ライフサイエンスコーパス: electrical stimulation

1 s to perception using combined recording and electrical stimulation.

2 increased synaptic vesicle release evoked by electrical stimulation.

3 gonized dopamine release induced by cortical electrical stimulation.

4 ate release (in vivo microdialysis) upon ILC electrical stimulation.

5 augmentation of Ca(2+) transients evoked by electrical stimulation.

6 ite growth as a cell-specific alternative to electrical stimulation.

7 rified and control rats underwent programmed electrical stimulation.

8 ronic visual implant after prolonged chronic electrical stimulation.

9 ional diversity of STN neurons: responses to electrical stimulation.

10 luding neurotrophic factors, topography, and electrical stimulation.

11 altered the response of oligodendrocytes to electrical stimulation.

12 positively correlated with the frequency of electrical stimulation.

13 s better frequency resolution than monopolar electrical stimulation.

14 as been largely unexplored in the context of electrical stimulation.

15 flexibility beyond the means of conventional electrical stimulation.

16 he PC inhibitory synaptic currents evoked by electrical stimulation.

17 tochondria accumulated Ca(2+) in response to electrical stimulation.

18 supplementation, radiant heat dressings, and electrical stimulation.

19 behaving nonhuman primates induced by paired electrical stimulation.

20 activation of two cortical sites with paired electrical stimulation.

21 hich saccadic eye movements were evoked with electrical stimulation.

22 inal ganglion cells respond to extracellular electrical stimulation.

23 vailable previously with pharmacological and electrical stimulation.

24 with the same procedures as EA except for no electrical stimulation.

25 nd, how does a BDNF-treated nerve respond to electrical stimulation?

26 ion increased more profoundly after applying electrical stimulation along the direction of the aligne

27 this activity either pharmacologically or by electrical stimulation alters the spatial pattern of apo

28 Using electrical stimulation and an optogenetic approach in br

29 2-NBDG) uptake in primary myotubes, but only electrical stimulation and ATP-dependent 2-NBDG uptake w

30 pology analysis revealed differences between electrical stimulation and ECoG that were partially rela

31 Electrical stimulation and exogenous drugs can reactivat

32 Connectivity maps derived from electrical stimulation and from resting electrocorticogr

33 Using HDB electrical stimulation and in vivo pharmacology, we find

34 can translocate into synapses in response to electrical stimulation and it interacts with subtypes of

35 Both electrical stimulation and optogenetic studies have show

36 Simultaneous electrical stimulation and recording using multi-electro

37 ke stable single-neuron responses to chronic electrical stimulation and to carry out longitudinal stu

38 imulation (a combination of peripheral nerve electrical stimulation and transcranial magnetic stimula

39 We used laser ablations, electrical stimulation, and activity recordings in desce

40 because it is more specific than traditional electrical stimulation, and allows a higher temporal res

41 ort latency (50 ms) following burst-like PFC electrical stimulation, and the magnitude of this suppre

42 The rules of paired electrical stimulation are best understood for protocols

43 tion, other therapies, such as neuromuscular electrical stimulation, are emerging.

44 different neurons) is greatly complicated by electrical stimulation artifacts across the array, which

45 DATION 3: ACP recommends that clinicians use electrical stimulation as adjunctive therapy in patients

46 Patients treated with electrical stimulation as an adjunct for bone healing ha

47 Physiological and electrical stimulations as well as plasticity-modifying

48 We show that 25 minutes of transcranial electrical stimulation, as predicted, reduced the decay

49 The increases in [Ca(2+) ]m during electrical stimulation at 0.1 Hz were rapid (rise time =

50 ing periods of both tasks, subjects received electrical stimulation at 50 Hz.

