Tetanus toxin and spinal inhibition
Copyright policy )Tetanus toxin and spinal inhibition
Summary Tetanus toxin blocks the synaptic inhibition of feline Renshaw cells elicited by hind paw stimulation without affecting the inhibitory action of electrophoretically administered glycine. Assuming that glycine is the transmitter at spinal inhibitory synapses, these results indicate that tetanus toxin blocks the inhibitory process by reducing the amount of glycine released from the inhibitory terminals.
- Australian National University Australia
Motor Neurons, Aminobutyrates, Glycine, Action Potentials, Strychnine, Synaptic Transmission, Acetylcholine, Electric Stimulation, Spinal Cord, Tetanus Toxin, Depression, Chemical, Synapses, Cats, Animals
Motor Neurons, Aminobutyrates, Glycine, Action Potentials, Strychnine, Synaptic Transmission, Acetylcholine, Electric Stimulation, Spinal Cord, Tetanus Toxin, Depression, Chemical, Synapses, Cats, Animals
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