ライフサイエンスコーパス: start to

1 m 0.46 +/- 0.13 mg kg fuel(-1) during engine start to 1.70 +/- 1.77 mg kg fuel(-1) during hard accele

2 g rates decreased from 24.1% at intervention start to 13.1% at intervention month 18 (absolute differ

3 for outcomes associated with TI was from TI start to 30 days after resumption of study drug.

4 sted ORs for developing cirrhosis in females started to accelerate after 50 years old: 11.19 (95% CI:

5 after 10-13 months of age when Abeta plaques start to accumulate in this AD model.

6 Our results suggest that Abeta fibrils start to accumulate predominantly within certain parts o

7 middle-meiosis-specific genes, Smk1 protein starts to accumulate before Ssp2.

8 iological differences in how early the brain starts to accumulate evidence for the existence of a vis

9 osed, treatment with levothyroxine should be started to achieve serum TSH concentrations within the r

10 Many countries and corporations have started to acquire relatively inexpensive and productive

11 However, when Cdx2 first starts to act remains unclear.

12 dergoes a 'phase transition', such that pups start to aggregate rapidly as the temperature of the env

13 food, the worms change their behavior--they start to aggregate.

14 ation of DNA reached a critical value, levan started to aggregate, forming clusters of a few microns

15 threshold of 37 glutamine residues, htt(e1) starts to aggregate in a nucleation-dependent manner.

16 xperimental duration structural changes will start to alter ecosystem productivity.

17 Moreover, the exchange bias field (HEX) started to appear at T 40 K and its value increased by d

18 The quantum Hall plateaus started to appear more than 3 T and became clearer at hi

19 at 48h post-inoculation, when decay symptoms started to appear, and mRNA levels either kept constant

20 illiseconds) localized Ca(2+) release events started to appear, eventually leading to sarcoplasmic re

21 d device, with target interval times for IVT start to arterial puncture of <90 min.

22 Recently, this subfield of microfluidics has started to attract greater interest because researchers

23 With time, base species start to be depleted owing to the constant imposed hydro

24 and the deviations from the two-state model start to be observable, we ask about the experimental si

25 ional arithmetic require a near-optimal warm start to be practical on large problems (current ME mode

26 ontribution from advective settings has just started to be acknowledged.

27 ssing inhibitory neurons, have only recently started to be addressed.

28 photoreception systems in teleosts has just started to be appreciated, with colocalization of multip

29 e neocortical neurons to EEG slow waves have started to be carefully investigated.

30 in homologs from bacteria have only recently started to be characterized.

31 at which time point viral titers peaked and started to be cleared.

32 uids have been of enduring interest and have started to be deployed in many important applications.

33 d by WT1 that promote heart development have started to be described; however, there is little inform

34 their role in pancreatic beta cells has only started to be elucidated.

35 against invading pathogens has only recently started to be elucidated.

36 anisms regulating TXNIP expression have only started to be elucidated.

37 immune response against cancer has recently started to be elucidated.

38 Recently, a niche has started to be explored covering the analysis of middle-r

39 s, the functions of which have recently been started to be uncovered in relation to any type of infla

40 are known, and their molecular mechanism has started to be uncovered.

41 ifestations of infectious diseases have been started to be unveiled.

42 activity and emergent group function is just starting to be addressed.

43 he current literature, p53 immunostaining is starting to be adopted by some centers as an adjunct to

44 garding the polymers themselves are only now starting to be answered.

45 gens where a role for programmed necrosis is starting to be appreciated.

46 role in regulating adaptive immunity is just starting to be appreciated.

47 e or more genetic variants on the phenome is starting to be characterized both in clinical and popula

48 clinic, and how mechanisms of resistance are starting to be dissected.

49 for coupling DNA unwinding with synthesis is starting to be elucidated, however the architecture and

50 ade transport during axon extension are only starting to be explored.

51 c distribution of infectious agents are only starting to be investigated.

52 ive concrete examples of how this promise is starting to be realised.

53 Fortunately, such claims are starting to be refuted by a diverse set of global cancer

54 Moreover, altered GRK2 levels are starting to be reported in different tumoral contexts an

55 cleation pathways and their coordination are starting to be revealed.

56 As these agents are starting to be used by a new generation of radiologists,

57 steoclasts are found to line the TBI as bone starts to be deposited around the tooth, removing the bo

58 ks post first feeding when adaptive immunity starts to be effective.

59 the cell adhesion molecule N-cadherin, which starts to be expressed by NC cells as a consequence of t

60 Additionally, CO starts to be observed at an ultralow overpotential of 96

61 Multisectoral overlap starts to be seen robustly at a mean global warming of 3

62 The effect started to become significant after three or four positi

63 This problem has only recently started to become tractable, thanks to the development o

64 od in which access to antiretroviral therapy started to become widespread.

