ライフサイエンスコーパス: histochemical

1 esis and enhances cytosolic staining of OGT (histochemical).

2 Histochemical 5-bromo-4-chloro-3-indolyl-beta-d-galactop

3 ubunit of complex I, succinate dehydrogenase histochemical activity, and cristae density increased.

4 Histochemical analyses and ex vivo autoradiography were

5 elastography, micro-computed tomography, and histochemical analyses indicate that sorafenib attenuate

6 Hybridization histochemical analyses localized a subset of responsive

7 ; we performed molecular, physiological, and histochemical analyses of NMJ-related measures of the ti

8 Using transcriptome and histochemical analyses of the developing mouse and human

9 Histochemical analyses of the WAKL4 promoter fused with

10 Histochemical analyses of WAKL promoters fused with the

11 Histochemical analyses revealed co-deposits of Cochlin a

12 Anatomical and histochemical analyses revealed that hollow-stemmed line

13 Biochemical and histochemical analyses show that Hoxb13 KO skin contains

14 owever, following 6 weeks of CCl4 treatment, histochemical analyses showed markedly reduced collagen

15 Histochemical analyses using Von Kossa and Alizarin red

16 At the molecular level, Western blot and histochemical analyses were performed to analyze fibrin

17 es were collected and immunofluorescence and histochemical analyses were performed.

18 yzed after transplantation by using flow and histochemical analyses, and was compared with islet alon

19 OA severity was graded using histochemical analyses.

20 ents were analyzed by immunofluorescence and histochemical analyses.

21 Histochemical analysis allows semi-quantitative assessme

22 Histochemical analysis also showed that beta-galactosida

23 ts and euglycemic clamps were performed, and histochemical analysis and gene expression profiling wer

24 Immunoblotting and histochemical analysis confirmed the expression of Lewis

25 At birth, histochemical analysis demonstrated normal extracellular

26 MRI and histochemical analysis illustrated asymmetric changes in

27 e marrow biopsy, and immunohistochemical and histochemical analysis of biopsy material and flow cytom

28 Immunocytochemical and histochemical analysis of cockroach and locust nervous s

29 Immuno histochemical analysis of human skin revealed a distinct

30 Cross-affinity enrichment and histochemical analysis of lungs from mucin-deficient mic

31 From the histochemical analysis of reporter gene expression in th

32 uced by 63% compared with the wild type, and histochemical analysis of the rwa quadruple mutant stem

33 aluated by visual inspection of the paws, by histochemical analysis of tissue sections, and by measur

34 Histochemical analysis of tissue-specific IQD1::GUS expr

35 on in the liver parenchyma was determined by histochemical analysis of tissues.

36 By histochemical analysis of transgenics carrying various s

37 Histochemical analysis revealed local gene expression of

38 Results of histochemical analysis revealed that cytochrome-c oxidas

39 Immunofluorescent (IF) histochemical analysis showed that GelMA supported hDPSC

40 th an apparent molecular mass of 26 kDa, and histochemical analysis showed that VHY was readily detec

41 iopathy and Alcian blue/periodic acid-Schiff histochemical analysis to characterize goblet cell muco-

42 Double immunofluorescence histochemical analysis was used to determine the cellula

43 A combination of histochemical analysis, in vitro virus isolation, immuno

44 By histochemical analysis, we found that there was signific

45 Regarding the histochemical analysis, we observed the presence of cell

46 These results were verified with histochemical analysis.

47 of functionally characterized afferents for histochemical analysis.

48 ber/collagen that could be verified with the histochemical analysis.

49 Results were verified with histochemical analysis.

50 These findings were verified with OCT and histochemical analysis.

51 -fixed human respiratory tract tissues using histochemical analysis.

52 rtial agenesis of the corpus callosum, while histochemical and biochemical analyses of skeletal muscl

53 granulin mutation cases were investigated by histochemical and biochemical analyses.

54 f fingolimod administration was assessed via histochemical and biochemical analysis using markers of

55 Histochemical and biochemical assays were used to confir

56 Histochemical and biochemical evaluation of follistatin

57 volves intracellular PI3K signaling, we used histochemical and biochemical methods to determine the e

58 bated for up to 24 hours, and HA analyzed by histochemical and biochemical methods.

59 chondrial respiratory chain enzymes, whereas histochemical and biochemical studies of the skeletal mu

60 Together, the caudal ventral striatum has a histochemical and cellular organization similar to that

61 iatum/lateral amygdalostriatal area based on histochemical and cellular similarities, as well as inpu

62 These caudal areas contain histochemical and cytoarchitectural features that resemb

63 ns of the lower urinary tract have different histochemical and electrophysiological properties.

