ライフサイエンスコーパス: spark

1 well as smaller events not detectable as Ca sparks).

2 a spontaneous RyR opening triggers a Ca(2+) spark.

3 f RyR open probability favoring long-lasting sparks.

4 receptor (RyR) release channels that produce sparks.

5 rs strongly influences the frequency of Ca2+ sparks.

6 er local Ca(2+) release, resulting in Ca(2+) sparks.

7 receptor (RyR) release channels that produce sparks.

8 sed amplitude compared with diastolic Ca(2+) sparks.

9 ing to a different spatial firing pattern of sparks.

10 efractoriness and other properties of Ca(2+) sparks.

11 In the experiment, Miller sparked a gas mixture of CH4, NH3, and H2O, while interm

12 Attacks on health care have sparked a large-scale exodus of experienced health worke

13 ian cancer, high-grade serous carcinoma, has sparked a major effort within the research community to

14 ional drilling and hydraulic fracturing have sparked a natural gas boom from shale formations in the

15 tinued democratization of DNA sequencing has sparked a new wave of development of genome assembly and

16 dividual genes, transcriptomic analyses have sparked a new wave of discoveries.

17 This sparked a period of methodological reflection that we re

18 In medicine, nanotechnology has sparked a rapidly growing interest as it promises to sol

19 s as Vectors for Drug-Resistant Bacteria has sparked a renewed interest in bed bug vector potential.

20 rategies for the iterated prisoner's dilemma sparked a surge of interest in the surprising fact that

21 olve to become transmissible between humans, sparking a major influenza pandemic, is a matter of grea

22 first importation spread to the DRC in 2006, sparking a series of outbreaks that continued into 2011.

23 Resultant Ca(2+) sparks activate plasma membrane Ca(2+) -activated K(+) (

24 inhibition or detubulation increased Ca(2+) spark activity independent of SR Ca(2+) load.

25 100 nmol/L) promoted spontaneous Ca wave and spark activity, a cellular phenotype of ryanodine recept

26 significantly higher spontaneous Ca wave and spark activity, a typical cellular phenotype of CPVT.

27 f overlap-driven actinyl bond covalency will spark activity, and extend to numerous applications of R

28 stocysts positively correlated with the zinc spark amplitude (R = 0.9209).

29 allowed us to separately measure recovery of spark amplitude and delays between successive sparks, an

30 cent studies have suggested that recovery of spark amplitude is controlled by local sarcoplasmic reti

31 cent studies have suggested that recovery of spark amplitude is controlled by local sarcoplasmic reti

32 ith isoproterenol (isoprenaline) accelerated spark amplitude recovery and decreased spark-to-spark de

33 ith isoproterenol (isoprenaline) accelerated spark amplitude recovery and decreased spark-to-spark de

34 Advances in mammography have sparked an exponential increase in the detection of earl

35 This has sparked an increased interest into the application of ad

36 Accordingly, Ca(2+)-spark analysis in isolated TG cardiomyocytes revealed re

37 limited availability of software for Ca(2+) spark analysis in two-dimensional x-y image stacks prese

38 re, the model captures the details of Ca(2+) spark and nonspark-based SR Ca(2+) leak, and it produces

39 h CaMKIIdelta inhibition, CST reduced Ca(2+) spark and wave frequency, reduced Ca(2+) spark dimension

40 lular cytosolic Ca(2+) signals (i.e., Ca(2+) sparks and [Ca(2+)]i transients, respectively) in isolat

41 asmic reticulum, and the frequency of Ca(2+) sparks and arrhythmogenic Ca(2+) waves remains low.

42 ith this, injured A/J fibres produced Ca(2+) sparks and Ca(2+) waves.

43 hannels are transiently activated by calcium sparks and calcium influx during action potentials and c

44 y demonstrated that Ni(2+) suppressed Ca(2+) sparks and consequently spontaneous transient outward K(

45 hearts and myocytes, but enhances SR Ca(2+) sparks and leak on confocal microscopy.

46 nnels were activated by intracellular Ca(2+) sparks and mediated spontaneous transient outward curren

47 nhanced elementary Ca release measured by Ca sparks and promoted RyR2 (ryanodine receptor) structural

48 The model exhibits realistic Ca(2+) sparks and robust Ca(2+) spark termination across a wide

49 ich membrane depolarization increases Ca(2+) sparks and subsequent STOC production.