65 wever, the many roles of the matrix are only starting to become apparent.

66 conducting, and desensitized states that are starting to become well characterized by electrophysiolo

67 anhydride instead of MDA, the acetylated BSA started to bind FH19-20.

68 reating nor binge eating was associated with starting to binge drink frequently, while both overeatin

69 ogenic zone epithelium (Erz) where a feather starts to branch.

70 a et al. report that mitochondrial fragments start to bud and divide from mitochondrial tubules when

71 as a cue to control the height at which they start to build a roof from existing pillars.

72 enes showed use of alternative transcription starts to bypass strong NNS binding sites.

73 ar divisions before the syncytial blastoderm starts to cellularize.

74 st, over the last two decades, aptamers have started to challenge antibodies in their use on many tec

75 ing the use of such tests, they have already started to change clinical practice.

76 the electronic and photonic properties, are starting to change the picture, and some silicon nanostr

77 ion ecologies at and around universities are starting to change.

78 becomes more dominant, and different species start to coexist in the copolymerization process.

79 The MB then starts to coil, thereby inducing the spherical shape of

80 nine thousand years ago when Mexican farmers started to collect the seeds of the wild grass, teosinte

81 er homeostasis and regeneration are only now starting to come into relief.

82 owed with neurosecretory cells that probably started to connect into neuronal networks soon afterward

83 A number of studies have now started to connect these developmentally defined populat

84 Regulators have recently started to consider bioavailability within retrospective

85 Recent neutrino data have, however, started to constrain this possibility in the simplest mo

86 ation, at shorter distances evanescent modes start to contribute, and at separations comparable to in

87 unction and evolution of defense systems are starting to crystallize, in particular, extensive gain a

88 ly is removed, the amplitude of oscillations start to decay immediately, since there is no means to r

89 We are starting to decipher their mechanistic secrets, in no sm

90 that they emerge late after pathogen numbers start to decline.

91 V-infected people, anal cancer incidence may start to decline.

92 reshold of 33 degrees C, beyond which yields start to decline.

93 Nodule H2 evolution started to decline after about 4 h of nitrate applicatio

94 In the NH group, Cstat started to decline after the first hour (25 +/- 2 vs 21

95 r 2,057 horizontal wells in which production started to decline exponentially in less than 10 y.

96 nome and mRNA levels in primary skin lesions started to decline in both wild type and IL-36beta(-/-)

97 ifts to higher temperature ranges where they start to decompose.

98 63.7% at decreasing pH from 8.0 to 5.5, and started to decrease afterwards.

99 bean and corn oils, tocopherol concentration started to decrease and oxidation products increased at

100 higher temperatures, whereas antheraxanthin started to decrease at lower temperatures.

101 xanthin accumulated at early development and started to decrease two weeks before veraison.

102 on frequency (i.e., frequency at which power starts to decrease rapidly) was lower when subjects pass

103 egins, the maternal influence on development starts to decrease, and dramatic changes to the cell cyc

104 Studies have started to define the chromatin-dependent mechanisms und

105 Recent findings have started to define the sources, phenotypic properties, ho

106 Most of the effects of testosterone start to develop within several months of starting thera

107 ocilia of Fam65b-deficient murine hair cells start to develop, but mechanotransduction is affected an

108 However, as their eggs start to develop, females embark away from the vent to t

109 d site of HSS expression when inflorescences start to develop.

110 Ever since humans started to develop agriculture, trade and task different

111 on, while expression in the outer integument started to develop from the micropylar end outward as th

112 ctive reproduction and on day 9 when animals started to die off.

113 at the acutely eliminated serum/LIF ESCs had started to differentiate.

114 ility of lipid mass spectroscopy, we are now starting to discern the patterns of these CYP-PUFA produ

115 Levels of CRP started to discriminate from day 3 onward with a specifi

116 or all experiments at 20 and 2 degrees C but started to diverge by 0.8 log units at -4 degrees C (100

117 The two most impaired trajectories started to diverge in early adolescence.

118 Our analyses suggest that extant Hymenoptera started to diversify around 281 million years ago (mya).

119 The group is comparably young, starting to diversify only about 100 million years ago (

120 Low volatile organic compounds started to dominate the spectrum when the newly formed p

121 ic GABAA conductance the shunting inhibition starts to dominate over excitatory actions and thus mode

122 This threshold, where absorbance starts to dominate the signal, exactly matches the perco

123 l white matter structures in adolescents who started to drink heavily.

