ライフサイエンスコーパス: confocal imaging

1 free mass spectrometry, Western blotting, or confocal imaging.

2 ium concentration as determined by live-cell confocal imaging.

3 myocytes, using high resolution fluorescence confocal imaging.

4 eously measuring [Ca(2)(+)]i with high-speed confocal imaging.

5 rial myocyte Ca(2+) signaling observed using confocal imaging.

6 ochondria were analyzed by semi-quantitative confocal imaging.

7 localization of the PICELs was confirmed by confocal imaging.

8 blotting and immunocytochemical analysis and confocal imaging.

9 a was evaluated by immunohistochemistry with confocal imaging.

10 ansgenic mice were observed using time-lapse confocal imaging.

11 with biocytin conjugated to Alexa Fluor and confocal imaging.

12 through transmission electron microscopy and confocal imaging.

13 o colocalize with TLR2 and GD1a, as shown by confocal imaging.

14 ell line using fluorescence spectroscopy and confocal imaging.

15 tracers in combination with high-resolution confocal imaging.

16 s were localized by immunohistochemistry and confocal imaging.

17 en 488 followed by monitoring with live cell confocal imaging.

18 n sites are within the optical resolution of confocal imaging.

19 ounding hepatic tissue using reflected light confocal imaging.

20 pendent receptors using vital mouse eyes and confocal imaging.

21 sphorylation was measured by immunoblots and confocal imaging.

22 rs of cell membrane signals obtained from 4D confocal imaging.

23 n reaction, ELISA, immunohistochemistry, and confocal imaging.

24 asured with a PIP2-sensitive fluorophore and confocal imaging.

25 lung tissue by transcriptomic profiling and confocal imaging.

26 sity and morphology by using fluorescent dye confocal imaging.

27 eat majority of these studies used line-scan confocal imaging.

28 ated colocalization of Kir2.1 and WT-Cav3 by confocal imaging.

29 rized by two-color flow cytometry assays and confocal imaging; 2) decrease protein stability estimate

30 Confocal imaging acquired from the base to the tip of th

31 Confocal imaging after actinin and Cx-43 specific immuno

32 Confocal imaging after immunostaining for myosin heavy c

33 s been detected in skeletal muscle fibers by confocal imaging after the removal of the sarcolemma.

34 ally cleared the bone marrow to perform deep confocal imaging, allowing us to image thousands of alph

35 Confocal imaging along with two photon excitation are us

36 Using patch clamp, Western blot, and confocal imaging analyses, we demonstrated that internal

37 merase chain reaction and immunochemical and confocal imaging analyses.

38 l molecule with QD620 for flow cytometry and confocal imaging analyses.

39 Confocal imaging analysis confirmed that functional A1Rs

40 zation of MUC1CT, as determined by real time confocal imaging analysis.

41 o define their morphology by high-resolution confocal imaging and 3D reconstruction.

42 formation in-vitro by a combination of live confocal imaging and an array of image processing and an

43 Live- and fixed-cell confocal imaging and assay of de novo DNA synthesis by r

44 measurements in free solution, supported by confocal imaging and binding assays with cultured cells,

45 Using immunohistochemistry/confocal imaging and cell fractionation/co-immunoprecipi

46 Confocal imaging and cell-counting studies using epitope

47 Using confocal imaging and coculture assays, we identified fib

48 Both confocal imaging and coimmunoprecipitation indicated int

49 Confocal imaging and digital morphological reconstructio

50 Using time-lapse confocal imaging and direct patch clamping of phagosomal

51 Antibiotic-protection assays, confocal imaging and drug inhibitor data are consistent

52 Simultaneous confocal imaging and electrophysiological recording of c

53 Simultaneous confocal imaging and electrophysiological recording of w

54 Here, we used confocal imaging and electrophysiology of heterologously

55 The present study used confocal imaging and electrophysiology procedures to ass

56 Finally, using confocal imaging and electrophysiology, we investigated

57 perties of these mutants in cell lines using confocal imaging and electrophysiology.