50 ollectively as SR Ca leak (which includes Ca sparks and waves as well as smaller events not detectabl

51 Furthermore, Ca(2+) sparks and waves caused contractions in subcellular micr

52 ents and contractions, and attenuated Ca(2+) sparks and waves in HF cardiomyocytes.

53 her localized Ca(2+) release, such as Ca(2+) sparks and waves, can cause local sarcomere contraction.

54 this study, we investigate how Vm affects Ca sparks and waves.

55 park amplitude and delays between successive sparks, and data were interpreted quantitatively through

56 OS production on RyR2 open probability, Ca2+ sparks, and the myoplasmic calcium concentration ([Ca2+]

57 he recent United States measles epidemic has sparked another contentious national discussion about ch

58 Calcium (Ca) sparks are elementary events of biological Ca signaling.

59 Ca(2+) sparks are generated in a voltage-dependent manner to in

60 ABSTRACT: Ca(2+) sparks are generated in a voltage-dependent manner to in

61 Calcium (Ca) sparks are the fundamental sarcoplasmic reticulum (SR) C

62 We show that the zinc spark arises from a system of thousands of zinc-loaded v

63 Ca2+ sparks, arrhythmogenic Ca2+ waves, sarcoplasmic reticulu

64 ons for zinc dynamics and establish the zinc spark as an extracellular marker of early human developm

65 s detailed, using a simple model of calcium 'sparks' as a testbed.

66 LRRC26 knockdown did not alter Ca(2+) sparks but reduced BK channel voltage sensitivity, which

67 showed a larger cytosolic amplitude (Ca(2+) sparks) but smaller depletion (Ca(2+) blinks) than relea

68 his abrupt shift in isoprene photooxidation, sparked by human activities, speaks to ongoing and possi

69 Interest in S25-23 was sparked by its rare high mum affinity and strict specifi

70 Consider the 60-year controversy sparked by Seaborg and co-workers when it was proposed t

71 This revolution has been sparked by technological advances that enable capture of

72 ase in 1970, there was a flurry of activity, sparked by the "War on Cancer," to identify human cancer

73 This interest is sparked by the combination of the inherent bioactivity o

74 Interest in bacterial proteasomes was sparked by the discovery that proteasomal degradation is

75 PIs) are receiving increasing interest, much sparked by the realization that they represent druggable

76 ty counter-intuitively promotes long-lasting sparks by decreasing spark frequency.

77 g RyR open probability promotes long-lasting sparks by potentiating Ca-induced Ca release (CICR).

78 probability further suppresses long-lasting sparks by weakening CICR.

79 t the transition from normal to long-lasting sparks can occur when ryanodine receptor (RyR) open prob

80 Zinc sparks can thus serve as an early biomarker of zygote qu

81 Intranuclear free Zn(2+) sparks caused by reactive oxygen species have been obser

82 ar use of dedicated light-sensitive somatic 'spark' cells.

83 Transitions between modes are said to spark concerted changes in the morphology, physiology, b

84 ered intermetallic nanoparticles (iNPs) have sparked considerable interest in fuel cell applications

85 of Europe's most important fisheries and has sparked considerable scientific inquiry, most recently o

86 between chiral molecules or their assemblies sparked considerable scientific interest both for their

87 de analyses based on summary statistics have sparked controversy about the possibility of interbreedi

88 genomes has complicated their phylogenomics, sparking controversy over the origins and closest relati

89 yeast species in every subphylum of Dikarya) sparked curiosity but necessitated further efforts to ob

90 syndrome and of its constituent symptoms has sparked debate and controversy on the very definition of

91 n in dialysis patients, and examine the data sparking debate over appropriate methods for diagnosing

92 -in mouse prevented the decrease in spark-to-spark delays seen with beta-adrenergic stimulation; (5)

93 -in mouse prevented the decrease in spark-to-spark delays seen with beta-adrenergic stimulation; (5)

94 imulation prevented the decrease in spark-to-spark delays seen without inhibition.

95 imulation prevented the decrease in spark-to-spark delays seen without inhibition.

