Agents that can diminish nerve activity or body functions include anesthetics, sedatives, and neuromuscular blockers. These agents can be used to induce temporary loss of sensation, relaxation, or immobilization during medical procedures.
The sacral nerve controls the muscles in the lower part of the body, including the bladder, bowel, and sexual organs. It plays a crucial role in functions such as urination, defecation, and sexual activity.
Three types of nerve agents are sarin, VX, and soman. These agents are highly toxic chemicals that disrupt the communication between nerves and muscles, leading to paralysis and potentially death in high doses.
The male testicles contain a high density of nerve endings, estimated to be around 4,000 nerve endings per testicle. These nerve endings are primarily involved in sensations related to touch and temperature, contributing to sexual arousal and reproductive functions. This sensitivity plays a crucial role in sexual activity and overall reproductive health.
Nerve agents effect the junctions between nerve cells. Nerve agents prevent signals crossing the nerve junctions so all communication between nerve cells stops and no signals can get through from the brain.
One's trigeminal nerve is the fifth cranial nerve. It is the nerve responsible for sensation in the face and certain motor functions like biting and chewing.
Stimuli is the action of various agents (stimuli) on muscles, nerves, or a sensory end organ, by which activity is evoked; especially, the nervous impulse produced by various agents on nerves, or a sensory end organ, by which the part connected with the nerve is thrown into a state of activity
The Nerve Agents - EP - was created in 1998-05.
Nerve agents affect the transmission of nerve impulses in your nervous system. Nerve agents can affect the central nervous system, the respiratory system as well as cholinergic nervous system.
Nerve agents are organophosphorus compounds. Nerve agents are caused by an accidental release or terrorist attack. Symptoms includes abdominal pain, rhinorrhea, excessive salivation, and seizures.
to detect the presence of liquid nerve and blister agents to detect the presence of liquid nerve and blister agents
It will change colours. Yellow to brown for G (nerve) agents, red to purple for H (blister) agents, and green to black for V (nerve) agents.
Nerve Agents are also known as nerve gases. They disrupt the mechanism by which nerves transfer messages to the organs. ---- More specifically, nerve agents interfere with the transmission of messages along nerves, interfering with the chemical interactions that pass a message from one end of a nerve cell to the next nerve cell. They disrupt the electro-chemical processes at the synapses (junctions between nerve cells) by blocking acetylcholinesterase, a key enzyme. By inhibiting nerve message passing, they prevent key messages from being sent to various critical body functions. As such, they cause involuntary muscle spasms in increasing intensity, and eventually lead to fatal asphyxia as the loss of respiratory control progresses.
Nerve Agents are also known as nerve gases. They disrupt the mechanism by which nerves transfer messages to the organs. ---- More specifically, nerve agents interfere with the transmission of messages along nerves, interfering with the chemical interactions that pass a message from one end of a nerve cell to the next nerve cell. They disrupt the electro-chemical processes at the synapses (junctions between nerve cells) by blocking acetylcholinesterase, a key enzyme. By inhibiting nerve message passing, they prevent key messages from being sent to various critical body functions. As such, they cause involuntary muscle spasms in increasing intensity, and eventually lead to fatal asphyxia as the loss of respiratory control progresses.
nerve agents
slow heart rate
These cause damage to the nervous system so it will not work.
The respiratory system is not directly affected by nerve agents, as these agents primarily target the nervous system by inhibiting the enzyme acetylcholinesterase, leading to an accumulation of acetylcholine at synapses. However, nerve agents can indirectly impact respiratory function due to muscle paralysis and convulsions, which may affect breathing. In contrast, the circulatory system can be influenced by nerve agents, particularly through changes in heart rate and blood pressure. Overall, while the respiratory system may not be the primary target, it can still be compromised as a result of the overall effects of nerve agents.