ライフサイエンスコーパス: electrophysiologically

1 e region of D1-D3 representation (identified electrophysiologically).

2 AR composition toward NR2A or NR2B, as shown electrophysiologically.

3 rd function in sensory pathways investigated electrophysiologically.

4 d related functional changes were identified electrophysiologically.

5 ally, histologically, ultrastructurally, and electrophysiologically.

6 to the percentage of active neurons defined electrophysiologically.

7 eflects the capacity of the heart to remodel electrophysiologically.

8 have been difficult or impossible to detect electrophysiologically.

9 an embryonic kidney cells, and characterized electrophysiologically.

10 inhibit T stellate cells, are distinguished electrophysiologically.

11 hydryl-specific reagent pCMBS(-) was assayed electrophysiologically.

12 abducens internuclear pathway as determined electrophysiologically.

13 Junctional conductance was measured electrophysiologically.

14 n Xenopus oocytes by oxidation were examined electrophysiologically.

15 or fura-2, and transmitter release, measured electrophysiologically.

16 how limited phenotypic changes when analyzed electrophysiologically.

17 although it appears to be so clinically and electrophysiologically.

18 minutes following MCAO, and SD was detected electrophysiologically.

19 oma-axon configuration and synapses explored electrophysiologically.

20 e that differ molecularly, anatomically, and electrophysiologically.

21 ver-affected peers, both hemodynamically and electrophysiologically.

22 of beta2M286C-pCMBS bond formation, tracked electrophysiologically.

23 mammalian systems, both morphologically and electrophysiologically.

24 set of criteria to identify dopamine neurons electrophysiologically.

25 on and the sensory ganglionopathy documented electrophysiologically.

26 ng dendrites while recording neuronal somata electrophysiologically.

27 as expressed in Xenopus oocytes and analyzed electrophysiologically.

28 ted to be phosphorylation sites and examined electrophysiologically.

29 Electrophysiologically, 11-year-olds evidenced superiori

30 rtical representation of the hand was mapped electrophysiologically 15-25 weeks after the dorsal root

31 ral C2 spinal cord hemisection was confirmed electrophysiologically 24 h after injury.

32 gh extensively studied both behaviorally and electrophysiologically, a general theoretical framework

33 nd isochrones identified: 1) the location of electrophysiologically abnormal infarct substrate; 2) th

34 r, these results show that the repertoire of electrophysiologically active 5-HT receptors in prefront

35 naive human neuroepithelial cell becomes an electrophysiologically active neuron remains unknown.

36 ved from pluripotent stem cells develop into electrophysiologically active neurons at heterogeneous r

37 tent stem cell (iPSC)-derived NPCs, yielding electrophysiologically active neurons within just 3 wk.

38 te human induced pluripotent stem cells into electrophysiologically active RGCs.

39 d density of dendritic spines and numbers of electrophysiologically active synapses after exposure to

40 Although donor-derived neurons were electrophysiologically active within chimeric regions, t

41 demonstrated, however, it is unknown whether electrophysiologically-active somatic cells derived from

42 D3-receptor-expressing pyramidal neurons are electrophysiologically and anatomically separable from n

43 rom adult transgenic mice were characterized electrophysiologically and anatomically.

44 E activity by several nucleotides, monitored electrophysiologically and biochemically, is reversed by

45 he acetylcholine receptor (AChR) as measured electrophysiologically and by imaging techniques.

46 ctivation of thalamic axons was demonstrated electrophysiologically and by two-photon sampling of cal

47 In electrophysiologically and functionally identified brady

48 nosynaptic group II input were characterized electrophysiologically and labeled intracellularly with

49 jaw representations in rat S1 was determined electrophysiologically and marked by dye iontophoresis i

50 In the rat, we electrophysiologically and morphologically characterized

51 nds, upper Layer 2/3 ChCs belong to a single electrophysiologically and morphologically defined popul

52 a functional diversity of GABAA receptors in electrophysiologically and morphologically identified co

53 e-cell patch-clamp recordings were made from electrophysiologically and morphologically identified SP

54 e coupled transport of Cl- and H+ determined electrophysiologically and on protein structure determin

55 , while ICa, Q and Ca2+ release were studied electrophysiologically and optically under voltage-clamp

56 activity state of the local neuronal circuit electrophysiologically and optically.

