ライフサイエンスコーパス: our understanding of

1 ssociated with HLA class I-DSA could improve our understanding of ABMR and be useful for diagnostic o

2 rphism and argue that their approach can aid our understanding of adaptive conflicts between the sexe

3 ty protein states has broad implications for our understanding of allostery and suggests that the gen

4 These findings have the potential to improve our understanding of AMD pathogenesis, to support the de

5 ystems and tissue types will further improve our understanding of ancient DNA breakdown dynamics.

6 These studies advance our understanding of anesthesia-induced unconsciousness

7 These findings further enhance our understanding of antibiotic mode of action and will

8 e would be a valuable step towards improving our understanding of anxiety disorder vulnerability.

9 l in several key areas, including furthering our understanding of bacteria, developing better suscept

10 ractions involving PAN have been implicated, our understanding of binding partners and PAN RNA bindin

11 The study contributes to our understanding of biodiversity on the QTP.

12 A major gap in our understanding of biodiversity-ecosystem function rel

13 ew types of Ca(2+) signaling behavior extend our understanding of Ca(2+)-mediated signaling.

14 Collectively, these results add to our understanding of CaM-dependent regulation of RyR2 as

15 research needs that, when met, will improve our understanding of carbon cycle dynamics, as well as f

16 are widely used for genome engineering, but our understanding of Cas9 specificity remains incomplete

17 c RNA-seq data can be powerful for improving our understanding of cell identity control.

18 al profiling with great potential to improve our understanding of cellular heterogeneity through disc

19 to fill gaps in trait coverage will improve our understanding of changes in fine-root traits across

20 both the laboratory and the field to deepen our understanding of chemical persistence in the environ

21 hoice signals in the VIP area, and challenge our understanding of choice signals in the brain.Choice-

22 These results aid our understanding of clinical conditions associated with

23 posing such network is hence fundamental for our understanding of CLL pathogenesis.

24 xamine how this seminal study was pivotal to our understanding of CME and its progression into ever-i

25 better measurements of network structure and our understanding of collective phenomena.

26 umor subtypes in early stage tumors advances our understanding of common biology underlying breast ca

27 in human genetics have dramatically expanded our understanding of complex heritable diseases.

28 tructural complexity of networks and expands our understanding of complex network behavior.

29 s in human pancreatic beta-cells, broadening our understanding of cytokine-induced beta-cell apoptosi

30 physicians and their patients and broadening our understanding of development of the ocular motor sys

31 ystem types and focused on water can enhance our understanding of differential ecosystem sensitivity

32 search is absolutely essential for improving our understanding of disease mechanisms contributing to

33 novel cellular model of LAM that can advance our understanding of disease pathogenesis and develop th

34 uman asthmatic patients that could transform our understanding of disease.

35 These recent advances in our understanding of DN pathogenesis are paving the way

36 strating these various processes will deepen our understanding of domain-domain communication in nonr

37 (SVs) for a specific cancer type will deepen our understanding of driver mechanisms in cancer progres

38 These results refine our understanding of drusen development, and provide ins

39 ond to picoseconds delivers new insight into our understanding of dynamical matter.

40 ines function in model organisms may improve our understanding of dysfunctions of appetite and behavi

41 ABSTRACT: To improve our understanding of early disease mechanisms and to ide

42 re remarkably common in early human embryos, our understanding of early embryonic somatic mutations i

43 ed altruism, with important implications for our understanding of economic and social interactions in

44 r each other in certain contexts and broaden our understanding of EGFR regulation.

45 e expect this insight will decisively change our understanding of essential phenomena occurring withi

46 Over the past few years our understanding of estrogen signaling in the brain has

47 f T cells in Ebola survivors are scarce, and our understanding of EVD pathophysiology is limited.

48 Our understanding of events associated with cerebral hyp

49 tumor microenvironments, and further advance our understanding of factors that contribute to heteroge

50 , but recent outbreaks have greatly expanded our understanding of filovirus immune responses.

51 ns for FND and PTSD symptoms and may advance our understanding of FND.

52 ally influenced by genetic factors; however, our understanding of genetic pathways underlying individ

53 blems of coherence, this prevents furthering our understanding of gesture-related learning.

54 l unclear and represent a major challenge to our understanding of glacial climates.

55 association studies (GWAS) have transformed our understanding of glioma susceptibility, but individu

56 ology, and biophysical studies have deepened our understanding of GPCR conformational regulation by d

57 f personal data clouds over time can improve our understanding of health and disease, including early

58 ncing (HTS) and bioinformatics have expanded our understanding of herpesviruses through genome-wide c

59 This study extends our understanding of heterologous immunity in the contex

60 cal data have proven invaluable in advancing our understanding of higher cognition.

