acetylcholine
It functions as an Acetylcholine antagonists. Acetylcholine was the first neurotransmitter to be discovered. A nicotinic antagonist inhibits Acetylcholine's receptors.
No animal eats the plant curare. This is because the plant curare is toxic. The plant is poisonous and therefore is not consumed by animals.
Curare acts by blocking nicotinic acetylcholine receptors at the neuromuscular junction, preventing the binding of acetylcholine to these receptors. This leads to muscle paralysis since acetylcholine is unable to initiate muscle contraction.
CURARE PARAlYSES MUSCELS
Plants are useful for many things. Some plants give us medicine. Other plants supply us with poison So that we can get rid of our teachers. Curare for example was developed By South American indigenous people From the foliage of the Calebas. Macusi Indians graded their Curare As One Tree Curare, Two Tree Curare ... and so on. To show how many trees a monkey could jump Before the Curare caused him to stop breathing. We would call our Curare One Lesson Curare, Two Lesson Curare .... and so on. Do teachers breathe?
Doctors use curare to help keep animals alive during surgeries. The curare helps to keep the animals respiratory systems going during surgery.
Indians
An antonym for neurotransmitter could be "inhibitor" as neurotransmitters generally activate or facilitate nerve signal transmission, while inhibitors block or reduce nerve signal transmission.
Curare is a competitive inhibitor of acetylcholine. It fights with acetycholine for postsynaptic receptors.
Curare poisoning is caused by the ingestion or injection of curare, a plant-derived toxin commonly used as a muscle relaxant. Symptoms of curare poisoning include paralysis, respiratory failure, and potentially death if left untreated. Treatment involves supporting vital functions and administering antidotes like cholinesterase inhibitors.
birds
Curare is not hazardous if taken by mouth; it must be administered into the bloodstream. When it is in the blood, it can cause paralysis of all nerves and muscles.