Ion Channels

From the advanced search, you can use the IDs below to search within the topic "Ion Channels" (whose ID is 90), by searching on (90/0) [cluster] (replacing the "90/0" with any cluster id below)

ID	Cluster Name Click to Search	Defining Terms
90/0	Ion Channels sub-cluster 0	ica ca2 current voltage myocytes calcium currents mv microm ca
90/1	Ion Channels sub-cluster 1	bk channels ca channel ca2 conductance bradykinin activated calcium cells
90/2	Ion Channels sub-cluster 2	ca2 oscillations calcium ca oscillation intracellular cells induced frequency oscillatory
90/3	Ion Channels sub-cluster 3	ik current currents voltage channels ca mv channel rectifier ca2
90/4	Ion Channels sub-cluster 4	caffeine ca2 ca ryanodine calcium release mm induced muscle intracellular
90/5	Ion Channels sub-cluster 5	gaba release ca2 microm 3h synaptosomes aminobutyric channels calcium evoked
90/6	Ion Channels sub-cluster 6	5-ht ca2 serotonin release microm 5-hydroxytryptamine calcium induced 3h ca
90/7	Ion Channels sub-cluster 7	ach acetylcholine release ca2 microm induced ca evoked muscarinic channel
90/8	Ion Channels sub-cluster 8	et-1 ca2 endothelin endothelin-1 ca calcium nm et-1-induced microm cells
90/9	Ion Channels sub-cluster 9	sr ca2 ca sarcoplasmic reticulum release calcium atpase muscle ryanodine
90/10	Ion Channels sub-cluster 10	omega conotoxin ca2 channels gvia calcium channel type voltage iva
90/11	Ion Channels sub-cluster 11	cl na channel channels ca2 conductance ca current transport currents
90/12	Ion Channels sub-cluster 12	ca2 glucose insulin islets release secretion pancreatic calcium beta mm
90/13	Ion Channels sub-cluster 13	ouabain na atpase ca2 pump calcium sodium mm sensitive ca
90/14	Ion Channels sub-cluster 14	histamine release mast ca2 calcium ige induced cells basophils microm
90/15	Ion Channels sub-cluster 15	katp channel atp glibenclamide sensitive cromakalim kir6.2 pinacidil microm potassium
90/16	Ion Channels sub-cluster 16	ca2 calcium shr hypertension hypertensive wky na rats normotensive spontaneously
90/17	Ion Channels sub-cluster 17	taurine volume ca2 swelling rvd release calcium na channel hypotonic
90/18	Ion Channels sub-cluster 18	pump na ca2 atpase calcium pumps membrane ca atp sodium
90/19	Ion Channels sub-cluster 19	mv current voltage currents ca2 potential na channels clamp potentials
90/20	Ion Channels sub-cluster 20	inactivation channel voltage na current currents ca2 mv slow state
90/21	Ion Channels sub-cluster 21	catecholamine chromaffin adrenal release secretion ca2 catecholamines nicotine ca calcium
90/22	Ion Channels sub-cluster 22	glutamate ca2 release nmda calcium aspartate microm channels astrocytes na
90/23	Ion Channels sub-cluster 23	ryanodine ca2 ryr ca release channel sparks ryrs channels ryr1
90/24	Ion Channels sub-cluster 24	mg2 ca2 atpase mm na atp cations divalent calcium membrane
90/25	Ion Channels sub-cluster 25	dopamine da release 3h ca2 microm striatal na calcium slices
90/26	Ion Channels sub-cluster 26	sarcoplasmic reticulum ca2 calcium atpase ca release muscle transport phospholamban
90/27	Ion Channels sub-cluster 27	dendritic ca2 dendrites calcium channels neurons pyramidal synaptic voltage potentials
90/28	Ion Channels sub-cluster 28	atp ca2 channels adenosine channel microm adp release cells utp
90/29	Ion Channels sub-cluster 29	ii ang angiotensin ca2 calcium calpain aldosterone aii ca induced
90/30	Ion Channels sub-cluster 30	channel channels conductance ps ca2 patch patches voltage membrane currents
90/31	Ion Channels sub-cluster 31	cyclic amp adenosine gmp ca2 calcium monophosphate release microm dibutyryl
90/32	Ion Channels sub-cluster 32	ca channels intracellular calcium release cells channel influx ca2 induced
