ライフサイエンスコーパス: immunogold electron microscopy

1 bimolecular fluorescence complementation and immunogold electron microscopy.

2 y immunofluorescence light microscopy nor by immunogold electron microscopy.

3 frozen cells grown at 76 degrees C by using immunogold electron microscopy.

4 in IMCD cells of potassium-deprived rats by immunogold electron microscopy.

5 mass spectrometry, immunohistochemistry, and immunogold electron microscopy.

6 ths) Sprague Dawley rats using postembedding immunogold electron microscopy.

7 of the human exocrine pancreas, as judged by immunogold electron microscopy.

8 ts by both immunofluorescence microscopy and immunogold electron microscopy.

9 -membrane-localized VLPs as visualized using immunogold electron microscopy.

10 tinin and is found at the Z-disc as shown by immunogold electron microscopy.

11 was seldom found in nucleus and myofibers by immunogold electron microscopy.

12 using biochemical analyses and quantitative immunogold electron microscopy.

13 different region of the TGN than AtTLG2b by immunogold electron microscopy.

14 ions, and this distribution was confirmed by immunogold electron microscopy.

15 ion in the infected tissue was identified by immunogold electron microscopy.

16 elson-transformed pre-B lymphocytes by using immunogold electron microscopy.

17 the hair cells at various time points using immunogold electron microscopy.

18 ular distribution of HAP1 was examined using immunogold electron microscopy.

19 lasma membrane microdomains, as localized by immunogold electron microscopy.

20 calizes with NFL on single neurofilaments by immunogold electron microscopy.

21 th cardiac amyloid deposits was confirmed by immunogold electron microscopy.

22 -exponential growth, which was reinforced by immunogold electron microscopy.

23 calized the epitope on the capsid surface by immunogold electron microscopy.

24 tophysin, syntaxin, and synaptotagmin and by immunogold electron microscopy.

25 n blot analyses of cell wall proteins and by immunogold electron microscopy.

26 These results were further validated via immunogold electron microscopy.

27 coprotein (GPC) on the cell surface by using immunogold electron microscopy.

28 ileptic DGCs was examined with postembedding immunogold electron microscopy.

29 mouse retina was visualized by pre-embedding immunogold electron microscopy.

30 situ hybridization, immunofluorescence, and immunogold electron microscopy.

31 emonstrated by subcellular fractionation and immunogold electron microscopy.

32 measured by mass spectrometry and located by immunogold electron microscopy.

33 noblotting, immunofluorescence analysis, and immunogold electron microscopy.

34 alizes with NF-M on single neurofilaments by immunogold electron microscopy.

35 interact, we employed immunofluorescence and immunogold electron microscopy.

36 al compartments by confocal fluorescence and immunogold electron microscopy.

37 d in lung tissue by immunohistochemistry and immunogold electron microscopy.

38 escence resonance energy transfer (FRET) and immunogold electron microscopy.

39 he axoplasmic organelles, as demonstrated by immunogold electron-microscopy.

40 By use of flow cytometry and immunogold electron microscopy, a clinical isolate with

41 By immunogold electron microscopy, alpha-actinin-2 is conce

42 Immunogold electron microscopy also showed that TlpC loc

43 Immunogold electron microscopy analysis revealed that cl

44 Immunogold electron microscopy and analysis were used to

45 35 rat hepatoma cells, as determined both by immunogold electron microscopy and by autoradiography.

46 Based on immunogold electron microscopy and co-immunoprecipitatio

47 Immunogold electron microscopy and confocal analyses ind

48 Previous examination by immunogold electron microscopy and electron tomography s

49 Immunogold electron microscopy and epifluorescence video

50 Immunogold electron microscopy and flow cytometric analy

51 calized inside the in vivo pollen tube using immunogold electron microscopy and found to be present i

52 ocalizes in lamellar bodies as determined by immunogold electron microscopy and immunoblot of lamella

53 ns of the suprastructures were determined by immunogold electron microscopy and immunoblotting.

54 Immunogold electron microscopy and immunofluorescence te

55 Immunogold electron microscopy and in vitro import assay

56 Localization of RLIP76 was studied by immunogold electron microscopy and kinetics of the adeno

57 Subsequent analyses of HSV-infected cells by immunogold electron microscopy and live-cell confocal im

58 1 and Kir6.2 subunits with Western blotting, immunogold electron microscopy and the identification of

59 m also cross-reacted with the LP fimbriae in immunogold electron microscopy and Western blot experime

60 tative real-time PCR and in mouse kidneys by immunogold electron microscopy, and its agonism 1) incre

61 inguished from that of collagen filaments by immunogold electron microscopy, and mimicked by that of

62 ly at the pilus tip, a location supported by immunogold electron microscopy, and suggests that, as fo

63 edium and utilized for immunohistochemistry, immunogold electron microscopy, and western blotting.