124 where the potential is again stepped from E(start) to E(step) to oxidize A to B under diffusion cont

125 heme 1 where the potential is stepped from E(start) to E(step) to oxidize the initially present reduc

126 size range of cDNAs in iCLIP allows the cDNA-starts to efficiently delineate the complete RNA-binding

127 osest to the transition zone where the cells start to elongate, suggesting that great-granddaughter c

128 hat forms on the surface of the embryo as it starts to elongate.

129 by chemical methods researchers can finally start to elucidate the various roles of carbohydrates in

130 Recent studies have started to elucidate the effects of lysergic acid diethy

131 Research efforts have started to elucidate the intricate mechanisms underlying

132 As more studies have started to elucidate the pathological roles of major cel

133 ctivation by the MCM and recent studies have started to elucidate the structural basis of duplex DNA

134 contributing to the heritable component have started to emerge from genome-wide association studies (

135 he mouse model, activated CD4(+) lymphocytes started to emerge in the liver on day 8 after viral chal

136 sed in theory although experimental work has started to emerge linking somatic mosaicism to disease d

137 for AMD, but several treatment options have started to emerge making early detection critical for th

138 ecently a putative link to breast cancer has started to emerge, however the function of RUNX1 in brea

139 erogeneity" and "neutrophil plasticity" have started to emerge, implying that, under pathological con

140 t years, their role in various processes has started to emerge, opening new research avenues.

141 Although answers to these questions have started to emerge, research has typically focused on sin

142 the maintenance of metabolic homeostasis has started to emerge, underlining their importance in funda

143 odifier and/or transcriptional regulator has started to emerge, with altered levels in early embryoni

144 ng its physiological necessity has only just started to emerge.

145 ailed mechanisms of mechanotransduction have started to emerge.

146 As a result, experimental data is starting to emerge that takes advantage of the extra spa

147 disorders, such as Parkinson's disease, are starting to emerge, and A2AR antagonists are important d

148 tional regulators that are involved are only starting to emerge.

149 pounds targeting these novel sites have been starting to emerge.

150 ortance of which for biological processes is starting to emerge.

151 ogression of these tumours has only recently starting to emerge.

152 man health and disease in ways that are just starting to emerge.

153 diodes, and light-emitting diodes--are also starting to emerge.

154 erial glycoproteins in pathogenesis are just starting to emerge.

155 ical doping level at which superconductivity starts to emerge, and scales with the pseudogap temperat

156 mponents, in vitro synthetic biologists have started to engineer simplified model systems with the go

157 relevance to health and disease, and is now starting to enter clinical practice for the diagnosis of

158 n to therapeutic outcome once resistance has started to evolve to the partner drugs.

159 over the past few decades, but scholars have started to examine medical ethics under Nazism only in r

160 ent structural and biochemical insights that start to explain how specific proteins recognize DNA rep

161 we discuss how new genetic study designs are starting to explain inter-individual variation in the im

162 Recent studies have started to exploit this property to infer network states

163 Although other subspecialties have started to explore the role of geriatricians, little is

164 As the field starts to explore rare variants' contribution to polygen

165 ig2(+) /Sox-10(+) cells inside the CC lining started to express other oligodendroglial markers such a

166 As cells started to express the neuronal markers Tuj1 and tyrosin

167 ggered macrophage recruitment, some of which started to express tnfa.

168 Cgrpalpha starts to express in type II SGNs before hearing onset,

169 Our results suggest galaxies start to feel the effect of the cluster environment on t

170 polymerase II synthesizes a transcript from start to finish.

171 lysis of most types of NGS applications from start-to-finish in a time-efficient and reproducible man

172 before the 2014 Mw6.0 South Napa earthquake, started to flow after the earthquake.

173 earch could inspire scientists' interests in starting to focus on a new pathway instead of making hug

174 transform infrared spectroscopy, that COR15A starts to fold into alpha-helices already under mild deh

175 d striatum at P10, when cortical projections start to form synapses in the striatum.

176 At E14.5, as lumens start to form throughout the glands, apoptotic expressio

177 teractions between the transmembrane helices start to form.

178 The ordered, palmitoyl ceramide-rich phase started to form above 2 mol % in the dihydro-OSM bilayer

179 Here we map and start to functionally analyze the interaction network of

180 ggregates these well-defined primary species start to grow (stage IV), and fully crystalize into gyps

181 er vacuum above 250 degrees C, nanoparticles start to grow with low activation energies, rapid increa

182 ted to the lamella where force-sensitive FAs start to grow.

183 ling of GRK after 6 ka when the Indus delta started to grow.

