ライフサイエンスコーパス: subcellular fraction

1 ands ( approximately 60 kDa) present in each subcellular fraction.

2 32, RIP accumulated in a detergent-insoluble subcellular fraction.

3 the endoplasmic reticulum-Golgi intermediate subcellular fraction.

4 ed protein is associated with the microsomal subcellular fraction.

5 hips differed according to age, isoform, and subcellular fraction.

6 function and is expressed in the particulate subcellular fraction.

7 re their activities in the lysosome-enriched subcellular fraction.

8 s found to associate with a tubulin-enriched subcellular fraction.

9 tro reaction containing this novel adipocyte subcellular fraction.

10 sed heart especially in organelle-containing subcellular fractions.

11 ns was found in substantial amounts in other subcellular fractions.

12 the content of receptor subunits in various subcellular fractions.

13 ively assess lipid compositions of cells and subcellular fractions.

14 hich results in significant contamination of subcellular fractions.

15 proteins and proteins from granule-enriched subcellular fractions.

16 ) complexes in isolated phagosomes and other subcellular fractions.

17 y and/or immunoblotting and enzyme assays of subcellular fractions.

18 and shape to the CaMKII clusters observed in subcellular fractions.

19 st, PLDbeta was not detectable in any of the subcellular fractions.

20 by confocal microscopy and immunoblotting of subcellular fractions.

21 are differentially partitioned between these subcellular fractions.

22 ent subcompartments of the Golgi, as well as subcellular fractions.

23 on could be reconstituted in Golgi- enriched subcellular fractions.

24 of protein phosphorylation were detected in subcellular fractions.

25 ts translocation from soluble to particulate subcellular fractions.

26 e in flavin biosynthesis, is present in both subcellular fractions.

27 arise from redistribution of proteins among subcellular fractions.

28 Five cross-linked bands appear in all subcellular fractions.

29 nriched in exosomes and F-actin cytoskeleton subcellular fractions.

30 ance using short reads from their respective subcellular fractions.

31 kt immune complexes from lipid raft-enriched subcellular fractions.

32 esence or absence of M. tuberculosis and its subcellular fractions.

33 a levels, with reduced targeting to synaptic subcellular fractions.

34 A) in RNA transcripts by analyzing different subcellular fractions.

35 ons showed ASPA is an active monomer in both subcellular fractions.

36 d by Western blot analyses of four different subcellular fractions.

37 nts that are commonly found as impurities in subcellular fractions.

38 the detection of cytoskeletal impurities in subcellular fractions.

39 nogold method, and by immunoblot analysis of subcellular fractions.

40 ibited a negligible contamination with other subcellular fractions (1-4%) and high degree of function

41 fraction was similar or higher than in other subcellular fractions after both the pulse and the chase

42 were primarily found in a cell wall-enriched subcellular fraction and correlated with the presence (o

43 nding of [3H]-DGR is most enriched in the P2 subcellular fraction and is heterogeneously distributed

44 Studies with well characterized subcellular fractions and by indirect immunofluorescence

45 Protein interaction studies used subcellular fractions and detergent lysates prepared fro

46 is a function of its presence among specific subcellular fractions and established that HMW1 is a per

47 thereof, was further evaluated by preparing subcellular fractions and examining them for the presenc

48 We measured Cd and Se in subcellular fractions and found that larvae sequestered

49 Subcellular fractions and fractions enriched in photorec

50 uro2a cells by both Western blot analysis of subcellular fractions and immunofluorescence analysis.

51 Western blot analysis of subcellular fractions and indirect immunofluorescence an

52 on microscopic evaluation of M. tuberculosis subcellular fractions and intact bacteria confirm that P

53 from this population of microtubule binding subcellular fractions and its cleavage was unaffected in

54 be translocated to the membrane and nuclear subcellular fractions and PKC-delta to be depleted from

55 Analysis of Mycobacterium smegmatis subcellular fractions and spheroplasts showed that LAM a

56 d cyclic siloxanes in rainbow trout liver S9 subcellular fractions and the extrapolation of in vitro

57 intact human embryonic kidney 293 cells and subcellular fractions and were correlated with the rate

58 were observed in both pellet and supernatant subcellular fractions and were regulated by Ric-8A in bo

59 f G proteins, associate with the particulate subcellular fraction, and are present in the nucleus.

60 yme activity assays, protein domain mapping, subcellular fraction, and viral-mediated gene transfer w

61 d on immunofluorescence, Western blotting of subcellular fractions, and epitope tagging with enhanced

62 d a similar distribution of PGHS-1 and -2 in subcellular fractions, and product analysis using isozym

63 -labeled rRNA substrates were incubated with subcellular fractions, and the conversion of uridine to

64 ical VGLUT1 mRNA, striatal VGLUT1 protein in subcellular fractions, and the Vmax of striatal vesicula

65 imately 25 kd in hepatocyte lysates, hepatic subcellular fractions, and tissue extracts.