57 lian cochlear nuclei was probed and compared electrophysiologically and pharmacologically with the ra

58 very the extent of regeneration was assessed electrophysiologically and the percentage area of collag

59 ts that the capacity of the heart to remodel electrophysiologically and to manifest memory during dev

60 94 (Derm-A594), desensitization was measured electrophysiologically and trafficking was followed by t

61 We detected this reduction both electrophysiologically and ultrastructurally.

62 of these cross-linked channels were examined electrophysiologically and were found to have gating pro

63 Neuroanatomical tracers were injected into electrophysiologically and/or architectonically defined

64 ctivated neurons which are identified either electrophysiologically and/or immunocytochemically.

65 vitro by their expression of EGFP, analyzed electrophysiologically, and described in morphological d

66 We distinguish it clinically, electrophysiologically, and genetically from previously

67 ts with CMT2P were characterized clinically, electrophysiologically, and genetically.

68 nsitive temporoammonic-CA1 synapse, measured electrophysiologically, and increased levels of the GluA

69 L-type channels have been well characterized electrophysiologically, and many such studies have demon

70 ptide-channel interaction have been explored electrophysiologically, and these studies have identifie

71 nding to the downregulation of I(DS) defined electrophysiologically around hatching.

72 effects of these lipid signals are detected electrophysiologically as CB1-dependent alterations in c

73 was expressed in Xenopus oocytes and studied electrophysiologically as well as with [3H]GABA flux; GA

74 In cats, electrophysiologically assessed neuronal plasticity is m

75 The results showed that electrophysiologically at least two types of cells exist

76 synaptic vesicle fusion, which was monitored electrophysiologically at millisecond time resolution.

77 ndividual proton binding-unbinding reactions electrophysiologically at the level of a single proton o

78 lthough hemichannel opening was not detected electrophysiologically at the resting potential, infrequ

79 ough L-type Ca2+ channels (ICa) was measured electrophysiologically at the same time as Ca2+ influx w

80 in the mammalian brain has not been studied electrophysiologically at the single-unit level.

81 corresponding constructs were characterized electrophysiologically, at the single-channel level.

82 Rs at PC-BC and PC-MC synapses was confirmed electrophysiologically, based on measures of spermine-de

83 hen no statistical differences were observed electrophysiologically between db/db and db/+ mice studi

84 Marked changes were identified electrophysiologically (bradycardia and prolonged QT int

85 sory afferent nerves in vivo can be obtained electrophysiologically by extracellular recording of act

86 stinkbug, Nezara viridula, were investigated electrophysiologically by single-cell recordings and sta

87 These observations were confirmed electrophysiologically by the measured urethral sphincte

88 blished functional synapses, as demonstrated electrophysiologically by the presence of an H-reflex.

89 l and mesophyll protoplasts was investigated electrophysiologically (by microelectrode impalement and

90 paraffin-embedded 6-microm sections, and (b) electrophysiologically, by counting the number of 400 mi

91 ivery techniques do not allow researchers to electrophysiologically characterize cells and to thereby

92 chemistry, we demonstrate in this study that electrophysiologically characterized auditory neurons ca

93 Based on retrograde tracer injections in electrophysiologically characterized cortical loci, we s

94 as applied to individual morphologically and electrophysiologically characterized local interneurons.

95 In addition, intracellular dye filling of electrophysiologically characterized progenitor cells in

96 as explored using post hoc immunostaining of electrophysiologically characterized rat alpha-MNs in vi

97 Visually identified and electrophysiologically characterized sympathetic pregang

98 of FS and LTS cells were reconstructed from electrophysiologically characterized, biocytin-filled ce

99 acellularly recorded and morphologically and electrophysiologically characterized.

