ライフサイエンスコーパス: environmental cue

1 nd physiologically cope with this ubiquitous environmental cue.

2 Multiple cell types sense fluid flow as an environmental cue.

3 rained to discriminate its presence using an environmental cue.

4 be differentially manifested in response to environmental cues.

5 of stem cell behavior without relying on the environmental cues.

6 ., genotypes respond differently to the same environmental cues.

7 nelle organization in response to growth and environmental cues.

8 cluding the acclimation of photosynthesis to environmental cues.

9 initiate signal transduction in response to environmental cues.

10 omatin, thus reprogramming cell responses to environmental cues.

11 their dynamic phosphorylation in response to environmental cues.

12 s, cell-matrix interactions, and response to environmental cues.

13 nces motor behavior, possibly in response to environmental cues.

14 regions, is a key step in plant responses to environmental cues.

15 and developmental transitions in response to environmental cues.

16 on the higher predictive ability of progeny environmental cues.

17 at predominantly affects genes responsive to environmental cues.

18 rowth and metabolism in response to multiple environmental cues.

19 on, determined by cell-intrinsic signals and environmental cues.

20 strategy used by many organisms to adjust to environmental cues.

21 nsduce, process and transmit light-dependent environmental cues.

22 constant conditions, even in the absence of environmental cues.

23 B enable B cells to appropriately respond to environmental cues.

24 ering CD8 T cells exquisitely dependent upon environmental cues.

25 tly postembryonic and tuned in to respond to environmental cues.

26 ly diverse, ranging from complete genetic to environmental cues.

27 ivate genes in response to a wide variety of environmental cues.

28 ng appropriate responses to developmental or environmental cues.

29 eristically, cells must sense and respond to environmental cues.

30 esponses can be altered by developmental and environmental cues.

31 cies, and breeding is therefore sensitive to environmental cues.

32 mechanism to improve fitness in response to environmental cues.

33 and development as well as plant response to environmental cues.

34 t coordinates gene expression in response to environmental cues.

35 hanism of cytokinesis outcome in response to environmental cues.

36 ral decisions relative to internal state and environmental cues.

37 directed behavior in response to appropriate environmental cues.

38 investigate immune cells faced with various environmental cues.

39 ) signaling in response to developmental and environmental cues.

40 les under constant conditions without cyclic environmental cues.

41 oductive tissues in response to systemic and environmental cues.

42 ion formation is not a response to different environmental cues.

43 to modulate carRS expression in response to environmental cues.

44 ns is fundamental for optimal adaptations to environmental cues.

45 n area but selectively reactive to different environmental cues.

46 solely from sensory information representing environmental cues.

47 f damaged murine mucosa in response to local environmental cues.

48 ation or to allow large-scale integration of environmental cues.

49 nts, and is responsive to a range of dynamic environmental cues.

50 y induce select genes in response to diverse environmental cues.

51 Bacteria tumble periodically, following environmental cues.

52 isms to alter gene expression in response to environmental cues.

53 borhoods and linked their distributions with environmental cues.

54 ediates the adaptation of cell metabolism to environmental cues.

55 omposition of their membranes in response to environmental cues.

56 brain development is optimized to learn from environmental cues.

57 ent in response to various developmental and environmental cues.

58 ovements during which there are little or no environmental cues.

59 able to change their function in response to environmental cues.

60 ed in attentional bias to cocaine-associated environmental cues.

61 vailability of nutrients, energy status, and environmental cues.

62 thereby the accuracy of cellular response to environmental cues.

63 ToxR virulence regulon in response to novel environmental cues.

64 esis, with offspring sex being determined by environmental cues.

65 of MTs can become stabilized in response to environmental cues, acquiring distinguishing posttransla

66 When pathogens enter the host, sensing of environmental cues activates the expression of virulence

67 eal how plants can integrate nutritional and environmental cues, adding another layer of complexity t

68 g T(RM) cell populations and show that local environmental cues altered airway T(RM) cells to limit c

69 ker, which is directly responsive to certain environmental cues and able to transmit internal time-of

70 produced in response to developmental and/or environmental cues and act via cognate cytokine receptor

71 es have remarkable plasticity in response to environmental cues and are able to acquire a spectrum of

72 Sensory neurons perceive environmental cues and are important of organismal survi

73 cess of cell populations, it is regulated by environmental cues and by intracellular checkpoints.