96 rk amplitude recovery and decreased spark-to-spark delays; (2) activating protein kinase A (PKA) with

97 rk amplitude recovery and decreased spark-to-spark delays; (2) activating protein kinase A (PKA) with

98 plitude recovery but did not affect spark-to-spark delays; (3) inhibiting PKA with H89 retarded ampli

99 plitude recovery but did not affect spark-to-spark delays; (3) inhibiting PKA with H89 retarded ampli

100 ed amplitude recovery and increased spark-to-spark delays; (4) preventing phosphorylation of the RyR

101 ed amplitude recovery and increased spark-to-spark delays; (4) preventing phosphorylation of the RyR

102 sms and conditions that produce long-lasting sparks, demonstrating the existence of an optimal range

103 In DHF, diastolic Ca(2+) spark density was smaller at cell ends versus centers.

104 2+) spark and wave frequency, reduced Ca(2+) spark dimensions, increased sarcoplasmic reticulum Ca(2+

105 nanoparticles (NPs) are fabricated by using spark discharge and manipulating the electric field.

106 The spark discharge variation of the iconic Miller experimen

107 deuterated gases and reagents to compare the spark-discharge products of a "deuterated world" with th

108 ative feedback response by triggering Ca(2+) sparks, discrete events that initiate arterial hyperpola

109 of subcellular Ca cycling to examine how Ca spark duration is influenced by the number of functional

110 that with increasing oxidative stress Ca(2+) spark duration is prolonged.

111 X play a critical role in suppressing Ca(2+) sparks during rest.

112 tal models of disease, strongly alter Ca(2+) spark dynamics.

113 These initial studies sparked efforts by many laboratories working in diverse

114 an unmeasured trait drives LES covariation, sparking efforts to identify the latent physiological tr

115 ically and computationally that long-lasting sparks emerge as a collective dynamical behavior of the

116 Combined with FACS, SPARK enabled 51 fold enrichment of PPI-positive over PP

117 and drive ryanodine receptor-mediated Ca(2+) sparks, enabling large-conductance Ca(2+)-activated K(+)

118 Racetrack memory (RM) has sparked enormous interest thanks to its outstanding pote

119 al (TWS), a new state of quantum matter, has sparked enormous research interest recently.

120 ABSTARCT: Graphene has sparked extensive research interest for its excellent ph

121 revious studies have used analysis of Ca(2+) sparks extensively to investigate both normal and pathol

122 esent a believed-novel approach by which the spark fidelity of a RyR cluster can be predicted from st

123 nagement, and it is critically influenced by spark fidelity, i.e., the probability that a spontaneous

124 both increased sarcoplasmic reticulum Ca(2+) spark frequency and disrupted JMC integrity.

125 Ca(2+)-spark frequency and total sarcoplasmic reticulum Ca(2+)-

126 RyR2-stabilizer K201 markedly reduced Ca(2+) spark frequency in RyR2(R4496C+/-)-TAC cardiomyocytes.

127 The decrease in spark frequency promotes intra-SR Ca diffusion from neig

128 om RGS4(-/-) mice show an increase in Ca(2+) spark frequency under basal conditions and after the add

129 ng experiments showed that postpacing Ca(2+) spark frequency was highest in intact CPVT PCs, but such

130 eased sarcoplasmic reticulum [Ca], increased spark frequency, and reduced expression/localization of

131 y promotes long-lasting sparks by decreasing spark frequency.

132 vasive hemodynamics, without altering Ca(2+) spark frequency.

133 rotective carbon dioxide gas enshrouding the sparks from an ESU pencil effectively prevents fire in a

134 Ca(2+) sparks from RyR2 clusters induced no detectable changes

135 egrees C, cells at higher voltages exhibited sparks, fumes and fire.

136 interest in these intermediates which might spark further research into their untapped potential for

137 ion surrounding stereotype threat while also sparking further research and debate.

138 nvestigate individual factors that affect Ca spark generation and wave propagation.

139 lyst systems; Fe nanoparticles from a plasma spark generator and cobaltocene and nickelocene precurso

140 These findings sparked great excitement in the renal community, implyin

141 A normal Ca spark has a brief duration in the range of 10 to 100 ms,

142 Due to its high specificity and sensitivity, SPARK has the potential to advance PPI analysis and disc

143 ed to improve control over tumor growth have sparked hope that long-lived control of cancer through s

144 This discovery sparked identification of numerous genes encoding relate

145 ization, each involving greater operation of spark-ignited (SI) engines under higher-load, knock-limi

146 We consider spark ignition (SI) and high-pressure direct injection (

147 rom two flexible-fuel vehicles equipped with spark ignition engines, with one wall-guided direct inje

148 organic compounds (VOCs) for a wide range of spark ignition gasoline vehicles meeting varying levels

149 red in vehicle exhaust from three light-duty spark ignition vehicles operating on summer and winter g

150 , but were consistent over a range of modern spark ignition vehicles.

