ライフサイエンスコーパス: beat

1 O(2)) pulse (absolute increase: 0.4+/-1.4 mL/beat).

2 by antibodies based on the T-cell receptor (BEAT).

3 ponse; (6) supraventricular tachycardia (>15 beats).

4 a smaller SR Ca2+ release and AP in the next beat.

5 ocardiogram-derived QT interval for the same beat.

6 echanical energy efficiency of the flagellar beat.

7 introduced in an AP sequence by a premature beat.

8 ollections of sER curves generated from each beat.

9 , humans can easily identify and move to the beat.

10 stion of how we learn to generate and hold a beat.

11 ternal motors that shape the flagellum as it beats.

12 usly during passive listening to isochronous beats.

13 modulations during listening to isochronous beats.

14 position is biased and dependent on ciliary beating.

15 fluid flow in these organs via synchronized beating.

16 tial roles in generating coordinated ciliary beating.

17 ssembly and its role in regulating flagellar beating.

18 firmed the importance of TTC29 for flagellar beating.

19 or TTC29 axonemal localization and flagellar beating.

20 g them perpendicular to the plane of ciliary beating.

21 mechanisms by which the CA regulates ciliary beating.

22 1 was initiated after onset of cardiomyocyte beating.

23 motile cilia together to ensure coordinated beating.

24 esponded to tapping to every fourth auditory beat (0.625 Hz).

25 en (-2.3 +/- 1.4 vs. -3.3 +/- 1.4 bursts.100 beats(-1) mmHg(-1) , P = 0.007), while this sex differen

26 lift their feet in synchrony with a musical beat [2,3], but humans move to music using a wide variet

27 brillation; (4) ventricular tachycardia (>15 beats); (5) atrial fibrillation with rapid ventricular r

28 Despite the key role of beat-to-beat action potential (AP) variability in the onset of v

29 impaired barrier formation and reduced cilia beat activity.

30 pating accelerating, decelerating, or steady beats after direction-specific visual cues.

31 nd we show that the optimal quantum strategy beats all classical strategies by running multiple equiv

32 Cardiac alternans refers to a beat-to-beat alternation in contraction, action potential (AP) m

33 lular level alternans is observed as beat-to-beat alternations in contraction, action potential (AP)

34 Analysis of the TARGET and BEAT AML databases identifies a correlation between CD82

35 nificantly different between patients on the Beat AML sub-studies and those receiving SOC (induction

36 ficantly longer for patients enrolled on the Beat AML sub-studies versus those who elected SOC.

37 ML sub-study; 224 (56.7%) were enrolled on a Beat AML sub-study.

38 within 7 d and were centrally assigned to a Beat AML sub-study; 224 (56.7%) were enrolled on a Beat

39 s were prospectively enrolled on the ongoing Beat AML trial (ClinicalTrials.gov NCT03013998 ), which

40 In this laser, the beating among the coherent modes oscillating inside the

41 r relationships of 3-beat average with index-beat analysis (R=0.94, 0.94, and 0.94 for LA strain, LA

42 Beat-to-beat analysis of up to 4 full days of electrocardiograph

43 The CP coordinates the flagellar beat and defects in CP projections are associated with m

44 driving force of net IVC flow was the heart beat and not respiration.

45 inhibition significantly reduced the beat-to-beat and short-term variabilities of APD.

46 ambered muscle pumps demonstrated macroscale beating and continuous action potential propagation with

47 ent tissues exhibited defective synchronized beating and ineffective generation of directional flow l

48 Reducing cardiac workload in beating and nonbeating Langendorff perfusions had no eff

49 plication for flagellar growth influenced by beating and provide possible explanations for the experi

50 protein required for flagellar structure and beating and that TTC29 mutations are a cause of male ste

51 cilium, could perceive forces during ciliary beating and transfer these signals to locally regulate t

52 ruption efficiency and yields comparing bead-beating and ultra-sonication of different biological mat

53 their seed sites on Drd1 mimicked the cilia-beating and ventricular deficits.

54 microRNA in 22q11DS mice normalizes ciliary beating and ventricular size.

55 automatic temporal processing of isochronous beats and explicit, temporally-oriented attention.