184 in mice and man and the impact this work is starting to have on our understanding of early developme

185 The human fetus starts to hear and undergoes major developmental changes

186 r patients receiving SACT in England, and to start to identify where patient care could be improved.

187 plant domestication, and recent research has started to identify the specific genes and mutational me

188 which may better model human physiology, are starting to impact the drug discovery process, but their

189 ecade since, 177 countries have ratified and started to implement its full provisions.

190 ostimmunotherapy, 1 spontaneously, and 1 has started to improve.

191 rom users was very positive and universities start to incorporate it into their curricula.

192 Recent studies have started to incorporate cerebral near-infrared spectrosco

193 AD correctly and that CSF heart FABP levels start to increase at very early stages of AD.

194 Asthma in children did not start to increase until 1960, but by 1990, it had clearl

195 r hour 2 (265 +/- 44 vs 207 +/- 44), and PVR started to increase after hour 3 (765 +/- 132 vs 916 +/-

196 nonlinear inverse association with risk that started to increase at 25(OH)D concentrations <75 nmol/L

197 ing to hs-cTnT level, the adjusted mortality started to increase at an hs-cTnT level of 14 ng/l.

198 t high risk, and the adjusted mortality rate started to increase at the level of the 99th percentile

199 The Atlantic (234)U/(238)U started to increase before major sea-level rise and over

200 lative rate for all studied mental disorders started to increase from 10 months before cancer diagnos

201 Seismicity off the coast of Iquique started to increase in January 2014.

202 BDE levels may have plateaued and may now be starting to increase.

203 ice and to define at what hs-cTnT level risk starts to increase.

204 Nevertheless, new data are starting to indicate that near-infrared spectroscopy may

205 adsorbed to the sediment before river water started to infiltrate due to municipal pumping.

206 f identifying novel therapeutic compounds is starting to influence the drug discovery process; howeve

207 ung male, selected a firm stem of grass, and started to intently remove debris from his teeth.

208 Recent studies, highlighted in this review, started to interconnect PI3K pathway activation to Ca(2+

209 ork with noninvasive human brain imaging has started to investigate the effects of 3,4-methylenedioxy

210 these eubacterial and vertebrate rhodopsins start to isomerize via distinct implementations of the s

211 d quantum clocks at regimes where relativity starts to kick in.

212 condition did not improve, and he gradually started to lose weight.

213 logy has transformed genetic research and is starting to make an impact on clinical practice.

214 pacity of the most widely used ACTs and only starts to make a significant contribution to therapeutic

215 versely unphilosophical and unpsychological, starting to move before they receive sensory input.

216 ctor system, inhibition of sulfur production started to occur at a methanethiol loading rate of 0.3 m

217 emperature at which structural amorphization starts to occur depends on the concentration of electron

218 Recently AB models have started to outnumber DE models, but understanding of AB

219 ical setting remain, but some approaches are starting to overcome these barriers, such as community-d

220 significant amount of time and then suddenly start to penetrate the target.

221 rch and development, FDS instruments are now starting to penetrate commercial markets.

222 human genome has plummeted, and genomics has started to pervade health care across all stages of life

223 Lipases have started to play a minor role as active ingredients in so

224 dy also shows that at ~37 GPa, molecular CO2 starts to polymerize to an extended structure with fourf

225 evidence, however, endocrinologists can now start to practice shared decision making, partner with t

226 of biological structures and functions have started to produce large volumes of complex high-dimensi

227 t progress in facet-controlled syntheses has started to produce nanocrystals with great promise as th

228 We found that once internalized, UTI89 starts to produce capsule to aid in its intracellular su

229 ghout their dormant state but also when they start to proliferate, suggesting that muscles could play

230 Instead, electric waves started to propagate along the circumference of block, t

231 mental systems and molecular techniques have started to provide new information about the complex net

232 ese three families of proteins interact, are starting to provide important clues.

233 ions between the host and its microbiome are starting to provide mechanistic insights into these inte

234 ding of and ability to screen the genome are starting to provide new insights into the mechanisms beh

235 perimental autoimmune encephalomyelitis, are starting to provide some understanding of the role of na

236 As eLife starts to publish the accepted versions of certain Resea

237 history of reductionist biology, we can now start to put the pieces together and begin to understand

238 unless scientists and research institutions start to question certain assumptions they have long tak

239 the brain, physicians and patients alike are starting to question the use of gadolinium chelates for

240 rt; intravenous tissue plasminogen activator start to randomization; randomization to groin puncture;

241 l a decade ago that the scientific community started to realise how little was known about this yeast

242 The patient starts to receive chemotherapy.

243 Public health programs are starting to recognize the need to move beyond a one-size

244 sure to the CHX solutions, (c). the biofilms start to recover after two weeks, the percentage of the

245 ecular insight into protective immunity have started to redefine the landscape, and results from rece

246 After 3 h of infection, neutrophils start to release neutrophil extracellular traps (NETs) a

247 less, these recruited inflammatory monocytes start to resemble Kupffer cells on a transcript level.

