ライフサイエンスコーパス: to better understand

1 insights from structural priming requires us to better understand (1) the precise mappings between li

2 tive evolution in insect viruses can help us to better understand adaptive evolution in general and i

3 arch of both basic scientists and clinicians to better understand ADP-ribosylation at the molecular l

4 The findings from this work help us to better understand and develop new technical schemes f

5 There is a need to better understand and handle the 'dark matter' of pro

6 ion, and this new insight may inform efforts to better understand and manage neurodegenerative diseas

7 as well as environmental biofilms, in order to better understand and prevent C. auris colonization a

8 bis and discuss how future research can help to better understand and reduce the risks of cannabis us

9 metastatic disease, and there remains a need to better understand and target these cells in human can

10 hat recapitulate hallmarks of aging in order to better understand and to modulate the biological cons

11 To better understand animal cell plasma membranes, we st

12 To better understand antibody affinity/specificity trade

13 administrative tasks through several lenses to better understand any given task that a clinician and

14 To better understand belowground defenses in the field,

15 To better understand binding of clinical inhibitors to r

16 To better understand biophysical mechanisms of mechanose

17 Additionally, in order to better understand boundary phase growth, the chemistr

18 tential to assist researchers and clinicians to better understand cardiovascular function.

19 be undertaken using publicly available data to better understand causal mechanisms.

20 ession of fibrotic markers indicate the need to better understand cell- and tissue-specific signaling

21 relevant transcription factors, allowing us to better understand cell-type-specific regulation of in

22 its natural host and may be crucial not only to better understand ChHV5 circulation but also to event

23 mPAM offers a new way to better understand complex biological organs.

24 Our unifying framework may help to better understand controllability in spatially embedd

25 unological phenotypes provide an opportunity to better understand defect-driving mutations.

26 paired with their native ecological analogs to better understand demographic drivers of invasions.

27 To better understand disease conditions and environmenta

28 eomics technologies, there is an opportunity to better understand drug resistance by exploiting these

29 To better understand dysregulation of the TGFbeta pathwa

30 To better understand epigenetic reconfiguration in the e

31 To better understand evolutionary dynamics in this conte

32 ng and Data System (PI-RADS) version 2 score to better understand false-negative lesion characteristi

33 rk therefore provides a mechanistic platform to better understand FPV039-mediated apoptosis inhibitio

34 l profiling has become increasingly utilized to better understand functional heterogeneity and its im

35 iscipline to design new organisms as well as to better understand fundamental biological mechanisms.

36 omo- and heterometallic poly(f-block) chains to better understand fundamental electronic structure in

37 To better understand gammadeltaT cell-bacterial interact

38 and environmental exposures can be evaluated to better understand gene-by-environment interactions, a

39 To better understand gene-gene co-expression based on bi

40 To better understand global changes in protein expressio

41 In an effort to better understand Hg sources, mobility, and transport

42 To better understand HIV-1 pathogenesis and the evolutio

43 The objective is to better understand hMSC PS and HC effects on human car

44 To better understand how a stream of sensory data is tra

45 To better understand how adverse health effects are caus

46 ur breast cancers through years of treatment to better understand how breast cancers become drug-resi

47 Further research is needed to better understand how clinicians derive prognostic es

48 In this study, we sought to better understand how closely related arenaviruses el

49 Our findings provide a mechanistic basis to better understand how diabetes can increase the risk

50 Here we made truncation mutants of Ede1 to better understand how different domains contribute to

51 To better understand how dNTP binding influences specifi

52 fy the most fruitful steps that can be taken to better understand how dynamic networks of sibling cyc

53 To better understand how ecosystem properties affect var

54 The aim of this study is to better understand how emotions influence the end-of-l

55 To better understand how fructose induces lipogenesis, w

56 To better understand how gene deletions lead to altered

57 major) in the United Kingdom and Netherlands to better understand how genetic signatures of selection

58 etween the distal (2B) helices of K1 and K10 to better understand how human keratin structure correla

59 Models to better understand how in vivo targeting of CD22 trans

60 To better understand how laboratory markers currently us

61 To better understand how loss of D2-family dopamine rece

62 To better understand how loss of maternal UBE3A function

63 To better understand how natural barriers govern bioacti

64 To better understand how NMDAR hypofunction affects the

65 To better understand how Nod1 and Nod2 proteins contribu

66 To better understand how organic cation sorption is infl

67 To better understand how Scribble PDZ domains direct cel

68 To better understand how such microbial parasites contro

69 central questions that need to be addressed to better understand how such specialized cell structure

70 The purpose of this study was to better understand how the CGRP-mAb fremanezumab (TEV-

71 f CelA on a variety of pretreated substrates to better understand how the different bulk components o

72 To better understand how this buried residue might affec

73 To better understand how this intrinsic oscillatory acti

74 In order to better understand how this IOC-based centrifugal visu

75 binding between Dbh and DNA was investigated to better understand how to rationally design enhanced p

76 ant microorganisms, there is a critical need to better understand how to stimulate and/or enhance inn

77 To better understand immune correlates of protection by

78 To better understand incidence trends over time requires

79 ce can be found in nonhuman animals in order to better understand its evolution in humans.