151 ed of model year 2012 vehicles equipped with spark-ignition (SI) and either port fuel injection (PFI)

152 fuel injection car (MPFI), direct-injection spark-ignition car (DISI), and flex-fuel car (FFV) repre

153 he filtration experiments was sampled from a spark-ignition direct-injection (SIDI) gasoline engine.

154 x-fuel car (FFV) represented three different spark-ignition-car technologies.

155 e software for automatic detection of Ca(2+) sparks in line-scan images has greatly simplified data a

156 cal Ca signals known as puffs in neurons and sparks in muscle cells.

157 a(2+) signaling in situ, by analyzing Ca(2+) sparks in permeabilized mouse cardiomyocytes under a bro

158 tability threshold for the formation of Ca2+ sparks in terms of the RyR2 gating transition rates.

159 orbiting double stars at close distances has sparked increasing scientific interest in determining wh

160 evelopment of a refractory period for Ca(2+) spark initiation after Ca(2+) release in cardiac myocyte

161 stochastic contact network model of the Ca2+ spark initiation process.

162 zation of the semantic space of emotion-have sparked intense debate.

163 ophic event was considered unprecedented and sparked intense investigations to test this claim.

164 d by the MLL (KMT2A) fusion partner TET1 has sparked intense research to understand the role this new

165 ich physical phenomena at the interface, has sparked intensive research on multiferroic heterostructu

166 nd water and ion transport in C1C2, and will spark interest in further experimental studies on the ch

167 d water wasting and lower blood pressure has sparked interest in developing new classes of antihypert

168 genome-wide association studies (GWASs) have sparked interest in gene cataloguing in the context of a

169 as a key regulator of energy expenditure has sparked interest in identifying novel soluble factors ca

170 These diverse multisystem influences have sparked interest in strategies that might favorably modu

171 cadian clocks on mammalian transcription has sparked interest in the interregulation of transcription

172 tassium levels on a more chronic basis, have sparked interest in the treatment of hyperkalemia, as we

173 child to the index environmental insult has sparked interest in transgenerational inheritance.

174 ly higher sensitivity of the presented laser-spark ionization technique.

175 otic event termed the "zinc spark." The zinc spark is dependent on and occurs coordinately with intra

176 nism underlying these extremely prolonged Ca sparks is not understood.

177 e blocked by tetracaine or ruthenium red, Ca sparks lasting hundreds of milliseconds have been observ

178 o investigate the possibility of late Ca(2+) spark (LCS) activity in intact isolated cardiac myocytes

179 lped to identify new patient care issues and sparked management discussions, especially for sedation,

180 of tubule-driven depolarizations and Ca(2+) sparks may contribute to the arrhythmic burden in heart

181 France), and CHROMagar MRSA (BD Diagnostics, Sparks, MD).

182 MD) and the Onclarity assay (BD Diagnostics, Sparks, MD).

183 ased spontaneous sarcoplasmic reticulum Ca2+ sparks mediated by enhanced phosphorylation of the ryano

184 heir potent in vitro antiplasmodial activity sparked new endeavors to synthesize members of this fami

185 ted by a series of recent studies which have sparked new hypotheses regarding the function of claustr

186 as recently been achieved in human cells and sparked new interest in this technology.

187 on single-atom catalysts (SACs), which have sparked new interests in electrocatalysis because of the

188 We show that normal sparks occur when the CRU network is monostable and exci

189 monostable and excitable, while long-lasting sparks occur when the network dynamics possesses multipl

190 We showed that the probability of a Ca2+ spark occurring when a single RyR2 in the cluster opens

191 ong-range transmission events, half of which sparked onward transmission.

192 ese vesicles and the demonstration that zinc sparks originate from them provides a quantitative frame

193 lusters and Ca(2+) sparks showed that Ca(2+) sparks originated exclusively from RyR2 clusters.

194 c stimulation influenced sequences of Ca(2+) sparks originating from individual RyR clusters.

195 gic stimulation influenced sequences of Ca2+ sparks originating from individual RyR clusters.

196 and aggregation of human populations, which spark outbreaks and sustain transmission, respectively,

197 IP3 R modulation also regulates Ca(2+) spark parameters, a reflection of ryanodine receptor ope

198 new pathway for fabricating WCu alloys using spark plasma infiltrating sintering of copper-coated gra

199 Cathodes were composed of spark plasma sintered Fe3O4 or alpha-Fe2O3 or field-extr

200 Here, a Flash Spark Plasma Sintering (FSPS) process has been applied t

201 The idea of flash spark plasma sintering (or flash hot pressing - FHP) ste

202 g an electrically insulated graphite die for Spark Plasma Sintering (SPS) is described, which allows

203 onventional solid-state sintering (CSSS) and spark plasma sintering (SPS) methods.

