ライフサイエンスコーパス: large amplitude

1 a, but passed through the centre, often with large amplitude.

2 of pointlike clutter features of arbitrarily large amplitude.

3 hronously in response to wave-like events of large amplitude.

4 acteristics of a linear resonator, albeit at large amplitudes.

5 lily tubes begin to oscillate regularly with large amplitudes.

6 n of polymer nanowrinkles and nanofolds with large amplitudes.

7 Our results show transport mediated by large amplitude 1.85-nm "elevator" movements of the tran

8 at the singly innervated ciliary neurons had large-amplitude (1.5-8.0 nA) EPSCs that could be classif

9 of one or two fast-rising (0.8 +/- 0.1 ms), large-amplitude (10.3 +/- 1.6 mV) unitary events, while

10 series of big oscillations (BOs) of constant large amplitude (300-400 nM), (b) a series of much small

11 the bound state, and leads to the arrest of large amplitude (+/-46 degrees ) inter-helical motions o

12 ed with the technique of Fourier transformed large amplitude ac voltammetry to minimize the influence

13 and were able to show that the technique of large amplitude ac voltammetry yielded significantly mor

14 the [Fe(CN)(6)](3-/4-) process, again using large-amplitude ac cyclic voltammetry.

15 period of inhibition which follows bursts of large amplitude action potentials.

16 perpolarizing synaptic noise, which includes large amplitude active sleep-specific inhibitory postsyn

17 ing quiet sleep are also responsible for the large amplitude active sleep-specific IPSPs.

18 signer waveform into the Fourier-transformed large-amplitude alternating current (FTAC) voltammetric

19 microelectrodes polarized by high-frequency large-amplitude alternating potential.

20 (2R,6R)-HNK, but not (2S,6S)-HNK, attenuated large-amplitude AMPAR-mediated bursts in hippocampal CA3

21 verall motions is present as is reflected in large amplitude and collectivity gaps between internal a

22 l neurons in barrel cortex were uniformly of large amplitude and high success (release) probability (

23 de evidence for correlated fluctuations with large amplitude and long intrinsic timescales, including

24 mbrane voltage fluctuations characterized by large amplitude and low frequency.

25 The extremely large amplitude and prevalent expression of acid-evoked

26 ini are dominated by motions with moderately large amplitudes and correlation times of the order of a

27 Large amplitudes and low set points corrected the step h

28 ent or had low contrast, these LFP waves had large amplitudes and traveled over long distances.

29 FPI-injured rats at 1 year of age displayed large-amplitude and frequent SWD events at frontal and p

30 We observe large-amplitude and localized shear stress peaks that pr

31 hair cells' unique capacity for continuous, large-amplitude, and highly synchronous multiquantal rel

32 aracter and the proline-rich domains undergo large-amplitude anisotropic motions, whereas the two ter

33 interhelical bend angle (beta) and displays large amplitude, anisotropic interhelical motions charac

34 Here, we show that excitation of large-amplitude apical oxygen distortions in the cuprate

35 a timescale of approximately 10 ns involving large-amplitude (approximately 20 A) domain opening-and-

36 tatistical processing to identify and remove large-amplitude artifacts discretely and to search for q

37 Large-amplitude axial oscillations are induced in the to

38 st that the DNA binding region of AntR shows large amplitude backbone motions in the absence of metal

39 from the catalytic center of the enzyme has large-amplitude backbone motions on the nanosecond time

40 Of these residues, glycine 121 displays large-amplitude backbone motions on the nanosecond time

41 C-terminus displaying residual helicity and large-amplitude backbone motions on the picosecond-to-na

42 change the magnetic anisotropy and trigger a large-amplitude ballistic spin motion.

43 From time to time such systems undergo large-amplitude brightenings.

44 he associated structural rearrangements have large amplitude but, due to its transient nature and che

45 rs in rat basophilic leukemia (RBL)-1 cells, large amplitude Ca(2+) oscillations, CRAC channel activi

46 Repetitive synaptic stimulation evokes large amplitude Ca(2+) release waves from internal store

47 mM to 5 mM caused a burst of high frequency, large amplitude Ca(2+) waves.

48 re highly specialized compartments for rapid large-amplitude Ca(2+) signals underlying the induction

49 lyl imidodiphosphate precipitated a burst of large-amplitude Ca(2+) sparks.