80 e role of regional hypermetabolism is needed to better understand its interaction with the motor symp

81 f toehold-assisted reactions is also modeled to better understand its performance and capabilities, a

82 and epidemiological and behavioural studies to better understand M. genitalium's natural history, an

83 In order to better understand mechanisms and improve treatments,

84 , this sea is an especially important region to better understand mercury species distributions in co

85 an acidic, oligotrophic lake was carried out to better understand microbial (i) early mineralization

86 To better understand migration patterns, gene flow and a

87 or experimental data, is therefore necessary to better understand observed cyclical patterns.

88 The review is expected to lead to better understanding of the characteristics and disti

89 Our goal is to contribute to better understanding of the composition, sources, con

90 This finding may lead to better understanding of the interaction between respi

91 This result will contribute to better understanding of the potential cardiovascular

92 lyphosphate in acidocalcisomes, and may lead to better understanding of these organisms and provide n

93 In the former case, PRO may help to better understand overall treatment effectiveness of

94 dequate disease models are required in order to better understand pathology and to test potential the

95 scattering (GIWAXS) and optical reflectance, to better understand polymer solar cell (PSC) optimizati

96 To better understand possible determinants, this prospec

97 To better understand RyR1 channel function, we investiga

98 new SFTS model will be an excellent resource to better understand SFTSV infection and disease as well

99 To better understand soil organic carbon (SOC) stock dyn

100 At the molecular level, there is a need to better understand stress erythropoiesis and changes i

101 To better understand such behavior, we propose a mean-fi

102 se differences in fundamental frequency (F0) to better understand target speech in the presence of in

103 and its maintenance will contribute greatly to better understanding telomere maintenance mechanisms.

104 To better understand temporal trends and sources of micr

105 To better understand the activity of this protein a seri

106 tal ontogenetic parameters can provide clues to better understand the adaptive nature of phenotypic t

107 ology detailed in this article was developed to better understand the alignment between patient care

108 A in the presence of multiple DNA processors to better understand the associated mechanistic events i

109 To better understand the association between the pre-ind

110 Additionally, further work is needed to better understand the assumptions driving land use mo

111 To better understand the basis of virus-neuron interacti

112 A modelling approach was developed to better understand the behavior of the flatulence-caus

113 To better understand the benefits and burden of palliati

114 To better understand the biogenesis of quasi-enveloped H

115 To better understand the biogeochemical controls on PBDE

116 Here, to better understand the biological activities of DAAM,

117 orm further fine-mapping and functional work to better understand the biological basis of ER-negative

118 In order to better understand the boundaries within which roughne

119 These results suggest that to better understand the cancer resistance and move towa

120 ation of SUA patients' registries could help to better understand the clinical features and to manage

121 rotic disease that are of potential interest to better understand the complex pathophysiology of card

122 In order to better understand the complex relationship between ho

123 To better understand the conformational properties of th

124 To better understand the conserved functions performed b

125 hat pig subpopulation dynamics are important to better understand the diversity and epidemiology of s

126 es, and additional investigation is required to better understand the diversity of microorganisms tha

127 ingle-locus DNA barcoding methods as a means to better understand the diversity of the living world.

128 years) timescales and use these predictions to better understand the driving mechanisms.

129 To better understand the dynamics of the ligand binding

130 To better understand the dynamics of the RNases-S comple

131 To better understand the effect of the BM microenvironme

132 tient data (IPD) meta-analysis was performed to better understand the effectiveness of BP self-monito

133 To better understand the effects of these SNPs, we perfo

134 Prospective studies are warranted to better understand the efficacy of this procedure and

135 n misfolding and disease highlights the need to better understand the elaborate machinery that manage

136 To better understand the epidemiology of this emerging p

137 valuation of large-scale data sets is needed to better understand the epidemiology, cost, and burden

138 mory (LTTM) and subsequently used this model to better understand the epigenetic mechanisms that enab

139 To better understand the evolution of this complex gene

140 To better understand the evolution of this contrasting d

141 To better understand the evolutionary and molecular mech

142 and molecular simulations performed in order to better understand the experimental behavior of nano-c

143 To better understand the experimental findings, a concep

144 To better understand the factors associated with long-te

145 tained in mast cell releasates on activation to better understand the factors secreted by mast cells

146 few resources that capitalize on these data to better understand the features, distribution and biog