61 These findings may have implications for our understanding of how altered folate availability cau

62 Collectively, this study augments our understanding of how cholesterol metabolism can modu

63 gulation of Notch signaling, contributing to our understanding of how CSL functions as a transcriptio

64 erning cellular ATP production, and advances our understanding of how defective FA signaling contribu

65 ansley Insight focuses on recent advances in our understanding of how flowers manipulate physical for

66 behavior may have important implications for our understanding of how fluid flow influences biofilm b

67 ed by rewriting the genetic code will deepen our understanding of how genomes are designed and how th

68 This study furthered our understanding of how HCMV evades inhibition by PKR a

69 olling cardiac specification is critical for our understanding of how heart formation is initiated du

70 his review will highlight recent advances in our understanding of how inflammation resolution may bec

71 These findings therefore inform our understanding of how local oscillatory activity may

72 While many studies advanced our understanding of how microtubule-associated proteins

73 dynactin-mitochondria interaction, enhancing our understanding of how mitochondria properly localize

74 his review highlights recent developments in our understanding of how neural circuits, pubertal hormo

75 or other histone chaperones, and it advances our understanding of how nucleosomes and their epigeneti

76 nalysis approaches, however, are simplifying our understanding of how p53 functions as a transcriptio

77 the atomic details of these structures helps our understanding of how proteins work together, how mut

78 interactions with heme and NCoR1 and advance our understanding of how signaling through HRMs affects

79 lutionary theoretical models that can deepen our understanding of how socioeconomic inequalities can

80 se events occur in the context of chromatin, our understanding of how TF-nucleosome interplay affects

81 ced reinstatement of alcohol seeking, expand our understanding of how the BLA-->NAc pathway regulates

82 Two recent papers advance our understanding of how the cancer genome evolves as th

83 ater isotope heterogeneity in plants and for our understanding of how the delta(18) O signal is incor

84 Here, we highlight recent advances in our understanding of how the genome folds inside the 3D

85 ct effects on sleep/wake behavior, improving our understanding of how the PPT nucleus regulates corti

86 These findings contribute to our understanding of how the SC processes visual inputs,

87 g our interpretations of forest dynamics and our understanding of how these forests are responding to

88 der normal laboratory growth conditions, and our understanding of how they are silenced is in its inf

89 identity of these genetic factors, improving our understanding of how they shape retinal function.

90 in 3D chromosome structure and function, but our understanding of how various factors contribute to t

91 n both sexes, which could potentially change our understanding of HPG function.

92 for comprehensive analyses that will promote our understanding of human biology and advance our effor

93 The results extend our understanding of human CSF flux and open important c

94 ogy limit the extension of these findings to our understanding of human disease.

95 high altitude, and could have an impact upon our understanding of human diseases in which hypoxia is

96 ave facilitated a number of breakthroughs in our understanding of human evolutionary history.

97 systems-level analyses, this study advances our understanding of human neuroplasticity and its genet

98 Our results further our understanding of humidity sensing in the Drosophila

99 mary human tissue are essential to improving our understanding of in vivo gene regulation.

100 , however, begin with an acknowledgment that our understanding of it as both a liquid and a solvent i

101 ion of centriole components have accelerated our understanding of its assembly, function, evolution,

102 e of inflammatory bowel disease has deepened our understanding of its pathogenesis through identifica

103 sis is critical to health, making furthering our understanding of L-R development an important concer

104 ing nodulation, have led to major changes in our understanding of legume taxonomy.

105 evel, and discuss some resulting advances in our understanding of lepidopteran evolution.

106 examines recent work that has contributed to our understanding of LOS-deficiency and compares it to s

107 Moreover, our understanding of lymphangiogenesis (in melanomas and

108 tion and transdifferentiation data to foster our understanding of lymphoid/myeloid cell-fate decision

109 Our study, therefore, deepens our understanding of MDS cellular pathogenesis and highl

110 These findings enhance our understanding of mechanisms of SP development and in

111 stigated, these new discoveries have changed our understanding of mechanisms underlying CNS immune pr

112 e of a central translocon component advances our understanding of membrane protein biogenesis and she

113 ntrolled in cultured cells in vitro However, our understanding of microtubule dynamics and functions

114 ve these findings will further contribute to our understanding of miRNA function in animals and benef

115 This research will impact our understanding of morbillivirus-related immunosuppres

116 This not only affects our understanding of motor control, it may serve in the

117 These findings enhance our understanding of mycobacterial cell envelope structu

118 However, our understanding of N deposition effects on microbial c

119 Our finding can enrich our understanding of nanoscale energy transfer in molecu

120 understanding of complex networks; however, our understanding of natural microecologies is limited.

