ライフサイエンスコーパス: to better understand

1 th SCD hospitalized for VOC and ACS episodes to better understand ACS disease pathogenesis.

2 Here we apply modeling tools to better understand adaptive divergence of whitefish du

3 To better understand anal cancer development and prevent

4 To better understand and define energy algorithms during

5 thological epidemiology approach, are needed to better understand and manage this disease entity.

6 An important need exists to better understand and stratify kidney disease accordi

7 ource for researchers and clinicians seeking to better understand and treat lung adenocarcinomas.

8 To better understand ANT1 functions, we determined the b

9 efficient tools to detect amyloid are needed to better understand any potential routes of amyloid bet

10 To better understand BAFF functions, we created BAFF rep

11 This work highlights the need to better understand both barrier function and S. aureus

12 To better understand bumblebee health, we need to invest

13 MutSpace is a promising new framework to better understand cancer heterogeneity based on somat

14 To better understand cellular routes of nonlytic reoviru

15 d (UWF) fluorescein angiography (FA) imaging to better understand changes in retinal nonperfusion bef

16 To better understand changes in viral RNA associated wit

17 To better understand cholesterol metabolism in situ acro

18 restrial carbon cycle offers the opportunity to better understand climate-carbon cycle relationships.

19 To better understand compound behavior in HTS, we assess

20 area of research within economics that seeks to better understand contemporary economic outcomes by t

21 79.3%, reflecting a strong national priority to better understand COVID-19.

22 y planning, and we use them to identify ways to better understand differences between species in rece

23 ate PM distributions of all analyzed markers to better understand differences between them and to sup

24 More research is needed to better understand differences in estimated RSV burden

25 quence seven individuals of all four species to better understand domestication and introgression bet

26 d multi-generational plasticity, is critical to better understanding ecological and evolutionary dyna

27 mune circuits both local and systemic, so as to better understand effective immunity to develop impro

28 sts with a powerful new toolbox they can use to better understand environmental effects, and we illus

29 r our results and suggested further research to better understand findings, important given expanding

30 To better understand functional epitopes of the class 5

31 We sought to better understand GA pathogenesis and evaluate a mole

32 llect robust data using improved diagnostics to better understand geographical heterogeneities in T.

33 Coordinated efforts to better understand global prevalence and risk factors

34 Our data highlight an opportunity to better understand HCC tumor biology by investigating

35 To better understand hItln-1 recognition, we determined

36 thogens is emerging as an important strategy to better understand host-pathogen interactions.

37 To better understand host-virus genetic dependencies and

38 s from macroecology and evolutionary ecology to better understand how adaptation and dispersal intera

39 l system function in adult and aged macaques to better understand how age-related changes in white ma

40 Here, to better understand how biochemical and biophysical cue

41 To better understand how complexes containing Bub3 and i

42 ve, mechanistic evaluation of photocatalysis to better understand how composition relates to polymeri

43 such as the area deprivation index, may help to better understand how contextual-level socioeconomic

44 a can be incorporated into ecological models to better understand how ecosystems will respond to pert

45 To better understand how Escherichia coli acclimatizes t

46 t to headwinds, scholars have an opportunity to better understand how experience with even superficia

47 To better understand how future ecosystem state transiti

48 To better understand how HIV-1 packages its RNA genome,

49 g technologies, we propose future directions to better understand how immune cells meet their metabol

50 To better understand how increasing deluge size will aff

51 s study presents a workflow that can be used to better understand how living systems adapt RNAP resou

52 gy and physiology of RBs in larval zebrafish to better understand how mechanosensory stimuli are repr

53 To better understand how metal uptake is regulated, we i

54 To better understand how NTRs work, we performed the fir

55 ll serve as a primer for researchers seeking to better understand how O-GlcNAc influences stemness an

