25:
342:
Koulen P (January 2003). "Chapter 26 - Using bilayer lipid membranes to investigate the pharmacology of intracellular calcium channels". In Tien HT, Ottova-Leitmannova A (eds.).
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156:. It is now obvious that CICR is a widely occurring cellular signaling process present even in many non-muscle cells, such as in the insulin-secreting pancreatic
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membrane, which causes more Ca to be released into the cytosol. In cardiac muscle, the result of CICR is observed as a spatio-temporally restricted
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204:. The result of CICR across the cell causes the significant increase in cytosolic Ca that is important in activating muscle contraction.
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in myocardium relies on sarcolemma depolarization and subsequent Ca entry to trigger Ca release from the
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Fabiato A (July 1983). "Calcium-induced release of calcium from the cardiac sarcoplasmic reticulum".
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346:. Planar Lipid Bilayers (BLMs) and Their Applications. Vol. 7. Elsevier. pp. 723–734.
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377:"Calcium-Induced calcium release during action potential firing in developing inner hair cells"
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164:, it has been of great interest to elucidate the mechanism(s) responsible for its termination.
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in the 1970s, it is now known that CICR is unlikely to be the primary mechanism for activating
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Iosub R, Avitabile D, Grant L, Tsaneva-Atanasova K, Kennedy HJ (March 2015).
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Endo M (January 1977). "Calcium release from the sarcoplasmic reticulum".
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is able to activate calcium release from intracellular Ca stores (e.g.,
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depolarizes the cell membrane, voltage-gated Ca channels (e.g.,
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calcium release. Instead, CICR is thought to be crucial for
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292:"Ca(2+)-induced Ca2+ release in insulin-secreting cells"
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160:, epithelium, and many other cells. Since CICR is a
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290:Islam MS, Rorsman P, Berggren PO (January 1992).
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128:) describes a biological process whereby
109:Learn how and when to remove this message
140:). Although CICR was first proposed for
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47:adding citations to reliable sources
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257:The American Journal of Physiology
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58:"Calcium-induced calcium release"
23:
886:Calcium-induced calcium release
344:Membrane Science and Technology
178:Excitation-contraction coupling
173:Excitation-contraction coupling
150:excitation-contraction coupling
122:Calcium-induced calcium release
34:needs additional citations for
607:Ionotropic glutamate receptors
368:
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1:
352:10.1016/s0927-5193(03)80050-5
269:10.1152/ajpcell.1983.245.1.C1
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1459:Dentin matrix phosphoprotein
309:10.1016/0014-5793(92)80306-2
234:10.1152/physrev.1977.57.1.71
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1464:Dentin sialophosphoprotein
401:10.1016/j.bpj.2014.11.3489
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703:Sodium-calcium exchangers
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1012:Neuronal calcium sensors
733:Calcium-sensing receptor
162:positive-feedback system
190:L-type calcium channels
868:Intracellular channels
182:sarcoplasmic reticulum
138:sarcoplasmic reticulum
222:Physiological Reviews
134:endoplasmic reticulum
1393:Extracellular matrix
43:improve this article
1359:Parathyroid hormone
1347:Indirect regulators
897:Intracellular pumps
393:2015BpJ...108.1003I
381:Biophysical Journal
194:ryanodine receptors
168:Examples in biology
1439:Matrix gla protein
1276:Calcium-dependent
1208:Calcium-dependent
1174:Calcium-dependent
881:Ryanodine receptor
484:Adhesion molecules
467:calcium metabolism
16:Biological process
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1481:Secreted hormones
1454:Bone sialoprotein
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840:Second messengers
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617:Kainate receptors
463:calcium signaling
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1502:Calcium-binding
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1267:Protein kinase C
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459:Cell signaling
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387:(5): 1003–12.
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154:cardiac muscle
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1071:Phospholamban
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695:Calcium pumps
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636:Voltage-gated
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629:P2X receptors
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475:Cell membrane
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302:(3): 287–91.
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228:(1): 71–108.
