ライフサイエンスコーパス: exploration

1 significant opportunities remain for further exploration.

2 hallenging frontier for further experimental exploration.

3 d and back motion of whiskers during surface exploration.

4 cord blood lead and cadmium require further exploration.

5 ellants for missile propulsion and for space exploration.

6 emporal discounting leading to less directed exploration.

7 removing technical obstacles to independent exploration.

8 dhesion processes, several areas still await exploration.

9 ship between temporal discounting and random exploration.

10 sistent with a sampling mechanism for random exploration.

11 rom bacteria to human, readily available for exploration.

12 and medial entorhinal cortex of rats during exploration.

13 alysis of soil samples relevant to planetary exploration.

14 n interactive 3D mouse model for user-guided exploration.

15 d a new paradigm for basin scale hydrocarbon exploration.

16 n capabilities needed for future missions of exploration.

17 inB2 in human kidney disease deserve further exploration.

18 zation has been largely through experimental exploration.

19 llenging problem, which is worthy of serious exploration.

20 ed oncology diagnostic tool warrants further exploration.

21 a systematic structure-activity relationship exploration.

22 cortex to the external world prior to active exploration.

23 tibular escape responses but led to abnormal exploration.

24 ch have unknown function opening avenues for exploration.

25 on and its clinical utility warrants further exploration.

26 e textile structures is proposed for further exploration.

27 of cases is unexpected and worth additional exploration.

28 nts a therapeutic approach worthy of further exploration.

29 , making it an attractive target for further exploration.

30 informs patient stratification for clinical exploration.

31 uing, warranting replication and mechanistic exploration.

32 olateral prefrontal cortex and drives random exploration.

33 ucated mothers, all of which warrant further exploration.

34 lial cells after CI/EVR, which merit further exploration.

35 well as data management, online sharing and exploration.

36 ious biosecurity treatments requires further exploration.

37 rted so far, allowing ample room for further exploration.

38 es, and the associated health risks of space exploration.

39 s return to their baseline firing rate after exploration.

40 s and fostering follow-up pathophysiological explorations.

41 s and training materials that enable pathway exploration and advanced analysis.

42 e, scalability limitations have hindered the exploration and application of sequence-defined polymers

43 d show that new opportunities in geophysical exploration and characterization could arise.

44 mponent Analysis that can be applied to data exploration and classification.

45 e of pathogenic organisms warrants continued exploration and development of both classic and alternat

46 have provided the groundwork for additional exploration and discovery of pathways in other stem cell

47 ive encoding of uncertainty) changed between exploration and exploitation periods.

48 duces the number of experiments by balancing exploration and exploitation to efficiently probe the pa

49 uctuating opportunity (alternating trends in exploration and exploitation) driving shifting boundarie

50 Through systematic parameter exploration and fitting to neuroimaging data, we demonst

51 gulating the trade-off between environmental exploration and focused attention.

52 mouse hippocampal area CA1 during head-fixed exploration and goal-directed learning.

53 elop models of their action selection across exploration and hunting.

54 howed reduced levels of uncertainty-directed exploration and increased levels of random exploration i

55 cture prediction method that combines global exploration and loop perturbation is proposed in this st

56 closed-loop, autonomous system for materials exploration and optimization (CAMEO) is implemented at t

57 Exploration and reaching were also tested in a free rang

58 ng paradigm with separate phases for initial exploration and reward-based learning, we show that anxi

59 Here, we define a method for routing space exploration and scalable routing in the quantum Internet

60 that brain regions associated with directed exploration and subjective value computations, respectiv

61 t the computational role of these regions in exploration and suggest that dopamine modulates how this

62 e to the five publicly available online data exploration and visualization tools introduced in the PC

63 l regeneration certainly will accelerate the explorations and applications of protein-based adhesives

64 66% had transcystic explorations and one third through a choledochotomy with

65 t sequencing technologies for visualization, exploration, and uncertainty estimation of cell states.

66 tility of learning from instruction and from exploration, and we show that children (aged 5-7 years)

67 leoclimate context of these early voyages of exploration are derived from the Atiu lake core and comp

68 endent generalization and uncertainty-guided exploration as a Gaussian Process regression with a radi

69 ing this aggressive subset of CTCs may merit exploration as potential suppressors of metastatic progr

70 reduced renal pathology, warranting further exploration, as current therapeutics targeting lupus nep

71 ng encoding of novel information and guiding exploration based on prior experience.

