ライフサイエンスコーパス: cell system

1 nt for responsiveness to LTE4 within a human cell system.

2 ction in the context of the reconstituting B-cell system.

3 racterized their functional selectivity in a cell system.

4 causing hyperactivation of the intestinal B cell system.

5 h defined cellular functions in another stem cell system.

6 of a target transcript in this heterologous cell system.

7 s were analyzed using the HuH7A2 HCVreplicon cell system.

8 ed with 50 muM H2O2 were used as an in vitro cell system.

9 derlined the limitations of this 2D in vitro cell system.

10 siform cells from the granule cell-cartwheel cell system.

11 egulate HCV infection in the J6/JFH-1/Huh7.5 cell system.

12 tency at mouse TRH-R2 than TRH-R1 in a model cell system.

13 was used to quantify IO3(-) by the same flow-cell system.

14 differentiate into all lineages of the blood cell system.

15 cent protein (EGFP) vector in a HeLa-Tet-Off cell system.

16 an be transmitted to alpha-syn monomers in a cell system.

17 to decrease the nitric oxide levels in this cell system.

18 he amidoxime reductase activity in an intact cell system.

19 ify genetic regulators of the planarian stem cell system.

20 ied a reverse genetic approach using the Rov cell system.

21 mediated killing in a more physiologic whole-cell system.

22 POX and its function in the DLD1 Tet-off POX cell system.

23 displayed MDR selectivity in an MDR hepatoma-cell system.

24 ypophysis, the founder cell of the root stem-cell system.

25 lar photosynthetic alga and model eukaryotic cell system.

26 bryogenesis results in a defective root stem-cell system.

27 ed by aberrant virus entry into the NK- or T-cell system.

28 the best characterized mammalian adult stem cell system.

29 RF-1 and MUC4, respectively, within a single cell system.

30 any HA antigen glycosylation status from any cell system.

31 s that reduced sensitivity to sofosbuvir our cell system.

32 e capacity over hundreds of cycles in a full cell system.

33 ndidate for this input is the head direction cell system.

34 ne of the keys to studying the behavior of a cell system.

35 protein antigens in a Chinese hamster ovary cell system.

36 nse to PD-1 activation by PD-L1 in an intact cell system.

37 s host factors in a physiologically relevant cell system.

38 tion processing within the hippocampus place cell system.

39 the lack of PRC2 can have in a somatic stem cell system.

40 rphodynamic behaviors in a cultured neuronal cell system.

41 nits were purified using the baculovirus/Sf9 cell system.

42 nal channels when produced in a heterologous cell system.

43 is poorly understood, particularly in native cell systems.

44 tion and discovery of pathways in other stem cell systems.

45 l expression across treatment groups in stem cell systems.

46 ble to modeling other developmental and stem cell systems.

47 ns and genomic stability in several in vitro cell systems.

48 erm live-cell spectromicroscopy on mammalian cell systems.

49 n are likely translatable to other mammalian cell systems.

50 inducer of type Iota interferons in multiple cell systems.

51 stic importance and adaptive value to animal cell systems.

52 ceptor/arrestin overexpression in artificial cell systems.

53 own to induce cell death in several in vitro cell systems.

54 tumor suppressor or an oncogene in different cell systems.

55 ich play a major role in senescence in other cell systems.

56 e other untagged protein, in different plant cell systems.

57 tably engineer model and complex (mammalian) cell systems.

58 r systems such as PEC cells or coupled solar cell systems.

59 approaches have proven challenging in these cell systems.

60 ments has hindered advances in alkaline fuel cell systems.

61 d receptor-stimulated PLC activity in intact cell systems.

62 ology and pathophysiology of blood and other cell systems.

63 imited to recombinant receptors expressed in cell systems.

64 effects on MHC-II DR downregulation in model cell systems.

65 mor samples, as well as across breast cancer cell systems.

66 oach is potentially applicable to other stem cell systems.

67 rectly measure ER Ca(2+) dynamics in several cell systems.

68 e translation of these mechanisms into human cell systems.

69 synthase (NOS)-dependent signalling in many cell systems.

70 ights into the microbiomes of tissue culture cell systems.

71 imulating agent also exerts effects on other cell systems.

72 es in regulation of cytokinesis in different cell systems.

73 ying whole-tissue effects rather than single-cell systems.

74 ibition, implicating this mechanism in whole cell systems.

75 dition to the role of hERG channels in other cell systems.

76 s, including bacterial, viral, and mammalian cell systems.

77 wth in collagen I was also observed in other cell systems.

78 and PP2A in the mouse brain and heterologous cell systems.