121 Altogether, these findings broaden our understanding of nectin/nectin receptor interactions

122 cally their differential actions may advance our understanding of nervous system disorders and sugges

123 in a wider range of CPGs, perhaps clarifying our understanding of network principles underlying motor

124 The findings may have implications for our understanding of neural circuits that control social

125 While several studies have begun our understanding of NiV particle formation, the mechani

126 nding fluctuating selection is important for our understanding of patterns of spatial and temporal di

127 recent paradigm shifts that have transformed our understanding of pediatric ocular motor disease at t

128 directly in a single nanostructure, limiting our understanding of phonon coupling with photons and pl

129 These findings deepen our understanding of PNI pathogenesis and illuminate how

130 transport block steps in lysosomes, limiting our understanding of post-lysosomal transport steps.

131 However, our understanding of processes and mechanisms by which m

132 review, we will summarize recent advances in our understanding of prostate and breast cancer disparit

133 Thus, this study contributes to our understanding of protein function within different N

134 ms to learning and, consequently, to further our understanding of psychiatric diseases.

135 These studies are broadening our understanding of quantitative resistance and highlig

136 ave broad implications for evolution and for our understanding of quantitative traits including compl

137 wever, scarce genomic resources have limited our understanding of regeneration in adult salamanders.

138 gen prediction and may have implications for our understanding of resistance mechanisms and immunothe

139 These findings extend our understanding of risk for drug abuse in individuals

140 vel will have a profound impact in advancing our understanding of RNA functions in biology.

141 Critically, our understanding of ROS-mediated PTP oxidation is not y

142 age on SE cargo and bioactivity will advance our understanding of SE composition and function.

143 ntal property of Earth's oceans, critical to our understanding of seawater biogeochemistry, its long-

144 isual system of the cat have been central to our understanding of sensory encoding.

145 Nevertheless, significant gaps remain in our understanding of several crucial aspects of MP expos

146 e Sry gene in 1990 triggered a revolution in our understanding of sex determination.

147 ledge about RTK interactions and can further our understanding of signal transduction across the plas

148 This has significant global implications for our understanding of soil N cycling pathways and N2 O pr

149 species-level effects, ultimately improving our understanding of spatial community dynamics.

150 However, our understanding of sRNA function has lagged behind the

151 the identification advanced much faster than our understanding of stem/progenitor cells.

152 n over the last decades has greatly advanced our understanding of stress responses in humans and thei

153 represent an important avenue for advancing our understanding of substance abuse disorders.

154 ludes annelid polychaetes but unfortunately, our understanding of such fauna is limited and their gen

155 ycling by microbes is critical for improving our understanding of supraglacial DOM cycling and the bi

156 n on how TCRs engage with MHC-Ia and MHC-II, our understanding of TCR/MHC-Ib interactions is very lim

157 This study furthers our understanding of the accurate performance that a min

158 une regulation and provide new insights into our understanding of the alterations of this biofluid du

159 in model mice in vivoSIGNIFICANCE STATEMENT Our understanding of the basis for intellectual impairme

160 Our understanding of the biological contributions of the

161 Hypertension Trial)-Sodium Trial to further our understanding of the biological effects of sodium in

162 in vivo functions of ADAR enzymes, informing our understanding of the biological importance of A-to-I

163 olution of gene models will not only further our understanding of the biological processes of this pl

164 ith physiological measurements, has improved our understanding of the biological responses during dro

165 n this article, we review recent advances in our understanding of the biology of microglia, their con

166 -type deconvolution approaches are adding to our understanding of the biology underlying disease deve

167 ies in Parkinson disease patients, advancing our understanding of the brain regions involved in freez

168 Expanding our understanding of the burden AKI has on the clinical

169 subterranean methane sink and contribute to our understanding of the carbon cycle and ecosystem func

170 Current gaps in our understanding of the Chlamydomonas CCM 58 IV.

171 Approaches to rapidly advance our understanding of the Chlamydomonas CCM 58 V.

172 raints in sedimentary basins, which improves our understanding of the chronostratigraphy and evolutio

173 mparison of MRP1 and P-glycoprotein advances our understanding of the common and unique properties of

174 avasation and transmigration, which advances our understanding of the complex contribution of CtsB to

175 odiversity loss and food security, improving our understanding of the complex dynamics of the Earth s

176 Health Disparities Theme Issue that improve our understanding of the complex role of race in dispari

177 The present study advances our understanding of the complex signalling mechanisms i

178 anti-inflammatory activities, indicates that our understanding of the composition of lipidome and the

179 ance spectroscopy (NMR) has greatly advanced our understanding of the composition of organic phosphor

180 nd the existence of NS5B crystal structures, our understanding of the conformational and dynamic beha

181 Our understanding of the conservation and divergence of

182 Our understanding of the constituents, development, and

183 Work with this model system has enriched our understanding of the cyclopropanation-Cope rearrange

184 inetics is expected to significantly improve our understanding of the DA function in vivo.

