ライフサイエンスコーパス: in nature

1 ic infectious status and circulation of MJNV in nature.

2 cytoplasmic vacuolization that is lysosomal in nature.

3 s under the broad spectra of solar radiation in nature.

4 eukaryotic and prokaryotic cells are common in nature.

5 h the individual sigma-values being additive in nature.

6 anisms that had never before been documented in nature.

7 oretically possible shell forms do not occur in nature.

8 se natural materials are lamellar or layered in nature.

9 o be one of the most prevalent instabilities in nature.

10 Multi-stranded helices are widespread in nature.

11 lytic reactions that were previously unknown in Nature.

12 in hCVAM and that these factors are proteins in nature.

13 erenkov radiation is a ubiquitous phenomenon in nature.

14 nd as such, all the analyses are descriptive in nature.

15 ntials of the most oxidizing redox cofactors in nature.

16 y so in specialist predators, which are rare in nature.

17 ed to judge their importance for coexistence in nature.

18 temporal patterns at which resources appear in nature.

19 e latter commonly considered to be repulsive in nature.

20 ven that cell wall hydrolases are ubiquitous in nature.

21 t to discriminate which ones are implemented in nature.

22 ersion of CO2 and HCO3(-) and are ubiquitous in nature.

23 ization in clumps should be a common feature in nature.

24 to different wavelengths of solar radiation in nature.

25 igomerization of membrane proteins is common in nature.

26 -helical collagen, the most abundant protein in nature.

27 (GM) crops and are typically macromolecular in nature.

28 9%) of vision loss was potentially avoidable in nature.

29 e most common carbon storage polysaccharides in nature.

30 d, hypothesis-driven questions about a thing in nature.

31 s able to infect both fungal and plant hosts in nature.

32 ies to create novel states that do not occur in nature.

33 ukaryotic-bacterial symbioses are ubiquitous in nature.

34 fection and how these viruses are maintained in nature.

35 e particularly costly have not been reported in nature.

36 but provide them with a selective advantage in nature.

37 wn for being one of the toughest body armors in nature.

38 to diversification of new recognition groups in nature.

39 spersion relation of polaritons is parabolic in nature.

40 at many scales to generate periodic patterns in nature.

41 d state of SiH2OO is severely multireference in nature.

42 been found to carry diverse functionalities in nature.

43 ng techniques begun to reveal their ubiquity in nature.

44 nfigurations and sheds light on their origin in Nature.

45 However, all these films are isotropic in nature.

46 s for establishing the role of these enzymes in nature.

47 nostructures exhibit properties unobtainable in nature.

48 , and is considered to be widely distributed in nature.

49 in the enormous diversity of terpenes found in nature.

50 population dynamics, drive MARV maintenance in nature.

51 these events and therefore tumor suppressive in nature.

52 been reported, most incidences are sporadic in nature.

53 at different ENSO phases all resemble those in nature.

54 Perfect crystals are rare in nature.

55 ty islands (SaPIs) use this tactic to spread in nature.

56 tterns, processes and relationships observed in nature.

57 y and structure-function relationships found in nature.

58 W are found to be selective and concentrated in nature.

59 rces, which are expected to occur frequently in nature.

60 amples of emergent protein self-organization in nature.

61 ar evidence that ENC seedings are epigenetic in nature.

62 ycoproteins representing the viral diversity in nature.

63 ably one of the most complex reactions found in nature.

64 nalization protocol and thus is very generic in nature.

65 ependent dispersal, both of which are common in nature.

66 ariation in tooth shape resembling variation in nature.

67 pathways for MMR have evolved at least twice in nature.

68 ultiply charged negative ions are ubiquitous in nature.

69 s in 1, 3, and 4 were calculated to be (3)LF in nature.

70 ated to the vaccine; however, most were mild in nature.

71 nd possibly the genetic code, is diversified in nature.

72 lly obscure ribosome-derived molecules found in nature.

73 well-defined folds, including ones not found in nature.

74 is ubiquitous and diverse in characteristics in nature.

75 eria likely regulate choanoflagellate mating in nature.

76 display rich behaviours not found elsewhere in nature.

77 le APs led EPSPs in st-LTD, STDP was Hebbian in nature.

78 ght on the analysis of samples as they occur in nature.

79 ne of the most abundant lipid-based polymers in nature.

80 halogens from organic scaffolds has evolved in nature.

81 ce exists of stable eukaryotic hypermutators in nature.

82 skin scale patterns which are otherwise rare in nature.

83 f patterns of spatial and temporal diversity in nature.