204 us ceramic/metal composites were obtained by spark plasma sintering (SPS) using ZrO2 and lamellar met

205 ther reduced to 0.7 W/m.K by Sb alloying and spark plasma sintering (SPS), which introduce additional

206 consolidation of SiC powder in an industrial spark plasma sintering device.

207 A new ultra-rapid process of flash spark plasma sintering is developed.

208 A new flash (ultra-rapid) spark plasma sintering method applicable to various mate

209 This Spark Plasma Sintering process may provide a new route f

210 ow-voltage, vacuum spark, via a pulsed DC in Spark Plasma Sintering process, plays a critical role in

211 converting "solid" carbon nanofibers with a Spark Plasma Sintering system under low temperature and

212 bricated by either conventional sintering or spark plasma sintering using micro- and nano-sized powde

213 n of the new flash hot pressing (ultra-rapid spark plasma sintering) technique.

214 al applications such as microwave sintering, spark plasma sintering, and additive manufacturing are a

215 Sintering was carried out via spark plasma sintering, during which the perovskite phas

216 fabricated via high-energy ball milling and spark plasma sintering.

217 f ND (2 - 10 vol.%) were synthesized here by spark plasma sintering.

218 manufacturing processes such as alloying and spark plasma sintering.

219 graphene foams with pre-ceramic polymers and spark plasma sintering.

220 restacking of the exfoliated layers via the spark-plasma-sintering technique (SPS).

221 lled Thunder built on the open-source Apache Spark platform for large-scale distributed computing.

222 imental observations illustrated that Ca(2+) spark production is intimately tied to the activity of b

223 ive selection of embryos based on their zinc spark profile significantly improved developmental outco

224 Moreover, the zinc spark profile was also associated with embryo quality as

225 Retrospective analysis of zinc spark profiles revealed that parthenotes and zygotes tha

226 spark builds upon the open source Hadoop and Spark projects, bringing domain-specific features for bi

227 used to highlight the criticality in calcium spark propagation in relation to inter-dyad distances.

228 tbreak in the Federated States of Micronesia sparked public health concern.

229 ine ventricular myocytes increased diastolic spark rate and prolonged AP duration.

230 yR2 open probability increases, and the Ca2+ spark rate changes in a manner consistent with experimen

231 e oxygen species (ROS) and increase the Ca2+ spark rate in a process called X-ROS signaling.

232 The increase in Ca2+ spark rate is thought to be due to an increase in ryanod

233 retching, the X-ROS-induced increase in Ca2+ spark rate is transient, so that long-sustained stretchi

234 of AP duration and reduced diastolic Ca(2+) spark rate.

235 STIM1 expression also increased spark rates and induced spontaneous APs.

236 At the subcellular level of the Ca(2+) spark, recent studies have suggested that recovery of sp

237 At the subcellular level of the Ca2+ spark, recent studies have suggested that recovery of sp

238 Here we studied regulation of Ca(2+) spark refractoriness in mouse ventricular myocytes by ex

239 Here we studied regulation of Ca2+ spark refractoriness in mouse ventricular myocytes by ex

240 We anticipate that our results will spark renewed investigation in modulating the function o

241 We anticipate that these results will spark renewed investigation into the need for immunosupp

242 ing two different x-ray energy spectra--have sparked renewed interest in dual-energy CT.

243 Thus, we hypothesized that the zinc spark represents an early extracellular physicochemical

244 ." The ability of the gamete to mount a zinc spark response was meiotic-stage dependent.

245 ially-confined Ca2+ release events known as "sparks." RyR2s are organized in a lattice to form cluste

246 We found that, compared with spark sequences measured under control conditions: (1) b

247 We found that, compared with spark sequences measured under control conditions: (1) b

248 us detection of GFP-RyR2 clusters and Ca(2+) sparks showed that Ca(2+) sparks originated exclusively

249 nomic inequality in contemporary society can spark skepticism about the existence of economic opportu

250 We have developed SPARK (Specific Protein Association tool giving transcri

251 work in a coordinated manner to grade Ca(2+) spark/spontaneous transient outward currents (STOCs) in

252 work in a coordinated manner to grade Ca(2+) spark/spontaneous transient outward currents (STOCs) in