51 er-pressing thousands of times per hour, for electrical stimulation at the same site that provokes fe

52 uli were applied in each patient by means of electrical stimulations at active and control sites and

53 Electrical stimulation, ATP, and insulin each increased

54 ver, our findings might help to improve drug/electrical stimulation-based therapy to accelerate locom

55 as been proposed as an alternative method to electrical stimulation because of its spatial selective

56 ng medium [cerebrospinal fluid (CSF)], or by electrical stimulation (both experimentally and clinical

57 Voluntary breathing-controlled electrical stimulation (BreEStim), a novel non-invasive

58 (IPSCs) along IPSC trains evoked by the 5 Hz electrical stimulation, but, surprisingly, decreased dep

59 Although deep brain electrical stimulation can alleviate the motor symptoms

60 Transcranial electrical stimulation can entrain slow-wave oscillation

61 om-built interferometer, we demonstrate that electrical stimulation can evoke both fast broadband and

62 on, this mechanism provides a means by which electrical stimulation can generate behavioral effects t

63 Here, we test the hypothesis that targeted electrical stimulation can modulate neural encoding stat

64 These results demonstrate that electrical stimulation can promote recovery of motor fun

65 presentation, resembling self-feeding, where electrical stimulation causes the closing hand to approa

66 to atrial arrhythmias under rapid programmed electrical stimulation compared with the PMCA1(loxP/loxP

67 anges in cell length and diameter induced by electrical stimulation, confers remarkable sensitivity a

68 Neuromuscular electrical stimulation continually displayed contraction

69 In contrast, neither optical nor electrical stimulation could elicit striatal DA release

70 nt awake intraoperative mapping using direct electrical stimulation during a melody repetition task.

71 while treatment with carbachol or long-term electrical stimulation enhances GDNF production by skele

72 Here we demonstrate for the first time that electrical stimulation enhances meniscus cell migration

73 Here, we report that electrical stimulation (ES) accelerates wound healing by

74 Brief postsurgical electrical stimulation (ES) has been shown to enhance pe

75 Electrical stimulation (ES) is known to promote cutaneou

76 Muscle contraction elicited by electrical stimulation (ES) of nerves partially protects

77 earch has provided evidence that noninvasive electrical stimulation (ES) of the eye may be a promisin

78 single EPSPs are approximately 5 mm Stronger electrical stimulation evoked small plateau potentials t

79 has eight or more multisensory domains where electrical stimulation evokes different complex motor be

80 ogical systems was first appreciated through electrical stimulation experiments performed by Luigi Ga

81 Using a combination of in vivo protocols (electrical stimulations, extracellular recordings, and p

82 ain computer interface (BCI) with functional electrical stimulation (FES) can restore voluntary contr

83 eral muscles and nerves, known as functional electrical stimulation (FES).

84 toring this impairment is through functional electrical stimulation (FES).

85 of optogenetic follow-up of less-publicized electrical stimulation findings.

86 f stimulus speed, confirming the fidelity of electrical stimulation for biologically relevant visual

87 ntrolled trials to establish the efficacy of electrical stimulation for bone healing.

88 t studies have suggested positive effects of electrical stimulation for memory enhancement, its poten

89 Other alternative modes of electrical stimulation for urge incontinence are also br

90 It is well established that electrical-stimulation frequency is crucial to determini

91 unt of biological damage that can occur from electrical stimulation from a CI placed in the cochlea,

92 d to control leg muscles with high-precision electrical stimulation from the cortical surface.

93 Electrical stimulation had no consistent effect when app

94 The question of whether electrical stimulation has a similar effect to that of a

95 ents; however its effectiveness against sham electrical stimulation has not been investigated.

96 Transcranial electrical stimulation has widespread clinical and resea

97 non-specific stimulation characteristics of electrical stimulation, i.e., the spread of electric fie

98 In contrast to earlier work, electrical stimulation impaired memory performance signi

99 ifestations induced by intracerebral bipolar electrical stimulation in 172 patients suffering from dr

100 phic recordings obtained during intracranial electrical stimulation in a cohort of three medication-r

101 First, electrical stimulation in a lateral region of area 5 evo

102 the short-term efficacy of PTNS against sham electrical stimulation in adults with faecal incontinenc

103 tion, approximately 10 ms after the start of electrical stimulation in frog muscle fibres at 4 degree

