ライフサイエンスコーパス: calcium spark

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1 els may be involved in the generation of the calcium spark.

2 ac myocyte in response to a small artificial calcium spark.

3 s that correspond to experimentally observed calcium sparks.

4 s diastolic depolarization and an absence of calcium sparks.

5 um, leading to contraction, often results in calcium sparks.

6 These 'calcium sparks' activate calcium-dependent potassium (BK

7 Determination of the calcium spark amplitude distribution is of critical impo

8 ly, SK channels are transiently activated by calcium sparks and calcium influx during action potentia

9 The effects of ryanoids on calcium sparks and transients were studied in voltage-cl

10 currents, whereas local calcium transients ("calcium sparks") and voltage-dependent potassium current

11 The properties of the mouse cardiac calcium spark are generally similar to those reported fo

12 'all-or-none' behaviour which suggests that calcium sparks are indeed elementary events underlying c

13 Calcium sparks are local regenerative releases of Ca(2+)

14 urse of calcium spark production showed that calcium sparks are more likely to occur during the initi

15 If, on the other extreme, calcium sparks are produced despite severe SR depletion,

16 s graded release by making the rate at which calcium sparks are recruited proportional to the whole c

17 We sought to determine whether calcium sparks arise from a single or multiple calcium r

18 gorithm is detailed, using a simple model of calcium 'sparks' as a testbed.

19 e show, on general theoretical grounds, that calcium sparks, as observed in confocal line scan images

20 g this method we show the development of the calcium spark at high signal-to-noise levels.

21 en fixed sites within the cell are examined, calcium sparks have relatively constant amplitude but th

22 oli chemotaxis receptors, and termination of calcium sparks in cardiac muscle.

23 s developed to count and measure objectively calcium sparks in linescan images.

24 m for objective detection and measurement of calcium sparks in raw image data.

25 The exact nature of calcium sparks in the heart remains highly controversial

26 y of spontaneous calcium release events, or "calcium sparks," in smooth muscle, suggests an unanticip

27 um-coupled recruitment of multiple channels, calcium sparks might be abolished by a modest depletion

28 Examining calcium spark morphology and its relationship to the str

29 The sites at which calcium sparks occurred (Ca2+ release sites) were packed

30 the action potential and the time course of calcium spark production showed that calcium sparks are

31 further used to highlight the criticality in calcium spark propagation in relation to inter-dyad dist

32 Calcium sparks represent the elementary events of SR Ca2

33 Calcium sparks result from the concerted opening of a sm

34 Calcium sparks, SR Ca(2+) reloading, and caffeine-evoked

35 The low variability of the amplitude of the calcium sparks suggests that more than one sarcoplasmic

36 lease can occur after ryanoid suppression of calcium sparks suggests the possibility of a new strateg

37 mic reticulum (SR), which was visualized as "calcium sparks." The ability of ICa to trigger calcium r

38 nnels, a reduction in functional coupling of calcium sparks to BK channel activation, and increases i

39 Calcium sparks were examined in enzymatically dissociate

40 During SR depletion, calcium sparks were robustly observed, albeit at reduced

41 Spontaneous calcium sparks were studied in rat ventricular myocytes

42 Localized calcium release events (calcium sparks) were studied in voltage-clamped cut twit

43 tivated by local transient calcium releases (calcium sparks), were present in Slo+/+ CCSM cells, but

44 Calcium sparks, which underlie the [Ca(2+)](i) transient

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