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Carotid body type-I cells under chronic sustained hypoxia: Focus on metabolism and membrane excitability
Fecha de emisión
2018
Autor(es)
Pulgar-Sepúlveda R.
Varas R.
Iturriaga R.
Del Rio R.
Ortiz F.C.
DOI
10.3389/fphys.2018.01282
Temas
Carotid body
Chronic hypoxia
Ion channels
Membrane depolarizati...
TASK-like channel
adenosine triphosphat...
calcium ion
chloride channel
cholinergic receptor
dopamine
endothelin 1
heme oxygenase 2
hypoxia inducible fac...
hypoxia inducible fac...
hypoxia inducible fac...
neurotransmitter
nitric oxide
potassium ion
sodium ion
voltage gated calcium...
carotid body chemorec...
carotid body type I c...
cell activation
cell function
cell hypoxia
cell metabolism
cell proliferation
chemoreceptor cell
chronic sustained hyp...
conductance
human
intracellular membran...
membrane depolarizati...
membrane potential
nerve cell excitabili...
neurotransmission
nonhuman
osmolarity
oxidative phosphoryla...
protein expression
protein function
protein secretion
Review
sensitization
Archivo(s)