50 mulation in the stratum radiatum (SR) evokes large amplitude Ca2+ waves in the thick apical dendrites

51 ntical following the small-amplitude and the large-amplitude [Ca2+]i transient.

52 l these characteristics, and the asymmetry's large amplitude, can be plausibly explained by runaway g

53 It was also resistant to large amplitude changes in background luminosity, contra

54 up average data, there was a significant and large amplitude circadian variation in HCVR slope (avera

55 uring fixation, the untreated dogs exhibited large-amplitude, classic IN waveforms, including pendula

56 and related feedbacks to trigger abrupt and large-amplitude climate change of the glacial D-O events

57 alculations reveal a strong coupling between large-amplitude coherent optic vibrations of Tl-rattlers

58 ynamics of phospholamban is characterized by large amplitude collective motions of the two helical do

59 n and interaction of quantized vortices, the large-amplitude collective modes, as well as the loss of

60 The large amplitude conformational changes are regulated by

61 Dissociation of the O2 requires a large amplitude conformational fluctuation that results

62 on, preceded by dNTP binding which induces a large-amplitude conformational change for Watson-Crick n

63 Our results show that ATP binding induces a large-amplitude conformational change that brings the NB

64 r than the electron tunneling probability or large-amplitude conformational rearrangement (gating).

65 2)R-mediated presynaptic inhibition, whereas large-amplitude connections were unresponsive to dopamin

66 ecting lymphatic vessels exhibit autonomous, large-amplitude contractions that respond to pressure si

67 unaffected by pressure and are dominated by large-amplitude correlated motions of residues 23-34 in

68 veral times smaller than their less frequent large-amplitude counterparts, principally because of a s

69 were higher in Kv4.3-/- CP neurons only with large amplitude current injections.

70 as surrounded by stimulating tracks in which large-amplitude current pulses failed to activate the ex

71 ubiquitous expression of GlyRs that mediate large-amplitude currents in response to exogenously appl

72 Due to the presence of large amplitude decadal variations of presumed natural o

73 ficantly reduced cell death as compared with large-amplitude deformations with the same peak deformat

74 deciphering the cell mechanical response to large-amplitude deformations.

75 The dataset reproduces large-amplitude delta(13)C(TOC) excursions (>3 per mille

76 p (SWS) is characterized by EEG spindles and large-amplitude delta-frequency (0-3.5 Hz) waves.

77 cuculline, granule cells showed spontaneous, large amplitude depolarizations correlated with synchron

78 were observed in response to small, but not large, amplitude depolarizing current injections, wherea

79 eveloped at low temperature (4 K), showing a large amplitude dip with a minimum >2 orders of magnitud

80 Chaotic gravitational dynamos have large-amplitude dipole secular variation with maximum po

81 es, occurs in solution within the context of large amplitude domain motions important for catalysis.

82 nal correlation times corresponding to (i) a large-amplitude domain motion of the phosphorylation dom

83 dynamics and resolution of substrate-induced large-amplitude domain rearrangements.

84 rtex engage in complex transient dynamics of large amplitude during the execution of limb movements.

85 trons in metallic nanostructures can provide large-amplitude, dynamic tuning of their electromagnetic

86 Large-amplitude dynamics on the NMR time scale were not

87 ons from a distant tertiary companion induce large-amplitude eccentricity oscillations in the binary,

88 'ictal penumbra' is the contrast between the large amplitude EEG signals and the low-level firing the

89 Here we report large-amplitude electron Bernstein waves (EBWs) at the e

90 Large-amplitude electron density oscillations were obser

91 stent erratic oscillations (quasi-cycles) of large amplitude emerge from a noise-induced resonance ph

92 In these nuclei, sharp-rising, large-amplitude EPSPs ("drivers") were not modulated by

93 ulated with the phase preference imparted by large-amplitude EPSPs, with fast kinetics often matching

94 mately 10-fold, and reduced the amplitude of large amplitude events (with most probable localization

95 Large-amplitude events were in the 140-200 Hz, "ripple"

96 rity was explained by an unexpected finding: large-amplitude evoked EPSCs have a significantly larger

97 d latency were observed in VPM and SI during large-amplitude, exploratory movements of the whiskers (

98 Large-amplitude fast spikes in dendrites occurred during

99 The large-amplitude fast spikes were associated with bursts

100 ccurring Ca2+ spikes were always preceded by large-amplitude fast spikes.