64 Histochemical and electrophysiological studies suggest t

65 of retroviral vectors encoding a variety of histochemical and fluorescent reporter genes that enable

66 present a set of entry clones consisting of histochemical and fluorescent reporter variants designed

67 Histochemical and fluorimetric GUS assays showed that th

68 Histochemical and fluorometric analyses of GUS expressio

69 e scanning approaches, it is compatible with histochemical and immunochemical techniques, as well as

70 and post-hearing C57BL/6J and CBA/CaJ mice, histochemical and immunocytochemical stains were perform

71 deployment of Palmaz-Schatz stents employing histochemical and immunocytochemical techniques.

72 Histochemical and immunofluorescence studies demonstrate

73 Microscopic histochemical and immunofluorescence studies on luminesc

74 Histochemical and immunohistochemical analyses at 5 and

75 encoded cytochrome c oxidase (CCO) enzyme by histochemical and immunohistochemical methods.

76 activity and pancreatic hormones in plasma, histochemical and immunohistochemical staining of small

77 ating cell nuclear antigen were evaluated by histochemical and immunohistochemical staining.

78 Histochemical and immunohistochemical techniques were ap

79 Histochemical and immunostaining of the sacral cord reve

80 In this study, we used histochemical and in vitro electrophysiological approach

81 activity in adulthood (PD 65-75) by means of histochemical and in vivo electrophysiological measures

82 actors (SOX5, -6, and -9) as demonstrated by histochemical and microarray assays.

83 Histochemical and molecular biology studies have enabled

84 Histochemical and molecular characterization of skeletal

85 Complementary histochemical and related RNA gel-blot findings with nod

86 Histochemical and structural characteristics were invest

87 cal features of mammalian DCs as revealed by histochemical and ultrastructural analyses, phagocytose-

88 Based on histochemical and ultrastructural evidence of enhanced c

89 e of increased metalloprotease activation by histochemical and zymographic methods.

90 Finally, we found evidence for heterogeneous histochemical and/or electrophysiological properties of

91 he connectional results using architectonic, histochemical, and immunocytochemical criteria.

92 B], percentage of remaining graft particles, histochemical, and immunohistochemical (bone morphogenet

93 we describe the clinical, neuropathological, histochemical, and immunohistological features observed

94 Morphological, histochemical, and molecular analysis after the inductio

95 ) in phloem loading was analyzed at genetic, histochemical, and physiological levels.

96 Using histochemical approaches in a transgenic CRFR1 reporter

97 We used molecular and histochemical approaches including quantitative PCR, chr

98 lectrophysiological techniques combined with histochemical approaches to study individual cells from

99 lex IV activities, but there is no validated histochemical assay to assess complex I activity which i

100 By using a GUSB-specific histochemical assay, human engraftment was detected with

101 c glands were identified using a dual enzyme histochemical assay.

102 y in the transformed 'Ogy' was visualized by histochemical assays and in SDS-polyacrylamide gels.

103 pression patterns as examined by qRT-PCR and histochemical assays of a GUS reporter gene under the co

104 Because histochemical assays often indicate variegated transgene

105 Histochemical assessment identified severely injured hea

106 Finally, histochemical assessments revealed evidence of caspase-c

107 (Immuno)histochemical, biochemical, and gene expression profile

108 A detailed clinical, histochemical, biochemical, and molecular genetic analys

109 We used histochemical, biochemical, and molecular techniques to

110 R and rheo NMR, computer modelling, electron histochemical, biophysical and chemical morphological ev

111 etectable in anterior lumenal silk using the histochemical Ca(2+) indicator, alizarin S red.

112 These immuno-histochemical changes are present before transplantation

113 nt advances in anatomical, physiological and histochemical characterization of avian basal ganglia ne

114 e we report the behavioral, biochemical, and histochemical characterization of double-mutant mice ove

115 Using histochemical, clonal, and genetic analysis in mice, her

116 ometry, and validated by electrophoretic and histochemical colocalization.

117 patterns consistent with previous in planta histochemical data.

118 In addition, histochemical detection of glycogen does not reveal info

119 copic imaging has been further compared with histochemical detection of glycogen on the adjacent tiss

120 tion of the intervening sequences or through histochemical detection of lacZ activity.

121 d scanning electron microscopy and by immuno-histochemical detection of somite and neural crest marke

122 progression, we performed flow cytometry and histochemical detection using lineage-selective markers.

123 e (LPS) or saline and perfused 2 h later for histochemical determination of brain c-Fos immunoreactiv

124 tic for 2 mo (4 mo of age when killed) using histochemical (dichlorofluorescein and dihydroethidine)

125 se of selective molecular probes that enable histochemical differentiation of protein aggregates post

126 e a common cross-beta structure and bind the histochemical dye Congo Red (CR).