248 n levels in the prefrontal cortex at old age start to resemble pre-adult levels.

249 n the conspecific signal, these interneurons start to respond selectively to the chirp shortly after

250 s of the monkeys' arms, neurons in S1 and M1 started to respond to virtual touches applied alone.

251 bunits or combinations of subunits and these start to reveal roles for some of these subunits as well

252 of the model plant Arabidopsis thaliana have started to reveal how patterns of DNA methylation change

253 n predisposition to severe tuberculosis have started to reveal human loci influencing tuberculosis ou

254 blishment of translational animal models has started to reveal some of the molecular components invol

255 mal models, and particularly in insects, has started to reveal the modes and mechanisms of GRN evolut

256 ently developed quantitative approaches have started to reveal the molecular nature of self-assembly

257 Ancient genomic sequences have started to reveal the origin and the demographic impact

258 such as gain modulation or disinhibition, is starting to reveal canonical circuit motifs conserved ac

259 Recent studies are starting to reveal critical roles for different protein

260 levance for schizophrenia and autism and are starting to reveal the molecular mechanisms underlying t

261 nca of web programming, these 'web apps' are starting to revolutionize and democratize scientific res

262 However, incidence rates started to rise again since 2008.

263 For countries that have just started to scale up viral load testing, lessons can be l

264 Activated macrophages start to secrete proteins to induce an immune response,

265 transfer are now much improved, and we have started to see examples of clinical gene therapy success

266 g the day, a participant who postoperatively started to self-weigh, stopped eating when feeling full,

267 ed to clarify under what conditions a stream starts to separate hydraulically from an aquifer.

268 (GEM) mouse models of spontaneous cancer are starting to shape our understanding of how antitumor T c

269 sure-triggered immune-mediated diseases that start to shed light on the critical importance of the ea

270 Computational neuroscientists have started to shed light on how these probabilistic represe

271 Recently, studies with disease mouse models started to shed light on the molecular mechanisms underl

272 ncreasing light intensity, the treated pupil started to show reduced pupil contractions compared with

273 ve interactions with others well before they start to speak or understand language.

274 Two MDR clones of this lineage started to spread throughout central Asia and Russia con

275 in which the mouse coding sequence from the start to stop codon was replaced with the corresponding

276 Fund to Fight AIDS, Tuberculosis and Malaria started to support the National Malaria Control Program

277 As the mobile Web is starting to surpass desktop and laptop usage, scientists

278 ording to enrollment time: from May 2013, we started to systematically perform endo-epicardial access

279 ary nonadherence refers to not obtaining and starting to take a prescribed medication.

280 change are anticipated to trigger an earlier start to the growing season, which could increase the te

281 oeconomic stability and to give a successful start to their children.

282 erately thick bilayers (DErPC and DEiPC), it started to tilt and became slightly deformed, and finall

283 oding repertoire (exome)-an approach that is starting to uncover rare but informative mutations assoc

284 dimpling as local clusters of hemagglutinin started to undergo conformational refolding.

285 s, we find evidence that Y-linked genes have started to undergo gene loss, causing approximately 28%

286 Over the past decade, researchers have started to understand these complicated relationships th

287 have discovered even more diversity and are starting to understand the biological underpinnings of t

288 cles through mechanisms that we are only now starting to understand.

289 anism-based therapeutics for these disorders start to unlock success.

290 ast decades, we and other investigators have started to unravel some aspects of the signaling pathway

291 gnized to be heritable, recent advances have started to unravel the genetic architecture of the disea

292 lied to immunomonitoring, transcriptomics is starting to unravel diagnostic and prognostic signatures

293 Recent investigations have started to unveil the mechanisms of mammalian heart rege

294 by different human CD4(+) T cell subsets and started to unveil the potential use of their quantity in

295 ion imaging techniques, many scientists have started to use distinct landmarks along the anterior-pos

296 It is difficult to establish when people started to use flowers in public and ceremonial events b

297 e both overeating and binge eating predicted starting to use marijuana and other drugs.

298 In turn, C. elegans starts to vacate the pathogenic bacteria lawn.

299 ols are less prominent, these tools are also starting to yield practical food safety solutions.

300 typic screens for bactericidal compounds are starting to yield promising hits against tuberculosis.