64 e acidocalcisomes and that was identified by immunogold electron microscopy as the contractile vacuol

65 to PLD1 together with immunofluorescence and immunogold electron microscopy as well as cell fractiona

66 Immunogold electron microscopy confirmed the association

67 Immunogold electron microscopy confirmed the granule loc

68 Immunogold electron microscopy confirmed the progressive

69 Immunogold electron microscopy confirmed the storage of

70 n by using antibodies for alpha-actinin, and immunogold electron microscopy confirms localization spe

71 facilitate nutrient uptake from host blood, immunogold electron microscopy confirms that the protein

72 We now show by quantitative immunogold electron microscopy coupled with analysis of

73 Immunogold electron microscopy data support the conclusi

74 otobleaching (FRAP), immunofluorescence, and immunogold electron microscopy demonstrate that the GC i

75 Immunogold electron microscopy demonstrated increased ni

76 Immunogold electron microscopy demonstrated that E4 34K

77 Consistent with this observation, immunogold electron microscopy demonstrated that Neph1 l

78 Immunogold electron microscopy demonstrated that platele

79 Consistent with this observation, immunogold electron microscopy demonstrated that polyclo

80 Immunogold electron microscopy demonstrates that Pcnt is

81 (v) Immunogold electron microscopy detected ACBP within 43 A

82 ing rat brain slice, immunofluorescence, and immunogold electron microscopy detection of VMAT2 (vesic

83 current assumptions, pre- and postembedding immunogold electron microscopy (EM) revealed that MHCI p

84 ng immunoprecipitation of COPII vesicles and immunogold electron microscopy (EM), we characterize the

85 With double-labeling immunogold electron microscopy (EM), we confirmed that I

86 ll fractionation, coimmunoprecipitation, and immunogold electron microscopy experiments confirmed tha

87 ed against IQGAP and Cdc42 in negative-stain immunogold electron microscopy experiments.

88 In the present study, quantitative immunogold electron microscopy for GLUT1 was employed on

89 Immunogold electron microscopy further localized HD-5 to

90 Immunogold electron microscopy had shown that the expres

91 We also show by immunogold electron microscopy immunocytochemistry that

92 of Neph1 to the glomerular slit diaphragm by immunogold electron microscopy in rodents and describe i

93 ts (MEFs) by indirect immunofluorescence and immunogold electron microscopy in the presence or absenc

94 Immunogold electron microscopy in two glioblastomas mult

95 ribution of the GC by immunofluorescence and immunogold electron microscopy in whole fibers from diff

96 In addition, the results of immunogold electron microscopy indicated a close associa

97 Surprisingly, immunofluorescence and immunogold electron microscopy indicated that adherens j

98 Here, pre-embedding immunogold electron microscopy is applied to dissociated

99 Immunogold electron microscopy localized Ser(P)269-AQP2

100 Immunogold electron microscopy localized the allergen in

101 Immunogold electron microscopy localized VHL specificall

102 Using immunogold electron microscopy, non-fibrillar forms of P

103 On the basis of immunogold electron microscopy of both rat liver nuclear

104 Immunogold electron microscopy of cells infected with vA

105 Dual labeled immunogold electron microscopy of cultured polarized mou

106 Transmission and immunogold electron microscopy of extracted extracellula

107 d with the presynaptic membrane, we employed immunogold electron microscopy of forebrain synaptosomes

108 Immunogold electron microscopy of hippocampal tissue sec

109 1 in most membranes containing ER markers by immunogold electron microscopy of metaphase cells.

110 Immunogold electron microscopy of P. mirabilis HI4320 re

111 Immunogold electron microscopy of PAO1WT and PAO1 deltaR

112 Immunogold electron microscopy of rat hippocampal neuron

113 Immunogold electron microscopy of the latter fractions v

114 raK-FLAG3 in otherwise wild-type cells using immunogold electron microscopy of thin sections revealed

115 Using Immunogold electron microscopy, PGRP-S was localized to

116 Immunofluorescence and immunogold electron microscopy reveal a spectrin-rich do

117 Immunofluorescence staining and immunogold electron microscopy reveal different subcellu

118 Confocal microscopy and immunogold electron microscopy reveal GFP to be almost e

119 , immunofluorescent confocal microscopy, and immunogold-electron microscopy reveal that the 15b-IDE p

120 tly with markers of the Golgi apparatus, and immunogold electron microscopy revealed a predominant lo