101 the probe particularly useful for monitoring large-amplitude, fast signals, e.g. those in dendrites,

102 rate that the excitatory circuits that drive large-amplitude, fast swimming movements at larval stage

103 from the geodetically inferred locations of large-amplitude fault slip.

104 types of activity, the first was observed as large amplitude field population spiking activity and th

105 Occasional, large amplitude flexibility in metal-organic frameworks

106 s the importance of systematic prediction of large amplitude flexibility regimes in MOFs.

107 e sleep in the electroencephalogram (EEG) is large-amplitude fluctuation of the field potential, whic

108 The latter process is achieved by the large amplitude fluctuations of the so-called COMM domai

109 Odorant stimulation evoked large-amplitude fluorescence increases that were localiz

110 esigned circuit; almost every cell exhibited large-amplitude fluorescence oscillations throughout obs

111 ging, we find that chip formation occurs via large-amplitude folding, triggered by surface undulation

112 n this buffer the RNA undergoes a different, large amplitude, folding transition at low Mg2+ concentr

113 istics contrasted markedly to the unfailing, large amplitudes for glutamate released during ST-EPCSs

114 Herein, use of large amplitude Fourier transformed ac voltammetry and c

115 Using large amplitude Fourier transformed alternating current

116 urrent (ac) harmonic components derived from large-amplitude Fourier transformed ac (FT-ac) voltammet

117 tigates the nonlinear characteristics in the large-amplitude free vibration of imperfect spider web s

118 henyl) in CH2Cl2/Bu4NPF6 were measured using large amplitude FT ac voltammetry.

119 by GABAA receptors, burst firing resulted in large-amplitude GABAA IPSPs, and prolonged burst firing

120 the avian OT, persistent (>100 ms) epochs of large amplitude gamma oscillations can be evoked that cl

121 sperse) samples of MP, we do not observe the large amplitude geminate decay at approximately 100 ps p

122 nd H93G(dibromopyridine), we observe a rapid large-amplitude geminate phase with a fundamental CO reb

123 Large-amplitude, global calcium signals were observed th

124 reticularis gigantocellularis (NRGc) evoked large amplitude, glycinergic inhibitory postsynaptic pot

125 Large amplitude (> or = 9 mV) sIJPs or sEJPs with near-i

126 uronal activity was phase-locked not only to large amplitude (>7 SD from baseline) oscillatory events

127 nts of the VTA with neither group exhibiting large-amplitude h-currents.

128 2 is extended, suggesting the possibility of large amplitude H12 motions in solution.

129 Large amplitude heat pulses are seen in one state follow

130 Using this approach, we uncovered super-large amplitude helix motions that trace out a surprisin

131 Rough surface contact generated large amplitude, high-velocity "stick-slip-ring" events,

132 We combined the application of a novel large-amplitude/high-frequency voltage excitation with s

133 ssing methodology that in combination with a large-amplitude/high-frequency voltage waveform method,

134 mongst unicellular eukaryotes, consisting of large-amplitude highly concerted deformations of the ent

135 00 ms) current steps produced a stereotyped, large amplitude hyperpolarization (> 20 mV) terminated b

136 microM) did not affect the expression of the large amplitude hyperpolarization, but abolished the sub

137 painful arm than for the unaffected arm for large-amplitude imagined movements; controls exhibited s

138 erved phase variation is symmetric and has a large amplitude, implying a dayside brightness temperatu

139 ratios of 1.25 or lower, even for extremely large amplitudes in mRNA expression.

140 grip" on the primer terminus, as shown by a large amplitude increase in the nanosecond rotational mo

141 Here, by exciting large-amplitude infrared-active vibrations in a LaAlO3 s

142 roperties during AS-carbachol also displayed large-amplitude inhibitory synaptic potentials.