84 to lead to associations that are not causal in nature.

85 le for the prevalence of pilus glycosylation in nature.

86 ajor sources of oxygen, nitrogen, and carbon in nature.

87 ical speciation with gene flow is widespread in nature [1], but it presents a conundrum: how are asso

88 ls with unusual microstructures can be found in nature; among them, many possess anisotropic and even

89 g is a key component of visual communication in nature and acts particularly strongly in visual signa

90 iacol and its derivatives are commonly found in nature and are known for their characteristic smoky,

91 terogeneous crystal nucleation is ubiquitous in nature and at the heart of many industrial applicatio

92 Heavy metals are ubiquitous in nature and being used extensively in industrial proce

93 properties of materials and structures found in nature and biology.

94 e divergent correlation length are universal in nature and can be applied to any amorphous solids tha

95 The protocol is general in nature and can be applied to the stochastic sampling

96 oparticles this approach is extremely simple in nature and can be performed under physiological condi

97 Disturbances are widespread in nature and can have substantial population-level cons

98 root growth and development is indeterminate in nature and caused by the decrease in number of merist

99 rgillus flavus is a filamentous fungus found in nature and characterized by the production of bright

100 The particles are also amorphous in nature and consist of polymeric chains of Fe centers

101 Adverse events were mostly gastrointestinal in nature and consistent with the underlying disease; no

102 sed in vivo doubled haploid systems are rare in nature and difficult to manage in breeding programmes

103 modeling and/or aggregation is observed both in Nature and during the large-scale industrial manufact

104 Filamentous viruses are common in nature and efficiently deliver - sometimes via aeroso

105 h solid electron donors and their importance in nature and for biosustainable technologies.

106 nues to studying many growth phenomena found in nature and generating complex 3D structures to benefi

107 These reactions are diverse in nature and have been employed for syntheses of oxime-

108 lized to the hands and the feet, neuropathic in nature and in all study participants associated with

109 morphism has been previously impossible both in nature and in experiment.

110 ation are fascinating phenomena found widely in nature and in laboratory environment such as dielectr

111 a therapeutic intervention is multifactorial in nature and in many cases the source of therapeutic di

112 ocess that produces high-energy photons both in nature and in the laboratory.

113 ndamental for creating functional structures in nature and in the world of chemistry because interact

114 ls (vdW) or dispersion forces are ubiquitous in nature and influence the structure, stability, dynami

115 ith layer and tunnel structures occur widely in nature and inspire technological applications.

116 ted, preventing prediction of phage dynamics in nature and manipulation of phage resistance in clinic

117 Walker-box partition systems are ubiquitous in nature and mediate the segregation of bacterial and a

118 se acceptor molecules are generally aromatic in nature and mostly indole or indole-like.

119 tion by a monocopper enzyme is unprecedented in nature and opens new avenues in chemistry and enzymol

120 ation chemistry of Ni(II)-chelating proteins in nature and provide a foundation for evaluating putati

121 They are ubiquitous in nature and responsible for many medical and dental in

122 1 response induced by P. carinii was plastic in nature and reversible with appropriate cytokine stimu

123 h secondary MR is characteristically dynamic in nature and sensitive to changes in ventricular geomet

124 ly disruptive behavior is neurodevelopmental in nature and should be reclassified as an early-childho

125 Given the prevalence of diminishing returns in nature and social settings, this finding can explain

126 Many diffusion processes in nature and society were found to be anomalous, in the

127 ks can model a wide range of complex systems in nature and society, and many algorithms (network gene

128 ng similarity between patterns of inequality in nature and society, hinting at fundamental unifying m

129 role for a covalent modification widespread in nature and suggest possible applications in biotechno

130 from surfaces, is of significant importance in nature and technology, where it finds applications ra

131 the correlation between molecular assemblies in nature and the assemblies of small molecules in cell

132 the highly diverse population of IAVs found in nature and the formation of novel epidemic and pandem

133 Despite their abundance in nature and their importance in biology, medicine, nut

134 derlying some forms of obesity is compulsive in nature and therefore contains elements of an addictiv

135 Metal oxides are abundant in nature and they are some of the most versatile materi

136 ary photostability in chemical filters found in nature and those used in commercial sunscreens.

137 uenza (HPAI) H5N1 viruses continue to evolve in nature and threaten human health.

138 za (HPAI) H5N1 viruses continue to circulate in nature and threaten public health.

139 lking loops in parks offer a setting to walk in nature and to avoid interruptions from traffic.

