It binds close to M2 alpha helices with aspartate residues that repel negative charges, at alpha-gamma and alpha-delta junctions of an alpha-2-beta-gamma-delta pentamer. Botulin acts by blocking its release, while atropine does so by blocking its receptors, and the disease known as myasthenia gravis occurs when the body produces antibodies against its receptors. The first neurotransmitter to be identified, it is also the only one broken down by its namesake esterase. FTP, name this compound that binds to both nicotinic and muscarinic receptors, crucial for acting in neuromuscular junctions to generate muscle contractions.
It binds close to M2 alpha helices with aspartate residues that repel negative charges, at alpha-gamma and alpha-delta junctions of an alpha-2-beta-gamma-delta pentamer. Botulin acts by blocking its release, while atropine does so by blocking its receptors, and the disease known as myasthenia gravis occurs when the body produces antibodies against its receptors. The first neurotransmitter to be identified, it is also the only one broken down by its namesake esterase. FTP, name this compound that binds to both nicotinic and muscarinic receptors, crucial for acting in neuromuscular junctions to generate muscle contractions.
It binds close to M2 alpha helices with aspartate residues that repel negative charges, at alpha-gamma and alpha-delta junctions of an alpha-2-beta-gamma-delta pentamer.
acetylcholine