74 these studies have illustrated the roles of environmental cues and clock genes in regulating ILC3 bi

75 ts, transgenerational epigenetic influences, environmental cues and developmental noise, which are ra

76 control of reproduction is also sensitive to environmental cues and disruption.

77 perties of drugs and the association between environmental cues and drug seeking.

78 nvironments ("unvarying strategy") or follow environmental cues and express alternative phenotypes to

79 Associations between environmental cues and food are readily formed because o

80 ress granules form in response to particular environmental cues and have been linked to a variety of

81 ling hub coordinates the interaction between environmental cues and host cells during tissue and immu

82 ferent sources, coupled with the notion that environmental cues and inflammatory stimuli can sculpt a

83 , bridging competent, conformation driven by environmental cues and interaction partners.

84 on, it is poorly understood how RdRp detects environmental cues and internal transcriptional states t

85 Their formation is triggered by environmental cues and involves the main bacterial stres

86 s circadian rhythms(1) by synchronization to environmental cues and is involved in diverse physiologi

87 hanistic understanding of plant responses to environmental cues and limitations.

88 shore habitat were associated with long-term environmental cues and localized estuarine conditions, s

89 (MAPK) pathways, are responsible for sensing environmental cues and mediating cell wall alterations.

90 ypic, physiological and genomic responses to environmental cues and miRNAs can potentially mediate th

91 and adipocyte differentiation in vivo Micro-environmental cues and other factors that influence cell

92 predict and update the relationships between environmental cues and outcomes is a fundamental element

93 lular function, in which cells must perceive environmental cues and relay signals accurately to make

94 Learning associations between environmental cues and rewards is a fundamental adaptive

95 To test the roles of responses to environmental cues and sexual behaviors in longevity reg

96 ture and also inducing adaptive responses to environmental cues and stimuli.

97 e LA-MeA circuit impaired valuation of these environmental cues and subsequent ability to use a cue t

98 s mediated by interactions between extrinsic environmental cues and the intrinsic oscillators of immu

99 ping gene expression profiles in response to environmental cues and the operating molecular mechanism

100 Depending on the accuracy of environmental cues and the strength of natural selection

101 echanisms in response to morphine-associated environmental cues and the underlying alterations in spi

102 intracellular Ca(2+) that were entrained by environmental cues and timed by molecular clocks.

103 -assisted carbohydrate allocation that links environmental cues and tree phenology.

104 ting traits to respond more independently to environmental cues, and how it may even contribute to th

105 ironment through the perception of different environmental cues, and respond by changing their develo

106 t in the parasitoid S. pupariae under varied environmental cues, and reveal the most favourable condi

107 robial ecosystem, which is readily shaped by environmental cues; antibiotic-induced disruption of thi

108 del: The tracking strategy is favorable when environmental cues are accurate, whereas when cues are n

109 implicated in systemic responses to various environmental cues are discussed.

110 forward in our understanding of how multiple environmental cues are integrated into plant development

111 ally regulated in response to cell cycle and environmental cues are only beginning to emerge.

112 by which the placenta senses and responds to environmental cues are poorly understood.

113 asticity and tactical responses to immediate environmental cues are reflected in the decision of whet

114 stem cell-autonomous genomic architecture or environmental cues are responsible.

115 However, exposure to environmental cues associated with drug use often thwart

116 he timing of migration departure is based on environmental cues at distant non-breeding sites.

117 egs to control inflammation may be shaped by environmental cues available to them.

118 Environmental cues become associated with drug use, such

119 asmodesmal flux is regulated by a variety of environmental cues but the downstream signalling pathway

120 B cell receptor (BCR) signaling strength and environmental cues, but how these fate-determination fac

121 ng of leaf emergence in response to changing environmental cues, but the relative importance of those

122 c hub that controls the cellular response to environmental cues by exerting its kinase activity on mu

123 ewing embryonic stem cells (ESCs) respond to environmental cues by exiting pluripotency or entering a

124 einforces developmental fates in response to environmental cues by modulating autocrine and paracrine

125 rate that primary T cells respond to various environmental cues by regulating ribosome biogenesis and

126 a phenological event in a population and its environmental cue can be described by a population-level

127 In the intestine, diverse environmental cues can be sensed by immune cells, which

128 city for human ILC2 and further suggest that environmental cues can dictate ILC phenotype and functio

129 to physiological energy and nutrient needs, environmental cues can drive feeding through hedonic and

130 Tissue adaptation to environmental cues can occur throughout life and poor ad

131 T cell populations and discuss the potential environmental cues, cellular factors, and molecular medi

132 rsion and the mechanisms by which native and environmental cues contribute to dispersion.