100 The enhanced I(h) electrophysiologically compensates for the enhanced I(A)

101 ous diffraction in crystals grown in Br-, an electrophysiologically competent Cl- analogue, the well-

102 These studies electrophysiologically confirm a pathway between the MPO

103 tic cerebellar degeneration groups developed electrophysiologically confirmed Lambert-Eaton myastheni

104 t six patients with clinically diagnosed and electrophysiologically confirmed motor neurone disease (

105 ching in the absence of myasthenic symptoms, electrophysiologically confirmed to be neuromyotonia.

106 Under whole-cell patch clamp, the DMS is electrophysiologically contiguous with the peripheral pl

107 ntennal lobe projection neurons, as observed electrophysiologically, could parsimoniously underlie th

108 y, cells of each type located in the RM were electrophysiologically defined and intracellularly fille

109 and had sharp, histochemically apparent and electrophysiologically defined borders.

110 cipal lateral reticular nucleus (LRN) to the electrophysiologically defined cerebellar cortical c1 an

111 x, and they related to architectonically and electrophysiologically defined cortical areas.

112 cing (RNAseq) to analyze their expression in electrophysiologically defined interneurons and projecti

113 etween changes in behavioral performance and electrophysiologically defined motor representations ind

114 In this study, we use microinjections into electrophysiologically defined primary hippocampal rat n

115 study we examine the thalamic connections of electrophysiologically defined regions in area 3a and ar

116 rent study was to identify the proportion of electrophysiologically defined, putative, presympathetic

117 ts different modulatory actions on different electrophysiologically-defined classes of layer V sensor

118 We have employed a morphologically and electrophysiologically detailed mathematical model of a

119 Contrary to other reports, we found no electrophysiologically detectable interaction between VD

120 jected in these representations close to the electrophysiologically determined hand-face border.

121 s region of cortex approximately matches the electrophysiologically determined region of seizure onse

122 The laminar morphology and electrophysiologically determined retinotopic organizati

123 mensions of this channel are consistent with electrophysiologically determined size dependence of qua

124 ally exhibit social interaction deficits and electrophysiologically display increased synaptic inhibi

125 ng cluster analysis, we identified two major electrophysiologically distinct CeL neuron classes in mo

126 crete cortical regions are biochemically and electrophysiologically distinct from one another so as t

127 amidale; in stratum oriens, HC PV cells were electrophysiologically distinct from somatostatin-contai

128 ) in the pontine micturition center (PMC) is electrophysiologically distinct from their Crh-negative

129 trated that EGFP-TH(+) neurons comprise four electrophysiologically distinct neuron types whose elect

130 l dissociation of an anatomic pathway into 2 electrophysiologically distinct pathways has been hypoth

131 anoreceptors are carried by anatomically and electrophysiologically distinct pathways that remain sep

132 show that there are two morphologically and electrophysiologically distinct principal cell types tha

133 inct molecular entities underlie the various electrophysiologically distinct repolarizing K+ currents

134 f the striatum differentially influences two electrophysiologically distinct sets of striatal neurons

135 urons in mouse brain slices, we show that an electrophysiologically distinct subset of ARC neurons co

136 rons during UP/DOWN states and found that an electrophysiologically distinct subset of layer 5 regula

137 ular initiation of UP states is driven by an electrophysiologically distinct subset of morphologicall

138 interneurons can be differentiated into four electrophysiologically distinct subtypes based on their

139 TH(+)/GABAergic interneurons comprising four electrophysiologically distinct subtypes whose electroph

140 Here we show that at least three electrophysiologically distinct types of astrocytes can

141 ic oscillatory bursting properties, but were electrophysiologically distinguished by more pronounced

142 M1-L4 neurons were electrophysiologically diverse but morphologically unifo

143 tribution of Kv1 alpha- and beta-subunits to electrophysiologically diverse neuronal K+ currents.