56 To better understand how recognition and identification

57 To better understand how surfactant lipids interacted wi

58 To better understand how TH controls these processes, we

59 In this study we sought to better understand how the composition of the intestin

60 To better understand how the details of structural diffe

61 To better understand how the epithelium supports lens fu

62 To better understand how the mutation dysregulates RAC2

63 To better understand how the protein environment influen

64 In order to better understand how these HA antigens elicit broadl

65 To better understand how these patterns are linked, we q

66 tle success to date, suggesting that we need to better understand how this pathogen causes disease if

67 d transparent disclosure have been advocated to better understand how to improve surgical safety, the

68 Comprehensive immune profiling will allow us to better understand how to minimize L-aGVHD and cGVHD.

69 last decade, significant work has been done to better understand how to risk stratify LT candidates

70 We aimed to better understand how wetland macroinvertebrate assem

71 l disease and leukemia re-growth is critical to better understanding how they are regulated.

72 To better understand in incident hemodialysis patients h

73 hereby prompting intense research activities to better understand its biology.

74 To better understand its cellular functions, we deleted

75 reational cannabis use has increased urgency to better understand its effects on the brain and behavi

76 representation of photosynthesis in LSMs and to better understand its present and future role in the

77 There is a need to better understand key factors that impact sleep and c

78 To better understand Kir channel activation, we target m

79 USA, represents an ideal natural laboratory to better understand landslide behavior.

80 ine social networks are the perfect test bed to better understand large-scale human behavior in inter

81 s exist for prospective longitudinal studies to better understand LD outcomes.

82 To better understand lipid metabolism and seed oil synth

83 Future research is needed to better understand mechanisms leading to intussuscepti

84 racterization of these patterns may allow us to better understand mechanisms of gene regulation and d

85 This study establishes a framework to better understand mechanisms of rNMP incorporation in

86 s with unprovoked venous thromboembolism and to better understand mechanisms that differentiate hemos

87 res of melanoma adaptability and can be used to better understand melanoma development, progression a

88 used databases of confirmed interactions and to better understand missing data and unknowns.

89 es which were most important for predictions to better understand movement imitation differences in a

90 a (over centennial or millennial timescales) to better understand natural community dynamics and the

91 in or nociception in IVD degeneration models to better understand nervous system involvement in disco

92 To better understand neuroblastoma pathogenesis, here we

93 We sought to better understand nonbehavioral features of ASD by de

94 nfluence the parasite infection is essential to better understanding of hemoparasite infections and h

95 immunophenotyping investigations could lead to better understanding of PBC pathogenesis and progress

96 her understanding of this mechanism can lead to better understanding of the immune mechanisms involve

97 A-target regulations in this study will lead to better understanding of the roles of miRNAs in CRC pr

98 f OSN modulation and highlight opportunities to better understand OSN modulation mechanisms and their

99 malaria elimination efforts it is important to better understand parasite transmission to mosquitoes

100 zebrafish patterns and apply our methodology to better understand pattern variability in zebrafish.

101 To better understand pavement cell-shape acquisition and

102 To better understand PFOS association into the MIP, a La

103 In order to better understand protein-carbohydrate interactions,

104 n various organisms and highlight approaches to better understand QS during human infection.

105 To better understand raw material selection for these fi

106 uring electrochemical reactions is important to better understand reaction mechanisms and to separate

107 by mobile technology offers the possibility to better understand real-life burden of CRS.

108 currence during recovery from acute COVID-19 to better understand risks for prolonged infectivity and

109 Here, to better understand S-protein mobility, we implemented

110 for (1) advancing serology assays as a tool to better understand SARS-CoV-2 infection and (2) conduc

111 to sustainable food security, comes the need to better understand seafood associated diseases.