140 These infections are often chronic/recurrent in nature and typically involve bacterial persistence wi

141 events are regulatory rather than structural in nature and uncover widespread coordination of dynamic

142 such hyperdominance include natural enemies in nature and wealth-equalizing institutions in society.

143 echanisms to sense and adapt to redox stress in nature and within the host.

144 n- and across-generation plasticity observed in nature, and can influence the adaptive value of the p

145 Homo-oligomerization of proteins is abundant in nature, and is often intimately related with the phys

146 Several luciferases have been identified in nature, and many have been adapted for tracking cells

147 id phase transitions are the most ubiquitous in nature, and many technologies rely on them.

148 models-the helium-ignition branch-does exist in nature, and that such a model may account for the exp

149 ed by MNV NS3 were highly motile and dynamic in nature, and their movement was dependent on intact mi

150 uses in biotechnology, where they are found in nature, and their role in post-translational regulati

151 uids (e.g. mucus and blood) are viscoelastic in nature, and this finding highlights the importance of

152 endogenous cytokines and that are not found in nature, and which activate distinct signaling program

153 In nature, animals normally perceive sensory information

154 echanically morphing materials systems found in nature are based on hierarchical structures, which ar

155 As environments in nature are inherently complex these findings help exp

156 Some of the most remarkable materials in nature are made from proteins.

157 ver, mosquito-malaria molecular interactions in nature are not clear.

158 nisms to recreate many anthocyanin blue hues in nature are not fully understood, but interactions wit

159 If diseases in nature arise because of weaknesses in holobiont physi

160 six-pointed star structures occur frequently in nature as flowers, snow-flakes, leaves and so on.

161 s (HOC), a chemical class that is ubiquitous in nature as well as anthropogenic systems, as an exampl

162 h as microdroplet role in reaction catalysis in nature as well as new tools for aerosol analysis and

163 highlight some of the morphologies observed in nature as well as shapes available to us through synt

164 ctrum of reactivities that has been observed in nature as well as those that have been invented using

165 In nature, as well as in theoretical settings, conspecif

166 tterns or structures, is a prevalent process in nature at all scales.

167 In nature, bacteria often live in surface-associated com

168 In nature, bacteria primarily live in surface-attached,

169 hazards increases there is growing interest in nature-based solutions for risk reduction.

170 Reporting in Nature, Beagrie et al. (2017) describe such an orthog

171 rarchical cellular structures are ubiquitous in nature because of their low-density, high-specific pr

172 These enzymes are ubiquitous in nature, because they are present in bacteriophage, ba

173 s into one of the most fundamental phenomena in nature: biodiversity that seems to be excluded by the

174 In Nature Biotechnology, Koehler et al. (2017) have deve

175 Recently published in Nature, Brown et al. (2017) shed new light on how the

176 -Lactone natural products occur infrequently in nature but possess a variety of potent and valuable b

177 be a common feature of biological invasions in nature, but that these effects can easily go undetect

178 scale regular vegetation patterns are common in nature, but their causes are disputed.

179 ave frequently been defined as 'nutritional' in nature, but with little empirical evidence to assess

180 mination and/or isomerization of amino acids in nature by cleaving or shifting a C-N bond.

181 A recent article in Nature by Ma et al. (2017) uses an elegant CRISPR-Cas

182 A recent article in Nature by Raven et al. (2017) now shows that blocking

183 A recent study in Nature by Zhao et al. (2017) finds that YTHDF2, a rea

184 se and whether original states, regenerative in nature, can be restored with therapy.

185 architectures, which are highly represented in nature, can overcome this tradeoff and thus enable un

186 It is most often transient in nature, causing an infection that lasts 2 to 3 days.

187 Reporting in Nature Cell Biology, Saad et al. (2017) identify reve

188 et al. (2017), along with Wang et al. (2017) in Nature Cell Biology, show how PAR protein oligomeriza

189 In nature, cells self-assemble at the microscale into co

190 In nature, cervids are infected with chronic wasting dis

191 nd represents an appearance of pariah groups in nature.Classifying groups is an important challenge i

192 Most studies of structural color in nature concern periodic arrays, which through the int

193 SEI thins by 13 A and becomes more inorganic in nature, consistent with the formation of LiF.

194 e occurrence of the TL/TLR sequence variants in Nature correlates with their thermodynamic stability

195 In a recent article in Nature, de Sousa e Melo et al. (2017) reveal that int

196 g that mating assortment varies considerably in nature, due largely to basic properties of the sexual

197 es but transmitter release appears paracrine in nature, due to the apparent lack of synaptic contacts

198 e scale events that are non-Born-Oppenheimer in nature (electrostatic), based on evaluations of prote

199 However, as recently reported in Nature, eruptive events like coronal mass ejections a

200 g pigments that produce red-purple-blue hues in nature, especially when interacting with metal ions a

201 bial communities are structured across hosts in nature, especially within a given host species.