144 Electrophysiologically, effects of orthographic regulari

145 red with blacks, whites randomly assigned to electrophysiologically (EP)-guided therapy had a lower r

146 or localization, we immunocytochemically and electrophysiologically examined receptors in coracle mut

147 Electrophysiologically, female serotonergic neurons show

148 Electrophysiologically, firing rate was preserved across

149 od and cone photoreceptors have been studied electrophysiologically for decades, largely with ex vivo

150 eptors enhance NMDA depolarizations recorded electrophysiologically from motoneurons.

151 oked slow inward currents that were recorded electrophysiologically from single neurons grown on micr

152 Seizure activity was monitored electrophysiologically from the dorsal hippocampus.

153 rojection neurones differed structurally and electrophysiologically from the other lamina I neurones,

154 The foreign motor endings are electrophysiologically functional and are observed on th

155 provide a direct demonstration that diverse, electrophysiologically functional neurons can be regener

156 Neurogenesis of electrophysiologically functional neurons occurred in sp

157 stable ventricular tachycardia treated with electrophysiologically guided antiarrhythmic therapy is

158 Electrophysiologically guided antiarrhythmic therapy wit

159 controlled trial to test the hypothesis that electrophysiologically guided antiarrhythmic therapy wou

160 Our data suggest that electrophysiologically guided class 1A AAD treatment has

161 patients with Brugada syndrome treated with electrophysiologically guided class 1A antiarrhythmic dr

162 (AC) by stereotaxic pressure injections and electrophysiologically guided iontophoretic injections o

163 ythmia were 25 percent among those receiving electrophysiologically guided therapy and 32 percent amo

164 ate was lower among the patients assigned to electrophysiologically guided therapy and treated with a

165 for a mean of 36 +/- 30 months, who received electrophysiologically guided therapy for hemodynamicall

166 c arrest (84 women and 271 men) referred for electrophysiologically guided therapy were analyzed retr

167 uli, the performance of rats with bilateral, electrophysiologically guided, electrolytic lesions of t

168 Electrophysiologically, H-wave amplitudes in the hindlim

169 l and clinical AF studies, simulations in an electrophysiologically heterogeneous model of the PV-LAJ

170 step-function opsin), which we characterized electrophysiologically, histologically and behaviorally

171 iPSC)-derived fibroblasts of BD patients are electrophysiologically hyperexcitable.

172 Cl(-) conductance is activated by CaMKII, is electrophysiologically identical to the CaMKII-activated

173 Dorsal rootlets containing electrophysiologically identified axons projecting from

174 We used intracellular labelling of electrophysiologically identified cells along with immun

175 expression are thought to correspond to the electrophysiologically identified epileptic focus and in

176 cellular recordings from morphologically and electrophysiologically identified HVc neurons revealed t

177 This was done on 22 electrophysiologically identified intracellularly labell

178 this reactivation, we injected tracers into electrophysiologically identified locations in cortex of

179 examined the thalamocortical connections of electrophysiologically identified locations in the hand

180 c connections of intracellularly labeled and electrophysiologically identified mossy cells were studi

181 the morphology of local axon collaterals of electrophysiologically identified MS/DB neurons using in

182 Intracellular injection of biocytin to electrophysiologically identified neurones (n = 34) reve

183 primary afferent spinal synapses, and ENK in electrophysiologically identified neurons of hamster spi

184 neurons connected strongly with one class of electrophysiologically identified neurons, but weakly wi

185 performed on the dendrites and somata of 25 electrophysiologically identified preganglionic neurons

186 er corroborated by the lack of ErbB4 mRNA in electrophysiologically identified pyramidal neurons as d

187 ine (PE) on synaptically evoked responses of electrophysiologically identified pyramidal neurons in l

188 Here, we electrophysiologically identified second-order NTS neuro

189 ls, neuroanatomical tracers were placed into electrophysiologically identified sites in PV and/or the

190 ers by injections of anterograde tracer into electrophysiologically identified sites in SI.

191 of anatomical tracers were placed into five electrophysiologically identified somatosensory areas: t

192 Here, we electrophysiologically identify and characterize a nativ

193 , but neither pathway has been characterized electrophysiologically in behaving animals.