56 xperiments, comparing original BEAT, mutated BEAT, and "knobs-into-holes" interfaces, suggested a coo

57 perties of the motor system, we propose that beat anticipation relies on action-like processes consis

58 +) -activated Cl(-) channels reduced beat-to-beat AP alternations, but prolonged APD and failed to su

59 Quantum beats are confirmed to unambiguously reflect the exciton

60 In addition, premature ventricular beats arising from the Purkinje tissue as ventricular fi

61 ike representations as what they are without beating around the bush.

62 orations on Hawaii, highlighting undergrowth beating as highly efficient method.

63 ographies with micron-sized pillars that can beat at a programmable frequency and force level in an e

64 g for the primary prevention of egg allergy; BEAT (at 12 months, n = 42) and STEP (at 5 months n = 82

65 ated analysis of repeated 30 s recordings of beating atria in 381 live, intact zebrafish embryos at 2

66 ith anomalous bundles, ventricular premature beats, atrial flutter, atrioventricular nodal reentry, a

67 re strong positive linear relationships of 3-beat average with index-beat analysis (R=0.94, 0.94, and

68 Consecutive 3-beat averaged values of strain and SR were used.

69 The BEAT (balloon versus self-expandable valve for the treat

70 namics in sensorimotor areas are involved in beat-based timing.

71 iving, especially when measured on a beat-to-beat basis.

72 cal stretch) eliciting premature ventricular beats because of a primary morphofunctional abnormality

73 ensitivity (BRS) with ambulatory and beat-to-beat blood pressure (BP).

74 rography, 12 paired recordings), and beat-to-beat blood pressure (BP; photoplethysmography) during th

75 soconstrictor firing while measuring beat-by-beat blood pressure and forearm vascular conductance.

76 l sequence over 5 years by recording beat-to-beat blood pressure and R-R intervals over 10 min.

77 nstrumented for electrocardiography, beat-to-beat blood pressure, respiratory rate, CO-Modelflow algo

78 e activity (MSNA; microneurography), beat-to-beat BP (photoplethysmography) and heart rate (electroca

79 Ambulatory beat-to-beat BP was recorded using a portable device for multipl

80 ency domain HRV indices, BRS, office beat-to-beat BP, and heart rate (HR) were measured for 10 minute

81 g HRV, HR, BRS and ambulatory/office beat-to-beat BP.

82 eave philosophy, by describing Roald's being beaten by simulation.

83 sophy, beginning by describing Roald's being beaten by simulation.

84 hetic vasoconstrictor firing while measuring beat-by-beat blood pressure and forearm vascular conduct

85 Custom software modelled beat-by-beat pressure (photoplethysmography) and R-R int

86 ars, subjects underwent a 6 min recording of beat-by-beat pulmonary artery diastolic pressure (PAD),

87 a sarcomere length-dependent manner and on a beat-by-beat time-scale.

88 scent of a cardiac crescent before forming a beating cardiac tissue near a putative primitive gut-lik

89 plied the AR-DIC analysis to a spontaneously beating cardiomyocyte (CM) tissue, and could provide cor

90 e differentiation, as indicated by no or few beating cardiomyocytes and reduced expression of cardiom

91 ect of antiarrhythmic drugs on spontaneously beating cardiomyocytes derived from hESC and hiPSC was g

92 Beating cardiomyocytes undergo fast morphodynamics durin

93 l recessive inheritance) that impair ciliary beating cause a variety of motile ciliopathies, a hetero

94 l interrogation of contractile parameters in beating cells.

95 EMOTION analyses showed proper cardiomyocyte beating characteristics on spider silk coatings, and car

96 flows at a similar frequency to the actively beating cilia can entrain cilia oscillations.

97 e PCF is pushed along by the ciliated cell's beating cilia, the PCF and its virus content are also pu

98 ding to progressively higher rate of beat-to-beat CL changes.

99 ns of tissue displacement and strain for the beating CMs utilizing physiologically-relevant, sarcomer

100 ) preserves the donated heart in a perfused, beating condition preventing cold storage-related ischem

101 Fluctuations of the human heart beat constitute a complex system that has been studied m

102 he surface of a multiciliated epithelia cell beat coordinately to protect the epithelium from bacteri

103 it active for a larger fraction of the tail beat cycle.

104 The cilia-beating deficit observed in brain slices and in vivo is

105 to binary strings using threshold crossing, beat detection and a novel feature detection parsing alg

106 noticed that zebrafish defective in ciliary beating develop abnormal body curvatures.