127 myloid fibrils and the lack of staining with histochemical dyes typically reactive with amyloid.

128 Histochemical "epistasis" experiments demonstrate the re

129 ulation was quantified by flow cytometry and histochemical estimation of dipeptidyl-peptidase IV enzy

130 Histochemical evaluation of GFAP and lectin staining rev

131 In this review, the relevant histochemical evidence and various theories regarding TM

132 nchoalveolar lavage fluid (BALF) protein and histochemical evidence of CD45(+) and CD11b(+) cell infi

133 induced activation of the HPA axis, although histochemical evidence to support relevant localization(

134 se-polymerase chain reaction, histology, and histochemical examinations.

135 Chitin synthase gene knockdowns and various histochemical experiments in zebrafish further authentic

136 the "ventral" striatum based on cellular and histochemical features found in the classic rostral vent

137 Histologic and histochemical features of FGN overlap with those of othe

138 table transformed plants was monitored using histochemical, fluorometric GUS activity and fluorescenc

139 Osteoclastogenesis was evaluated based on histochemical, gene expression, and resorption analysis.

140 Although semiquantitative histochemical glycogen analysis is possible, the method

141 Histochemical GUS analyses of transgenic Arabidopsis pla

142 Histochemical GUS staining indicated that OsbHLH068 and

143 sion employing quantitative RT-PCR analysis, histochemical GUS staining, and eGFP and RFP fluorescent

144 linician recognizing the signs and symptoms, histochemical identification of fibrils, and accurate di

145 Histological and immuno-histochemical (IHC) analyses of disc organ cultures reve

146 rements were analyzed with spatially-matched histochemical images of HA, collagen and vessel perfusio

147 Here, we established a histochemical imaging assay for influenza virus sialidas

148 serum samples were collected and assessed by histochemical, immunofluorescence, biochemical, and immu

149 ated that the results of these histological, histochemical, immunohistochemical, and dynamic histomor

150 ferences in baseline muscle properties using histochemical, immunohistochemical, and electron microsc

151 Histochemical implications of species-specific enzyme pr

152 u heart perfusion (ESHP), where LV function, histochemical injury, and differences in gene expression

153 Left ventricular function, histochemical injury, and differences in left ventricula

154 Histochemical integrity and ultra-structural myocardial

155 complementary to histological and/or immune histochemical investigation, overcoming the limitation o

156 Morphologic analysis and histochemical iron detection by Perls' staining was perf

157 ] brain maps were obtained by (23)Na MRI and histochemical K(+) staining, respectively, and calibrate

158 higher level (50 muM) for 48 h, followed by histochemical labeling to assess MN injury.

159 e (SA-beta-Gal) activity was investigated by histochemical labeling.

160 Histochemical localization of iron, visualized by Perls

161 However, specific histochemical localization of nociceptive modulatory neu

162 In the present study we used histochemical localization of synaptic zinc to investiga

163 Immunoblot analyses and in situ histochemical localizations of intestinal tight junction

164 horase (NADPHd) activity is used widely as a histochemical marker for neuronal nitric oxide synthase

165 NADPH diaphorase is used as a histochemical marker of nitric oxide synthase (NOS) in a

166 ide-resistant acid phosphatase) is a classic histochemical marker of small-diameter dorsal root gangl

167 salli et al. use OR minigenes that coexpress histochemical markers and show that the determinants in

168 To investigate how these histochemical markers change as a function of age and he

169 and 4-hydroxy-2-noneal (4-HNE) were used as histochemical markers of RNS and ROS formation, respecti

170 n sensory cortex exhibit diverse morphology, histochemical markers, and patterns of connectivity.

171 hological indicators with advanced, (immuno)-histochemical markers.

172 ect after experimental ICH by functional and histochemical measurements of neural cell proliferation

173 N and electrophysiological, respiratory, and histochemical measurements, we show that futile cycling

174 This histochemical method detects ATPase activity and takes p

175 mg skeletal muscle, as there is no reliable histochemical method for assessing CI activity directly

176 Mutated units were identified by a histochemical method to detect activity of cytochrome c

177 sity was determined using a semiquantitative histochemical method, and tensile stiffness was determin

178 urodegeneration were accessible to (immuno-) histochemical methods as well as to in vivo methods usin

179 transport chain components were assayed with histochemical methods before and after the onset of beha

180 llular identification of GDNF by unequivocal histochemical methods demonstrated that in normal or inj

181 ne insults, immunochemical and hybridization histochemical methods were used to monitor cyclooxygenas

182 s examined in situ by immunocytochemical and histochemical methods.