72 asures of threat memory, episodic memory and exploration behaviour between the reminder-extinction an

73 twork which can be used for interactive data exploration, biological hypothesis generation, and the d

74 oration, where behavioral variability drives exploration by chance.

75 rected exploration, where information drives exploration by choice, and random exploration, where beh

76 ssing to cell migration and facilitate space exploration by immune cells.

77 phene states that likely enable greater soil exploration by reallocating internal resources to greate

78 term, but in the longer term the benefits of exploration can be huge.

79 plant access to permafrost-derived N, their exploration capacity beyond host plant root systems into

80 expression and influence the feeding-versus-exploration decision.

81 inhibitors (SSRIs) leads to novelty-induced exploration deficits in adulthood, potentially involving

82 Intraoperative exploration disclosed a big mass of hard texture involvi

83 ed spins are the focus of intense scientific exploration due to their potential role as qubits for qu

84 Involvement of dopamine in regulating exploration during decision-making has long been hypothe

85 relationship, but potentially worth further exploration (e.g., donepezil, epoetin alfa); (3) drugs w

86 ion under L-dopa, while neural signatures of exploration, exploitation and prediction error were unaf

87 melanogaster of either sex to negotiate this exploration-exploitation transition.

88 Further chemical exploration generated a second substrate, fluorofurimazi

89 atistical methods in combination with visual exploration has gained widespread adoption.

90 A series of epidemiological explorations has suggested a negative association betwee

91 by which SlitC constantly limits growth cone exploration, imposing ordered and forward-directed progr

92 py has potential for TNBC and merits further exploration in a clinical setting.

93 ng the basis for the reduced novelty-induced exploration in adulthood due to postnatal SSRI exposure.

94 tivity, exaggerated stereotypy, and vertical exploration in both transgenic models of hyperdopaminerg

95 oposes several avenues for future scientific exploration in order to develop new insights into the im

96 could be efficiently employed for time trend exploration in other scientific fields.

97 This regimen warrants additional exploration in patients with rare RCC, particularly thos

98 These findings have sparked a new field of exploration in sensory neurobiology-that of gut-brain se

99 of soft-tissue sarcoma and deserves further exploration in the clinical setting.

100 d exploration and increased levels of random exploration in the conceptual domain.

101 This review highlights four new areas of exploration in the opioid field.

102 There is a need for further exploration in this field to evaluate the effect of addr

103 mmunication at large scale, as well as novel explorations in microwave-optical photon entanglement an

104 We also provide the basis for further explorations in order to better understand the relevance

105 up numerous avenues for continued scientific exploration, including further elucidating of the geneti

106 rks also reveal new associations for further exploration, including protease responses in the spleen,

107 overy of new materials and motivates further exploration into metal chalcohalide nanocrystals.

108 Exploration into novel chemical space, in turn, will als

109 5P4Kalpha and PI5P4Kbeta and support further exploration into their role in synaptic function in the

110 Further exploration is needed to determine if AMP upregulation p

111 Although laparoscopic common bile duct exploration (LCBDE) deals with gallstones and ductal sto

112 These results imply that exploration may be motivated and oriented by a need to r

113 treamlined comparative analyses, interactive exploration, metabolic modeling and bulk download.

114 For future space exploration missions, novel measurement concepts, capabl

115 ter designed and developed for in situ space exploration missions.

116 metry has been used as payload on such space exploration missions.

117 se upon the provision of life-support during exploration missions.

118 l complexity of the building blocks required exploration of a further level of orthogonality, namely

119 Exploration of a novel environment led to significantly

120 memory consolidation can be enhanced by the exploration of a novel environment presented during a vu

121 ns, potentially paving the way for efficient exploration of additional active flow control strategies

122 In contrast, by exploration of alpha-halo ketone in amine as a halide pr

123 ction in Pavlovian bias may promote unbiased exploration of approach and avoidance responses, facilit

124 Therefore, in the further exploration of BAT as a potential source of novel drug t

125 these preliminary estimates justify further exploration of beyond-the-meter emissions.

126 olecules of interest remain essential in the exploration of biology and in their ultimate application

127 This technique will enable the exploration of biotin trafficking in humans and its use

128 separation technique greatly simplifies the exploration of block copolymer phase space across a rang

129 Next-generation sequencing has sparked the exploration of cancer genomes, with the aim of discoveri

130 nd supports use of this strategy in clinical exploration of cell cycle-targeting therapies in brain c

131 essible and user-friendly database to enable exploration of cell type enriched microRNA expression.