133 Both the T cell receptor (TCR) signal and environmental cues contribute to the induction of T cell

134 These environmental cues control a network of signaling pathwa

135 One such environmental cue could be low oxygen, which often accom

136 ons between the drug's rewarding effects and environmental cues, creating powerful, enduring triggers

137 Responses to developmental and environmental cues depend on precise spatiotemporal cont

138 The initial recognition integrates environmental cues derived from pathogen-associated mole

139 ader cells arrive at the front edge and what environmental cues dictate leader cell development and b

140 Taken together, our results indicate that environmental cues dictate the instability of the Th9 ph

141 In temperate zones, the primary environmental cue driving seasonal reproductive cycles i

142 as a relatively simple function of a single environmental cues (e.g. a linear function of one cue),

143 onstrate a common mechanism by which diverse environmental cues (e.g., certain short-chain fatty acid

144 tween genetic susceptibility and exposure to environmental cues (e.g., food marketing); however, the

145 ms possess a repertoire of TASs but defining environmental cues eliciting their activity is hindered

146 ng the imminence of threatening events using environmental cues enables proactive engagement of appro

147 activated in response to a diverse range of environmental cues encountered by the cell during the ne

148 following specification from mesoderm, local environmental cues establish the distinct molecular and

149 icates dominance of neural activity by local environmental cues even when these conflicted with the g

150 to negative emotions (emotional eating) and environmental cues (external eating) have both been asso

151 g control of branching and its regulation by environmental cues facilitating integration of branching

152 eir deficiencies in responsiveness to innate environmental cues, FcRgamma(-) NK cells responded robus

153 dently each life stage can respond to shared environmental cues, focusing on vernalization, in Arabid

154 (V)beta(3) tunes effector T cell reliance on environmental cues for optimal exploration of inflamed t

155 iming requires triggering signals such as 3D environmental cues for pro-maturation effects.

156 Thus, miR-142 critically integrates environmental cues for proper type 1 ILC homeostasis and

157 We show the importance of environmental cues for species with different migration

158 mismatching between circadian physiology and environmental cues have been shown to lead to diverse pa

159 stically modulate development in response to environmental cues, have contributed to repeated cooptio

160 of sleep opportunity through manipulation of environmental cues improves sleep efficiency in multiple

161 sponsive medial entorhinal neurons depend on environmental cues in a more complex manner than previou

162 ase resistance to various stress factors and environmental cues in a range of animals from yeast to m

163 n both during development and in response to environmental cues in all organisms with methylated DNA,

164 r observations of the importance of multiple environmental cues in inducing diapause in C. finmarchic

165 a of developmental programs and responses to environmental cues in plants, is ETHYLENE-INSENSITIVE2 (

166 n intrinsic organizer of morphogenic events, environmental cues in the germinal zone (GZ) instructing

167 ze the use of host space for growth and that environmental cues in the host can regulate a developmen

168 xpress considerable plasticity responding to environmental cues, in part, through subcellular mRNA re

169 s a master growth regulator that senses many environmental cues, including amino acids.

170 cell to achieve combinatorial integration of environmental cues, including Boolean response programs,

171 blakesleeanus are single cells that react to environmental cues, including light, but the mechanisms

172 but also to receive and respond to multiple environmental cues, including light, odorants, morphogen

173 How environmental cues, including mechanical inputs such as

174 c and its expression is modulated by various environmental cues, including temperature and carbon sou

175 localization of cells is important as local environmental cues influence both phenotype and effector

176 by the density of infection, suggesting that environmental cues influence the dynamics of the pathoge

177 for understanding the relationships between environmental cues (inputs) and phenotypic responses (ou

178 Thus, environmental cues instruct TRMs to express CRIg, which

179 d epitope specificity are shaped by multiple environmental cues integrated by dendritic cell "hubs" a

180 ve descriptions of animal behavior that link environmental cues, internal needs, neuronal activity an

181 s study uncovers a mechanism for integrating environmental cues into BR signaling to shape growth.

182 little is known of mechanisms that integrate environmental cues into BR signaling.

183 Translation of environmental cues into cellular behavior is a necessary

184 rging as an important mechanism to transduce environmental cues into cellular signaling.