147 To better understand the function of PR3 in vivo, we gen

148 in the last two decades have provided a tool to better understand the functional organization of the

149 th psychosis and 70 healthy matched controls to better understand the functional significance of grea

150 Further studies are needed to better understand the functional underpinnings of how

151 In order to better understand the functions of these minerals and

152 We exploited this natural experiment to better understand the gene and genomic consequences o

153 Despite large efforts devoted to better understand the genetic basis of the disease, t

154 To better understand the genetic characteristics of MuV

155 To better understand the genetic composition and evoluti

156 To better understand the genomic landscape of non-DS-AMK

157 To better understand the governing biophysical processes

158 tireference calculations have been performed to better understand the ground state properties and the

159 However, to better understand the health risks associated with sa

160 an primate models of viral hemorrhagic fever to better understand the host transcriptional response.

161 d applications, it is of critical importance to better understand the hydrolysis of PLA driven by wat

162 d-level interventions provide an opportunity to better understand the impact of neighborhoods on heal

163 udy the historical biogeography of Cycnoches to better understand the impact of the Andean uplift on

164 ect migratory behavior, emphasizing the need to better understand the implications of ALAN for migrat

165 Overall, the results help to better understand the influence of physical-chemical

166 is platform can be used to model esophagitis to better understand the interactions between immune cel

167 In order to better understand the interactions between ocean, atm

168 These results are important to better understand the interplay between HIV-1 and DCs

169 published and newly generated data, is used to better understand the interplay of hydrology, geochem

170 To better understand the involvement of different cell t

171 This method of visualization can be used to better understand the kinetics and mechanisms of hydr

172 In an effort to better understand the linkages between iron metabolis

173 The present work enables to better understand the mechanism of carbon elimination

174 To better understand the mechanism of catalysis, as well

175 To better understand the mechanism of KLF4 ubiquitinatio

176 To better understand the mechanism of Prp activity, we a

177 To better understand the mechanism of recovery following

178 To better understand the mechanisms by which HMGN 1 and

179 he physical properties of the textile itself to better understand the mechanisms of fiber shedding in

180 To better understand the mechanisms of MEF2-mediated reg

181 To better understand the mechanisms of memory maintenanc

182 To better understand the mechanisms of virus inhibition,

183 To better understand the mechanisms responsible for the

184 To better understand the mechanisms underlying context-s

185 To better understand the mechanisms underlying ESCRT-med

186 To better understand the mechanisms, we examined gene ex

187 To better understand the metabolism of triglyceride synt

188 To better understand the molecular and cellular differen

189 s to isolate genomes, have allowed the field to better understand the molecular and evolutionary chan

190 To better understand the molecular basis of tung tree ch

191 To better understand the molecular details of this confo

192 To better understand the molecular etiology of HGSCs, we

193 sensory neurons in adult mice, and may help to better understand the molecular machinery required fo

194 To better understand the molecular mechanism of TPT degr

195 To better understand the molecular mechanisms by which c

196 To better understand the molecular mechanisms underlying

197 To better understand the molecular processes important f

198 This study helps to better understand the motor clinical relevance of hyp

199 nvironmental exposures, and over generations to better understand the multiple ways in which the epig

200 men in 4 US cities, the purpose of which was to better understand the natural history of AIDS and its

201 Standardised, multicountry data are required to better understand the nature and burden of disease in

202 In order to better understand the nature of the phenomenon of cor

203 To better understand the nature of this binding, critica

204 rocesses and dynamics.SIGNIFICANCE STATEMENT To better understand the neural basis of cognition and d

205 To better understand the non-NF1 genetic contributions t

206 To better understand the nutrient signals that promote a

207 e life-span should be dynamically integrated to better understand the observed heterogeneity in SEP d

208 nce spectroscopy studies have been performed to better understand the origin of unintentional doping

209 To better understand the pathogenesis of HD, we analyzed

210 reditary angioedema due to C1-INH deficiency to better understand the pathomechanism of the evolution

211 strategies exist, further research is needed to better understand the pathophysiology and optimal tre

212 To better understand the pathway through which DLK acts,

213 pathogenicity, or cell adaptability in order to better understand the PEDV life cycle and identify su

214 In an effort to better understand the plasticity of perineurial glia

215 ent with such high resolution data allows us to better understand the pore scale transport which can

216 Mediterranean Sea, have highlighted the need to better understand the possible effects of climate cha

217 There is a need to better understand the potential benefit of continued

218 hese environmental factors will be important to better understand the precise pathogenesis of MPN.