132 ncing (barRNA-seq), which enables systematic exploration of cellular perturbations by tagging individ

133 wisted bilayer graphene(4-8) has sparked the exploration of correlated electron states in other moire

134 in computational reconstitution and biologic exploration of CRCs across various human malignancies, a

135 cold ischemia time; our findings motivate an exploration of creative approaches to KT transport as th

136 Therefore, further exploration of CXL146 as a novel therapy in treating MDR

137 esented by ORSO in a graph display, allowing exploration of dataset associations.

138 nclude nestedness of mutualistic networks or exploration of degree distribution.

139 Our results support the exploration of device platforms already used in energy r

140 hed framework will set the stage for further exploration of electronic materials processing and offer

141 The authors report a systematic exploration of EMI shielding behavior of 2D Ti(3) C(2) T

142 These results encourage further exploration of engineered B cell vaccines as a strategy

143 OPEX-guided exploration of Escherichia coli's populations exposed to

144 luminescence linewidth, and could enable the exploration of exciton physics and optoelectronic applic

145 fits owed to reduced dimensionality prompted exploration of expanding non-layered ternary chalcogenid

146 external environment, is a prime target for exploration of exposomal influences on disease.

147 ing, providing insights through quantitative exploration of fatty acid biosynthesis processes for opt

148 ilar approaches for other clades, as well as exploration of functional diversification of members of

149 nical advances have allowed an unprecedented exploration of genomes, transcriptomes, proteomes and me

150 Further exploration of graph measures in the determined hub regi

151 or sodium-ion layered oxides, motivating the exploration of high compositional diversity.

152 he prohibitive costs of systematic numerical exploration of high-dimensional parameter spaces.

153 Our findings open a path towards exploration of higher-dimensional topological physics wi

154 he mammalian brain, potentially enabling the exploration of how brain-wide dynamical patterns give ri

155 rograms, and provides a resource for further exploration of human brain evolution and function.

156 zation of animals is a powerful tool for the exploration of human disease pathogenesis in biomedical

157 These data represent a rich resource for the exploration of in vivo human gene expression in diverse

158 These data represent a rich resource for the exploration of in vivo human gene regulation in diverse

159 Ultimately, material fabrication and exploration of interactivity become inseparable in the r

160 The algorithm was focused on the exploration of interesting regions, as defined by the ou

161 disease dynamics, thereby allowing a broader exploration of interventions.

162 ctivity using Plotly in R, which aids in the exploration of large biological datasets.

163 s technologies that facilitate the effective exploration of large genomic and metabolomic datasets, a

164 d prediction errors in basal ganglia support exploration of latent task representations.

165 nts from TRIAD libraries formed the basis of exploration of length and sequence diversity of novel in

166 Further exploration of LRO function and carboxylesterase homolog

167 Our findings may motivate the exploration of macroscopic quantum dynamics in ultrahigh

168 Single-cell CRISPR screens enable the exploration of mammalian gene function and genetic regul

169 Recent robotic exploration of Martian sedimentary rocks and laboratory

170 hese findings lay the groundwork for further exploration of MgSnN(2) as a model ternary nitride, with

171 esents a paradigm for facile and accelerated exploration of MMNCs for a broad range of applications.

172 tion and size to sophisticated multimodality exploration of molecular, physiologic, genetic, immunolo

173 machine learning in guiding the experimental exploration of multi-metallic systems that go beyond the

174 ies not only on the creation and applicative exploration of nanocarrier-based medicines showing signi

175 ol vision screenings and the need for future exploration of near binocular vision status as a potenti

176 we present a new platform, TREND (tree-based exploration of neighborhoods and domains), which can per

177 e-cell molecular profiling methods allow the exploration of neural diversity with increasing spatial

178 ndous worldwide investment in the design and exploration of new active materials for energy conversio

179 ons within an adaptive state should preclude exploration of new adaptive states when the environment

180 dern TMD-based spintronics, but also enables exploration of new and exciting dimensionality-driven ma

181 dvances in directed evolution have led to an exploration of new and important chemical transformation

182 id development in this area necessitates the exploration of new cations with advanced properties.

183 There is considerable interest in the exploration of new solar absorbers that are environmenta

184 cell-material interaction shows promise for exploration of new topographies.

185 fic findings of this work could guide future exploration of next-generation field-deployable sensors.