185 by which cells can encode information about environmental cues into distinct signaling dynamics thro

186 n the gut epithelium, are known to translate environmental cues into serotonin (5-HT) production, con

187 How T cells integrate environmental cues into signals that limit the magnitude

188 activated enhancers responsive to a range of environmental cues, involved <10% of active MYC alleles

189 e output of the circadian clock and external environmental cues is a major cause of human cognitive d

190 Learning to predict rewards based on environmental cues is essential for survival.

191 ell dynamics are orchestrated in response to environmental cues is poorly understood.

192 ese distinct cellular fates are triggered by environmental cues is poorly understood.

193 ally different cellular roles in response to environmental cues is unknown.

194 ion during an individual life span driven by environmental cues - is an exceedingly rare sexual syste

195 ies (e.g. life-cycle processes, responses to environmental cues) is crucial for understanding the org

196 Following diverse developmental and environmental cues, jasmonate is produced, conjugated to

197 Age and phenotype-specific environmental cues (lactose exposure after weaning) indu

198 mulation outside of meristems in response to environmental cues, leading to other functions.

199 ns, these effects are strongly influenced by environmental cues like day length and temperature.

200 However, different environmental cues may lead to the observed increase of

201 dify their behavioral responses according to environmental cues, metabolic demands, and physiological

202 Appetite is driven by nutritional state, environmental cues, mood, and reward pathways.

203 61 species, to estimate the influence of six environmental cues on germination proportion, mean germi

204 , yet little is known about the influence of environmental cues on the development or expression of t

205 PI-1 expression with anatomical location via environmental cues, one of which is bile, a complex dige

206 mpatible phenotypes, which vary according to environmental cues or exposures as well as stochastic pr

207 ion of long-lasting associative memories for environmental cues paired with the drug.

208 To modulate responses to developmental or environmental cues, plants use Gretchen Hagen 3 (GH3) ac

209 daptor protein BPM1 is regulated by multiple environmental cues pointing on manifold control of targe

210 activity, attenuates not only the ability of environmental cues predictive of reward availability to

211 mote reward seeking, but also the ability of environmental cues predictive of reward omission to supp

212 Environmental cues profoundly affect cellular plasticity

213 Here, we show that lung environmental cues program recently recruited central-li

214 abolism is further interconnected with other environmental cues provided by the day-night cycles impo

215 Environmental cues provoke rapid transitions in gene exp

216 tes often activates gene expression, but how environmental cues quantitatively control transcription

217 Environmental cues received during development and by th

218 ate genome-wide transcription in response to environmental cues remain largely unknown.

219 , transformable biomaterials that respond to environmental cues represents a significant step forward

220 nflammatory properties and depend on similar environmental cues, reside in the epithelium.

221 Feeding may also be influenced by environmental cues, sensory inputs, and other behaviors,

222 arguing that their responses to neuronal and environmental cues shape form and function in dynamic wa

223 This decoupling of previously reliable environmental cues shifts adaptive landscapes, favors no

224 Understanding how these organisms respond to environmental cues should provide insights into the mech

225 ss, such traits also were sorted along other environmental cues, showing multidimensional adaptive tr

226 ar environmental conditions and despite 24-h environmental cues, social synchronization can generate

227 Environmental cues strongly influence feeding behavior,

228 nsport of proteins and lipids in response to environmental cues such as amino acid and cholesterol le

229 Environmental cues such as nutrients alter cellular beha

230 and proliferation by sensing fluctuations in environmental cues such as nutrients, growth factors, an

231 asmatic nucleus synchronizes to light, while environmental cues such as temperature and feeding, out

232 ntrolled by epigenetic regulators that sense environmental cues such as temperature.

233 olic signals of energy balance with external environmental cues such as time-of-day.

234 hich allow the plant to sense and respond to environmental cues, such as Al(3+) toxicity, can now be

235 ToxR is thought to be responsive to various environmental cues, such as bile salts and alkaline pH,

236 The mTOR pathway integrates a diverse set of environmental cues, such as growth factor signals and nu

237 found metabolic reprogramming in response to environmental cues, such as hypoxia or nutrient alterati

238 ey pre- and post-natal events that integrate environmental cues, such as molecular signals from the g

239 These responses to environmental cues, such as pathogen-associated molecula

240 that like foraging animals, T cells adapt to environmental cues, suggesting that adaption is a fundam

241 nual photoperiod cycle provides the critical environmental cue synchronizing rhythms of life in seaso

242 thelial cells may serve as a tissue-specific environmental cue that initiates reactivation in B cells

243 Although in most cases the environmental cue that initiates the signal transduction

244 of alcohol relapse is the craving caused by environmental cues that are associated with alcohol.