194 lular membrane border and characterized them electrophysiologically in complex with KCNE1 under the i

195 nsitive neurons identified and characterized electrophysiologically in first-order and higher-order r

196 and the functional K+ channels characterized electrophysiologically in myocardial cells are explored.

197 expression of alpha subunits in motoneurons electrophysiologically in neonatal slices of mouse spina

198 D-aspartate (NMDA)-evoked responses measured electrophysiologically in neostriatal slices.

199 e potency of selected steroids was confirmed electrophysiologically in oocytes expressing cloned huma

200 sses of Ca2+ current have been characterized electrophysiologically in plant membranes.

201 However, no YVDAC2 channels were detected electrophysiologically in reconstituted systems.

202 conducting neurons similar to those studied electrophysiologically in some other species.

203 l-like neurons that were first characterized electrophysiologically in the presence of BDNF and subje

204 ncidence of ectopic neural activity recorded electrophysiologically in the same model.

205 central input from sensory neurons measured electrophysiologically in vivo.

206 r calcium in human embryonic kidney cells or electrophysiologically in Xenopus laevis oocytes.

207 alpha, 5 alpha-P and Co 2-1970 were examined electrophysiologically in Xenopus oo-cytes expressing al

208 CKA binding assay in rat brain membranes and electrophysiologically in Xenopus oocytes expressing 1a/

209 , neurons identified immunocytochemically or electrophysiologically incorporated bromodeoxyuridine, c

210 ong the neural-abneural axis, but these were electrophysiologically indistinct.

211 fective tecadenoson bolus for termination of electrophysiologically induced PSVT.

212 anatomic VT circuit: those with clinical or electrophysiologically induced VT.

213 SURx alone is electrophysiologically inert.

214 ogically blocking native conductances and/or electrophysiologically inserting virtual conductances.

215 Neurones were characterized electrophysiologically into GABAergic and cholinergic ne

216 f the kinetics of selected NhaA variants was electrophysiologically investigated and analyzed with a

217 euronal activity of N-desmethylclozapine was electrophysiologically investigated in hippocampal rat b

218 Electrophysiologically, iPSCMNs developed passive membra

219 periments showing that attention-as measured electrophysiologically-is allocated to visual search tar

220 When analyzed electrophysiologically, L18A, the most severely compromi

221 Electrophysiologically, layer II neurons in monkeys exhi

222 uestions, the representation of the hand was electrophysiologically mapped (by unitary receptive fiel

223 n the contralateral somatosensory cortex was electrophysiologically mapped to define hand deafferenta

224 I(h) recorded in nucleated patches from electrophysiologically mature MSO neurons (>P18) exhibit

225 These neurons are electrophysiologically mature, display spontaneous activ

226 ions is developed and implemented to compute electrophysiologically measurable properties of the KcsA

227 ssed in Xenopus oocytes and its activity was electrophysiologically measured by microelectrode record

228 lar junction (NMJ), then microscopically and electrophysiologically measured postsynaptic glutamate r

229 rical simulations that accurately reproduced electrophysiologically measured vesicle release/replenis

230 by GCMC/BD is approximately 10% higher than (electrophysiologically measured) experimental values, wh

231 eceptors/HIV type 1 (HIV-1) coreceptors were electrophysiologically monitored in Xenopus laevis oocyt

232 rs but no AMPA receptors can account for the electrophysiologically observed 'silent synapse'.

233 ist activity among these analogs when tested electrophysiologically on alpha4beta2 nAChRs.

234 Uniglomerular projection neurons, identified electrophysiologically or morphologically, were stained

235 he ferret LGNd possesses a cell type that is electrophysiologically, pharmacologically, anatomically,

236 Electrophysiologically, plasticity was altered at excita

237 pronounced activation of the DA system both electrophysiologically (population activity; i.e., numbe

238 l neurons resemble, both morphologically and electrophysiologically, previously described neurons in

239 We electrophysiologically profiled human striatal neurons d

240 years; 7 males, 3 females) were studied with electrophysiologically proven CIP.