186 a quaternary carbon stereocenter allows the exploration of novel chemical space to obtain new molecu

187 ell firing rate increases in early stages of exploration of novel environments but returns to baselin

188 Exploration of novel environments ensures survival and e

189 During the exploration of novel environments, place fields are rapi

190 ution of tumour and microenvironment support exploration of novel immunotherapeutic strategies.

191 information age has required the continuous exploration of novel storage paradigms, materials, and d

192 The exploration of NTRK splice variants in normal and neopla

193 application that allows rapid collaborative exploration of omics-data.

194 Systematic exploration of our dataset using genetic co-similarity r

195 Our study provides a platform for the exploration of physics in quasicrystalline, low-dimensio

196 idly expanding toolbox over the past decade, exploration of plant specialized metabolism in nonmodel

197 s of this InDel mutagenesis and conventional exploration of point mutations can synergize to generate

198 serve as a critical foundation for continued exploration of potential oral, once-a-day PCSK9 therapeu

199 amidal neurons that are active during social exploration of previously unknown conspecifics are react

200 ust and complementary technique for advanced exploration of protein succinylation.

201 This greatly simplifies the experimental exploration of quantum codes on real, near-term devices,

202 his work sets the stage for an imaging-based exploration of receptor signaling under conditions close

203 However, the exploration of RSSH biological significance is challengi

204 ical and endometrial cancers; therefore, the exploration of sentinel LNs (SLNs) is highly important.

205 Exploration of serotonergic gene expression across brain

206 Our exploration of several candidate operons reveals that ou

207 eration of MESe is summarised, including the exploration of several factors that would impact the ope

208 ting sensors which allows for the principled exploration of signal statistics, cooperation strategies

209 Lunar habitation and exploration of space beyond low-Earth orbit will require

210 Exploration of spatially unstructured options depends on

211 Here, we provide a deep exploration of sRNA variation and inheritance among a pa

212 individual blind participants during haptic exploration of stimuli, indicating that neither visual e

213 icinal chemistry investigation involving the exploration of structure-activity and structure-property

214 ogy and functional genomics have facilitated exploration of targeting epigenetic proteins, yielding e

215 cal guarantees, especially those that enable exploration of test statistics using auxiliary informati

216 those of phase 1b study, and warrant further exploration of the antidepressant and pro-cognitive effe

217 These positive findings encourage further exploration of the benefits of fasting/FMD in cancer the

218 y similar cells is instrumental for accurate exploration of the cellular diversity revealed by single

219 To facilitate the exploration of the clinical relevance of RBPs, we additi

220 and vaccine-only groups, indicating further exploration of the combination strategy is warranted.

221 ces in automation and data analytics can aid exploration of the complex chemistry of nanoparticles.

222 work now leads the way for further in silico exploration of the developmental and evolutionary implic

223 ications such as rare-event searches and the exploration of the foundations of quantum mechanics in u

224 ar spectroscopy offers opportunities for the exploration of the fundamental laws of nature and the se

225 We encourage further exploration of the genera highlighted in our data as pot

226 ypes in a top model dicot will stimulate the exploration of the genetic basis of phenotypic variation

227 Exploration of the genomic landscape of LRRK2-mutated ca

228 ations are a feature of sRCC, and enable the exploration of the Hippo pathway as a novel potential th

229 deleterious effects of resistance and allows exploration of the impact of new tools being proposed or

230 Here we report an exploration of the interplay between topography and phas

231 ynthetic effort and thereby expedite broader exploration of the magic methyl effect in pursuit of new

232 of ionising radiation that motivated further exploration of the materials.

233 mutant mouse lines, and for an unprecedented exploration of the molecular mechanisms that control car

234 Exploration of the neural substrates of AT in NHPs has r

235 This exploration of the noncoding transcriptome identified ec

236 utrition and over nutrition warrants further exploration of the population level differences in nutri

237 Exploration of the potential energy surface reveals that

238 To enable systematic exploration of the programming landscape mediated by tra

239 We also report a functional exploration of the PyoG receptor.

240 Exploration of the relationship between species diversit

241 Our study provides a comprehensive exploration of the relationship between the hierarchical

242 experienced by individual microparticles and exploration of the role of pH in the chemical behavior o

243 put graph-theoretic algorithms for efficient exploration of the search space.