90/33	Ion Channels sub-cluster 33	pkc ca2 kinase pma phorbol protein ca calcium channel activation
90/34	Ion Channels sub-cluster 34	relaxation microm relaxations induced relaxant ca2 endothelium muscle contraction smooth
90/35	Ion Channels sub-cluster 35	na phi ca2 ph exchanger exchange intracellular hco3 amiloride acidification
90/36	Ion Channels sub-cluster 36	capsaicin cgrp sp release microm substance ca2 calcitonin trpv1 evoked
90/37	Ion Channels sub-cluster 37	mitochondria ca2 calcium mitochondrial liver uptake release ca atp respiration
90/38	Ion Channels sub-cluster 38	cftr channel cystic cf cl fibrosis channels conductance chloride transmembrane
90/39	Ion Channels sub-cluster 39	cadpr ca2 naadp ribose adp ca release cyclic calcium intracellular
90/40	Ion Channels sub-cluster 40	ethanol ca2 calcium mm channel release induced effects intracellular concentrations
90/41	Ion Channels sub-cluster 41	atpase na ca2 activity ca atp membrane calcium atpases mg2
90/42	Ion Channels sub-cluster 42	mitochondrial ca2 mitochondria calcium atp ca membrane permeability induced release
90/43	Ion Channels sub-cluster 43	vesicles ca2 vesicle calcium release synaptic membrane atp na uptake
90/44	Ion Channels sub-cluster 44	trh release gh prolactin prl ca2 pituitary hormone secretion releasing
90/45	Ion Channels sub-cluster 45	pth calcium parathyroid ca2 1,25 2d3 vitamin hormone ca d3
90/46	Ion Channels sub-cluster 46	ca2 neutrophils calcium fmlp neutrophil intracellular release superoxide cytosolic human
90/47	Ion Channels sub-cluster 47	current currents voltage outward ca2 clamp calcium mv channel na
90/48	Ion Channels sub-cluster 48	channel channels open voltage gating closed conductance openings single ca2
90/49	Ion Channels sub-cluster 49	acth release renin vasopressin crf secretion avp calcium ca2 corticotropin
90/50	Ion Channels sub-cluster 50	calmodulin ca2 cam calcium dependent ca binding kinase protein atpase
90/51	Ion Channels sub-cluster 51	ca2 thrombin paf calcium platelet pdgf intracellular induced release influx
90/52	Ion Channels sub-cluster 52	aa ca2 phospholipase arachidonic release a2 acid calcium pla2 microm
90/53	Ion Channels sub-cluster 53	tau voltage channel mv ms channels current decay currents ca2
90/54	Ion Channels sub-cluster 54	gap channels junction ca2 junctional calcium channel intercellular waves connexin
90/55	Ion Channels sub-cluster 55	sperm ca2 calcium oocytes spermatozoa fertilization egg acrosome ca motility
90/56	Ion Channels sub-cluster 56	efflux ca2 na calcium 86rb ca influx 45ca 45ca2 mm
90/57	Ion Channels sub-cluster 57	channel channels subunit subunits ca2 alpha voltage beta calcium ca
90/58	Ion Channels sub-cluster 58	exocytosis ca2 fusion synaptotagmin ca calcium release membrane cells syt
90/59	Ion Channels sub-cluster 59	pacemaker node current channels sinoatrial ca2 action channel voltage currents
90/60	Ion Channels sub-cluster 60	ca2 stores entry store influx thapsigargin intracellular calcium cells release
90/61	Ion Channels sub-cluster 61	inotropic ca2 calcium positive atria effect action effects guinea na
90/62	Ion Channels sub-cluster 62	trp channel ca2 trpc cation ca trpc1 trpc3 receptor transient
90/63	Ion Channels sub-cluster 63	na ca2 transport channels exchange channel amiloride ca influx mm
90/64	Ion Channels sub-cluster 64	inositol ca2 ins 1,4,5 p3 ip3 1,4,5-trisphosphate insp3 calcium release
90/65	Ion Channels sub-cluster 65	gnrh lh release lhrh ca2 hormone gonadotropin releasing pituitary stimulation
90/66	Ion Channels sub-cluster 66	ischemia ca2 reperfusion calcium hearts ischemic na injury atp min
90/67	Ion Channels sub-cluster 67	camp cgmp ca2 cyclic cyclase forskolin calcium microm intracellular channel
