Can Evil Actions be Justified for a Noble Cause?
GRU/CIA Use -> Neurotoxin Torture Technique: Application of Tetrodotoxin
Tetrodotoxin (anhydrotetrodotoxin 4-epitetrodotoxin) may be used to interrogate terrorists who do not succumb to normal torture techniques. The application of this neurotoxin would be to block the action potentials in nerves but it is highly dangerous since there is no known antidote to this toxin. Severe dosage must be used to achieve the paralysis-like state that has induced patients to be paralyzed to the point where medical authorities have pronounced patients dead. The best part about this is that the TTX does not cross the blood-brain barrier so the mind is fully functional while the body cannot move. Thus, we can effectively perform surgeries and various torture techniques after giving the uncooperative terrorist a dosage. The problem is, even if they want to speak and give up the information, the torture technique must be completed because they are paralyzed. They will suffer the full amount of pain and their bodies cannot die from shock due to pure paralysis. I would like to conduct a further study on the reactive reflexes the body can perform while under TTX-intoxication. The effects usually wear off between 24-48 hours depending on the body’s chemical resiliency and dosage levels with no permanent damage to the body.
I recommend experimenting at levels of about 3 micrograms per kilogram of body mass for males and 2.5 micrograms per kilogram for females.
I wonder how many repetitions of this technique it would take to break the most hardened terrorist. The body would succumb to more than human levels of bearable pain. I would employ monitors of brain wave activity for spikes, to ensure that the subject cannot black-out and go into a coma. We must make the subject endure the full sensations of the various torture techniques while in a TTX-induced state and then offer them the option of giving up the information or going through the process again. I have different surgical procedures and acids that would be useful for this technique.
Tetrodotoxin (anhydrotetrodotoxin 4-epitetrodotoxin) may be used to interrogate terrorists who do not succumb to normal torture techniques. The application of this neurotoxin would be to block the action potentials in nerves but it is highly dangerous since there is no known antidote to this toxin. Severe dosage must be used to achieve the paralysis-like state that has induced patients to be paralyzed to the point where medical authorities have pronounced patients dead. The best part about this is that the TTX does not cross the blood-brain barrier so the mind is fully functional while the body cannot move. Thus, we can effectively perform surgeries and various torture techniques after giving the uncooperative terrorist a dosage. The problem is, even if they want to speak and give up the information, the torture technique must be completed because they are paralyzed. They will suffer the full amount of pain and their bodies cannot die from shock due to pure paralysis. I would like to conduct a further study on the reactive reflexes the body can perform while under TTX-intoxication. The effects usually wear off between 24-48 hours depending on the body’s chemical resiliency and dosage levels with no permanent damage to the body.
I recommend experimenting at levels of about 3 micrograms per kilogram of body mass for males and 2.5 micrograms per kilogram for females.
I wonder how many repetitions of this technique it would take to break the most hardened terrorist. The body would succumb to more than human levels of bearable pain. I would employ monitors of brain wave activity for spikes, to ensure that the subject cannot black-out and go into a coma. We must make the subject endure the full sensations of the various torture techniques while in a TTX-induced state and then offer them the option of giving up the information or going through the process again. I have different surgical procedures and acids that would be useful for this technique.
posted by Ray at 1:51 AM
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