112 by paleoecological approaches, are required to better understand shifting baselines in conservation

113 In order to better understand shifts in selective pressure due to

114 tegration of multiple themes and disciplines to better understand some of the most common skin diseas

115 ' life cycle, long-term studies are required to better understand species and population dynamics of

116 to the potential for using MIR spectroscopy to better understand species-level differences in cuticu

117 he influence of policies at the system level to better understand technology-policy dynamics for the

118 To better understand that association, we examined the m

119 Efforts to better understand the accuracy and efficiency of opti

120 easily incorporated into existing pipelines to better understand the aging process.

121 e combination of imaging with molecular data to better understand the biology behind these different

122 t of novel microbiota-targeted therapies and to better understand the biology underpinning such treat

123 otor, parietal and occipital regions, aiming to better understand the brain correlates involved in en

124 A promising approach to better understand the brain is through computing mode

125 viridis has been developed as a model plant to better understand the C4 photosynthetic pathway in ma

126 al techniques as well as theoretical studies to better understand the carbon pore structure, electrol

127 To better understand the characteristics of viremia cont

128 To better understand the checkpoint initiation process,

129 eactivity of water contaminants in a mixture to better understand the cocktail effects on their fate

130 omparing the degree of interactions may help to better understand the coherence of phenotype-specific

131 for the industrial and academic communities to better understand the complexities of material behavi

132 To better understand the conformational impact by the kn

133 s as part of the movement landscape in order to better understand the consequences of individual beha

134 Next, to better understand the consequences of V3 neurogenesis

135 To better understand the contemporary presentation and o

136 There is a need to better understand the contribution of basal cell hype

137 To better understand the contribution of each domain to

138 trios and 1,077 published SCZ-affected trios to better understand the contribution to SCZ risk.

139 both types of consumer-resource interactions to better understand the controversial effects of mutual

140 Here, we aim to better understand the diagnostic yield of rare varian

141 ecies and R1-R2 octamers in Escherichia coli To better understand the distribution of different oligo

142 To better understand the DNA damage response (DDR) in th

143 Long-term studies are needed to better understand the dosimetry and health effects of

144 ive biomarkers to stratify patients and help to better understand the drug-resistant mechanism to TKI

145 Modeling cancer cells is essential to better understand the dynamic nature of brain tumors

146 Longer follow-up is needed to better understand the effect of COVID-19 on outcomes

147 rent dough structures, were studied in order to better understand the effect of wheat flour substitut

148 is legalization have increased the necessity to better understand the effects of cannabis use.

149 To better understand the effects of maternal allocation

150 rivatives of disuccinimidyl sulfoxide (DSSO) to better understand the effects of spacer arm modulatio

151 To better understand the effects of transient thermal st

152 To better understand the empirical justification for pos

153 Our findings emphasize the need to better understand the environmental cues that regulat

154 ated with mammographic features is warranted to better understand the etiology of breast cancer.

155 issue of seven cetacean species; and second, to better understand the etiopathogenesis of fat embolis

156 To better understand the evolution of its water use, we

157 f Caribbean and Pacific lineages, are needed to better understand the evolutionary history of ICA's d

158 To better understand the evolutionary significance of sy

159 To better understand the FTD subtypes and develop more s

160 To better understand the function of Her9 in the retina,

161 To better understand the function of the D5 receptor and

162 To better understand the function of these proteins in v

163 and ATAC in embryo development and in cancer to better understand the functional relationships of the

164 Our review highlights future opportunities to better understand the functional significance of gene

165 it is imperative that future studies strive to better understand the functional significance of thes

166 brain, and the potential of such approaches to better understand the genetic basis of human brain fu

167 To better understand the genetic basis of this phenotype

168 To better understand the genetic determinism underlying

169 To better understand the genetics of schizophrenia, we s

170 f genome sequence data offers an opportunity to better understand the genomic basis of this diversity

171 homozygous and compound-heterozygous states to better understand the genotype-phenotype correlations

172 We sought to better understand the heterogeneity and cellular comp

173 IFN-lambda, IL-4, IL-13, and IL-10 cytokines to better understand the heterogeneity of activation sta

174 In order to better understand the impact of EBV variation in eBL

175 To better understand the impact of genetic variation wit

176 ld be performed in transplant recipients and to better understand the impact of immunosuppressive the