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63:
60: –
59:
55:
54:Find sources:
48:
44:
38:
37:
32:This article
30:
26:
21:
20:
1434:Hemicentin 1
1184:Calreticulin
1076:Sarcalumenin
885:
876:IP3 receptor
668:TRP channels
597:Ligand-gated
384:
380:
370:
343:
299:
296:FEBS Letters
295:
285:
263:(1): C1-14.
260:
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250:
225:
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176:
125:
121:
120:
105:
96:
86:
79:
72:
65:
53:
41:Please help
36:verification
33:
1489:Osteocalcin
1469:Osteopontin
1444:Osteonectin
1218:CaM kinases
1066:Parvalbumin
1049:Neurocalcin
1044:Hippocalcin
1537:Gla domain
1354:Calcitonin
1176:chaperones
1153:Troponin C
1017:Calsenilin
1002:Calretinin
965:Calmodulin
208:References
184:. When an
158:beta cells
69:newspapers
1512:C2 domain
1384:chelators
1369:Vitamin K
1364:Vitamin D
1278:proteases
1054:Recoverin
1022:Frequenin
960:Calbindin
952:chelators
831:signaling
492:Cadherins
99:July 2011
1552:Category
1517:Cadherin
1449:SIBLINGs
1402:Fibulins
1395:proteins
1286:Calpains
1189:Calnexin
1007:Gelsolin
743:Annexins
419:25762313
326:86591372
202:Ca spark
1527:EF hand
1504:domains
1210:kinases
1199:HSP90B1
1059:Visinin
948:Sensors
936:SLC24A5
410:4375529
389:Bibcode
318:1537406
277:6346892
196:on the
130:calcium
83:scholar
1336:CAPN10
990:CALML5
985:CALML3
931:SLC8B1
919:ATP2A3
914:ATP2A2
909:ATP2A1
713:SLC8A1
708:SLC3A2
417:
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275:
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85:
78:
71:
64:
56:
1427:FBLN5
1422:FBLN4
1417:FBLN3
1412:FBLN2
1407:FBLN1
1331:CAPN9
1326:CAPN8
1321:CAPN7
1316:CAPN6
1311:CAPN5
1306:CAPN4
1301:CAPN3
1296:CAPN2
1291:CAPN1
1260:CAMK4
1255:CAMK3
1228:CAMK2
1223:CAMK1
1194:HSPA5
1163:TNNC2
1158:TNNC1
1148:S100P
1136:SYT14
1131:SYT13
1126:SYT11
980:CALM3
975:CALM2
970:CALM1
904:SERCA
858:cADPR
853:NAADP
791:A8-L2
725:GPCRs
577:CDH17
572:CDH16
567:CDH15
562:CDH14
557:CDH13
552:CDH12
547:CDH11
542:CDH10
322:S2CID
242:13441
90:JSTOR
76:books
1143:S100
1121:SYT9
1116:SYT7
1111:SYT6
1106:SYT5
1101:SYT4
1096:SYT3
1091:SYT2
1086:SYT1
1027:GUCA
950:and
683:TRPV
678:TRPC
673:TRPA
537:CDH9
532:CDH8
527:CDH7
522:CDH6
517:CDH5
512:CDH4
507:CDH3
502:CDH2
497:CDH1
465:and
415:PMID
356:ISBN
314:PMID
273:PMID
238:PMID
126:CICR
62:news
848:IP3
816:A13
811:A12
806:A11
801:A10
405:PMC
397:doi
385:108
348:doi
304:doi
300:296
265:doi
261:245
230:doi
152:in
136:or
45:by
1554::
1037:1B
1032:1A
796:A9
786:A8
781:A7
776:A6
771:A5
766:A4
761:A3
756:A2
751:A1
461::
413:.
403:.
395:.
383:.
379:.
354:.
334:^
320:.
312:.
298:.
294:.
271:.
259:.
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226:57
224:.
198:SR
146:SR
1248:G
1243:D
1238:B
1233:A
661:T
656:R
651:P
646:N
641:L
451:e
444:t
437:v
421:.
399::
391::
364:.
350::
328:.
306::
279:.
267::
244:.
232::
124:(
112:)
106:(
101:)
97:(
87:·
80:·
73:·
66:·
39:.
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