79 ndrome protein (WASP) by studies in multiple cell systems.

80 that use genome-scale technologies in these cell systems.

81 ealthy as well as diseased animal models and cell systems.

82 different living multicellular organisms and cell systems.

83 ption of defined subsets of genes in various cell systems.

84 sfected into three distinct plant protoplast cell systems.

85 gy domain-containing (EHD) proteins in non-T cell systems.

86 for efforts to develop artificial or minimal cell systems.

87 ion for applications of DIB-based artificial cell systems.

88 ion in lipopolysaccharide-activated RAW264.7 cells system.

89 By working in a lead-shielded hot-cell system,(68)Ga(3+) of the generator eluate is trappe

90 and further recognized by the adaptive CD4 T-cell system, a critical step to initiate autoimmune diab

91 Throughout life, the T cell system adapts to shifting resources and demands, re

92 As observed in cell systems, administration of adenosine triphosphate (

93 s CFTR chloride channel activity in multiple cell systems, an effect that could exacerbate disease in

94 Moreover, using the BEAS-2B cell system and a mouse model, we found that RNA process

95 azin-8-ylamine using an in vitro progressive cell system and an in vivo mouse model with a lung-speci

96 nd p16, targets of p53, were silenced in our cell system and did not seem to play a role in temozolom

97 Our results suggest that the selection of a cell system and differentiation protocol significantly i

98 (bTf) were produced in a baculovirus-insect cell system and purified by a combination of cation exch

99 firmed in a double-transgenic embryonic stem cell system and recapitulated in human SOD1(+/L144F)-ind

100 s cell identity in the heterogeneous myeloid cell system and reveals the global effect of deletion of

101 logical properties of Nav1.8 in heterologous cell systems and assessed the antiarrhythmic effect of N

102 anges in endosome number and size in various cell systems and changing the distribution of p-EGFR bet

103 nhibition of PrP(Sc) accumulation in the two cell systems and confirmed that the inhibition of PrP(Sc

104 ins are essential for integrin activation in cell systems and do so by working in a cooperative fashi

105 t review epitomizes the above-mentioned fuel cell systems and elucidates their electrical performance

106 st cells in response to bacteria in cultured cell systems and in the intestine in vivo Uric acid leve

107 study of fast 3D cellular dynamics in other cell systems and models, and underscore the importance o

108 hibited invasive behavior in multiple cancer cell systems and reduced metastasis in an experimental m

109 ory networks might overlap between different cell systems and suggest that miRNA functions might be c

110 a, PI3KC2beta, and PI3KC2gamma, in different cell systems and underline the emerging importance of th

111 regulation have been well explored in model cell systems and with purified proteins, much less is kn

112 ic demethylase in an Aire-dependent cultured cell system, and determined its capacity to extend Aire'

113 ritical variable in piRNA studies using BmN4 cell system, and suggests the alteration of cell density

114 geting and insertion of transporters in many cell systems, and Ca(2+) release near the canalicular me

115 the study of stimulated release in cultured cell systems, and it has been controversial as to whethe

116 P (cGMP) regulates MMP-9 dynamics in various cell systems, and the bacterial enterotoxin receptor gua

117 E2F1 regulates ABCG2 expression in multiple cell systems, and, importantly, we have identified a sig

118 Studies derived from cultured cell systems, animal models, and human patients have rev

119 tein production in both insect and mammalian cell systems, antisense technologies in bacteria as next

120 l information provided by the head direction cell system appears essential for the angular disambigua

121 Three-dimensional in vitro cell systems are a promising alternative to animals to s

122 Most models of stem cell systems are based on deterministic differential equ

123 cause the best studied vertebrate adult stem cell systems are not readily amenable to in vivo observa

124 Utility of the generated stable cell systems as a first-line screening tool for SCs in u

125 s with Runx2 both in a heterologous (HEK293T cells) system as well as in osteoblasts.

126 f stem cell homeostasis within multiple stem cell systems, as a mediator of stem-like cells in gliobl

127 immunodeficiencies affecting the NK and/or T cell systems, as well as immunosuppressed transplant rec

128 This is observed in cultured cell systems, as well as in clinical trials in HIV-1-inf

129 By focusing on a single stem-cell system, at a specific developmental stage, within t

130 mong the highest values reported for a solar cell system based on a low band gap polymer.