104 tion, approximately 10 ms after the start of electrical stimulation in frog muscle fibres at 4 degree

105 al value representations by applying caudate electrical stimulation in macaque monkeys (n = 3) to bia

106 and aversiveness and habituation of painful electrical stimulation in mediating the analgesia effect

107 ed the paired-pulse ratio of EPSCs evoked by electrical stimulation in slices from cocaine-experience

108 A brief overview of cortical electrical stimulation in the blind is provided, followe

109 gy of blindness, and the history of cortical electrical stimulation in the context of visual prosthet

110 Therefore, arm movements induced by electrical stimulation in the monkey SC represent a furt

111 cologically in human subjects and by central electrical stimulation in the monkeys.

112 onfer significant clinical benefit over sham electrical stimulation in the treatment of adults with f

113 Moreover, the effect of BNST electrical stimulation, in terms of suppression of compu

114 A multiscale model of transcranial electrical stimulation including a finite element model

115 Brain energy consumption induced by electrical stimulation increases systemic glucose tolera

116 Rapid optogenetic silencing and electrical stimulation indicated that short-latency path

117 pecific agonist LY354740 in conjunction with electrical stimulation induced postsynaptic LTP.

118 We report that the electrical-stimulation-induced force enhancements were c

119 Electrical stimulation is a common adjunct used to promo

120 component of IPSCs elicited by intrastriatal electrical stimulation is almost exclusively mediated by

121 Electrical stimulation is an important tool in neuroscie

122 PF after tDCS demonstrates that non-invasive electrical stimulation is capable of modifying synaptic

123 king saccadic eye movements when low current electrical stimulation is coupled to optical stimulation

124 l of oscillatory frequency, whereas constant electrical stimulation is not feasible due to electroche

125 ed to optical stimulation compared with when electrical stimulation is used alone.

126 We paired cVNS with kilohertz electrical stimulation (KES) nerve block to preferential

127 ting the BF motivational salience signal via electrical stimulation led to faster and more precise RT

128 Transcutaneous low-level tragus electrical stimulation (LLTS) suppresses atrial fibrilla

129 Under electrical stimulation, microspheres exhibited robust mo

130 In addition, programmed electrical stimulation near the murine pulmonary vein de

131 assessed the effectiveness of neuromuscular electrical stimulation (NMES) as a home-based exercise t

132 ecause of constraints on pharmacological and electrical stimulation, noninvasive excitation and inhib

133 Bipolar direct electrical stimulation of a cortical area in the collate

134 vo performance and long term stability under electrical stimulation of a new electrode material fabri

135 A combination of electrical stimulation of affected muscles with suggesti

136 We have used electrical stimulation of afferent fibres coupled with w

137 sponses were elicited by natural stimuli and electrical stimulation of all segments from C4 to L6, a

138 d coding with current prostheses is based on electrical stimulation of auditory neurons and has limit

139 ted in a reduction of synaptic strength, and electrical stimulation of axons evoked a widespread, lon

140 trast, low frequency (1 Hz, 180 repetitions) electrical stimulation of axons or network subpopulation

141 study, we investigated the possibility that electrical stimulation of canal afferents could be used

142 In the heart, electrical stimulation of cardiac myocytes increases the

143 Both high-frequency electrical stimulation of cortical inputs and theta burs

144 pyramidal neurons elicited by repeated 5 Hz electrical stimulation of dmPFC layer I or by optogeneti

145 sic increases in NAc dopamine resulting from electrical stimulation of dopamine cell bodies in the ve

146 In the anesthetized rats, optogenetic and electrical stimulation of dopamine cells elicited physio

147 Electrical stimulation of dopaminergic (DAergic) pathway

148 nervating the turtle posterior crista during electrical stimulation of efferent neurons, in combinati

149 Electrical stimulation of endogenous enteric neurons was

150 erception of visual scenes, demonstrate that electrical stimulation of higher order visual areas can

151 Single-pulse electrical stimulation of ipsilateral frontal cortex led

152 Conversely, electrical stimulation of layer 1 could terminate an ong

153 Focal electrical stimulation of layer V neurons in M1 mimickin

154 measure changes in odor responses following electrical stimulation of LC in anesthetized mice.