219 Additional work is needed, however, to better understand the prevalence, function, and struc

220 In order to better understand the process of breast cancer metast

221 reasingly used to infer phylogenies in order to better understand the processes and patterns of evolu

222 To better understand the processes directing A3B over-ex

223 The objective of our study was to better understand the protective effects of the mitoc

224 To better understand the proton-pumping mechanism of the

225 talline palladium nanocubes from 15 to 80 nm-to better understand the reason for this durability.

226 dehydrogenase (ICDH) activity) and we sought to better understand the regulation at this junction.

227 To better understand the regulatory relationship between

228 To better understand the relationship between CFTR activ

229 To better understand the relationship between GlcCer and

230 spider toxin, a Nav1.1-selective modulator, to better understand the relationship between these temp

231 f representative bat and canine adenoviruses to better understand the relationship between these two

232 We focus on fallow deer to better understand the relative influence of these nat

233 n, refinement and coarse graining procedures to better understand the relevancy and adequacy of our m

234 of detrimental immune responses and the need to better understand the requirements for protective imm

235 enable broad profiling of the immune system to better understand the response to infection and vacci

236 To better understand the role of CREs in neuropsychiatri

237 To better understand the role of epithelial-derived IL-3

238 To better understand the role of His-50, we analyzed the

239 To better understand the role of K265, point mutations w

240 To better understand the role of reactive oxygen species

241 The present work seeks to better understand the role of solute diffusion and so

242 tion as well as functional studies is needed to better understand the role of these genes in eczema.

243 To better understand the role of this region in Hsp70 al

244 To better understand the roles of microRNAs in glial fun

245 To better understand the rules governing thalamocortical

246 ility to shape the way science is taught and to better understand the scientific method.

247 near and macrocyclic chelates in a rat model to better understand the scope and extent of tissue depo

248 To better understand the scope of these changes, we reco

249 To better understand the secoiridoid biosynthesis pathwa

250 on the concepts behind practices, is needed to better understand the stakeholder-scientist nexus.

251 ntext and visual data fusion to enable users to better understand the statistics on brain structures.

252 To better understand the structural basis of HLA-DQ2.5's

253 To better understand the structural differences between

254 To better understand the structural features and resulti

255 To better understand the temporally changing topology of

256 To better understand the TF-related mechanisms in athero

257 To better understand the therapeutic effects of Tecfider

258 immunomodulatory therapies, it is necessary to better understand the timing and complexity of the im

259 We conclude that to better understand the true functional consequence of

260 rrent and future research is strongly needed to better understand the tumor biology, to identify pred

261 To better understand the underlying mechanism of this pr

262 In order to better understand the underpinnings of attention-defi

263 D (CKD-MBD) could help the medical community to better understand the vascular actions of certain mol

264 One approach to better understand the viral replicative cycle, and po

265 A major limitation to better understanding the pathophysiology and diagnosi

266 To better understand their development and functioning i

267 y virulence factors that may allow the field to better understand their physiological role.

268 function of human lung NK cells is critical to better understand their role in diseases affecting th

269 ablate proliferating NG2(+) cells after SCI to better understand their role in repair.

270 the data with various computational methods to better understand their suitability.

271 m cell (iPSC)-derived megakaryocytes (iMegs) to better understand these clinical disorders, beginning

272 To better understand these patterns, we sought to compar

273 In an attempt to better understand these problems, we undertook a seri

274 To better understand these relationships, we assessed th

275 To better understand this dynamics, we measured primary

276 To better understand this issue, screening experiments w

277 To better understand this observation, we electrically s

278 ytes, the initial target of HSV replication, to better understand this observation.

279 To better understand this one-pot transformation and the

280 view of the available tools and mouse models to better understand this phenomenon.

281 To better understand this process, we have constructed a

282 To better understand this process, we studied fragment f

283 To better understand this rapidly changing landscape, th

284 To better understand this region of cortactin, and its f

285 teaching, and additional studies are needed to better understand this temporal trend in image-based

286 To better understand this, we probe the possibility that

287 arameters that alter onset age are essential to better understanding this locus and to enhance predic

288 ts in soft anisotropic materials enables one to better understand three-dimensional orientation field

289 to provide tools, techniques, and knowledge to better understand, train, and utilize canines.

290 To better understand transcriptional regulation during h

291 ka virus (ZIKV) infection is urgently needed to better understand transmission and pathogenesis, give

292 To better understand TTNtv, we integrated TTN allelic se

293 1930s as a way to use laboratory experiments to better understand uncontrollable fear and anxiety.

294 Our study helps to better understand underlying genetic and molecular me

295 However, to better understand vascular inflammation and its mecha

296 nology undertook an educational needs survey to better understand what they were and how best to meet

297 To better understand what this parasite does to human br

298 To better understand whether and why MT assembly is requ

299 clinical trials have facilitated our ability to better understand which molecules and pathways are mo

300 asingly being applied in healthcare settings to better understand why patients choose healthy or unhe