131 otential GLUT5 ligands, we developed a whole-cell system based on a yeast strain deficient in fructos

132 The baculovirus-insect cell system (BICS) has been widely used to produce many

133 The present review advocates single cell systems biology as the optimal level of analysis fo

134 f embryogenesis is the specification of stem cell systems, but in contrast to the situation in most a

135 o test this, we disrupted the head direction cell system by lesioning the lateral mammillary nuclei a

136 upregulation of tissue factor in endothelial cell systems by compounds linked to the risk of thrombos

137 ase SirT1 inhibits apoptosis in a variety of cell systems by distinct mechanisms, yet its role in cho

138 he ToxCast program, the use of primary human cell systems, by screening for chemicals that disrupt ph

139 he results suggest that this cultured neural cell system can be used to study RNAi-dependent silencin

140 Using a cell system capable of establishing latent KSHV infectio

141 In transfected cell systems, certain potentiators and correctors, inclu

142 By using 3 distinct cell systems-CHO cells lacking expression of alpha(5)bet

143 s of mammalian Notch signaling involve a two-cell system composed of a signal-receiving cell that exp

144 tein-nucleic acid interactions in artificial cell systems comprising water-in-oil emulsions.

145 ectrophysiological studies in a heterologous cell system confirmed that this channel is malate- and v

146 endocytic membranes in our semipermeabilized cell system, consistent with the lack of tubulation obse

147 , the US Department of Energy has set a fuel cell system cost target of US$30 kW(-1) in the long-term

148 and in contrast to any other vertebrate stem cell system described so far, long-term analysis of clon

149 The data indicate that in different cell systems, DOR activation up-regulates AMPK through a

150 in the mouse, we show that the innate immune cell system drives initial fetal mTEC development via ex

151 correctly read 'Laboratory for Prediction of Cell Systems Dynamics, RIKEN Center for Biosystems Dynam

152 egulation of Spry expression and activity in cell systems emphasizes the crucial role of Spry protein

153 in-coupled receptors (GPCRs) in heterologous cell systems encounters a number of difficulties from th

154 f animals with lesions of the head direction cell system exhibited repeating fields in both condition

155 is of WNT-FZD pair functionality in a unique cell system expressing individual FZD isoforms.

156 ral imaging approaches are applicable to any cell system expressing multiple fluorescent probes, whet

157 erived from Per2(Luc) and Per mutant mice, a cell system extensively used to study in vivo clock mech

158 REV1 or Polzeta rendered two different model cell systems extremely sensitive to all four drugs, wher

159 In cell systems, EZ water interfaces with membranes, macrom

160 adaptive strategies developed by the aging T cell system fail and also discuss how, in some settings,

161 ltaNCARs are expressed in liver and in vitro cell systems following translation from in-frame methion

162 tic cell lineages, providing a valuable stem cell system for further in vitro study of the molecular

163 Here, using a human cell system for seeding-dependent tau aggregation, we de

164 porated in an efficient electrochemical flow cell system for sulfite electrolysis and hydrogen produc

165 Using a newly developed permeabilized cell system for the bloodstream form of T. brucei, we sh

166 therapeutic pathways were generated in eight cell systems for 641 environmental chemicals and 135 ref

167 and the adoption of tractable transformed T cell systems for cell biological experiments that may no

168 demonstrate the utility of these macrophage cell systems for siRNA screening of pathogen responses b

169 Pollen tubes and root hairs are model cell systems for studying the molecular mechanisms under

170 e meeting covered an array of different stem cell systems from pluripotent stem cells and germ cells

171 In a cell system, FTY720 decreased phagocytosis and productio

172 accumulation of APE1 in: (i) a heterologous cell system (HeLa cells); (ii) the myeloid cell line OCI

173 are developed from embryonic or neural stem cell systems; however, currently available GSC markers a

174 A high-pressure optical cell system (HPOC) and a heating-cooling stage were used

175 In the MPhi-tumor cell system, IL-10 drove CCR2 and CX3CR1 up-regulation,

176 eed-forward loop in a non-malignant prostate cell system illuminates mechanisms of sensitivity and th

177 such alloreactivity of the donor-derived NK cell system in patients with adult acute myeloid leukemi

178 that EBV can establish persistence in the B-cell system in the absence of fully functional germinal

179 NF), stimulates Na(+) uptake in a homologous cell system in the presence or absence of the bacterial

180 tion of neurons in a human neural progenitor cell system in vitro and also the generation and expansi

181 ensure efficient colonization of the host B cell system in vivo.

182 We developed a novel semipermeabilized cell system in which addition of purified EHD proteins t

183 osphorylatable NPM mutant, T198A, in a clean cell system in which endogenous NPM had been removed by

184 ave established, for the first time, a human cell system in which enzymatically attenuated ricin toxi

185 Here we develop a unique cell system in which epitope-tagged PrP(C) is expressed

186 actose permease in an Escherichia coli model cell system in which phosphatidylethanolamine membrane c

187 es in collagen sandwich culture, an isolated cell system in which structural and functional polarity

188 A cell system in which the impact on transcription can be

189 ession to fast track the development of live cell systems in synthetic biology.