90/68	Ion Channels sub-cluster 68	synaptic ca2 presynaptic ltp postsynaptic calcium release potentiation synapses transmission
90/69	Ion Channels sub-cluster 69	transmitter release neuromuscular ca2 quantal nerve calcium junction presynaptic terminals
90/70	Ion Channels sub-cluster 70	actin ca2 myosin troponin calcium filaments atpase ca actomyosin muscle
90/71	Ion Channels sub-cluster 71	endothelium ca2 relaxation microm arteries channels vascular induced dependent rings
90/72	Ion Channels sub-cluster 72	herg channel channels mutations voltage mutation qt mutant currents cardiac
90/73	Ion Channels sub-cluster 73	ca2 force tension muscle calcium skinned twitch ca contractile contraction
90/74	Ion Channels sub-cluster 74	sodium channel calcium voltage na current transport action currents ttx
90/75	Ion Channels sub-cluster 75	ca2 car calcium keratinocytes egf lpa extracellular ca sensing cells
90/76	Ion Channels sub-cluster 76	ca2 apoptosis er ca calcium cells intracellular induced cell apoptotic
90/77	Ion Channels sub-cluster 77	ca calcium na channel intracellular ca2 mm influx cells cas
90/78	Ion Channels sub-cluster 78	channels type channel ca2 calcium voltage ca current mibefradil cells
90/79	Ion Channels sub-cluster 79	potassium channels calcium channel sodium voltage atp conductance currents extracellular
90/80	Ion Channels sub-cluster 80	contractions ca2 calcium induced muscle ca contractile microm smooth mm
90/81	Ion Channels sub-cluster 81	hyperpolarization potential ca2 action depolarization spike membrane slow conductance current
90/82	Ion Channels sub-cluster 82	verapamil calcium bay nifedipine ca2 channel diltiazem antagonists channels dihydropyridine
90/83	Ion Channels sub-cluster 83	noradrenaline alpha release ca2 stimulation microm calcium adrenoceptor na 3h
90/84	Ion Channels sub-cluster 84	channel channels voltage gated pore ion ca2 gate na residues
90/85	Ion Channels sub-cluster 85	secretion pancreatic calcium amylase ca2 release gastric stimulated cck stimulation
90/86	Ion Channels sub-cluster 86	na transport isc absorption cl amiloride serosal mucosal secretion circuit
90/87	Ion Channels sub-cluster 87	ca2 neurons calcium channels neuronal channel voltage currents intracellular ca
90/88	Ion Channels sub-cluster 88	ca2 intracellular cells calcium cytosolic influx free concentration fura-2 release
90/89	Ion Channels sub-cluster 89	uptake ca2 calcium na transport microm 45ca2 dependent mm inhibited
90/90	Ion Channels sub-cluster 90	ca2 pmn calcium release polymorphonuclear leukocytes pmns macrophages intracellular fmlp
90/91	Ion Channels sub-cluster 91	action myocytes potential ventricular apd ca2 current repolarization atrial duration
90/92	Ion Channels sub-cluster 92	calcium channel blockers antagonists blocker agents nifedipine verapamil blocking channels
90/93	Ion Channels sub-cluster 93	calcium oxalate phosphate magnesium stone urinary stones urine excretion ca
90/94	Ion Channels sub-cluster 94	calcium intracellular channels antagonists cells homeostasis influx concentration free channel
90/95	Ion Channels sub-cluster 95	ca carbonic anhydrase calcium carbonate 19-9 ii cas isozymes activity
90/96	Ion Channels sub-cluster 96	channel ion voltage calcium molecular ca2 gated potassium function gramicidin
90/97	Ion Channels sub-cluster 97	calcium absorption phosphorus osteoporosis hydroxide vitamin milk dietary ionized intestinal
90/98	Ion Channels sub-cluster 98	release released gastrin hormone sustained vitro acetylcholine thyrotropin tablets calcium
90/99	Ion Channels sub-cluster 99	action mechanism mechanisms actions mode channel calcium intracellular agents potential