NROB60H3 Study Guide - Final Guide: Subthalamic Nucleus, Cellular Network, Barbiturate

• School: UTSC
• Department: Neuroscience
• Course: NROB60H3
• Professor: Janelle Leboutillier

Document Summary

By the molecule, synthetic machinery, packaging, reuptake and degradation, etc. Research indicates the major nt molecules are: amino acids, amines, and peptides. Evolution is conservative and opportunistic often using common and familiar things to new uses. Most neurons release one nt but are exceptions. 2 or > transmitters released from one nerve terminal - An amino acid or amine plus a peptide. Mimics response produced by release of neurotransmitter from the presynaptic neuron. Receptor agonist: binds to receptor, enhances the action of it. Major metabolite of dxm also acts as a nmda receptor antagonist. Evolution of neurotransmitters (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) (cid:12254) Also involved in speci c sympathetic and parasympathetic divisions and special circuits of the pns and. Choline is transported into membrane to be recycled. Curare block - nicotine receptor - paralyzes all skeletal muscles.