ANYONE KNOW THE ANSWER TO THIS ONE - WHAT 'THEY' DON'T WANT US TO KNOW? PLEASE PROVIDE IN COMMENTS.WHY IS NERVE GAS ANTIDOTE BEING DISTRIBUTED IN TEXAS TO SHERIFFS DEPARTMENTS ACROSS THE STATE?
NEED LAW ENFORCEMENT CONFIRMATION
Apr 10, 2015
I have received some disturbing news from a friend late at night as to what is being distributed all over Texas to the sheriff's office by the military.
A friend of my friend was working on a trailer for the Brownwood, Texas sheriff's department when he noticed that it was a nerve agent antidote.
This guy's boss put a picture and a statement on a local blog and shortly after it was removed, and then they received a visit from the sheriff and a federal agent that told them not to say anything else about what they had found!!
I was sent the conversation of my friend and the mechanic who worked on the trailer in an email and the next day the email disappeared, so I called my friend back and his phone had also had the message removed.
So my friend called the mechanic and got the conversation sent back to him, but the mechanic and the shop owner are afraid to release any other info, such as pictures of the antidote they took.
I can say that it was in a black trailer with "panther 2" on the side and the next stop was Taylor County, Abilene, Texas.
Now I told a friend in Roundrock, Texas about all of this and he came by today (4-10-2015) and told me that he has a friend that is a deputy in Roundrock,Texas and when he asked the deputy about this nerve agent, the deputy got a 'deer in the headlight look' and asked him where he heard this, and he told him 'a friend', and the deputy said 'Yes, that all sheriff departments received this antidote.'
Thanks for taking the time to read this as I have sent this all the info I have to all news pipeline and Alex Jones but I have yet to hear back from Alex or his crew at Infowars.
Is there any way you could help bring this to Alex's attention as I have called 2 times and left the story of what I know to be true as I have known this man for 20 plus years and he would not lie.
What I really need is a whistle blower from a sheriffs department to help bring this story to life for all.
Thank you again for your time.
Sincerely,
'W' - SEEKING CONFIRMATION FROM ANY TEXAS LAW ENFORCEMENT AGENT TO THE VERACITY OF THESE CLAIMS
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As time moves forward, more and more strange events are occurring prior to the 'JADE HELM 15' exercise in July, including hiring more staff to perform various exercises that would seem to involve the roundups of Americans.
3 comments:
IMO these SOBs are distributing this antidote to Sheriffs and Police because they are going to make the Law Officers into murderers, gassing the American people to death. It's time to stop them NOW before they are able to do this to the American people.
http://www.drugs.com/cg/nerve-gas-poisoning.html
What is nerve gas poisoning?
Nerve gas causes poisoning by damaging nerves that help you breathe, move, and digest food. Nerve gas is a chemical found in pesticides. You may be exposed to nerve gas by breathing the fumes or getting it on your skin. This may happen during an accidental spill or intentional release to cause harm. Nerve gas may cause severe symptoms and be life-threatening.
What are the signs and symptoms of nerve gas poisoning?
Symptoms may start immediately if you have inhaled or been exposed to higher amounts of nerve gas:
Runny nose and eyes
Small pupils or blurry vision
Coughing, chest tightness, wheezing, or shortness of breath
Nausea and vomiting
Abdominal pain or diarrhea
Fatigue, headache, or sweating
Muscle twitching or a seizure
How is nerve gas poisoning treated?
Caregivers may set up a center or location where you can be treated. This may help to keep the nerve gas in one place and keep it from spreading.
Decontamination: You must remove clothing that has nerve gas on it. Clothes, wallets, purses, jewelry, and other belongings may be taken for decontamination. Some items may need to be thrown away.
Antidote: This is a medicine given to reverse your signs and symptoms. Even with treatment, you may have severe and long-lasting nerve or brain damage.
Anticonvulsant medicine: This may be given to prevent or stop a convulsion.
What should I do if I am exposed to nerve gas?
Move to a higher area: Climb to the top floor of a building, or go to the top of a hill. Nerve gas is heavier than air and will settle in low-lying areas, such as ditches and basements.
Hold your breath and move to a safer spot: Try to hold your breath without breathing in first. Hold your breath until you can get to a safer spot. If you are outside, go inside. Close all the doors and windows. Shut off heating or air conditioning to keep outside air from coming in.
Remove clothing: Do not shake your clothing. Put the items in a bag if you have one, and tie or tightly close the top. Ask your caregiver if and how you should dispose of the bag. If you do not have a bag, leave them in a pile and do not pick them up.
Wash your entire body: Take a shower as soon as possible. Use soap and water or cleaning solutions provided by caregivers. Wash your hair. Gently wash your skin. Do not scrub, because this may cause more nerve gas to be absorbed into your skin.