241 Channel activity was electrophysiologically quantified in alpha(1)beta(2)gamm

242 Fibroblasts are electrophysiologically quiescent in the healthy heart.

243 Epithelial barrier function was monitored electrophysiologically, receptors for TGF-beta1 were loc

244 wardly rectifying potassium channels (GIRKs) electrophysiologically recorded in brain slices.

245 esthetized and awake states, consistent with electrophysiologically recorded maps in areas 3b and 1 i

246 thod avoids the need for resectioning of the electrophysiologically recorded slices.

247 olorectal neoplasia, molecular transport was electrophysiologically registered in Ussing-chamber set-

248 onic muscle stimulation, triggers pumps that electrophysiologically resemble typical rapid pumps.

249 named alpha-conotoxin MII, was identified by electrophysiologically screening venom fractions against

250 Electrophysiologically, sevoflurane favors activation an

251 Thus, DMH is made up of electrophysiologically similar neurons and PVN-projectin

252 of M1 ipRGCs, which are morphologically and electrophysiologically similar, innervate different brai

253 Electrophysiologically, sleep-promoting neurons in the V

254 Electrophysiologically, SMN modulation in muscles reveal

255 to determine whether the RSC and the ACA are electrophysiologically specifically active during basal

256 vivo signal conduction properties or in vivo electrophysiologically stimulated arrhythmias.

257 channel in its voltage-dependent gating were electrophysiologically studied in Xenopus oocytes.

258 We expressed electrophysiologically tagged NMDARs in rat hippocampal

259 , NR2A, and NR2B subunits were optically and electrophysiologically tagged.

260 we impaired neurotransmitter refilling, and electrophysiologically tested the role of vesicle reuse

261 blue and yellow light, we first demonstrate electrophysiologically that lobula plate tangential cell

262 e model appears of limited use for analysing electrophysiologically the effects of anti-ganglioside a

263 This study demonstrates electrophysiologically the effects that normal horizonta

264 In our previous study, we characterized electrophysiologically the mechanism of citrate transpor

265 spinal cord-hindlimb preparation to identify electrophysiologically the pools of foreign motoneurons

266 Electrophysiologically, the epithelium of the VNO of suc

267 When tested electrophysiologically, the flies with abnormal axons sh

268 es have been particularly well characterized electrophysiologically, the transduction mechanisms that

269 Electrophysiologically, this pyramidal cell excitation i

270 arch was to characterize morphologically and electrophysiologically tissue slices obtained from the h

271 containing the injection sites was explored electrophysiologically to allow the details of the topog

272 connections have recently been demonstrated electrophysiologically to be relatively weak--in contras

273 xpress functional GABA receptors and respond electrophysiologically to GABA.

274 Linear lesions that are electrophysiologically transmural and continuous can be

275 opionic acid (AMPA) receptors, as determined electrophysiologically under steady-state conditions in

276 Neuronal responses to stimuli, measured electrophysiologically, unfold over several hundred mill

277 ing desensitization, have been characterized electrophysiologically using brain slice preparations, w

278 te dependence and kinetics of TID inhibition electrophysiologically using rapidly superfused membrane

279 hresholds were measured psychophysically and electrophysiologically using square-wave gratings contai

280 5.18 hours in bed per. day and 4.78 hours of electrophysiologically verified sleep per day over the f

281 ility) of the sos mutant root cells measured electrophysiologically was normal in control conditions.

282 Electrophysiologically, we observed reduction in transie

283 Twenty-one PVN neurons studied electrophysiologically were filled with biocytin.

284 We also determined electrophysiologically whether gabapentin causes displac

285 four anesthetized rhesus monkeys was mapped electrophysiologically with both pure-tone (PT) and broa

286 (NR1(100)+NR2A) receptors was characterized electrophysiologically with respect to efficacy and pote

287 t-DRL months, hand representation was mapped electrophysiologically within the somatosensory cortex,

288 uR levels, assayed immunohistochemically and electrophysiologically, without affecting NMJ growth, th