155 Consistent with this, electrical stimulation of LHb did not evoke DA-like sign

156 erebrate ferrets that were conditioned using electrical stimulation of mossy fiber and climbing fiber

157 Electrical stimulation of mossy fibers (MFs) as well as

158 Electrical stimulation of motor cortex augments sproutin

159 We hypothesized that electrical stimulation of motor cortex in the intact hem

160 es have directly linked cortical activity to electrical stimulation of muscles, and have thus restore

161 mputationally design stimulation signals for electrical stimulation of neuronal tissue that preserve

162 an regain limb movements through coordinated electrical stimulation of peripheral muscles and nerves,

163 Electrical stimulation of retinal neurons with an advanc

164 oot from a weak acid solution by chemical or electrical stimulation of selected parts of the central

165 Electrical stimulation of specific areas deep in the bra

166 Electrical stimulation of surviving retinal neurons prov

167 In the same patient, localized electrical stimulation of the amygdala reproduced the ap

168 rred with apnea and oxygen desaturation, and electrical stimulation of the amygdala reproduced these

169 Electrical stimulation of the auditory periphery organ b

170 First, we found that electrical stimulation of the basal forebrain increased

171 tude, and the same neurons were excited upon electrical stimulation of the CA1.

172 In the isolated (ex vivo) brain, electrical stimulation of the CeA, or the neighboring be

173 cyclic voltammetry before, during and after electrical stimulation of the cells.

174 geal nerve (RLN) transection and mimicked by electrical stimulation of the central cut ends of an RLN

175 smitters, with the signals mediating through electrical stimulation of the central nervous system (CN

176 races are formed in the brain when the CS is electrical stimulation of the cerebral cortex in conditi

177 Electrical stimulation of the colon evoked a tetrodotoxi

178 ortion of pallidal neurons that responded to electrical stimulation of the cortico-subthalamic system

179 As expected, electrical stimulation of the dLGN induced fast and loca

180 Electrical stimulation of the dorsal raphe (DR) and vent

181 In rats, electrical stimulation of the dorsal raphe lowered movem

182 ing these IHC efferent synapses, we combined electrical stimulation of the efferent fibres with patch

183 nly currently available complete revision of electrical stimulation of the entire parietal cortex wit

184 of an artificial hand can be induced via the electrical stimulation of the hand section of the somato

185 in rodents [20-22] and humans [23], whereas electrical stimulation of the hippocampus after learning

186 after hippocampal ripple activity, and that electrical stimulation of the hippocampus excites the sa

187 tial studies were performed after repetitive electrical stimulation of the ictal onset zone.

188 In rats, brief electrical stimulation of the infralimbic cortex has bee

189 Low-intensity electrical stimulation of the ipsilateral hindlimb in aw

190 d solely by their characteristic response to electrical stimulation of the lateral geniculate nucleus

191 Electrical stimulation of the lateral hypothalamus (LH)

192 nd this response compared with the effect of electrical stimulation of the LC.

193 esponses in the FG and the causal effects of electrical stimulation of the left or right FG in face p

194 Electrical stimulation of the LHA induces voracious feed

195 ances into the esophagogastric junction, and electrical stimulation of the lower esophageal sphincter

196 Recently, it was shown in rats that epidural electrical stimulation of the lumbar spinal cord can rep

197 enhancement of the blink reflex elicited by electrical stimulation of the median nerve (hand-blink r

198 Because electrical stimulation of the mesencephalic locomotor re

199 Electrical stimulation of the motor cortex in the rat ca

200 rization of the superficial layers evoked by electrical stimulation of the motor layers.

201 ents, hippocampal LTP may be induced through electrical stimulation of the perforant path.