107 The heart-beating donor- and DCD-NEVLP-groups showed significantly

108 Grafts from heart-beating donors (HBD), and from donors with 30 minutes (d

109 Pig LT was performed with livers from heart-beating donors or donation after circulatory death (DCD)

110 d in adults, the critical signals regulating BeAT during infant development need to be better defined

111 a reduction in number of ventricular ectopic beats during the ischaemic phase compared with acute tre

112 roaches for systematically assessing ciliary beat dynamics and for drug testing would improve the cha

113 h significantly attenuated the percentage of beating EBs in culture and expression of early and late

114 ions for the experimental observation that a beating flagellum is usually longer than its immotile mu

115 e most efficient drugs for restoring ciliary beating for each individual donor.

116 mechanical combination in real time recorded beating force of the CMs cluster and the triggering elec

117 ontractile speeds required to swim with tail-beat frequencies of 80-100 Hz.

118 No change in ciliary beat frequency (CBF) or airway surface liquid (ASL) meni

119 , and specialised responses, such as ciliary beat frequency (CBF).

120 a an increase in LRRC26 expression), ciliary beat frequency and airway surface liquid volume improved

121 c power balance, we infer the mean flagellar beat frequency and conjecture that its diurnal variation

122 /DeltaF508 and DeltaF508/-) based on ciliary beat frequency and coordination.

123 n planaria resulted in ciliary loss, reduced beat frequency and dyskinetic motion of the remaining ve

124 icated by calcium elevation, increased cilia beat frequency, and increased fluid and cytokine secreti

125 normal ciliary number, radial structure, and beat frequency.

126 The high harmonic of the beating from the photothermal expansion mixes with the A

127 igitised kinematic descriptions of flagellar beating from videomicroscopy.

128 Low rates (~1 ms/beat) generate a btb-ER dominated by steady-state rate d

129 The beat generator is endowed with plasticity allowing it to

130 , but not exact information, of how well the beat generator spike times match those of a stimulus seq

131 per, we introduce a neuronal framework for a beat generator that is capable of learning isochronous r

132 ollowing rank order: mutated BEAT > original BEAT > knobs-into-holes.

133 ssified in the following rank order: mutated BEAT > original BEAT > knobs-into-holes.

134 The study of beige adipose tissue (BeAT) has recently gained popularity because of its pote

135 tate-of-art approaches, where the entire ECG beats have been considered.

136 Beat-to-beat heart period, systolic blood pressure, and electrom

137 the instantaneous variability of the beat-to-beat heart rate): spontaneous swallowing 12.02 +/- 1.07

138 treated with vehicle or stimulatory CpG ODN (beating heart control and DCD stimulated with CpG ODN, B

139 Beating heart controls and DCD rats were pretreated with

140 ional fluorescence time-lapse imaging of the beating heart is extremely challenging, due to the heart

141 developmental and cellular processes in the beating heart, revealing the dynamics of the immune resp

142 chanical stress and metabolic demands of the beating heart.

143 scle cells (Tg[acta2:GFP]), to visualize the beating heart.

144 ution or electromechanical uncoupling of the beating heart.

145 me, conditioning later cell diversity in the beating heart.

146 Donor pigs were assigned to undergo beating-heart donation (n = 9) or donation after circula

147 splants; 14 successfully weaned from bypass (beating-heart donation versus donation after circulatory

148 n through which their bones, intestines, and beating hearts can be seen.

149 The BeAT-HF (Baroreflex Activation Therapy for Heart Failure

150 reflex Activation Therapy for Heart Failure [BeAT-HF]; NCT02627196).

151 Here, we provide recommendations from the BEAT-HIV Martin Delaney Collaboratory on which viral mea

152 ters of CM contraction to account for the CM beating homogeneity, synchronicity, and propagation as h

153 We study here the entrainment of cilia beat in multiciliated cells from brain ventricles.

154 n be used to characterize collective ciliary beating in a non-biased automated manner.

155 the origin and mechanistic function of these beats in photosynthetic light-harvesting has been extens

156 Since the discovery of quantum beats in the two-dimensional electronic spectra of photo

157 ichalcogenides have been measured as quantum beats in two-dimensional electronic spectroscopy, but th

158 Kcne5 deletion caused ventricular premature beats, increased susceptibility to induction of polymorp

159 between baseline and R-wave triggered paced beats increases consistently with an increase in the pac

160 Furthermore, we show how the mutated BEAT interface can be exploited for the routine preparat

161 ose that the superior cooperativity found in BEAT interfaces is the key driver of their greater perfo

162 ans; (c) SAN features can be calculated from beat-intervals obtained in-vivo, without intervention; (

163 and adenosine diphosphate (ADP) on flagellar beating is not fully understood.