58 during zebrafish gastrulation using in vivo confocal imaging and found that cells in dorsal tissues

59 By using a combination of confocal imaging and glycoprotein analyses, we demonstra

60 nd positions and rotates them for high-speed confocal imaging and laser manipulation of both superfic

61 Here, we use confocal imaging and novel image analysis techniques to

62 This system enables simultaneous fast confocal imaging and optical tweezing in dense 3D colloi

63 Using confocal imaging and patch-clamp approaches, we show tha

64 ical pyramidal neurons using high-resolution confocal imaging and patch-clamp recording.

65 Wound healing was monitored using in vivo confocal imaging and postmortem alphaSMA immunohistochem

66 cycling compartment was further supported by confocal imaging and reversible biotinylation experiment

67 Using confocal imaging and selective plasma membrane domain ac

68 on of patch clamp recording, immunoblotting, confocal imaging and structural modelling, we characteri

69 To address such issues, we used confocal imaging and styryl dyes to monitor exocytosis f

70 re cortex thickness in live cells, combining confocal imaging and subresolution image analysis.

71 Furthermore, using confocal imaging and time-lapse recordings, we demonstra

72 Confocal imaging and Western blot analysis were used to

73 Simultaneous confocal imaging and whole-cell recording revealed that

74 Confocal imaging and whole-cell recordings demonstrated

75 Gene-silencing, confocal-imaging and protein-protein interaction assays

76 mount CNS dissection, immunohistochemistry, confocal imaging, and analysis of developmental expressi

77 ular reconstitution of TJ strands, live cell confocal imaging, and freeze-fracture electron microscop

78 n the outer SC (shown by proteomics, Z-stack confocal imaging, and immunoEM).

79 e-specific CREB (pCREB) and CREB antibodies, confocal imaging, and immunofluorescence measurements at

80 deeply analyzed by flow cytometric imaging, confocal imaging, and measurement of platelet releasates

81 ed Raman scattering (SRS) and laser scanning confocal imaging, and microtome sectioning techniques we

82 Coimmunoprecipitation, immunohistochemistry, confocal imaging, and patch-clamp recording were used to

83 cated by two-color flow cytometry assays and confocal imaging, and prevented CaValpha2delta1-mediated

84 unction genes was analyzed using multi-label confocal imaging, and their expression patterns mapped a

85 escent protein (GFP)-tagged Cx43 followed by confocal imaging, and Western blot analysis using protei

86 Our studies using an in situ confocal imaging approach suggest that mutated RyR2s are

87 urface, demonstrated using biotinylation and confocal imaging, as well as in the cytoplasm.

88 Additional studies based on confocal imaging clearly showed that most kiss1 mRNA-con

89 sed a combination of whole-cell patch clamp, confocal imaging, co-immunoprecipitation, and surface bi

90 Scanning electron microscopy and confocal imaging confirmed EPC-matrix adhesion.

91 Confocal imaging confirmed that the membrane surface dis

92 Confocal imaging confirmed the co-localization of PESDA

93 Using confocal imaging, custom automated image analysis, and m

94 Live cell confocal imaging demonstrated a viral hand-off between B

95 Confocal imaging demonstrated that hSVCT1 was expressed

96 Confocal imaging demonstrates the accumulation of M2pep

97 Confocal imaging detected activated cathepsins in coloni

98 embrane-permeant PI3P derivative, time-lapse confocal imaging, electrophysiology, as well as knockdow

99 High-speed, fluorescent-mode confocal imaging enables investigation of depth-wise sec

100 Intravital confocal imaging experiments revealed highly motile pote

101 rturbations were postsynaptic in origin, and confocal imaging experiments revealed they were unaccomp

102 Confocal imaging experiments showed that postpacing Ca(2

103 FLS2 trafficking, we exploited quantitative confocal imaging for colocalization studies and chemical

104 alth & Science University were collected for confocal imaging from 2006 to 2011.