202 For example, electrical stimulation of the PPT region during sleep le

203 In contrast, electrical stimulation of the pulvinar induced fast and

204 Electrical stimulation of the recording site prevented t

205 Short-lived phasic electrical stimulation of the region of the nucleus accu

206 do with their native vision, confirming that electrical stimulation of the retina provides spatial in

207 Electrical stimulation of the rostral ventromedial medul

208 ning for timing differences during bilateral electrical stimulation of the round windows differed mar

209 Recent studies have shown that electrical stimulation of the RVM produces pain facilita

210 Female F344BN rats underwent unilateral electrical stimulation of the sciatic nerve to mimic res

211 matosensory-evoked potentials in response to electrical stimulation of the sciatic nerve.

212 ated dopamine was monitored before and after electrical stimulation of the striatum region, showing a

213 brain tissue for monitoring dopamine during electrical stimulation of the striatum region.

214 Finally, we demonstrate that electrical stimulation of the substantia innominata of t

215 Here we show that neuromodulatory electrical stimulation of the supplementary motor comple

216 alographic (EEG) recordings over the iS1 and electrical stimulation of the ulnar nerve at the wrist,

217 the NTS in anaesthetized rats in response to electrical stimulation of the vagus and activation of ca

218 Here, we sought to determine whether electrical stimulation of the vagus nerve attenuates kid

219 ent options include bionic devices employing electrical stimulation of the visual pathways.

220 which a cue predicted lever availability for electrical stimulation of the VTA.

221 Here, we use single-impulse electrical stimulation of the whisker pad in the anesthe

222 rovides compelling, first-person accounts of electrical stimulation of this brain network and suggest

223 Electrical stimulation of vestibular efferent neurons ra

224 nervating the turtle posterior crista during electrical stimulation of vestibular efferents while app

225 relies on the activation of eye movements by electrical stimulation of vestibular organs in the inner

226 r phosphenes, the visual percepts created by electrical stimulation of visual cortex, is fundamental

227 al geniculate body (MGB) simultaneously with electrical stimulations of the basal forebrain (BF) in u

228 Long-Evans rats received 99 electrical stimulations of the hippocampus, amygdala, or

229 We reviewed 651 electrical stimulations of the insula that were performe

230 A total of 642 electrical stimulations of the insula were performed in

231 d in 7.6% of the 541 evoked sensations after electrical stimulations of the insula.

232 ession demonstrated the common impact of the electrical stimulation on a stereotypic connectome of co

233 rted from the hypothesis that the effects of electrical stimulation on essential tremor may be phase

234 detail about the devices and the effects of electrical stimulation on perception and neurophysiology

235 sAHP simultaneously eliminated the effect of electrical stimulation on seizure reduction entirely.

236 ong-term depression induced by low frequency electrical stimulation or (RS)-3,5-dihydroxyphenylglycin

237 h-clamp recordings in combination with local electrical stimulation or glutamate uncaging to analyze

238 (ERPs) while participants underwent painful electrical stimulation or witnessed that another person

239 hancing proprioceptive afferents activity by electrical stimulation; or (2) diminishing their input b

240 ith schizophrenia, we applied noninvasive dc electrical stimulation over the medial-frontal cortex.

241 careful electrode insertion, optimization of electrical stimulation parameters and modification of im

242 We optimize pulsatile direct current electrical stimulation parameters on cells at the micro-

243 Electrical stimulation patterns were designed to reprodu

244 t feature of the production of phosphenes by electrical stimulation: phosphene size saturates at a re

245 Following subthreshold electrical stimulation, postsynaptic sodium entry is alm

246 Electrical stimulation produced proprioceptive afferent

247 iac excitability, an important complement to electrical stimulation, promises important discoveries a

248 Sebastian et al. demonstrate that electrical stimulation promotes reinnervation and neural

249 face leg motor cortex activity with epidural electrical stimulation protocols to establish a brain-sp

250 d were tested in the presence and absence of electrical stimulation provided by an electrode implante

251 order harmonics in the frequency spectrum of electrical stimulation pulses may contribute to neuromod

252 stain millions of mechanical stretch cycles, electrical stimulation pulses, and chemical injections.