253 Thus, Spark SQL can replace existing practices to retrieve gen

254 With this modification, Spark SQL serves such joins more than 50x faster than it

255 e to this challenge is a modified version of Spark SQL, a distributed SQL execution engine, that hand

256 ration enables smooth muscle to grade Ca(2+) spark/STOC production and thus precisely tune negative e

257 ontribution of each Ca(2+) channel to Ca(2+) spark/STOC production depends upon their biophysical pro

258 t the voltage-dependent triggering of Ca(2+) sparks/STOCs is not tied to a single conductance but rat

259 ganization in transcriptional regulation has sparked substantial interest in the molecular mechanisms

260 ry of emergent phenomena in 2D materials has sparked substantial research efforts in the materials co

261 reservoir species, a tiny fraction of which spark sustained transmission in humans.

262 Since a long-lasting spark terminates via the Kramers' escape process over a

263 ts realistic Ca(2+) sparks and robust Ca(2+) spark termination across a wide range of geometries and

264 ts the Ca store depletion level required for spark termination for each cluster size.

265 nt regulation of the RyR is not critical for spark termination, but it can explain the exponential ri

266 ncourage experienced doctors to rekindle the spark that initially motivated them to become physicians

267 atial-resolution model of the cardiac Ca(2+) spark that requires supercomputing resources for executi

268 a mammalian egg initiates a series of 'zinc sparks' that are necessary to induce the egg-to-embryo t

269 itive-functional linguists that we hope will spark the cross-disciplinary discussion necessary to pro

270 These structures can spark the improved design of GM1 mimics, either alone or

271 ngletons under a range of stress conditions, sparking the idea that regulatory robustness allowed a w

272 Mechanistically, CB sparks the constitutive activation of oestrogen receptor

273 the extracellular space in a prominent "zinc spark." The ability of the gamete to mount a zinc spark

274 ions in an exocytotic event termed the "zinc spark." The zinc spark is dependent on and occurs coordi

275 at The Children's Hospital of Philadelphia, Spark Therapeutics, US National Institutes of Health, Fo

276 Existing LDVs would see more advanced spark timing and more efficient combustion phasing.

277 hich implements parallel processing based on Spark to increase the speed and efficiency of performing

278 h a knock-in mouse prevented the decrease in spark-to-spark delays seen with beta-adrenergic stimulat

279 h a knock-in mouse prevented the decrease in spark-to-spark delays seen with beta-adrenergic stimulat

280 nergic stimulation prevented the decrease in spark-to-spark delays seen without inhibition.

281 nergic stimulation prevented the decrease in spark-to-spark delays seen without inhibition.

282 rated spark amplitude recovery and decreased spark-to-spark delays; (2) activating protein kinase A (

283 rated spark amplitude recovery and decreased spark-to-spark delays; (2) activating protein kinase A (

284 erated amplitude recovery but did not affect spark-to-spark delays; (3) inhibiting PKA with H89 retar

285 erated amplitude recovery but did not affect spark-to-spark delays; (3) inhibiting PKA with H89 retar

286 89 retarded amplitude recovery and increased spark-to-spark delays; (4) preventing phosphorylation of

287 89 retarded amplitude recovery and increased spark-to-spark delays; (4) preventing phosphorylation of

288 lum (SR) refilling whereas refractoriness of spark triggering depends on both refilling and the sensi

289 lum (SR) refilling whereas refractoriness of spark triggering depends on both refilling and the sensi

290 the plasma generated by low-voltage, vacuum spark, via a pulsed DC in Spark Plasma Sintering process

291 SPARK was used to detect 12 different PPIs in mammalian

292 derstand the molecular mechanism of the zinc spark we combined four physical approaches that resolve

293 As a spark, we have modeled PINK1-dependent Ser65 phosphoryla

294 of spontaneous BKCa currents, but not Ca(2+) sparks were lower in cells from diabetic patients.

295 Despite a significant SR Ca(2+) leak, Ca(2+) sparks were very rare events in control conditions.

296 of CICR in the heart is the calcium (Ca(2+)) spark, which arises from a cluster of ryanodine receptor

297 e and transition metal dichalcogenides, have sparked wide interest in device physics and technologies

298 These new laws have sparked widespread debate, but we lack evidence on the t

299 the range of 10 to 100 ms, but long-lasting sparks with durations of several hundred milliseconds to

300 e automatic detection and analysis of Ca(2+) sparks within x-y image stacks, implemented as a plugin