164 r to as Ion-Bunch Energy Acoustic Tracing (I-BEAT), is a refinement of the ionoacoustic approach.

165 ifferent from the issue of how we perceive a beat, is the question of how we learn to generate and ho

166 oscopy with multiple equally spaced lines by beating it with a reference Fabry-Perot comb confirms th

167 e of APD (type 1), intermediate rates (~5 ms/beat) lead to a btb-ER similar to a single sER (type 2),

168 Motile cilia are cellular beating machines that play a critical role in mucociliar

169 An external sound/musical beat may have been initially uninvolved.

170 cise predictions of steady state from single-beat measurements.

171 aytime, sleeping, 24-hour and office beat-to-beat measurements.

172 LA deformations by the 3-beat method are feasible and reproducible during AF.

173 art rates during dives were typically 4 to 8 beats min(-1) (bpm) and as low as 2 bpm, while after-div

174 s while resting at the surface were 44 +/- 6 beats min(-1), 179 +/- 31 ml, and 7909 +/- 1814 l min(-1

175 L/min/m) (p = 0.86) for cardiac index; -1.8 beats/min (-3.7 to 0.1 beats/min) (p = 0.06) for heart r

176 1 R37C(+/-) at stimulation frequencies of 55 beats/min (bpm), but these cells showed no restitution w

177 or 3 weeks: sustained AFL; sustained AF (600 beats/min atrial tachypacing); AF superimposed on an AFL

178 beats/min, 24 (interquartile range: 9 to 41) beats/min faster than daytime sinus rates.

179 ositioned at the finger and earlobe) was 2.8 beats/min for over 65% of the time the patient was stabl

180 de ablation and ventricular pacemakers at 80 beats/min to control ventricular rate.

181 tion led to higher mean heart rate (56 +/- 2 beats/min vs. 50.1 +/- 0.4 beats/min; p = 0.05), less ba

182 r cardiac index; -1.8 beats/min (-3.7 to 0.1 beats/min) (p = 0.06) for heart rate; 96.8 mL/min/m (71.

183 te (ventricular tachycardia [VT]; 120 to 179 beats/min) in 27%, and rarely severe (VT >=180 beats/min

184 ats/min) in 27%, and rarely severe (VT >=180 beats/min) in 9%.

185 g AF was 96 (interquartile range: 83 to 114) beats/min, 24 (interquartile range: 9 to 41) beats/min f

186 pected in patients with mean heart rate >100 beats/min, atrial fibrillation, and/or premature ventric

187 (6.8 nmol/l, P < 0.001) and heart rate (7.2 beats/min, P = 0.035) increased significantly after the

188 - 5,497 beats/min/mm Hg vs. 19,519 +/- 4,653 beats/min/mm Hg vs. 17,530 +/- 4,678 beats/min/mm Hg; p

189 est (rate-pressure product: 22,157 +/- 5,497 beats/min/mm Hg vs. 19,519 +/- 4,653 beats/min/mm Hg vs.

190 - 4,653 beats/min/mm Hg vs. 17,530 +/- 4,678 beats/min/mm Hg; p = 0.004), but peak CBF was lowest in

191 rt rate (56 +/- 2 beats/min vs. 50.1 +/- 0.4 beats/min; p = 0.05), less backup pacemaker utilization

192 h ingredient defined by the number of cancer-beating molecules found therein.

193 tform to identify putative food-based cancer-beating molecules.

194 acid-binding experiments, comparing original BEAT, mutated BEAT, and "knobs-into-holes" interfaces, s

195 cessing of a pair of low frequency dual-comb beat notes.

196 slow to be consistent with the activation of beating observed at higher mantATP concentrations; this

197 e virtual self always moved in time with the beat of instrumental music, the virtual other moved eith

198 sible for transport in the cytoplasm and the beating of axonemes in cilia and flagella.

199 endothelium barrier function and spontaneous beating of cardiac muscle cells, which are important fun

200 Synchronized beating of cilia on multiciliated cells (MCCs) generates

201 s of energy-consuming behaviors, such as the beating of cilia or the production of surfactant.

202 motility using the polarized and coordinated beating of hundreds of motile cilia.

203 rientation of basal bodies, and synchronized beating of motile cilia.