105 ase chain reaction, immunocytochemistry, and confocal imaging from striatum.

106 For confocal imaging, hepatocytes were coloaded with calcein

107 Using dynamic in vivo confocal imaging, here we show that murine bone marrow c

108 city after 48 hours by using flow cytometry, confocal imaging, immunoblotting, and fluorimetric assay

109 e examined using immunofluorescent staining, confocal imaging, immunoelectron microscopy, Western blo

110 studies combining video-rate multiphoton and confocal imaging in 4D demonstrate the possibility of dy

111 ng in atrial tissue and one-/two-dimensional confocal imaging in atrial tissue and myocytes from wild

112 human antigen R (HuR) were analyzed by using confocal imaging in both normal and KC fibroblasts.

113 We employed confocal imaging in combination with 3D analysis to iden

114 r perturbation, and intravital 4D (3D+ time) confocal imaging in the intact chick embryo.

115 ith myocardial structures, we used ultradeep confocal imaging (interrogation depths, >4 mm).

116 ction of the cell, and in many instances x-y confocal imaging is preferable.

117 hat in practical microscopy, aberration-free confocal imaging is rarely achieved.

118 ion of genes or RNA interference strategies, confocal imaging, laser capture microdissection, RNA mic

119 ctron microscopic studies as well as digital confocal imaging localized a portion of these ClC channe

120 mosome (BAC) recombineering and quantitative confocal imaging methods [2, 4].

121 Here we used live-cell confocal imaging of 130 YFP-conjugated mouse PH domains

122 Biochemical assays and confocal imaging of a Cu-specific fluorophore showed tha

123 compared to non-targeted liposomes based on confocal imaging of a fluorescent cargo, and the availab

124 Combining novel in situ confocal imaging of alphaGalactosylceramide-loaded CD1d

125 s protocol describes multichannel time-lapse confocal imaging of anchor-cell invasion in live Caenorh

126 Confocal imaging of apical surface NKCC2 in isolated per

127 CaCLEAN combined with 3D confocal imaging of beating cardiomyocytes provides a fu

128 Confocal imaging of biofilms suggested that GelE(-) muta

129 We coupled biochemical analysis with confocal imaging of both fixed and live tissues to demon

130 rosine kinase immunohistochemistry and laser confocal imaging of Ca(2+) transients revealed ICC-like

131 , membrane currents and synaptic inputs with confocal imaging of cell shape and subsequent 3-dimensio

132 vel assay of mitochondrial dynamics based on confocal imaging of cells expressing a mitochondrial mat

133 Confocal imaging of cells stained with MitoTracker dyes

134 Intravital multiphoton imaging, confocal imaging of cryosections and biochemical analysi

135 necessary for remodeling, we performed live confocal imaging of cultured mouse embryos during vessel

136 Simultaneous confocal imaging of cytosolic and intra-SR calcium revea

137 lectrophysiological recordings combined with confocal imaging of dentate gyrus granule neurons.

138 ectory and arborization in the tectum, using confocal imaging of DiI-labeled retinotectal fibers in w

139 Real-time confocal imaging of doxorubicin delivery to murine tumor

140 lize growing plus ends, we used fluorescence confocal imaging of EB1.

141 Confocal imaging of eGFP-PHPLCdelta1 visualized periodic

142 ssed proteins and time-resolved quantitative confocal imaging of endogenous proteins along with a flu

143 Fluorescent confocal imaging of enhanced green fluorescent proteins

144 nducting simultaneous force spectroscopy and confocal imaging of F-actin in membrane protrusions.

145 by combining traditional approaches with 3D confocal imaging of fibrils, in which homo- and heterotr

146 cal bilayer system capable of laser scanning confocal imaging of fluo-3 fluorescence due to Ca2+ flux

147 nt SMC or ICCs were monitored using fast x-y confocal imaging of fluo-3 fluorescence.