143 have long revealed the surface expression of large amplitude internal waves that propagate along dens

144 es of human ubiquitin that do not experience large-amplitude internal dynamics on the pico- to nanose

145 p (REM), often identified by the presence of large-amplitude irregular activity (LIA) and theta activ

146 An additional GABAergic component of large amplitude is only detected in a subpopulation of U

147 The S.D. for large amplitude JPs (approximately 30 ms), which was les

148 thod was also developed for compensating for large amplitude light scattering changes in turbid media

149 eviously unrecognized patterns of extensive, large-amplitude, long-duration, quasiperiodic repetition

150 ost-pathogen and host-parasitoid models show large-amplitude, long-period cycles resembling time seri

151 shape oscillations show an abrupt shift from large-amplitude, long-period oscillations to small-ampli

152 utcomes, including complete loss of mosaics; large-amplitude, long-term oscillations between land sta

153 Large-amplitude, long-wavelength mountain waves at heigh

154 Large-amplitude magnetization dynamics is substantially

155 site material to allow for the influences of large amplitude, membrane stretching in the neutral plan

156 tions in synaptic release, including causing large-amplitude miniature postsynaptic currents (mPSCs)

157 er injection and is uniquely attributed to a large-amplitude Mn-O distortion.

158 ffer complete (0- to 2pai) phase control and large amplitude modulation of scattered waves through th

159 it into reversible chiroptical function with large amplitude modulation.

160 nting by several orders of magnitude towards large-amplitude modulations of the antiferromagnetic ord

161 these conditions, pyramidal cells exhibited large amplitude monophasic GABAB inhibitory postsynaptic

162 Ss have to extend from the region describing large amplitude motion around the minimum to regions whe

163 f Qp quinol analog inhibitors implied that a large amplitude motion of the Rieske iron-sulfur protein

164 flexibility and length are required for the large amplitude motion.

165 t that TP-I and TPF4 disrupt the membrane by large-amplitude motion in the plane of the membrane.

166 ures of the lipid flippase MsbA, envisions a large-amplitude motion that disengages the nucleotide-bi

167 s between two binding sites on the axle in a large-amplitude motion typical of some synthetic molecul

168 CAA*TTG sequence indicated the presence of a large-amplitude motion.

169 y analyses also reveal that the N-glycan has large amplitude motions and the carbohydrate moiety inte

170 in and out motion, with A35 also undergoing large amplitude motions at picosecond-nanosecond timesca

171 relaxation process is occurring despite the large amplitude motions due to the flattening of the tet

172 Helix A undergoes large amplitude motions in apo-CaM; following calcium ac

173 to recognize that molecules could experience large amplitude motions in the crystalline state, especi

174 id-state deuterium NMR studies have detected large amplitude motions of the phosphate-sugar backbone

175 nstructured and highly flexible: it exhibits large amplitude motions on a picosecond timescale, littl

176 lear NOE measurements showed the presence of large amplitude motions on a subnanosecond timescale at

177 Large amplitude motions on the picosecond to nanosecond

178 g site is occluded by the Met20 loop display large amplitude motions on the picosecond/nanosecond tim

179 e hydrated protein is highly disordered with large amplitude motions.

180 Even up to 400 ps, energy remains trapped in large-amplitude motions comprised of torsion and asymmet

181 molecules on a protein surface promotes the large-amplitude motions of proteins that are required fo

182 Large-amplitude motions with a time constant of about 1.

183 contains selective sites that undergo fast, large-amplitude motions, including the phytol tails of t

184 nsporter reconstituted into nanodiscs reveal large-amplitude movement of helices that alter the orien

185 Large-amplitude mPSCs did not appear to be caused by mul

186 distinctive from that of ePSCs, and because large-amplitude mPSCs persisted under conditions that in

187 -68 (uncoordinated 68) essentially abolished large-amplitude mPSCs.

188 ents accompanied by robust CSD responses and large-amplitude multiunit activity.

189 ior to calcium activation, helix A undergoes large amplitude nanosecond motions.

190 ons and that in alpha5(-/-) mice, a class of large-amplitude nicotine-evoked currents is lost.

191 r ago also reveals early and late periods of large amplitude non-mass-dependent signals bracketing an

192 y evoking potent nondepressing EPSPs (termed large-amplitude, nondendrodendritic [LANDD] EPSPs).

193 re heteroclinic cycles yield oscillations of large amplitude (not robust against noise).

194 , or tuned by an external signal (allowing a large amplitude of changes in diffusivity of solutes in

195 e adenovirus-Fab cryo-EM density indicated a large amplitude of motion for the Fab and the RGD epitop

196 imitation of this procedure, however, is the large amplitude of the background current relative to th

197 The large amplitude of the oscillations, 35.8 +/- 2 arc seco

198 is investigated that takes advantage of the large amplitude of the transient portion of the faradaic

199 n the preceding parameters and the unusually large amplitudes of the active sleep-specific IPSPs, we

200 tom or molecule and pull the electron into a large-amplitude oscillation in which it repeatedly colli

201 because greater levels of enhancement induce large amplitude oscillations in incidence of all dengue

202 tence during the deep troughs of ADE-induced large amplitude oscillations of virus replication.

