Notes in 1.3a Neural Communication and the Endocrine System

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Status	Last Update	Fields
Published	10/26/2024	neuron
Published	10/26/2024	cell body
Published	10/26/2024	dendrites
Published	10/26/2024	axon
Published	10/26/2024	myelin sheath
Published	10/26/2024	glial cells
Published	10/26/2024	action potential
Published	10/26/2024	resting potential
Published	10/26/2024	depolarization
Published	10/26/2024	threshold
Published	10/26/2024	refractory period
Published	10/26/2024	all-or-none-response
Published	10/26/2024	synapse
Published	10/26/2024	neurotransmitters
Published	10/26/2024	reuptake
Published	10/26/2024	endorphins
Published	10/26/2024	agonist
Published	10/26/2024	antagonist
Published	10/26/2024	endocrine system
Published	10/26/2024	hormones
Published	10/26/2024	neural transmission
Published	10/26/2024	multiple sclerosis
Published	10/26/2024	myasthenia gravis
Published	10/26/2024	excitatory neurotransmitters
Published	10/26/2024	inhibitory neurotransmitters
Published	10/26/2024	dopamine
Published	10/26/2024	serotonin
Published	10/26/2024	norepinephrine/noradrenaline
Published	10/26/2024	glutamate, +malfunctions
Published	10/26/2024	GABA, +malfunctions
Published	10/26/2024	substance p, +malfunctions
Published	10/26/2024	acetylcholine, +malfunctions
Published	10/26/2024	pituitary gland
Published	10/26/2024	epinephrine/adrenaline
Published	10/26/2024	leptin
Published	10/26/2024	ghrelin
Published	10/26/2024	melatonin
Published	10/26/2024	oxytocin
Published	10/26/2024	reuptake inhibitor
Status	Last Update	Fields