253 riatal slices revealed that both optical and electrical stimulation readily elicited DA release in co

254 ts suggest that acetylcholine and short-term electrical stimulation reduce GDNF secretion, while trea

255 Intracardiac electrical stimulation revealed that both miR-17-92 and

256 combination of pharmacological inactivation, electrical stimulation, single-unit recordings, and targ

257 Here we review the classic findings from electrical stimulation studies and integrate them with m

258 orm for ex vivo analysis of the brain during electrical stimulation, such as DBS.

259 of long-term potentiation by high-frequency electrical stimulation, synapses between CA3 and CA1 pyr

260 al model of CPG network, and a neuromuscular electrical stimulation system to evoke rhythmic movement

261 a custom-built high-resolution neuromuscular electrical stimulation system.

262 Using noninvasive transcranial magnetic and electrical stimulation techniques, we examined electroph

263 studies used pharmacological inactivation or electrical stimulation techniques, which lack temporal p

264 Electrical stimulation tended to bias the animals' judgm

265 t to optogenetic interventions, transcranial electrical stimulation (TES) does not require cellular m

266 Transcranial electrical stimulation (tES) is a neuromodulatory techni

267 dy, we adopted an animal model of peripheral electrical stimulation that includes an amplitude-adapte

268 , synaptically released glutamate induced by electrical stimulations that concurrently activated both

269 nucleus elicited by repetitive extracellular electrical stimulation.The STP(GABA) required extracellu

270 We first applied high-frequency (100 Hz) electrical stimulation through the implanted electrodes

271 opulation responses to single- and dual-site electrical stimulation to begin to reveal some of the pr

272 We used antidromic electrical stimulation to identify V1 neurons that proje

273 Optogenetics provides an alternative to electrical stimulation to manipulate membrane voltage, a

274 detect optical signals and apply programmed electrical stimulation to optic nerves with minimum mech

275 Here we tested whether brief electrical stimulation to the amygdala could enhance dec

276 immediately followed by brief, low-amplitude electrical stimulation to the amygdala.

277 d loop brain-machine interface that delivers electrical stimulation to the dorsal column (DCS) of the

278 ubthreshold and suprathreshold somatosensory electrical stimulation to the left or right index finger

279 gger full ictal events, even with additional electrical stimulation to the underlying white matter.

280 Here, we systematically applied electrical stimulations to areas 8Av and 45 of two macaq

281 Electrical stimulation transiently elevated extracellula

282 Electrical stimulation triggered contraction of cells in

283 sue of Neuron, Parvizi et al. show that mild electrical stimulation using depth electrodes in the bra

284 chnique that allowed delivery of low-current electrical stimulation via 100 mum-diameter microelectro

285 Inducibility during programmed electrical stimulation was achieved in 34.4% and 19.2% o

286 Repetitive 80 Hz electrical stimulation was applied to disrupt cutaneous

287 obability of symptoms transiently induced by electrical stimulation was delineated on a 3D average su

288 ntly, the illusion was not elicited when the electrical stimulation was delivered asynchronously or t

289 The disparity between optical and electrical stimulation was eliminated when ChR2 was expr

290 the ears were pharmacologically deafened and electrical stimulation was repeated in the deafened cond

291 Local electrical stimulation was used to evoke dopamine releas

292 where ripple activity was perturbed by timed electrical stimulation were indeed characterized by incr

293 Multielectrode recordings and visual and electrical stimulation were performed on populations of

294 arms; furthermore, the expanded areas after electrical stimulation were positively correlated with a

295 Thresholds for electrical stimulation were similar in all five cell typ

296 A total of 1186 electrical stimulations were included in the analysis, o

297 tion, is a potentially better alternative to electrical stimulation widely used in current retinal pr

298 Here we combined direct electrical stimulation with recordings from the cortical

299 BF activity and consistently triggered by BF electrical stimulation within 5-10 msec.

300 We applied electrical stimulation within the optic lobe to investig