203 edator consuming the host (e.g. resulting in large amplitude oscillations, causing a severe drop in t

204 activity from the steady, repressed state to large-amplitude oscillations in chemical production.

205 e--would then be the critical factor causing large-amplitude oscillations in long-period systems.

206 Large-amplitude oscillations were found to occur in resp

207 orbital period is a key condition for these large-amplitude oscillations, because the outer part of

208 istically in this extended model to generate large amplitude oscillatory solutions that match the exp

209 Here we apply large-amplitude oscillatory shear to a monolayer of sepa

210 nts exhibit a decreasing ability to generate large-amplitude oscillatory signals at high frequencies,

211 eltaHind = 11.5-12.8 MJ/mol is mostly due to large-amplitude out-of-plane excitations, which contribu

212 est Canada and Namibia that capture multiple large-amplitude (over 10 per mil) negative carbon isotop

213 that P1 is the most mobile CheA domain, but large amplitude P2, P4, and P5 domain motions are also d

214 ration aggregated samples, we do observe the large amplitude picosecond CO geminate rebinding and fin

215 ed-mode oscillations (MMOs) characterized by large amplitude population bursts alternating with a ser

216 nel blocker 4-aminopyridine (4-AP) to induce large amplitude population spikes and 4-12Hz oscillatory

217 excitation in SG such that the frequency of large amplitude population spikes and the power of 4-12H

218 mplitude and power area but had no effect on large amplitude population spikes.

219 same prey species, lemmings, known for their large-amplitude population fluctuations.

220 video-EEG recordings, we found synchronized, large amplitude potentials resembling interictal spikes

221 ine (10 microM) exposure, however, prolonged large amplitude potentials, paroxysmal discharges, were

222 The model also predicts large-amplitude protein oscillations that coexist with t

223 ve signaling state of PYP is formed during a large-amplitude protein quake that is driven by the form

224 py, we detect Ca(2+) responses indicative of large-amplitude pulses.

225 In adenylate kinase (AK), this involves a large-amplitude rearrangement of the enzyme's lid domain

226 Large amplitude regenerative release of Ca2+ from IP3-se

227 These large-amplitude, relatively slow timescale, phenomena ar

228 ctrons are generated through the breaking of large-amplitude relativistic plasma waves created in the

229 structural flexibility, which includes slow large-amplitude reorientations of its helices with respe

230 those of the direct pathway, as they exhibit large amplitude responses, short-term facilitation and p

231 retraction while the same stimulation evokes large-amplitude rhythmic whisker movement in a small cau

232 ust and highly patterned, taking the form of large amplitude, rhythmic, and wide-ranging waves of exc

233 e fusion of membranes and vesicles, we found large-amplitude, rigid-body wobbling motions on the nano

234 ight form and frequency to resonantly excite large-amplitude Rossby waves in these oceans.

235 fast conformational motions is critical for large-amplitude rotational motion in crystals.

236 a large decay in the anisotropy, indicating large-amplitude rotational motion with correlation times

237 and increased variability in the accuracy of large-amplitude saccades that were confined to rightward

238 The proportion of high P(o), large amplitude SCCaFTs grew with time, suggesting that

239 through a bifurcation, triggering rapid and large-amplitude self-actuation.

240 Such large-amplitude sequence-dependent backbone fluctuations

241 three of these transitions are possible with large amplitude shocks, so that the probability of defib

242 l-amplitude, persistent PIP3 signals and for large-amplitude, short PIP3 signals.

