportedly employed by American troops as a counterinsurgency weapon in Vietnam, and according to CIA documents there may be contingency plans to use the drug in the event of a major civilian insurrection. As Creasy warned shortly after he retired from the Army Chemical Corps, "We will use these things as we very well see fit, when we think it is in the best interest of the US and their allies."
*Pentagon spokespeople insist that the potential hazards of such experimentation were "supposed" to be fully explained to all volunteers. But as Dr. Snyder noted, nobody "can tell you for sure BZ won't have a long-lasting effect. With an initial effect of eighty hours compared to eight for LSD you would have to worry more about its long-lasting or recurrent effects."
As amusing as the tales of giggling, falling over scientists are, a reminder that this substance may have killed over 120 people. Perhaps it is the ultimate case of getting the dosage wrong.
Anyone have any ideas?
EDIT: I forgot the last two paragraphs of the New Scientist story.
[ 29 October 2002: Message edited by: johnboy ]
EDIT: fixed layout
Last edited: