A neurotransmitter increases chloride permeability through an ligand-gated (ionotropic) receptor channel but other ion p

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A Neurotransmitter Increases Chloride Permeability Through An Ligand Gated Ionotropic Receptor Channel But Other Ion P 1 (19.68 KiB) Viewed 74 times

A Neurotransmitter Increases Chloride Permeability Through An Ligand Gated Ionotropic Receptor Channel But Other Ion P 2 (11.15 KiB) Viewed 74 times

A Neurotransmitter Increases Chloride Permeability Through An Ligand Gated Ionotropic Receptor Channel But Other Ion P 3 (24.1 KiB) Viewed 74 times

A neurotransmitter increases chloride permeability through an ligand-gated (ionotropic) receptor channel but other ion permeabilities are not affected. If the dendrites of the post-synaptic cell have a resting Em of -70mV and a chloride Nernst Equilibrium potential (ECI-) of -90mV, the neurotransmitter will cause a net diffusion of chloride the postsynaptic neuron's dendrites, which will cause a(n) O A out of; EPSP OB. into; EPSP Ocinto; IPSP OD out of; IPSP
T-SNARES are soluble NSF attachment receptor proteins that are associated with the "targe" (axon terminal plasma membrane). Which of the following are T-SNARES? A. syntaxin B. synaptobrevin C. synaptotagmin) D SNAP-25
Match the most appropriate term and definition together. Schwann cell ✓ Oligodendrocyte V Temporal summation Spatial summation voltage-gated Na+ channels voltage-gated K+ channels voltage-gated Ca++ channels A when open, cause AP downstroke B. when open, cause AP upstroke then inactivate C. adding of IPSPs and EPSPS separated in time D. adding of IPSPS and EPSPS separated by distance E. makes myelin in CNS F. when open, allows divalent cations to enter cell G. makes myelin in Peripheral Nervous System