243 Nav current (INa) is a large-amplitude, short-duration spike generated by rapid

244 ST shocks evoked large-amplitude, short-latency, glutamatergic EPSCs (ST-

245 eme pocket, (ii) the xenon cavities prior to large amplitude side chain conformational relaxation, an

246 Large-amplitude side-chain motions are observed for regi

247 urves, translating figure eights, small- and large-amplitude sine curves, serpentine shapes, circles,

248 urface residues that bends the membrane in a large-amplitude sinusoidal wave, resulting in bilayer th

249 Large amplitude sIPSCs occurred singularly or in discret

250 Large-amplitude sleep slow oscillations group faster neu

251 The rat hippocampus exhibits a large-amplitude slow oscillation (<1.5 Hz) during deep s

252 The presence of large-amplitude, slow waves in the EEG is a primary char

253 llowing HFS, the EEG shifted to a continuous large-amplitude, slow-wave pattern within the 0.5-8.0 Hz

254 nel blockers (Ni2+ and mibefradil) inhibited large-amplitude SMOCs without affecting the small-amplit

255 lution, micrometer-sized defects evolve into large-amplitude sound waves.

256 boring helical residue A22 that give rise to large amplitude spatially correlated twisting and bendin

257 Mossy cells have a higher frequency of large amplitude spontaneous depolarizing postsynaptic po

258 ly 70% of energized mitochondria we observed large amplitude spontaneous fluctuations in DeltaPsim wi

259 made in dopamine neurons revealed rhythmic, large amplitude spontaneous IPSCs that had a similar fre

260 Imaging the brain during rest reveals large-amplitude spontaneous low-frequency (<0.1 Hz) fluc

261 ogical indicators often are characterized by large-amplitude state transitions that can persist for d

262 Large-amplitude static configurations can be described a

263 of spin torque oscillators in the regime of large-amplitude steady oscillations experimentally and a

264 oid belt are inevitable, it is expected that large-amplitude stochastic variations on 10(7)- to 10(8)

265 ect real-time probe of the dynamics of these large-amplitude strains and shape changes in few-nanomet

266 These functional properties often involve large-amplitude strains and structural modifications, an

267 DNA makes the molecule more amenable to the large-amplitude structural rearrangements that must occu

268 Specifically, we discover a novel large-amplitude super-synchronized state separated from

269 ermanent surface displacements in Alaska and large-amplitude surface waves throughout western North A

270 In contrast, during large-amplitude swallows, the hinge muscle mediates dors

271 irst, we use high-speed filming to show that large-amplitude swimming movements with bending along mu

272 The first step involves a large-amplitude swing that reorients stem C.

273 Furthermore, isolated, large-amplitude synaptic events (>100 pA) occurred more

274 fers has long been known to induce rhythmic, large amplitude, synchronized spontaneous neuronal burst

275 about the membrane normal axis of reasonably large amplitude that does not change upon cleavage with

276 their crystal structure, which helps reduce large-amplitude thermal motions.

277 Previous work showed that large-amplitude theta frequency oscillations occurred in

278 gns of fluidic actuators achieve motion with large amplitudes, they require large amounts of supplied

279 burst duration away from long duration with large amplitude towards short duration, lower amplitude

280 mma-ray radiation generated by stimulating a large-amplitude transverse oscillation of a continuously

281 al feedback projections and other sources of large-amplitude unitary EPSPs, function to provide a tim

282 estion of how do electrical responses with a large amplitude variation give rise to deterministic mus

283 Large amplitude variations in atmospheric CO2 were assoc

284 High frequency, large amplitude variations in carbon isotopes during the

285 The latter are corrected for large amplitude vibrational motions to give differences

286 The large-amplitude vibrational motion associated with molec

287 system that challenges our understanding of large-amplitude vibrational motion.

288 By exciting large amplitude vibrations in dinitrogen tetraoxide, we

289 bserved, and indirect evidence suggests that large-amplitude vibrations of reactant molecules can exc

290 the emissions seen in similar systems where large-amplitude vibrations were not involved.

291 how the seizure recruits brain regions into large amplitude voltage fluctuations provides novel info

292 n of rapidly fluctuating (as high as 14 kHz) large-amplitude voltage clamp waveforms to ion channels.

293 to 5 mM caused a burst of high frequency and large amplitude waves.

294 Moreover, landslides create large-amplitude waves upon impact with the brine pool, s

295 s seismic free oscillations have anomalously large amplitude when referenced to the Harvard Centroid

296 In contrast, during large-amplitude whisker movements and general motor acti

297 temporal dynamics of the correlation between large-amplitude whisker movements and respiratory rhythm

298 Only a fraction (~13%) of all large-amplitude whisker movements occurred during episod

299 uded quiet immobility, exploratory whisking (large-amplitude whisker movements), and whisker twitchin

300 e inner disk, causing repetitive patterns of large-amplitude X-ray variability (oscillations) on time