244 icrobial species establishes a framework for exploration of the underlying principles that drive comp

245 host model will be an important tool for the exploration of the universality, diversity, and evolutio

246 ature approach to CdS MSCs, together with an exploration of their evolution pathway.

247 es of this planktivorous seabird allowed the exploration of their spatial (wintering quarters/breedin

248 However, despite extensive exploration of these processes, it remains unclear wheth

249 To enable the continued exploration of these processes, we created a large datab

250 isoform expressed in mature MKs, permitting exploration of these questions without complicating effe

251 equencing of RNA (RNA-seq) has expedited the exploration of these regulatory variants.

252 (PSCs) has been improved by trial-and-error exploration of thin low-dimensional (LD) perovskite depo

253 control of step timing and motivates further exploration of this biomimetic stimulation pattern as a

254 regs has been reported, and invites a deeper exploration of this cell triumvirate.

255 Here, we report the further SAR exploration of this chemical family through more than 80

256 Further exploration of this mechanism has the potential to ident

257 As such, it should motivate exploration of this mechanism in studies in vivo, in wou

258 otein and permitted in vitro and in vivo SAR exploration of this modality.

259 el of mammary carcinogenesis allowed for the exploration of tissue secretions and signalling pathway

260 We then performed the first genome-wide exploration of variants simultaneously associated with l

261 er than NHC; more broadly, it drives further exploration of various carbenes on metal surfaces.

262 Increasingly refined syn-BNP-based explorations of biosynthetic gene clusters should allow

263 Our protocol enables rapid and inexpensive explorations of diversity patterns and the generation of

264 More empirical explorations of how the complexity of real landscapes sh

265 potentially an in silico testbed for future explorations of seizure mechanisms and clinical therapie

266 tion, information that should be valuable in explorations of similar photoreactions.

267 First-principles theoretical explorations of the electronic structure uncovered elect

268 k and at the surface of confined volumes and explorations of the influence of surfactants on dried pa

269 ults' memory deficits to age-specific visual exploration patterns, we can improve upon models of cogn

270 a novel open-field assay to test sharks for exploration personality yearly from 2012 to 2017.

271 Yutu-2 rover during the initial nine months exploration phase.

272 of the anterior PFC (aPFC) also involved in exploration, relational reasoning, and counterfactual ch

273 hols was investigated by theoretical surface exploration, revealing the importance of the approach of

274 ) in medicine are currently areas of intense exploration, showing potential to automate human tasks a

275 uring reading, spatial judgments, and visual exploration.SIGNIFICANCE STATEMENT Focal damage to the r

276 rence of seismic events at subsurface energy exploration sites.

277 aits(5,11) during the initial stages of land exploration, stabilized by the opposing selective pressu

278 In the exploration state, the animal promotes locomotion and su

279 s measurement technique excels current space exploration systems by three orders of magnitude.

280 ation and CA1 calcium imaging with an object-exploration task, and found that cerebellar stimulation

281 essors (stress coping styles) that differ in exploration tendencies: proactive and reactive stress co

282 During the exploration, the content of the hernial sac was found to

283 During active tactile exploration, the dynamic patterns of touch are transduce

284 are sufficient to largely determine network exploration times for a variety of both synthetic planar

285 Herein, we describe a pharmacophore exploration to identify a highly potent, selective, brai

286 ating food and total intake) did not predict exploration trait, but they did predict active trait.

287 Modeling revealed attenuated directed exploration under L-dopa, while neural signatures of exp

288 The Interior Exploration using Seismic Investigations, Geodesy and He

289 synonymous alleles to enlarge sequence space exploration, we have retrieved 13 mutations affecting bo

290 For this exploration, we took a multifaceted approach, starting w

291 le CA1 units that were active during spatial exploration were engaged in SWR-coupled spindles after b

292 in after RYGB and undergoing CT and surgical exploration were included retrospectively.

293 ion drives exploration by choice, and random exploration, where behavioral variability drives explora

294 tegies of explore-exploit behavior: directed exploration, where information drives exploration by cho

295 human posterior hippocampus (PH) invigorates exploration while anterior hippocampus (AH) supports the

296 ateral prefrontal cortex and drives directed exploration, while total uncertainty is represented in r

297 owledge to pharmacological and immunological explorations will expand our understanding of nanomedici

298 We expect that further exploration with this advanced tool will provide a bette

299 on between temporal discounting and directed exploration, with more temporal discounting leading to l

300 on facilitates learning without the costs of exploration, yet teachers must be selective because not