Thanks for the reply.I would say yes. Transmission of an action potential is a dynamic and relatively stereotyped set of changes in membrane potential in a particular neuron. It isn't entirely foreign from syncytial changes across conductive myocardial tissue. Both have membranes, both have channels. Obviously, the number, type, and state of channels is what makes the dynamic part of the process different across tissues, cellular subtype, priming situation, etc.
There are two types of ACh receptors, metabotropic (GPCR) and ionotropic (Ligand gated channel). In both cases activating the receptor will cause a flux of ions such as Na and K through the channel. Simply speaking, the ACh receptor allows for flow of cations when opened.Thanks for the reply.
Another quick question, are the Acetylcholine receptor, sodium channel and potassium channel separated from each other?
I was watching the video below where she states that acetylcholine receptors are contained within the ligand-gated cation channel (time: 1.30).
How come the sodium channel and potassium channel are not mentioned in the video and both potassium ions and sodium ions passes through the ligand-gated cation channel?