190 common ALCB management practice is the loose cell system, in which cocooned bees are removed from nes

191 ity to complement the examination of natural cell systems, including engineered molecules with specif

192 II as a proximal regulator of CREB in intact cell systems, including VSM, is not clear.

193 An isogenic cell system indicated that E6 largely accounts for these

194 tion of responses to TUG-891 in model murine cell systems indicated that activation of FFA4 was able

195 These results suggest the following: (1) our cell system is a good model for studying the vitamin K c

196 The head direction cell system is capable of accurately updating its curren

197 The T-cell system is highly combinatorial but also highly dose

198 A coupled RAM-flow cell system is implemented and is shown to give reproduc

199 ocatalysts (including both enzymes and whole-cell systems) is to use them in flow reactors.

200 important question is how the head direction cell system learns to perform accurate path integration

201 In breast cancer cell systems, miR-31 has been shown to inhibit cell migr

202 The resulting cell system model involves a large number of interconnec

203 Here we use a cell system model with nonconcentric circular PM and org

204 ssing conservation between stem and non-stem cell systems, molecular mechanisms, and the biological m

205 We examined stathmin function in two cell systems: mouse embryonic fibroblasts (MEFs) isolate

206 In some cell systems, mTORC1 couples phosphatidylinositol-3 kina

207 ts role in glutamine uptake in retinal glial cells, system N contributes significantly to glutamine u

208 As in other somatic stem cell systems, NSCs are proposed to be predominantly quie

209 bi-parental ESCs, establishing a pluripotent cell system of distinct parental backgrounds.

210 The NK cell system of IMSR mice showed two hallmarks of MHC-dep

211 The main cell systems of the retina that provide input to the str

212 xidant and anti-oxidant effects on different cell systems or organisms.

213 In cell systems, overexpression of HTTAS_v1 specifically re

214 This new cell system provides a powerful approach to study the dy

215 initial studies were performed in artificial cell systems, recent publications are shifting the focus

216 f a novel, stable, genetically induced tumor cell system resulting in specific and complete blockade

217 extensively studied in both human and rodent cell systems, revealing their potential therapeutic valu

218 A quantitative knowledge of a cell system's critical objectives is also needed for eng

219 eolin-7-O-glucuronide) by using a eukaryotic cell system, Saccharomyces cerevisiae (RS112).

220 x2-5 with an Nkx2-5-inducible embryonic stem cell system significantly repressed Gata1 gene expressio

221 en this approach was applied to the human ES cell system, similar phenomena were observed.

222 independent antigenic models including whole-cell systems, single-protein systems, and 3 different pa

223 neered O-glycosylation capacity in two plant cell systems, soil-grown Arabidopsis (Arabidopsis thalia

224 ed the inhibition of SR Ca(2+) leak found in cell-system studies may relate to potentially potent SER

225 ess has benefited from studies in model stem cell systems such as Drosophila melanogaster neuroblasts

226 ated transport is observed in overexpressing cell systems, such transport may not be detectable in na

227 RNA impairs mRNA splicing in a permeabilized cell system, suggesting new roles for these enigmatic bi

228 , the proteins were more active in the whole-cell system than in purified forms.

229 In addition, we designed a novel flow cell system that allows mucosal biofilm formation under

230 mutant p53 target genes were performed in a cell system that artificially overexpresses mutant p53.

231 Using a cell system that does not naturally express miR-200 fami

232 the expression of MHC class II in a relevant cell system that endogenously expresses the MHC class II

233 In an isogenic cell system that extended these findings into other canc

234 ication, we have developed a portable single-cell system that is comprised of a microchip and an adju

235 This protocol describes an ex vivo primary cell system that is generated under conditions that refl

236 on of sodium channels, in an important model cell system that is widely used to study Nav channel beh

237 We used an in vitro cell system that progressed through basophilic, polychro

238 Using a novel human cell system that rapidly generates a single defined DSB

239 In a human mammary epithelial cell system that recapitulates early breast tumorigenesi

240 use of AFM to study mechanosensitivity in a cell system that responds at fast timescales, and provid

241 We also demonstrated in a transfected cell system that serelaxin did not directly bind to AT(1

242 ase systems has broadened the range of model/cell systems that can be engineered.

243 is study, we addressed the need for chordoma cell systems that can be used to identify therapeutic ta

244 Using a classic stem cell system, the Drosophila spermatogonial stem cell nic

245 in the range 9-17 nm and, as found with the cell system, the larger particles are relatively enriche

246 ulation of TSH in a physiologically relevant cell system, the TalphaT1.1 mouse thyrotroph cell line.