66 s in Na,K-ATPase subunit distributions among subcellular fractions; and greater inactivation of eIF2a

67 s in Na,K-ATPase subunit distributions among subcellular fractions; and greater inactivation of eIF2a

68 n of neutrophils by Western blot analyses of subcellular fractions as well as by RT-PCR analyses of n

69 o be highly enriched in a novel cytoskeletal subcellular fraction associated with plasma membranes.

70 yses reveal potential cell type-specific and subcellular fraction-associated RNA-binding protein sign

71 HeLa cells increased the levels of SM in all subcellular fractions, but the change was most dramatic

72 olase activity associated with the ribosomal subcellular fraction by differential centrifugation.

73 as shown to be associated with the ribosomal subcellular fractions by differential centrifugation.

74 sates, blood samples, liver homogenates, and subcellular fractions by spectroscopy.

75 epsilon from the soluble to the particulate subcellular fraction, cell cycle arrest in G1 phase, and

76 sformation assays using hepatocytes or liver subcellular fractions, combined with in vitro-in vivo ex

77 soforms were more prevalent in the cytosolic subcellular fraction compared to the particulate fractio

78 otein expression changes, protein changes in subcellular fractions, components of protein complexes,

79 f an alternative proreceptor of 170 kDa in a subcellular fraction consistent with endoplasmic reticul

80 s an anchor to the microtubules for specific subcellular fractions containing amyloidogenic fragments

81 ytosol of viable cells, but was recovered in subcellular fractions containing secretory granule-local

82 tin-binding protein utrophin are enriched in subcellular fractions containing secretory granules.

83 Both nNOS and HAP1 are enriched in subcellular fractions containing synaptic vesicles.

84 characterize the expression of DM in vivo in subcellular fractions containing the IIPLC.

85 synaptoneurosome experiments show that this subcellular fraction contains a similar complement of sp

86 The isolated subcellular fraction contains less than 1% of the total

87 T hybridoma responses to isolated subcellular fractions demonstrated OVA (323-339):I-Ad co

88 eriments as well as Western blot analysis on subcellular fractions demonstrated that Odin is localize

89 Immunoblot analysis of rat liver subcellular fractions demonstrated that this protein was

90 Western blot analysis of PMN subcellular fractions demonstrated the presence of pp1al

91 Western blot analysis of subcellular fractions demonstrated translocation of BIG2

92 isoform could potentially be present in both subcellular fractions, depending on the calcium level of

93 xamined in a novel cell-free assay utilizing subcellular fractions derived from 3T3-L1 adipocytes.

94 bolites were generated in vitro using pooled subcellular fractions derived from human liver and analy

95 Inactivated M. tuberculosis or its subcellular fractions did not result in A549 necrosis or

96 Analysing distinct subcellular fractions (e.g. myofibrillar, sarcoplasmic,

97 We also show that subcellular fractions enhancing disease-specific prion p

98 and MLC2 were overrepresented in a rat liver subcellular fraction enriched in canalicular membrane ve

99 Moreover, we show that a subcellular fraction enriched in mitochondria is require

100 n the postsynaptic density (PSD) fraction, a subcellular fraction enriched in structures with the mor

101 and HAX-1 were over-represented in rat liver subcellular fractions enriched for canalicular membrane

102 Further biochemical tests on subcellular fractions enriched for clathrin-coated vesic

103 und that ErbB receptors are present in brain subcellular fractions enriched for postsynaptic densitie

104 Third, in immunoblots of subcellular fractions enriched with PVs from amastigote-

105 ism for Rad51 nuclear transport, we analyzed subcellular fractions for two other Rad51-interacting pr

106 To identify these proteins, subcellular fractions free of bacteria were probed with

107 , we find that the amount of ionic copper in subcellular fractions from brain is similar in all three

108 nelles containing doxorubicin (DOX) in crude subcellular fractions from CCRF-CEM and CEM/C2 cell line

109 Further, immunoblot analyses of hepatic subcellular fractions from ethanol-damaged livers indica

110 of hNMT was also examined by immunoblotting subcellular fractions from HeLa cells transfected with p

111 Utilizing subcellular fractions from M. smegmatis and M. tuberculo

112 In contrast, subcellular fractions from macrophages that ingested zym

113 The delta opioid binding sites in subcellular fractions from NG108-15 cells were character

114 uorescence microscopy and enzyme analyses of subcellular fractions from ODC-overexpressing cells demo