148 h that permitted simultaneous (i) high-speed confocal imaging of fluorescence from individual smooth

149 Serial confocal imaging of fluorescent axons conducting at sust

150 Using confocal imaging of FM1-43 in excised strips of the orga

151 Confocal imaging of Fura-Red dye in luminal superfusate

152 rough optogenetic stimulation and subsequent confocal imaging of genetically targeted retinal ganglio

153 ulating alpha(1D)-AR localization using both confocal imaging of GFP- or CFP-tagged alpha(1)-ARs and

154 Confocal imaging of GFP-LC3 confirmed A/R-induced deplet

155 Confocal imaging of GFP-nephrin-transfected cells reveal

156 Confocal imaging of GFP-tagged secretory granules combin

157 We used time-lapse confocal imaging of green fluorescent protein (GFP) ADP-

158 We use confocal imaging of green fluorescent protein (GFP) repo

159 ing multi-channel four-dimensional (x,y,z,t) confocal imaging of Grx1-roGFP2 and fluorescent reporter

160 Furthermore, the use of confocal imaging of H2S and in vivo imaging in live zebr

161 bundles measured optically was evaluated by confocal imaging of immunohistochemistry staining of cyt

162 Confocal imaging of immunological synapses formed betwee

163 tions in culture were examined by time-lapse confocal imaging of individual sensory neuron varicositi

164 s detected in mitochondria by immunoblot and confocal imaging of intact vessels.

165 Quantitative confocal imaging of intracellular ATP or mitochondrial C

166 In this study, high-speed confocal imaging of intracellular Ca(2+) in embryonic my

167 Confocal imaging of isolated bullfrog vestibular hair ce

168 evoked changes in presynaptic Ca2+ level via confocal imaging of isolated presynaptic nerve endings f

169 Confocal imaging of L6 myotubes revealed that CLASP2 col

170 : large-scale multielectrode recordings, and confocal imaging of labeled neurons.

171 strength via field recordings in slices and confocal imaging of labeled spines to explore changes in

172 Furthermore, confocal imaging of live intestinal epithelial cells has

173 Confocal imaging of live ventricular myocytes isolated f

174 Confocal imaging of living ARPE-19 cells expressing TRMA

175 we analyzed the synaptic profile of MSNs via confocal imaging of Lucifer-yellow-filled cells, ultrast

176 Confocal imaging of MDCK cells with an antibody to TGFbe

177 Whole-cell capacitance measurements and confocal imaging of membrane-impermeant fluorescent indi

178 Time-lapse confocal imaging of migrating 3T3 fibroblasts on fibrone

179 In rhod-2 AM-loaded and permeabilized cells, confocal imaging of mitochondrial Ca(2+) showed a transi

180 patches in >1200 synapses, using high-power confocal imaging of mouse cochleas immunostained for CtB

181 luorescence and reflectance contrast in vivo confocal imaging of murine skin using 488 nm (fluorescen

182 tured hippocampal neurons were visualized by confocal imaging of neurons expressing DsRed2 and postsy

183 Confocal imaging of neurons expressing postsynaptic dens

184 2+)](i)) can be visualized by laser-scanning confocal imaging of neurons loaded with the fluorescent

185 ng a combination of morphologic analysis and confocal imaging of polarity markers in three-dimensiona

186 Confocal imaging of primary cultures of JG cells showed

187 Immunocytochemistry and confocal imaging of primary hippocampal neurons from new

188 Confocal imaging of rejected hearts de-monstrated presen

189 Time-lapse confocal imaging of retinal explants was used to evaluat

190 Confocal imaging of RSC synapses onto MEC layer V neuron

191 and electrically active adult axons in vivo, confocal imaging of saphenous nerves in anaesthetised mi

192 Recent studies have shown that confocal imaging of second harmonic-generated (SHG) sign

193 Confocal imaging of seedlings provided evidence that bot

194 Using retrograde labeling and confocal imaging of SGNs, we determined the extent of ne

195 ent (up to 1 pH(i) unit) was observed (using confocal imaging of SNARF-1 fluorescence).