204 eed as smoothly and reliably as the lifelong beating of our heart or filtration of blood by our kidne

205 Detailed phase mapping during the initial beats of VT/VF identified one or more rotors that were l

206 nformed prescribing and clinical trials were beaten off the mark by social media, rumors, and panic i

207 third ventricles and deceleration of ciliary beating on ependymal cells lining the ventricular walls.

208 l communities are commonly extracted by bead-beating or ultra-sonication, but both showed varying yie

209 tion in CPVT, and whether the arrhythmogenic beats originate from the conduction system or the ventri

210 tion (0.16+/-0.07 versus 0.14+/-0.06 mL O(2)/beat, P<0.0001) despite unchanged stroke work (P=0.24),

211 nsumption (0.15+/-0.06 versus 0.16+/-0.07 mL/beat, P=0.003) and improved myocardial efficiency (43.7+

212 al phenotypic end points included effects on beating parameters and intracellular Ca2+ flux in CMs an

213 = 19.8 Hz versus control = 15.8 Hz) ciliary-beat pattern.

214 We observed normal intrinsic beating patterns under control conditions in TNNI1 R37C(

215 5% confidence interval: 1.03 to 1.45] per 10 beat per min [bpm] increase, p = 0.01) were independentl

216 20+/-2 mL ( P<0.001) and heart rate of 7+/-2 beats per minute (bpm) ( P<0.001).

217 rate-based therapy delivery for rates >=250 beats per minute and morphology discrimination for rates

218 mean increase in heart rate was 23.9+/-11.4 beats per minute and the mean decreases in systolic and

219 illator treated ventricular tachycardia >250 beats per minute) in follow-up was assessed by Cox regre

220 heart rates (98.6+/-19.4 versus 112.0+/-20.3 beats per minute).

221 atrial rate during tachycardia was 170+/-21 beats per minute, and the mean left ventricular ejection

222 rmed under constant and pulsatile flow at 60 beats per minute, thus yielding eight distinct testing c

223 with a CIED with heart rates as high as 102 beats per minute.

224 logy discrimination for rates >=200 and <250 beats per minute.

225 eased incrementally until HR increased by 30 beats per minute.

226 with a CIED with heart rates as high as 102 beats per minute.

227 controls (0.156+/-0.133 versus 0.254+/-0.166 beats per minute/[isoproterenol ng/mL]; P<0.001).

228 Peak VO(2) and HR (117+/-15 versus 156+/-15 beats per minute; P<0.001) were lower in HFpEF than seni

229 had lower peak HRs (122+/-14 versus 156+/-15 beats per minute; P<0.001).

230 fied brain regions that may be involved with beat perception and representation.

231 s the timing of beats, yet current models of beat perception do not specify how this is neurally impl

232 Beat perception offers cognitive scientists an exciting

233 Rise time, action potential duration, beat period, and triangulation were used to quantify com

234 onalized MAP scores as the proportion of MAP beats predicting each end point.

235 Custom software modelled beat-by-beat pressure (photoplethysmography) and R-R interval in

236 The cantilevers' beating prevents the initial stage of bacterial adhesion

237 own anticipation influences ongoing auditory beat processing in beta-band networks.

238 jects underwent a 6 min recording of beat-by-beat pulmonary artery diastolic pressure (PAD), stroke v

239 respiratory complex I, reducing cardiac-cell beat rate, with prolonged exposure resulting in cell dea

240 , contraction and relaxation parameters, and beat rate.

241 m/mM), calcium changes markedly affected the beating rate (46 bpm/mM ionized calcium without autonomi

242 ccurring in these patients affect sinus node beating rate and could be responsible for severe bradyca

243 on of the heart involves a sharp increase in beating rate and significant enhancement of contractilit

244 ection-assisted diffusion at high mechanical beating rates.

245 While BeAT regulation is well understood in adults, the critic

246 sequences were compared in terms of beat-to-beat restitution (btb-ER) and of the collections of sER

247 s is reduced, and the time series of beat-to-beat RR intervals (RRIs) become highly non-stationary.

248 e gain medium and control over the intermode beat synchronization enable transform-limited picosecond

249 1) simple tapping, 2) two-person alternating beat-tapping, and 3) two-person alternating rhythm-clapp

250 egarding the tissue origin of the arrhythmic beats that initiate ventricular tachycardia, and regardi

251 y information and for some proteins even did beat the best.