185 lex multisynaptic circuit would thus advance our understanding of the determinants of motivated behav

186 However, our understanding of the development and maintenance of

187 eractions between genes will further improve our understanding of the disease and help to uncover new

188 These findings advance our understanding of the disease and resistance in cotto

189 the first case was reported in 1981, most of our understanding of the disease treatments has been ext

190 y and midlife exposures will further advance our understanding of the disease.

191 his review is to describe recent advances in our understanding of the diverse mechanisms of action of

192 These insights expand our understanding of the drivers of the evolution of div

193 ow single-molecule approaches have increased our understanding of the dynamic behavior of complex mul

194 the past ten years or so, great advances in our understanding of the dynamics of elementary (bimolec

195 m social and ecological factors, and enhance our understanding of the dynamics of natural populations

196 This study significantly enhances our understanding of the EAV carrier state in stallions

197 Allee effects in social species will improve our understanding of the ecological and evolutionary imp

198 tion and residual confounding, thus limiting our understanding of the effect (if any) of inflammatory

199 vants to boost innate and adaptive immunity, our understanding of the effect of CpG-A and CpG-B on B

200 The gaps and controversies in our understanding of the epidemiologic factors, mechanis

201 ated selection on behaviour are critical for our understanding of the evolution and maintenance of be

202 Our understanding of the exoskeleton formation provides

203 However, our understanding of the factors that cause differences

204 This study facilitates our understanding of the fate and transformation of IAPP

205 Our understanding of the formation and evolution of the

206 Our understanding of the frequency of large earthquakes

207 Yet our understanding of the function of facilitation remain

208 These results advance our understanding of the functional roles of gating zone

209 Next, we explore factors that have impeded our understanding of the GC and Tfh-cell processes invol

210 We have significantly increased our understanding of the genetic control of gene-express

211 ic alterations remains a major bottleneck in our understanding of the genetic determinants of cancer.

212 2003, significant advances have been made in our understanding of the genetic makeup of diseases, esp

213 ration sequencing has substantially enhanced our understanding of the genetics of primary brain tumor

214 rs there have been extraordinary advances in our understanding of the genetics, genomics, biochemistr

215 tunistic mycoses have significantly expanded our understanding of the innate and adaptive immune mech

216 tified antiviral gene, as well as broadening our understanding of the innate immune response to dengu

217 This review discusses advances in our understanding of the interacting cellular subsets th

218 However, our understanding of the interplay between the genetic,

219 ion across the Arctic Ocean helps to improve our understanding of the large-scale fate of DDTs in the

220 Recent studies have enhanced our understanding of the linkage of oxygenation and meta

221 These findings represent a stride forward in our understanding of the malting process and provide a f

222 These studies significantly contribute to our understanding of the mechanism by which GRKs regulat

223 These findings advance our understanding of the mechanisms and dynamics of perc

224 Considerable advances in our understanding of the mechanisms and functions of rap

225 This sui generis cellulosome model enhances our understanding of the mechanisms governing the remark

226 These findings may improve our understanding of the mechanisms involved in rotor-gu

227 ysine acetylome in SK-N-AS cells and expands our understanding of the mechanisms of perifosine action

228 This work expands our understanding of the molecular basis of fibre format

229 tudies have not significantly contributed to our understanding of the molecular basis of trainability

230 udying bmr mutants has considerably expanded our understanding of the molecular basis underlying lign

231 These findings contribute to our understanding of the molecular mechanisms underlying

232 al was not observed, leading to confusion in our understanding of the natural history of breast cance

233 However, until recently, deficiencies in our understanding of the nature of these cell population

234 acardiac organ dysfunction, numerous gaps in our understanding of the nature of this relationship exi

235 To broaden our understanding of the Neolithic transition across Eur

236 coding strategies have emerged, complicating our understanding of the neural basis of itch.