196 We employed electron microscopy, confocal imaging of spontaneous Ca2+ sparks and immunofl

197 Confocal imaging of the central cornea, and the superior

198 Confocal imaging of the hippocampus revealed a marked in

199 e show, using cochlear functional assays and confocal imaging of the inner ear in mouse, that acousti

200 Confocal imaging of the limbus revealed normal palisades

201 ing phagocytosis of opsonized zymosan, using confocal imaging of the pH sensing dye SNARF-1, enhanced

202 c optical signals (IOSs) recorded in dynamic confocal imaging of the retina, and to demonstrate the f

203 lizes very strongly to the base of cilia and confocal imaging of this construct allows for simple vis

204 Here, we use real-time confocal imaging of tissue from mouse brain to demonstra

205 ed by tomographic imaging of intact mice and confocal imaging of tissues, and were identified by elec

206 with basal-to-apical vectoral transport, and confocal imaging of transcellular insulin transport.

207 Confocal imaging of wild-type and mutant Gag proteins be

208 of structural maturation of CA3 synapses by confocal imaging of YFP-expressing cells followed by tri

209 In the case of confocal imaging, optical limit and xy-z resolution disp

210 phagocytes was assessed in mice by live-cell confocal imaging or by cytofluorometry; small intestine

211 xy-SNARF-1, a pH fluorophore, when used with confocal imaging or flow cytometry, reliably reports pH(

212 The optical sectioning capability of confocal imaging overcomes this problem to afford clearl

213 Using time-lapse confocal imaging, parabiotic surgical pairing of zebrafi

214 Confocal imaging parameters were probed systematically t

215 Using confocal imaging, PCR, flow cytometry, and functional st

216 ngly, static fate maps together with dynamic confocal imaging reveal that the neural plate border is

217 immunogold electron microscopy and live-cell confocal imaging revealed a population of UL16 that does

218 Confocal imaging revealed extensive constitutive interna

219 Immunocytochemistry and confocal imaging revealed punctate staining of extranucl

220 Confocal imaging revealed that BSEP-YFP was localized at

221 Confocal imaging revealed that in EGTA, almost all mitoc

222 High-speed confocal imaging revealed that Na(2)S, an H(2)S donor, i

223 Three-dimensional confocal imaging revealed that neoarterioles were aberra

224 Confocal imaging revealed that the nuclear height is sub

225 Confocal imaging revealed that this binding occurred pre

226 time points in combination with whole-mount confocal imaging revealed these long-lived unipotent lum

227 Four-dimensional, time-lapse confocal imaging reveals a temporal progression of Gag d

228 Rather, confocal imaging reveals an atrial opening through juven

229 Live cell confocal imaging reveals that LKB1-compromised cells lac

230 Confocal imaging reveals that transforming growth factor

231 Using microscopy and confocal imaging, roots were analyzed for growth rate an

232 sists of a two-photon and visible-wavelength confocal imaging setup, controlled by executive software

233 Live confocal imaging showed accumulation of GFP-actin in the

234 Confocal imaging showed EphB2 localized in lamellipodia

235 sed on its amino acid sequence, surprisingly confocal imaging showed it is translocated into the nucl

236 Confocal imaging showed strong PKCB II protein labelling

237 Confocal imaging showed that G601S protein is predominan

238 Confocal imaging showed that individual somata in the ga

239 Confocal imaging showed that intracellular YFP-MDGEA-IGF

240 Confocal imaging showed that Kv2.2 was highly expressed

241 Real-time confocal imaging showed that leptin caused a robust incr

242 Confocal imaging showed the colocalization of NSP4 with

243 Finally, confocal imaging shows that early pathway RNAs associate

244 With the aid of live-cell laser scanning confocal imaging, spatiotemporal studies revealed that m

245 Confocal imaging studies demonstrated that ZO-1, occludi

246 Dynamic confocal imaging studies indicate that the peptide-conju

247 Confocal imaging studies indicated that FGF2 treatment s

248 Biotinylation and confocal imaging studies showed that MAPK inhibition pro

249 Confocal imaging studies showed that Tmem147 was localiz

250 ll surface biotinylation assay and live cell confocal imaging studies showed the human TPP transporte

251 ctrophoresis, spectroscopically and in vitro confocal imaging studies.