252 rprisingly, in cells that exhibited periodic beating, the frequency of beating was similar for all le

253 well-suited for mechanoregulation of ciliary beating through physical collisions with the CP.

254 ere length-dependent manner and on a beat-by-beat time-scale.

255 single sER (type 2), and high rates (~20 ms/beat) to hysteretic btb-ER under periodic pacing and to

256 Despite the key role of beat-to-beat action potential (AP) variability in the on

257 Cardiac alternans refers to a beat-to-beat alternation in contraction, action potentia

258 the cellular level alternans is observed as beat-to-beat alternations in contraction, action potenti

259 Beat-to-beat analysis of up to 4 full days of electrocar

260 I(NaL) inhibition significantly reduced the beat-to-beat and short-term variabilities of APD.

261 of Ca(2+) -activated Cl(-) channels reduced beat-to-beat AP alternations, but prolonged APD and fail

262 daily living, especially when measured on a beat-to-beat basis.

263 reflex sensitivity (BRS) with ambulatory and beat-to-beat blood pressure (BP).

264 microneurography, 12 paired recordings), and beat-to-beat blood pressure (BP; photoplethysmography) d

265 temporal sequence over 5 years by recording beat-to-beat blood pressure and R-R intervals over 10 mi

266 s were instrumented for electrocardiography, beat-to-beat blood pressure, respiratory rate, CO-Modelf

267 tic nerve activity (MSNA; microneurography), beat-to-beat BP (photoplethysmography) and heart rate (e

268 Ambulatory beat-to-beat BP was recorded using a portable device for

269 nd frequency domain HRV indices, BRS, office beat-to-beat BP, and heart rate (HR) were measured for 1

270 ons among HRV, HR, BRS and ambulatory/office beat-to-beat BP.

271 orresponding to progressively higher rate of beat-to-beat CL changes.

272 Beat-to-beat heart period, systolic blood pressure, and

273 tion of the instantaneous variability of the beat-to-beat heart rate): spontaneous swallowing 12.02 +

274 4% for daytime, sleeping, 24-hour and office beat-to-beat measurements.

275 AP sequences were compared in terms of beat-to-beat restitution (btb-ER) and of the collections

276 ctuations is reduced, and the time series of beat-to-beat RR intervals (RRIs) become highly non-stati

277 ticity and intranodal conduction, leading to beat-to-beat variability and reentry.

278 mal culture conditions, MFS CMs show a lower beat-to-beat variability compared to corrected CMs using

279 HIV+ men have greater beat-to-beat variability in QT interval (QTVI) than HIV-

280 d afterdepolarizations (DADs) and has a high beat-to-beat variability of repolarization (BVR) during

281 e of delayed afterdepolarizations (DADs) and beat-to-beat variability of repolarization (BVR) was hig

282 nd intranodal conduction, leading to beat-to-beat variability and reentry.

283 ure conditions, MFS CMs show a lower beat-to-beat variability compared to corrected CMs using multi e

284 HIV+ men have greater beat-to-beat variability in QT interval (QTVI) than HIV- men, es

285 epolarizations (DADs) and has a high beat-to-beat variability of repolarization (BVR) during adrenerg

286 ayed afterdepolarizations (DADs) and beat-to-beat variability of repolarization (BVR) was higher in t

287 dynein ATPases direct ciliary and flagellar beating via adenosine triphosphate (ATP) hydrolysis.

288 P45 supports mammalian ciliary and flagellar beating via an adenine nucleotide homeostasis module.

289 The frequency of cilia beating was estimated from the motion of the cell body a

290 exhibited periodic beating, the frequency of beating was similar for all lengths with only a slight d

291 Premature beats were introduced at 10-ms steps during intrinsic rh

292 extracellular calcium fluxes during a single beat which is away from homeostatic balance.

293 r processes such as cell division or ciliary beating while performing their function.

294 ment with experiments, including the quantum beats, while revealing the interplay between excitons an

295 iated patch in their hind wing clicks as the beating wing rotates and bends.

296 tor cortices were apparent after isochronous beats with anticipation in all conditions, generally rep

297 trate video-rate 4D microscopic imaging of a beating Xenopus embryo heart at a rate of 30 volumes/s.

298 ieve the motor system predicts the timing of beats, yet current models of beat perception do not spec

299 d 3D + time video time-lapse datasets of the beating zebrafish heart.

300 -time blood flow and calcium dynamics in the beating zebrafish heart.