121 Immunogold electron microscopy revealed a preferential l

122 In the present study, immunogold electron microscopy revealed EC-SOD in membra

123 Immunogold electron microscopy revealed redistribution o

124 Moreover, immunogold electron microscopy revealed that both intrac

125 Immunogold electron microscopy revealed that overexpress

126 Immunogold electron microscopy revealed that pU(L)31 cou

127 pared with non-MTLE hippocampi, quantitative ImmunoGold electron microscopy revealed that the density

128 Immunogold electron microscopy revealed that these prote

129 Additionally, immunohistochemistry and immunogold electron microscopy revealed that tibial marr

130 Immunogold electron microscopy revealed the presence of

131 Immunogold electron microscopy reveals a concentration o

132 Immunogold electron microscopy reveals GKAP to be predom

133 Immunogold electron microscopy showed hGH co-stored with

134 Analysis using Western blotting and immunogold electron microscopy showed that expression of

135 st exclusively in RPE Immunofluorescence and immunogold electron microscopy showed that HFE protein w

136 Postembedding immunogold electron microscopy showed that NOS-I concent

137 Moreover, immunogold electron microscopy showed that NR1 is expres

138 Immunogold electron microscopy showed that surface recep

139 Immunogold electron microscopy showed that the anti-mino

140 Immunogold electron microscopy showed that the Uni2 prot

141 Direct immunogold electron microscopy specifically localized de

142 ed against these GIPCs were further used for immunogold-electron microscopy strategy, revealing the d

143 Immunogold electron microscopy studies of the epitope-ta

144 Immunogold electron microscopy studies revealed a homoge

145 Results of immunogold electron microscopy suggest that some G prote

146 High-resolution immunogold electron microscopy supported the cellular lo

147 Confocal and immunogold electron microscopy supported Trpv4 overexpre

148 l approaches, including live immunolabeling, immunogold electron microscopy, surface biotinylation an

149 Here, we used postembedding immunogold electron microscopy techniques to examine the

150 By confocal microscopy and by immunogold electron microscopy, the cytoplasmic expressi

151 Using cryo-immunogold electron microscopy, the three GGAs were show

152 By confocal microscopy and immunogold-electron microscopy, these filaments are loca

153 By immunogold electron microscopy, this exposed large amoun

154 3 (AQP3) was found by immunofluorescence and immunogold electron microscopy to be expressed at the pl

155 In this study, we used immunogold electron microscopy to demonstrate that BxpB

156 Here, we have used immunogold electron microscopy to examine the subcellula

157 ution structured illumination microscopy and immunogold electron microscopy to localize major compone

158 We used immunogold electron microscopy to localize SafA and foun

159 In this study, we used immunogold electron microscopy to show that the CTD of B

160 ined immunocytochemistry and high-resolution ImmunoGold electron microscopy to study cellular and sub

161 Confocal immunofluorescent and immunogold electron microscopy, together with subcellula

162 Immunogold electron microscopy, used to definitively loc

163 ImmunoGold electron microscopy using antibodies directed

164 Immunogold electron microscopy using antibodies raised a

165 5-, or 7-d cultured cells and examined by 1) immunogold electron microscopy using antibodies to known

166 In addition, immunogold electron microscopy using antisera against Eb

167 ne transporter (DAT) by immunoperoxidase and immunogold electron microscopy, using monoclonal antibod

168 Immunofluorescence and immunogold electron microscopy verified synapsin I expre

169 Immunogold electron microscopy was used to demonstrate a

170 Postembedding immunogold electron microscopy was used to determine the

171 Immunogold electron microscopy was used to determine whe

172 To further study the bound pool, immunogold electron microscopy was used to measure CaMKI

173 Postembedding immunogold electron microscopy was used to quantify the

174 ted emission depletion (STED) microscopy and immunogold electron microscopy, we determined the distri

175 Using immunogold electron microscopy, we examine and compare t

176 Using immunogold electron microscopy, we found that p58/p45 an

177 een fluorescent protein fusions to Rsp5p and immunogold electron microscopy, we found that Rsp5p was

178 Using immunogold electron microscopy, we found that the normal

179 By cell fractionation and immunogold electron microscopy, we have identified an en

180 bedding immunoperoxidase and silver-enhanced immunogold electron microscopy, we localized T-channel s

181 Using immunogold electron microscopy, we observed that Tor2p,

182 his expectation is borne out by results from immunogold electron microscopy, which revealed that hydr

183 he modified Flp1 in fibrils was confirmed by immunogold electron microscopy with monoclonal antibody

184 Immunogold electron microscopy with polyclonal antibodie