252 Confocal imaging suggests positively charged NPs may pen

253 Confocal imaging suggests that distal enhancers often lo

254 Here, we employ high-throughput quantitative confocal imaging, super-resolution and electron microsco

255 lar bile duct during cholestasis, we used 3D confocal imaging, surface reconstructions, and automated

256 A compact chin-rest-based OCT/confocal imaging system was used to produce the OCT imag

257 Wound healing was analyzed using a confocal imaging system.

258 A confocal imaging technique was used in GLUT4-enhanced gr

259 01 cells (human normal liver cell line) by a confocal imaging technique.

260 brafish brain by using a simple fluorescence confocal imaging technique.

261 We show that using standard laser confocal imaging techniques (raster-scan mode) not only

262 Fluorescent tagging of proteins and confocal imaging techniques have become methods of choic

263 th the use of patch clamp, Western blot, and confocal imaging techniques.

264 We also observed by confocal imaging that albumin induced the rapid internal

265 We demonstrate by qRT-PCR and confocal imaging that mouse Abcg4 is expressed in the br

266 g point illumination and point detection for confocal imaging, their physical implementation is the s

267 Combined with confocal imaging, these tools allowed us to decipher the

268 l characterization, and Western blotting and confocal imaging to assay expression and surface traffic

269 We used laser axotomy and time-lapse confocal imaging to characterize and compare peripheral

270 e, we have used single-molecule and scanning confocal imaging to characterize the behavior of GFP-tag

271 We previously used confocal imaging to demonstrate in isolated rat brain ca

272 oanatomical tracing, immunofluorescence, and confocal imaging to demonstrate that virtually all NTS--

273 urine flexor digitorum brevis myofibers) and confocal imaging to detect and calibrate the signals.

274 Here, we used live 3D confocal imaging to monitor cell organization and identi

275 iological relevance of dimerization, we used confocal imaging to show that dimerization interface mut

276 Finally, we used confocal imaging to show that EGFP-labelled mitochondria

277 Using confocal imaging to visualize endogenous IL-6 protein in

278 Confocal imaging was conducted to examine the expression

279 Confocal imaging was simultaneously performed, and digit

280 Quantitative confocal imaging was used to assess the impact of these

281 Confocal imaging was used to characterize the nature and

282 In the current study, confocal imaging was used to determine whether desensiti

283 Time-lapse confocal imaging was used to follow CFP- and YFP-tagged

284 In the current study, live-cell confocal imaging was used to investigate the role of rec

285 Confocal imaging was used to visualize GLUT4-enhanced gr

286 METHODS AND Using in situ confocal imaging we have studied the ultrastructure, Ca

287 Finally, using spectrally resolved confocal imaging, we determined the relations between th

288 By real-time confocal imaging, we found that neutrophils had disrupte

289 Using confocal imaging, we found that RRV infection led to the

290 Using high-resolution confocal imaging, we measured the distance from each con

291 Using in vivo time-lapse and confocal imaging, we monitored the dynamic cellular even

292 Using confocal imaging, we observed a tonotopic gradient in th

293 Using high-resolution 3D confocal imaging, we report that basal cells extend long

294 Using live confocal imaging, we show that the extra stamens in supe

295 precipitation, dot and Western blotting, and confocal imaging were performed for signaling, cellular

296 e olfactory epithelial slice preparation and confocal imaging were used to measure changes in intrace

297 s correlated with proximity to the membrane (confocal imaging, whole-cell voltage-clamp, K5fluo-4 as

298 Using live-cell spinning-disk confocal imaging with a combination of FLIP, FRAP, and p

299 By coupling confocal imaging with patch-clamp whole-cell recordings,

300 Flow cytometry and confocal imaging with QD620-IRS further demonstrated tha