245 petitive Pavlovian conditioning confirm that environmental cues that are associated with food availab

246 We are only beginning to understand the environmental cues that contribute to transient retentio

247 Climate change is shifting the environmental cues that determine the phenology of inter

248 ch can be gained by identifying the specific environmental cues that drive phenological events.

249 he potential to interfere with the timing of environmental cues that ectothermic organisms rely on to

250 rcellular signaling, and stress responses to environmental cues that have been maintained by extant p

251 ury results in the generation of a myriad of environmental cues that macrophages respond to by changi

252 rameterization that encompasses the range of environmental cues that may be acting on planktic organi

253 In response to environmental cues that promote IP3 (inositol 1,4,5-tris

254 A comprehensive understanding of the environmental cues that regulate FCSC fate decisions may

255 emphasize the need to better understand the environmental cues that regulate migratory behaviour acr

256 ystroglycan interacts with a changing set of environmental cues that regulate the trajectories of ext

257 se, we determined the anti-relapse action of environmental cues that signal drug omission (unavailabi

258 equired for using social cues to learn about environmental cues that signal imminent threats.

259 s important to understand the conditions and environmental cues that were driving this specific bloom

260 In response to environmental cues, the mitogen-activated protein kinase

261 iptional activity is controlled by different environmental cues through a myriad of posttranslational

262 ing of oligodendrocytes results from sensing environmental cues through membrane-bound receptors and

263 nal benefits, including defense responses to environmental cues throughout the host plant, which, in

264 t life stages frequently respond to the same environmental cue to regulate development so that each l

265 ave developed strategies to sense bile as an environmental cue to regulate virulence genes during inf

266 hages (Mphi) polarize in response to various environmental cues to a spectrum of cells that have dist

267 on genetic programs, neuronal activity, and environmental cues to construct inhibitory circuits duri

268 combine relevant information from different environmental cues to develop integrated phenotypes.

269 discuss how phagocytosis is integrated with environmental cues to drive appropriate responses.

270 C3s by modulating their ability to integrate environmental cues to efficiently produce cytokines.

271 Bacteria rely on environmental cues to influence biofilm development, inc

272 blish infection, enteric pathogens integrate environmental cues to navigate the gastrointestinal trac

273 Evidence suggests that Tregs respond to environmental cues to permit or suppress inflammation.

274 ptation strategy by an abstract mapping from environmental cues to phenotypic traits.

275 ecisely control gene programs in response to environmental cues to regulate cell fate and maintain no

276 is a crucial signaling node that integrates environmental cues to regulate cell survival, proliferat

277 chanistic link by which infected cells sense environmental cues to regulate latency and reactivation,

278 , where LacR and CcpA integrate cellular and environmental cues to regulate metabolism of a variety o

279 ver, it remains unclear if EAAT2 responds to environmental cues to specifically shape action control.

280 These data define novel mechanisms linking environmental cues to the acquisition of a pro-inflammat

281 to the offspring provide a tool to translate environmental cues to the offspring.

282 Among these, mechanisms that couple environmental cues to the regulation of protein translat

283 OFC and NAC were impaired in learning to use environmental cues to withhold a response, an effect tha

284 tial flexibility, most likely in response to environmental cues, to adopt defined immune profiles tha

285 animals, and some animals are able to detect environmental cues unavailable to us.

286 In summary, warming blurred the environmental cue used by mayflies to tune their phenolo

287 on, and the relative importance of different environmental cues used for tracking the seasons might d

288 ting their direction after displacement, the environmental cues used to achieve this remain elusive.

289 tical structures involved in the learning of environmental cues used to predict motivationally releva

290 berellin (GA) in the control of flowering by environmental cues varies among species.

291 In mice that received valproic acid (environmental cue), we demonstrated successful recovery

292 Based on their activities in responding to environmental cues, we divided core promoters into const

293 ic understanding of its capacity to adapt to environmental cues, we measured miRNA expression and pro

294 Developmental and environmental cues were shown to regulate CAM expression

295 ns have a spatiotemporal component driven by environmental cues, which if altered by climate change c

296 vels resulting from genetic polymorphisms or environmental cues will govern tissue DC numbers and, th

297 Plant hormones coordinate responses to environmental cues with developmental programs(1), and a

298 Disrupting memories that associate environmental cues with drug experiences holds promise f

299 nt choice task, and (4) ability to associate environmental cues with reward using conditioned place p

300 Pol III regulation is thus sensitive to environmental cues, yet a diurnal profile of Pol III tra