183 oxo-dG) was detected by immunoperoxidase and histochemical methods.

184 d it can be used in combination with several histochemical methods.

185 riments, based on hydraulic, anatomical, and histochemical methods.

186 d in terms of the severity of dermatitis and histochemical observations after two weeks of treatment.

187 Histochemical observations demonstrate that unripe tomat

188 ntreated samples of all the species, whereas histochemical observations with a dead cell stain were c

189 In support of the histochemical observations, soluble extracts of PRF memb

190 ons of the inferior pulvinar (PI) defined by histochemical or immunocytochemical architecture.

191 rt rate), pathological (lung injury), immuno-histochemical (oxidative/nitrosative and blood-brain bar

192 f hBMSCs located in the ICH region, improves histochemical parameters of neural regeneration, and red

193 abor intensive, incompatible with most other histochemical procedures and notoriously capricious.

194 Immunogold labeling and histochemical procedures offer ways to map certain compo

195 Retinas were processed with standard histochemical procedures, and retinal morphology was exa

196 f cells was identified with morphology and a histochemical profile similar to mammalian carotid body

197 ave extensively analyzed the biochemical and histochemical profiles of the tau protein from the rTg45

198 pe containing characteristic structures with histochemical properties consistent with oil bodies.

199 es were phenotyped by immunofluorescence and histochemical protocols.

200 After histochemical reaction for visualization of HRP and BDA,

201 toneurons containing HRP were labeled with a histochemical reaction utilizing tetramethylbenzidine (T

202 hat direct the expression of distinguishable histochemical reporters from each gene promoter.

203 To corroborate the histochemical results we transfected living tadpole brai

204 d DNA shuffling (sexual recombination) and a histochemical screen to direct the evolution of Escheric

205 allergens in Japanese cedar pollen, and the histochemical sensing of Cry j 2 in ruptured Japanese ce

206 The sensitivity of the beta-glucuronidase histochemical stain provides the student with a colorful

207 Using Alcian Blue, a histochemical stain that detects sulfated glycans, we ob

208 n and total absence of cytochrome- c oxidase histochemical stain.

209 ganglia of the NGR was documented by immuno-histochemical staining (IHC).

210 on cholesterol accumulation were examined by histochemical staining and a quantitative intracellular

211 ischemia, reperfused, and then prepared for histochemical staining and electron microscopy.

212 Histochemical staining and gas chromatography-tandem mas

213 hole-cell patch-clamp recordings followed by histochemical staining and single-cell RT-PCR were obtai

214 esolution microscopy, surface profiling, and histochemical staining assays show that reticulation com

215 of cancer biomarkers via high-density immuno-histochemical staining assays.

216 chrome c oxidase (CCO(-)) were identified by histochemical staining followed by mtDNA sequencing.

217 docyte expression was confirmed in two ways: histochemical staining for beta-galactosidase and double

218 In these select neuronal populations, histochemical staining for beta-hexosaminidase activity,

219 ion as shown by gene expression analysis and histochemical staining for cardiac lineage markers such

220 transcripts, IGF-I receptor expression, and histochemical staining for chondroclasts were decreased

221 d cell engraftment and liver repopulation by histochemical staining for dipeptidyl peptidase IV.

222 mary restless legs syndrome was subjected to histochemical staining for iron and immunostaining for i

223 Histochemical staining for iron reveals that frd3 mutant

224 In tissues from KOMP mice, histochemical staining for LacZ enzyme activity can be u

225 patic tissue are enhanced as demonstrated by histochemical staining for the marker gene lac Z, immuno

226 combined with fluorescence microscopy and/or histochemical staining gave complex chemical information

227 with the expression of Peg3 in the mouse by histochemical staining in betageo knock out mice.

228 Elemental analysis and histochemical staining indicate that iron is trapped in

229 Histochemical staining of beta-glucuronidase (GUS) activ

230 amined with adenosine diphosphatase (ADPase) histochemical staining of blood vessels.

231 Histochemical staining of larval body wall muscle reveal

232 Histochemical staining of nip nodules revealed this pigm

233 the pattern of gene expression, reported by histochemical staining of plants expressing a PpLea-1::G

234 A quantitative real-time PCR analysis and histochemical staining of promoter::GUS activity in tran

235 Histochemical staining of rapeseed lines expressing Bn-F

236 Histochemical staining of sections with antibodies to pr

237 Larvae were used for motility assays and histochemical staining of the body-wall muscle.

238 aration of the protein complexes, and in-gel histochemical staining of the enzyme activities.