237 volution of spatial biases not only advances our understanding of the neural mechanisms underpinning

238 it," and has led to considerable advances in our understanding of the neurobiological basis of such b

239 These findings contribute to our understanding of the neurophysiological basis of mot

240 This work not only deepens our understanding of the online commercial networks, but

241 handedness, implying a fundamental shift in our understanding of the ontogenesis of hemispheric asym

242 Our results extend our understanding of the organization of mouse cortex to

243 These results extend our understanding of the origins of cooperativity and st

244 Our understanding of the pathophysiological basis of chr

245 ent developments and discuss their impact on our understanding of the pathophysiology of PD, and the

246 in the lower urinary tract and contribute to our understanding of the pathophysiology of urinary rete

247 hione dynamics and transportation and expand our understanding of the physiological and pathological

248 e their medical relevance, there is a gap in our understanding of the physiological factors that medi

249 These results expand our understanding of the posttranslational modification

250 However, significant gaps remain in our understanding of the prevalence and clinical outcome

251 This article reviews recent advances in our understanding of the proteasome's multistep ATP-depe

252 accumulation, and discuss recent advances in our understanding of the regulatory control of carotenog

253 Our study broadens our understanding of the regulatory mechanism of miR-21

254 sis on diseased tissues has greatly advanced our understanding of the regulatory networks that drive

255 of postmortem human brain cells and further our understanding of the regulome and the impact of neur

256 eurobiological analysis allow a deepening of our understanding of the relationship between neuronal c

257 play important roles throughout biology, yet our understanding of the relationship between their sequ

258 hough significant advances have been made in our understanding of the relationship of the pathologica

259 hanges in photosynthetic infrastructure, but our understanding of the relative effects of these facto

260 cations for both species and may also add to our understanding of the role OC pesticides play in the

261 this novel strategy could greatly facilitate our understanding of the role of BMP in biological syste

262 Our work has the potential to improve our understanding of the role of global methylation in h

263 To further our understanding of the role of sterols in tombusvirus

264 e for theta oscillations in V1 and extending our understanding of the role of V1 in decision making.

265 tes and transgenic models, and could improve our understanding of the role the vasculature plays in b

266 nd and coastal wetlands globally can improve our understanding of the roles of wetlands in the global

267 Genomic and genetic approaches also improved our understanding of the signal repertoire used by AM fu

268 yostelium discoideum has greatly facilitated our understanding of the signal transduction and cytoske

269 To fill-in-the-gaps in our understanding of the solidification and melting path

270 s forest ecosystem and contributes to refine our understanding of the sources and processes that cont

271 tations of each of these methods used alone, our understanding of the systems-level mechanisms underl

272 This work expands our understanding of the topology of allosteric binding

273 veries and advances that have contributed to our understanding of the transcriptional networks underl

274 However, our understanding of the transcriptional regulatory netw

275 To expand our understanding of the uncommon entity, referred to as

276 width, is an important yield component, but our understanding of the underlying genes and mechanisms

277 These findings not only advance our understandings of the nano-bio interactions in kidne

278 are important therapeutic targets; however, our understanding of their mechanism of action is limite

279 maintenance of proper synaptic connectivity, our understanding of their role in brain function is sti

280 cal tools that assess function have improved our understanding of these cascades.

281 nternational movements of malaria to improve our understanding of these phenomena and facilitate the

282 However, our understanding of these structures and our ability to

283 enome sequencing continue to greatly advance our understanding of this biochemical complexity.

284 earch over the previous decades has improved our understanding of this complex arrhythmia while unrav

285 This work further expands our understanding of this complex multifaceted transcrip

286 ate and share data is proposed to accelerate our understanding of this disease.

287 plete LRP1 ectodomain significantly advances our understanding of this important receptor and provide

288 o of them are stilbenoid-specific, advancing our understanding of this specialized enzyme family and

289 rEP uptake at the national level to increase our understanding of trends in its utilization, but nati

290 Here we review recent advances in our understanding of two CCDDs, congenital fibrosis of t

291 dient might be the next direction to improve our understanding of urbanization as an evolutionary pro

292 In summary, these data improve our understanding of vaccine responsiveness for those in

293 amination of these interactions could expand our understanding of viruses and be exploited for epidem

294 of sequence-based findings that can further our understanding of viruses in transplantation medicine

295 These results enhance our understanding of vRNA assembly and the role of cytos

296 Our understanding of wetlands' services is currently con

297 ectious agents transmit between hosts limits our understanding of what makes some pathogens so contag

298 h can be experimentally validated to improve our understanding of what triggers and maintains the gro

299 a wealth of primary data that could further our understanding of why ethnic minority populations are

300 have been instrumental in rapidly advancing our understanding of ZIKV pathogenesis.