115 Subcellular fractions from patient PMNs generated less O

116 Immunoblot analyses of subcellular fractions from stably transfected CWSV1 cell

117 Western blot analysis of subcellular fractions from sucrose equilibrium density g

118 Previous investigations of subcellular fractions from suspension-cultured cells of

119 PTPase activities in subcellular fractions from the nondiabetic obese subject

120 When subcellular fractions from toxin-sensitive cells were in

121 Examination of subcellular fractions further revealed that RI were enri

122 We exploited this property to isolate a subcellular fraction highly enriched in cAR1 by flotatio

123 decreased with advancing age in three brain subcellular fractions, homogenate, cytosol, and synaptic

124 reasing accumulation and distribution in two subcellular fractions (i.e., metallothionein-like protei

125 iggered by increased bioaccumulation in each subcellular fraction in correlation with Hg exclusively

126 hippocampal PKCgamma concentrations in both subcellular fractions in comparison with young rats, and

127 entified as a component of myelin-containing subcellular fractions in proteomic studies and mutations

128 and OSBP2 detected the proteins in different subcellular fractions in the retinal monkey tissue.

129 ROC operates in various subcellular fractions including microsomes, mitochondria

130 13, glycosylated Fap1 was present in all the subcellular fractions including the cytoplasm.

131 determine the lipids in liver homogenate and subcellular fractions, including mitochondria, light mit

132 The remaining isoforms are present across subcellular fractions, including nuclei and are soluble.

133 Western blot analysis of subcellular fractions indicated enrichment of A2BP1 in t

134 ence localization and immunoblot analysis of subcellular fractions indicated that expressed Myc-Rab1B

135 Biochemical analysis of subcellular fractions indicated that pro-caspase-8 was e

136 Association of PLC-gamma1 with the insoluble subcellular fraction is also enhanced in PDGF-stimulated

137 Subcellular fractions isolated from 32P-labeled hepatocy

138 Mammary subcellular fractions isolated from Rbp1(-/-) mice have

139 ctivity of native oPGHS-1 and partitioned in subcellular fractions like native oPGHS-1; however, the

140 Western blotting of M. tuberculosis subcellular fractions localized CFP32 predominantly to t

141 in conventional steady-state MFA, tissues or subcellular fractions must be dissected or biochemically

142 added big endothelin-1 (big ET-1) to ET-1 in subcellular fractions obtained by sucrose density gradie

143 nnel, were normally expressed in the correct subcellular fraction of both cell lines.

144 In vitro kinase assays, using different subcellular fractions of 3T3-L1 adipocytes, revealed tha

145 T cell assays on subcellular fractions of Ag-pulsed macrophages detected

146 In subcellular fractions of Arabidopsis leaves, PLDalpha an

147 The relative distribution of GLUT4 in subcellular fractions of basal and insulin-stimulated IR

148 chain reaction and Western blot analysis of subcellular fractions of both cell types.

149 the increased uptake of [3H]LIGA 20 into the subcellular fractions of brain including cell nuclei.

150 another study on the distribution of ARF6 in subcellular fractions of Chinese hamster ovary (CHO) cel

151 blot analysis of the distribution of p50 in subcellular fractions of COS-1 cells shows that p50 is a

152 k2 can be phosphorylated at Thr68 by various subcellular fractions of HEK293 cells.

153 We have analyzed subcellular fractions of HeLa and HCT116 cells and found

154 Biochemical analyses of subcellular fractions of HeLa cells further demonstrate

155 Immunoblots of subcellular fractions of hepatocytes showed enrichment o

156 n cancer cells but was notably absent in all subcellular fractions of HOSE cells.

157 Western immunoblot analysis of subcellular fractions of N. gonorrhoeae strain F62 and N

158 sylated polypeptides occurred in appropriate subcellular fractions of normal mouse tissues.

159 Analysis of subcellular fractions of pea leaves and red beet roots e

160 Proteomic analysis of sucrose-gradient subcellular fractions of platelets indicated that NBEAL2

161 CT-related reductase activity was assayed in subcellular fractions of PNS-derived membranes isolated

162 lved in the degradation of desaturase, liver subcellular fractions of rats that had undergone inducti

163 Subcellular fractions of resting cells that were positiv

164 Determination of PI4K activity in subcellular fractions of SH-SY5Y cells indicated that en

165 e (PP) 1 and 2A holoenzymes present in three subcellular fractions of skeletal muscle.

166 ochemical activity assays and immunoblots of subcellular fractions of sperm incubated with the sterol

167 membrane events of tyrosine phosphorylation, subcellular fractions of T cells were treated with the P

168 Of subcellular fractions of the anther homogenate, the two

169 Binding of [3H]PAF was investigated in subcellular fractions of the epithelia of bovine corneas

170 In subcellular fractions of the whole retina, osteonectin/S

171 Further biochemical characterization of the subcellular fractions of the wzy mutant demonstrated tha

172 P hydrolytic and cGMP hydrolytic activity in subcellular fractions of this tissue.

173 iated with paclitaxel resistance in discrete subcellular fractions of two drug-resistant sublines rel

174 "N1," which is present in membrane-enriched subcellular fractions of wild-type mice.