239 Histochemical staining of transgenic hairy roots carryin

240 ualitative assessment of iron levels through histochemical staining or to the expression levels of ir

241 rtion or deletion mutations had no effect on histochemical staining patterns indicating that strict s

242 CL40 equaled or surpassed MECA-79 as a histochemical staining reagent for HEVs and HEV-like ves

243 K resupply and histochemical staining resolved the temporal and spatial

244 Imaging analysis and histochemical staining revealed impaired leukocyte recru

245 Histochemical staining revealed that neutrophil infiltra

246 ance analyses using beta-glucuronidase (GUS) histochemical staining revealed that the GUS transgene w

247 cially prominent in the corpus callosum, and histochemical staining reveals accumulation of iron in t

248 Postmortem histochemical staining showed absence of neuromelanin-co

249 Histochemical staining showed preservation of overall ti

250 4-chloro-3-indolyl-beta-d-galactopyranoside) histochemical staining to detect the beta-galactosidase

251 Immunocytochemical and enzyme histochemical staining verified the presence of NTPDase2

252 Affinity-histochemical staining was performed using a HA-specific

253 Following nerve injury, NT5E protein and AMP histochemical staining were coordinately reduced in lami

254 ae exhibited idiosyncratic increases in zinc histochemical staining with advancing age, lamina IV bar

255 staining for RUNX2 and osteocalcin, and also histochemical staining with picrosirius red to demonstra

256 Histochemical staining with triphenyltetrazolium chlorid

257 ed tissues (as indicated by paw swelling and histochemical staining).

258 ways associated with the presence of iron on histochemical staining.

259 without, myocardial infarction as defined by histochemical staining.

260 essed using adenosine diphosphatase (ADPase) histochemical staining.

261 registered optical density measurements from histochemical staining.

262 Laser microscope dissection/pyrolysis GC/MS, histochemical staining/lignin analyses, and pADT::GUS lo

263 Histochemical stainings indicated localized losses of hy

264 Histochemical stainings revealed that when a parasite mi

265 0-plex capability, compatibility with common histochemical stains and suitability for analysis of dec

266 on the nucleolinus, probably because complex histochemical stains are required for its visualization

267 tion has been dominated by 2D imaging, using histochemical stains in conjunction with light and fluor

268 We used several histochemical stains, including calbindin-D28k, a marker

269 rr virus (EBV), as assessed by EBER and LMP1 histochemical stains, was present in 16 of 17 tumors.

270 Anal canal was harvested and processed for histochemical studies (Masson trichrome stain), molecula

271 Histochemical studies confirmed and characterized kidney

272 Our biochemical and histochemical studies demonstrate that mice overexpressi

273 Histochemical studies have confirmed that telomerase is

274 oes not contain pyramidal cells, and several histochemical studies have suggested that most layer 1 n

275 We performed histochemical studies in human and mouse and showed that

276 Immuno-histochemical studies indicated that the source of perio

277 Histochemical studies of lung tissue from one fatality s

278 Moreover, molecular biological and histochemical studies revealed broad anti-inflammatory e

279 Histochemical studies showed dramatic differences betwee

280 These new findings and histochemical studies showing enhanced expression of IL2

281 s an important tool for biophysical studies, histochemical studies, and opto-pharmacological studies

282 nal associated with the use of free hemin in histochemical studies.

283 An immune-histochemical study compared cellular protein expression

284 In an immuno-histochemical survey of human cancer specimens, we find

285 tasis to bone marrow (BM) using conventional histochemical techniques has been limited because of sub

286 Biochemical and histochemical techniques were used to examine the relati

287 Standard histochemical techniques were used to study ovule/seed d

288 e mouse brain sections labeled with standard histochemical techniques, reconstruct those images into

289 in combination with electrophysiological and histochemical techniques, to investigate the early (1 we

290 Using a combination of autoradiography and histochemical techniques, we demonstrate that PIB, in ad

291 gical diagnosis of CBD using biochemical and histochemical techniques.

292 al tissues were studied for metastases using histochemical techniques.

293 We used a combination of genetic, histochemical, ultrastructural, and molecular analysis t

294 Post hoc histochemical visualization confirmed that all 48 record

295 Histochemical visualization of alkaline phosphatase acti

296 ith either AMPA or kainate and processed for histochemical visualization of cobalt uptake through cal

297 Histochemical visualization with the BTP3-Neu5Ac assay i

298 press beta-galactosidase, allowing for their histochemical visualization, to determine the pattern of

299 Histochemical X-gal (5-bromo-4-chloro-3-indolyl-beta-d-g

300 Each staining method demarcated five histochemical zones corresponding, from medial to latera