Use powder if you cannot wash: Cover your skin and hair with an absorbent powder, such as talcum powder or baking flour. Stand over a towel or other fabric. Gently pat the powder on your skin to absorb the liquid. When you are finished, put the fabric you stood on into a bag and tightly close it. Ask your caregiver if and how you should dispose of the bag.
http://en.wikipedia.org/wiki/Nerve_agent
Nerve agents are a class of phosphorus-containing organic chemicals (organophosphates) that disrupt the mechanism by which nerves transfer messages to organs. The disruption is caused by blocking acetylcholinesterase, an enzyme that normally destroys acetylcholine, a neurotransmitter.
As chemical weapons, they are classified as weapons of mass destruction by the United Nations according to UN Resolution 687 (passed in April 1991) and their production and stockpiling was outlawed by the Chemical Weapons Convention of 1993; the Chemical Weapons Convention officially took effect on April 29, 1997. The use of dangerous gases in warfare is forbidden by treaties already in the Hague Conventions of 1899 and 1907 and Geneva Protocol of 1925.
Biological effects
As their name suggests, nerve agents attack the nervous system of the human body. All such agents function the same way: by inhibiting the enzyme acetylcholinesterase, which is responsible for the breakdown of acetylcholine (ACh) in the synapse.. ACh gives the signal for muscles to contract, preventing them from relaxing.[1]
Initial symptoms following exposure to nerve agents (like sarin) are a runny nose, tightness in the chest, and constriction of the pupils. Soon after, the victim will then have difficulty breathing and will experience nausea and drooling. As the victim continues to lose control of their bodily functions, they will involuntarily salivate, lacrimate, urinate, defecate, and experience gastrointestinal pain and vomiting. Blisters and burning of the eyes and/or lungs may also occur.[2][3] This phase is followed by initially myoclonic jerks followed by status epilepticus. Death then comes via complete respiratory depression, most likely via the excessive peripheral activity at the neuromuscular junction of the diaphragm.[4]
The effects of nerve agents are very long lasting and increase with successive exposures. Survivors of nerve agent poisoning almost invariably suffer chronic neurological damage. This neurological damage can also lead to continuing psychiatric effects.[5]
Mechanism of action
When a normally functioning motor nerve is stimulated, it releases the neurotransmitter acetylcholine, which transmits the impulse to a muscle or organ. Once the impulse is sent, the enzyme acetylcholinesterase immediately breaks down the acetylcholine in order to allow the muscle or organ to relax.
Nerve agents disrupt the nervous system by inhibiting the function of the enzyme acetylcholinesterase by forming a covalent bond where acetylcholine would break down (undergoes hydrolysis). Acetylcholine thus builds up and continues to act so that any nerve impulses are continually transmitted and muscle contractions do not stop. This same action also occurs at the gland and organ levels, resulting in uncontrolled drooling, tearing of the eyes (lacrimation) and excess production of mucus from the nose (rhinorrhea).
The structures of the complexes of soman (one of the most toxic nerve agents) with acetylcholinesterase from Torpedo californica have been solved by X-ray crystallography (PDB codes: 2wfz, 2wg0, 2wg1, and 1som). The mechanism of action of soman could be seen on example of 2wfz.
Antidotes
Atropine and related anticholinergic drugs act as antidotes to nerve agent poisoning because they block acetylcholine receptors, but they are poisonous in their own right. (Some synthetic anticholinergics, such as biperiden, may counteract the central symptoms of nerve agent poisoning better than atropine, since they pass the blood–brain barrier better than atropine.) While these drugs will save the life of a person affected with nerve agents, that person may be incapacitated briefly or for an extended period, depending on the amount of exposure. The endpoint of atropine administration is the clearing of bronchial secretions. Atropine for field use by military personnel is often loaded in an autoinjector, for ease of use in stressful conditions.
Pralidoxime chloride, also known as 2-PAM chloride, is also used as an antidote. Rather than counteracting the initial effects of the nerve agent on the nervous system like atropine, pralidoxime chloride reactivates the poisoned enzyme (acetylcholinesterase) by scavenging the phosphoryl group attached on the functional hydroxyl group of the enzyme. Though safer to use, it takes longer to act.
Revival of acetylcholinesterase with pralidoxime chloride works more effectively on nicotinic receptors while blocking acetylcholine with atropine is more effective on muscarinic receptors. Often, severe cases of the poisoning are treated with both drugs.[6][7]
Countermeasures in development
Butyrylcholinesterase is a prophylactic countermeasure against organophosphate nerve agents. It binds nerve agent in the bloodstream before it can exert effects in the nervous system. Because it is a biological scavenger (and universal target), it is currently the only therapeutic agent effective in providing complete stoichiometric protection against the entire spectrum of organophosphate nerve agents.[8]
To Read More Go To --->http://en.wikipedia.org/wiki/Nerve_agent
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