247 orted by the head-direction, grid, and place cell systems, the neural foundations are not well unders

248 In isolated cell systems, the rs37973 variant is associated with sig

249 In many cell systems, there are conflicting findings concerning

250 oth BLT1 and cysLT1 receptors in transfected cell systems, there is little known about specific G pro

251 Compared with other fuel cell systems, this technology is still in its inception

252 the minimum manipulation needed to drive the cell system to any desired state.

253 ne, or no oncogenes in the well-defined HeLa cell system to dissect the requirements for HDAP.

254 mall RNAs, we adapted a mouse embryonic stem cell system to express a single epitope-tagged Ago prote

255 neidensis MR-1 was used as a model bacterial cell system to investigate how the molecular length and

256 We used the cell system to isolate tau strains from 29 patients with

257 ledge, novel three-dimensional in vitro stem cell system to model mechanisms of fate decisions that o

258 Here, we use a human embryonic stem cell system to model this tumor.

259 ble and physiologically-relevant alternative cell system to PHHs, complementary to animal testing, fo

260 We have taken advantage of an insect-cell system to prepare large amounts of active recombina

261 Here, we generate a cell system to selectively manipulate the nucleo-cytopla

262 suggesting that this may be a useful single-cell system to study aspects of defective synaptic plast

263 Our findings describe a novel human cell system to study NOTCH signaling in CRC tumor initia

264 have used murine and human pluripotent stem cell systems to demonstrate that, during in vitro cellul

265 ediated oncogenesis provides important model cell systems to dissect this mechanism.

266 e novo CNVs and CFSs in several experimental cell systems to each other and to overlapping genomic fe

267 ory network can coopt variation intrinsic to cell systems to form robust gene expression states.

268 e of the frequently used monocyte/macrophage cell systems to study immune responses.

269 ctional studies using the mouse and in vitro cell systems, together with clinical investigations, has

270 licon (Si) electrodes in a lithium (Li) half-cell system under reaction conditions.

271 n glycosylation patterns, as dictated by the cell system used for expression, may impact these functi

272 itoring fast neurochemical dynamics in model cell systems using microdialysis sampling coupled with h

273 and measured by a previously developed flow-cell system utilizing scintillating anion-exchange resin

274 ular networks formed by the synergistic dual-cell system was many-fold higher than found in implants

275 The cell system we describe here may be valuable for further

276 Using isogenic breast cancer cell systems we have shown here that high motility of th

277 In addition, using a physiological cell system, we demonstrate that Stat3 is required for t

278 Using this cell system, we demonstrated here that the PXR-HNF4alpha

279 Using an HEK-Blue(TM) cell system, we demonstrated that expression of SR-BI su

280 Using a cell system, we expanded on previous observations to sho

281 Using a surrogate cell system, we found that intranasal delivery of bcmd-R

282 Using a heterologous cell system, we show that human leptin secretion is also

283 Using BRG1-deficient cell systems, we defined the BRG1 dependence of the TGFb

284 PE (ARPE-19) cell monolayers and endothelial cell systems, we further observed that (i) GSK2193874 do

285 As in other cell systems, we have observed the reversible oxidation

286 ondrial bioenergetics observed in infectious cell systems, we show that alisporivir prevents HCV prot

287 ally, using gene silencing and reconstituted cell systems, we show that intracellular delivery of a F

288 n expression analyses confirmed that the new cell systems were highly representative of chordoma tiss

289 o coactivate integrin alphaIIbbeta3 in a CHO cell system when coexpressed with talin.

290 integrated with results obtained in primary cell systems when paradigms for HCMV latency are propose

291 ld effects occur in the teleost Mauthner (M)-cell system, where a combination of structural features

292 essed this issue by establishing a 32D model cell system wherein ERBBs or MET are expressed alone and

293 The modularity of convertibleCAR-T cell system, which allows multiplexing with several anti

294 scade, generated in a single bacterial whole-cell system, which is able to catalyze stereoselective b

295 th emphasis on biological data from multiple cell systems while keeping physicochemical properties un

296 Our portable single-cell system will potentially have broad application in t

297 was expressed in the baculovirus/Sf9 insect cell system with its two native light chains, Rlc1 and C

298 de novo in plants with the aim of developing cell systems with custom-designed O-glycosylation capaci

299 ive curated stoichiometric model of this two-cell system, with the objective function based on the gr

300 th changes in mechanical stiffness in single-cell systems, yet it is unknown whether this association