175 athways in obese cells by delivery of normal subcellular fractions offers a potential new tool for ce

176 Using binding assays on myocyte subcellular fractions or a fluorescent alpha1-AR antagon

177 resent in the microsomal, nuclear (P-1), and subcellular fractions (P-2).

178 s also detected in the organelle and nuclear subcellular fraction prepared from murine fibroblasts.

179 of the various GPI biosynthetic reactions in subcellular fractions prepared from homogenates of mamma

180 uantify proteins in a given proteome (cells, subcellular fractions, protein complexes, tissues or bod

181 Proteomic profiling on subcellular fractions provides invaluable information re

182 l type exhibited association with particular subcellular fractions relative to the cytosol.

183 iCLIP-seq of subcellular fractions revealed that Rbfox1 bound predomi

184 Immunoprecipitation of c-Cbl from subcellular fractions reveals that p85 is predominantly

185 primary trout hepatocytes (RT-HEP) or liver subcellular fractions (RT-S9) have been proposed as valu

186 Immunoblot analysis of the subcellular fraction showed that the 24-kDa FGF-2 was pr

187 as a dimer, size-exclusion chromatography of subcellular fractions showed ASPA is an active monomer i

188 SC2A mitochondria than in VC, whereas other subcellular fractions showed little rate difference.

189 Immunoblot analysis of subcellular fractions showed pantophysin present exclusi

190 ates of S-nitrosocysteine decay in different subcellular fractions showed selective association with

191 Confocal microscopy and analysis of subcellular fractions showed that LINC00958 is mainly lo

192 The subcellular fractions studied both showed high protein l

193 nslational assembly events require ATP and a subcellular fraction, suggesting a requirement for a cel

194 It yielded a soluble, multicomponent, subcellular fraction termed the 27K vaccine.

195 (FMRP) in these processes by use of synaptic subcellular fractions, termed synaptoneurosomes.

196 factor, and (c) a detergent-insensitive host subcellular fraction that can be depleted and reconstitu

197 l PS2 complexes were co-localized to a novel subcellular fraction that is distinctively positive for

198 n immunofluorescence and western blotting of subcellular fractions that CHD7 is also constitutively l

199 the distribution of 13 metabolites in three subcellular fractions that form a pellet at < 1,400 g, 1

200 g these isozymes in crude tissue extracts or subcellular fractions; that is, activity lost after incu

201 measurements of enzyme activity in resolved subcellular fractions to define mechanisms that potentia

202 d immunofluorescence and Western blotting of subcellular fractions to investigate the distribution of

203 We report changes in three subcellular fractions: total soluble protein, chloroplas

204 Although I(kappa)B(alpha) was found in both subcellular fractions, treatment with IR resulted in the

205 still be targeted to a mitochondria-enriched subcellular fraction via Miro and Milton.

206 post-injury and calcineurin distribution in subcellular fractions was assayed by Western blot analys

207 Relative abundance of PKC isoforms in subcellular fractions was determined by immunoblot analy

208 [3H]P1075 binding to subcellular fractions was highest in membranes enriched

209 PKC activity in subcellular fractions was measured by peptide substrate

210 PDE1C1 activity in subcellular fractions was quantified using a new PDE1-se

211 cence microscopy, and immunoblot analysis of subcellular fractions, we also demonstrate that the G185

212 hy, PKC activity and its distribution in the subcellular fraction were determined in cultured neonata

213 Hg concentrations in subcellular fractions were 2 to 6 times higher in animal

214 Subcellular fractions were also examined for the presenc

215 Subcellular fractions were assayed for the ability to mo

216 icroM PAF (1 min), and whole cell lysates or subcellular fractions were immunoprecipitated or slides

217 O(2)(-) was measured, whole-cell lysates and subcellular fractions were prepared, or the PMNs were fi

218 ey reduced the amount of NS3 and NS5A in the subcellular fraction where active HCV RNA replication co

219 involved in targeting hNMT to the ribosomal subcellular fraction where cotranslational N-myristoylat

220 nd in the chromatin bound and nuclear matrix subcellular fractions while the mutant product was mainl

221 d t-PA antigen were co-localized to the same subcellular fraction with a major peak at 1.4 M sucrose,

222 ur results show the feasibility of assessing subcellular fractions with peptide activity arrays, as w

223 chromatographic separation of extracts from subcellular fractions with quantitative label-free prote

224 s were found at similar concentration in all subcellular fractions with the exception of a mitochondr

225 as measured by incubating active human liver subcellular fractions with thyroid hormones (T4 and rT3