nerve

The resting membrane potential of astrodytes is more negative than of neurons, Regulates the K of the brain ECF, They are able to take up NT

regulates cerebral blood flow, the RMP of astrocytes is more negative than of neurons

they provide fuels for neurons, they buffer K level of the brain interstitium

schwann cell, oligodendrocyte

Satellite cell, Schwann cell, Oligodendrocyte

oligodendrocyte, astrocyte, microglial cell

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EPSP causes depolarization of the cell, EPSP is typically caused by the opening of ligand gates cation channels, The EPSP lasts for milliseconds, Glutamate is the most frequent NT which evokes it

typically caused by the opening of ligand gates anion channels, GABa is the most frequent NT Wachi evokes it, stabilizes the membrane potential at negative values, glycine NT can evoke it

its amplitude is proportional to the intensity of stimulation, both the appearance and the disappearance of the stimulus are able to induce it, it is an electronic potential

GABA is an inhibitory NT, The microglial cells can phagocyte in the brain, Glutamate is an excitatory NT

2 arachidonhlglhcerol is an important transmitter, CB1R is the receptor for 2 arachidonylglhcerol, NT from the poststnaptkc membrane effect on presynaptically, CB1R is GPCR, CB1R activation can open K

During LTP the NMDAr open, Synaptic strength increases after high AP stimulation of presynaptic axon, Synaptic strength decreases in long term depression, It can last for days

the number of stimulated sensory receptors increases, larger area will be activated in the primary somatosensory cortex, the frequency of AP in the sensory neurons increases