177 To better understand the implications of intratumor hete

178 To better understand the influence of extramyocellular I

179 In order to better understand the influence of the microbiome on

180 To better understand the interaction of Piezo1 with its

181 location and movement of IBDV VFs, in order to better understand the intracellular dynamics of VFs d

182 To better understand the intracellular flux distribution

183 e thus bringing a new analytical methodology to better understand the isotope-selective water-metabol

184 We also analysed structural interactions to better understand the key residues contributing to af

185 To better understand the latter, we stimulated human mac

186 To better understand the link between cell membrane regu

187 Further investigations will be required to better understand the low rate of a confirmatory posi

188 essential, although national data are needed to better understand the magnitude and geographic distri

189 To better understand the mechanics of postnatal transmis

190 To better understand the mechanism by which each complex

191 To better understand the mechanisms behind ROS signaling

192 There is, therefore, an urgent need to better understand the mechanisms driving HIV-1 pathog

193 Further studies are needed to better understand the mechanisms of these nuclear rec

194 Thus, there is a need to better understand the mechanisms supporting proper st

195 To better understand the mechanisms underlying its relax

196 p toward the design of effective policies is to better understand the mechanisms underlying these cau

197 ttom-up and top-down proteomics in an effort to better understand the metal binding sites of the part

198 To better understand the molecular basis for PAR4-depend

199 To better understand the molecular control of leaf senes

200 To better understand the molecular details of this PPIas

201 aemolytica pathogenesis has hampered efforts to better understand the molecular interactions governin

202 To better understand the molecular mechanism of Au-carbe

203 The present study was undertaken to better understand the molecular pathways evoked durin

204 Purpose To better understand the natural history of BCVI and hel

205 There is a critical need to better understand the neural basis of antidepressant

206 To better understand the neural mechanisms underlying th

207 have implications for future research aiming to better understand the neurodevelopmental mechanisms u

208 To better understand the neuropathological mechanism of

209 To better understand the neutralizing Ab response and ri

210 nce from these approaches must be integrated to better understand the onset and progression of tau pa

211 esses the G90D rhodopsin mutant was examined to better understand the origin of constitutive activity

212 To better understand the origins of fibrosis in TB, we u

213 To better understand the part which PRCD plays in diseas

214 To better understand the path of allostery from the RAG-

215 Our work also provides tools to better understand the pathogenicity of CDG-associated

216 for targeted field and experimental studies to better understand the patterns observed and to improv

217 To better understand the performance characteristics of

218 CT screening will be presented, and the need to better understand the performance in clinical practic

219 To better understand the physical mechanisms of earthqua

220 These findings are important for us to better understand the physiological microenvironments

221 Our developed method could help to better understand the physiological role of oxidized

222 To better understand the physiological roles of PC7, her

223 To better understand the potential for metabolites to in

224 influenza transmission, and they can be used to better understand the potential for the virus to spre

225 t management, it is important for clinicians to better understand the process by which the incrementa

226 To better understand the properties of these intermediat

227 ypes of liposomes provides a useful approach to better understand the reactions that occur between li

228 Here, we sought to better understand the regulation of lysosomal genes w

229 Further research is needed to better understand the relationship between screening

230 Self-report measures are needed to better understand the relationships among sleep, itch

231 Further research is needed to better understand the relative benefits of each strat

232 the basis for further explorations in order to better understand the relevance of these signatures i

233 Efforts to better understand the risk factors associated with re

234 dynamics in drought response which allows us to better understand the role of distal and proximal gen

235 To better understand the role of multiple variables in a

236 This novel function may help to better understand the role of SEZ6 in neurologic and

237 To better understand the role of TGF-beta signaling in O

238 ure-enriched molecular profiling can be used to better understand the role of the human microbiota in

239 ere and terrestrial biosphere, are necessary to better understand the role of the terrestrial biosphe

240 he door to future mechanistic investigations to better understand the role of tissue resident eosinop

241 andardized instrument development will serve to better understand the scope and characteristics of th

242 nvestigation grows, an effort should be made to better understand the sex-specific impact of ELS with

243 proach provide key insights that can be used to better understand the social and environmental conseq

244 To better understand the soil ecosystem and how exposure

245 In order to better understand the spatial and temporal patterns o

246 To better understand the spatial magnitude of this threa

247 In order to better understand the spatial spread of bovine tuberc

248 ed feature of the mammalian brain and sought to better understand the species-dependent developmental

249 al restrictions present a unique opportunity to better understand the specific health and social supp

250 To better understand the specific molecular mechanism(s)

251 ent, suggesting the need for further studies to better understand the starch interactions that take p

252 om Escherichia coli, FabF and FabB, in order to better understand the stereochemical features governi

253 nge and applied force will allow researchers to better understand the stress on nuclei throughout var

254 for the observed MRI responses in an effort to better understand the structural effects on controlli

255 In order to better understand the structure and function of this

256 nce', which shows reduced growth under salt, to better understand the superior salt tolerance of cv H

257 To better understand the targets and effects of this dru

258 In order to better understand the underlying circuitry, we perfor

259 To better understand the underlying mechanisms contribut

260 g RNA-sequencing, we conducted a pilot study to better understand the underlying molecular mechanisms

261 underlying genetic architecture can be used to better understand the underlying pathology by identif

262 To better understand the visual system contribution, we

263 This qualitative study sought to better understand the ways in which women experienced

264 sion vector was overexpressed in the testis, to better understanding the molecular mechanism by which

265 herefore, we hope that this review will help to better understand their biodegradation processes, and

266 enable the direct imaging of EpiSCs after MI to better understand their biology, but also may permit

267 We aimed to better understand their cellular control by exploring

268 To better understand their contribution, we examined the

269 tocopherols in an enriched omega-3 fish oil to better understand their degradation kinetics.

270 logy and output of GIN cells, which can help to better understand their diversity and structure-funct

271 To better understand their ecology, we developed and env

272 To better understand their fate when soil redox conditio

273 les using mass spectrometry-based proteomics to better understand their makeup and biological charact

274 performing complementary analyses, in order to better understand their physiological link, as well a

275 igate these complexes at the molecular level to better understand their properties and roles in the p

276 ion of lipids in human hair was investigated to better understand their role in water permeability.

277 To better understand their roles in synaptic transmissio

278 nternet to access health-related information to better understand their treatments.

279 To better understand these computations and their implem

280 To better understand these mechanisms, we undertook an i

281 To better understand these profibrotic responses, we per

282 To better understand these variants as potential therape

283 To better understand this driver, we tested the effect o

284 er, until now, adequate proxy records needed to better understand this event with regard to long-term

285 To better understand this functional interplay, we used

286 To better understand this interaction in a multi-cultura

287 To better understand this key step, we performed a surve

288 To better understand this relationship, we used a multis

289 To better understand this signaling pathway, we isolated

290 pted an unprecedented global research effort to better understand this virus and to identify promisin

291 To better understand this, we identified genetic determi

292 Rationale: A human model to better understand tuberculosis immunopathogenesis and

293 early intervention efforts, it is imperative to better understand underlying biological mechanisms.

294 lied to other ecosystems in the Anthropocene to better understand variance in ecosystem service outco

295 To better understand variation in jealous response, we c

296 mmalian cells, which offers new perspectives to better understand virus-glycan interactions in physio

297 These results highlight a need to better understand what factors contribute to PFAS lev

298 To better understand what might be driving this, we stud

299 ar functions of SIRT6, underscoring the need to better understand which catalytic functions and molec

300 To better understand which neurons may exert top-down co