202 o reduce variability, polymorphism is common in nature even under strong selective regimes.

203 Two recent studies in Nature examine the effects of neoantigen vaccines on

204 condary structures comparable to those found in nature ("foldamers") have considerable potential for

205 m marine sponges (phylum Porifera) is unique in nature for catalyzing the formation of inorganic sili

206 produced stable proteins unlike those found in nature for topologies where design was initially unsu

207 Recently in Nature, Gjorevski et al. (2016) describe a fully defi

208 The suite of biological catalysts found in Nature has the potential to contribute immensely to s

209 In nature, HIV-1 Envs must balance the requirements to m

210 In a new report in Nature, Ho et al. (2017) show that autophagy is essen

211 In nature, ice usually nucleates at or near interfaces,

212 hermore, female propensity to mate only once in nature in male swarms likely diminishes sexual select

213 twork modules which are functionally similar in nature in the case of breast cancer.

214 neutron, and X-ray scattering, or are static in nature including even the most advanced cryogenic tra

215 e present in a variety of structures present in nature, including the onion.

216 n greater depth the role of chiral asymmetry in nature inclusive of both earth and space.

217 s simply because they are less exposed to Bd in nature; instead future amphibian conservation plans s

218 The dynamic underwater chemistry seen in nature is inspiring for the next generation of eco-fr

219 number of receptor dimer pairings occurring in nature is limited to those driven by natural ligands

220 protein folds and interface geometries found in nature is limited.

221 ain how the remarkable biodiversity observed in nature is maintained.

222 Coexistence of organisms in nature is more likely when phenotypic similarities of

223 Their distribution in nature is rare and scattered in taxonomically unrelat

224 The formation of P-N bonds in nature is relatively rare, and the pathway for the as

225 rce contributing to the emergence of novelty in nature is the presence of cooperative interactions, w

226 Given the near ubiquity of synchrony in nature, it seems likely that synchrony influences the

227 The results show that in nature, karpatite has a nanotexture that is not prese

228 Reporting in Nature, Katheder and colleagues (2017) find that tumo

229 In nature, many microbes secrete mixtures of glycoside h

230 In nature, many organisms generate large families of nat

231 Reporting in Nature, Mendoza et al. (2017) now show that lymphatic

232 In nature, microorganisms exhibit different volumes span

233 foremost recalcitrant polysaccharides found in nature, namely cellulose and chitin.

234 Recently, several studies appearing in Nature, Nature Methods, and Cell Stem Cell generated

235 oth semaglutide groups were gastrointestinal in nature: nausea was reported in 26 (20%) who received

236 or various periodic crack systems that exist in nature, not only for thin film cracks but also for cr

237 Scimone et al. (2017), reporting in Nature, now examine muscles in a developmental settin

238 e most diverse groups of terrestrial insects in nature, obtain a tough exoskeleton through the activi

239 CO2 fixation pathways are widely distributed in nature, only a few enzymes have been described that h

240 ueen and that have the potential to be found in nature or to be replicated in the laboratory.

241 he precise monomer sequence control achieved in nature over macromolecular structure (for example, DN

242 1,3-N,O-Chelating ligands are ubiquitous in nature owing to their occurrence as alpha-chiral amin

243 This is important because-in nature-photosynthetic organisms experience rapid and

244 In nature, plants need to respond to multiple environmen

245 Two recent papers in Nature propose that heterochromatic domains are organ

246 In nature, protein assembly is often regulated by molecu

247 In nature, proteins have evolved sophisticated cavities

248 ow that human immune variation is continuous in nature, rather than characterized by discrete groups

249 richlet process regression is non-parametric in nature, relies on the Dirichlet process to flexibly a

250 these molecules during the fungal life cycle in nature remain elusive.

251 the functional role of microbial metabolites in nature remains to be deciphered.

252 partner-specific cooperative behaviours seen in nature require greenbeards to come in different colou

253 Two studies in Nature reveal how the cytosolic DNA sensor cGAS gains

254 Many of these diseases are neurological in nature revealing critical roles for this class of pro

255 Reporting in Nature, Scheele et al. (2017) establish a model for p

256 Mutations in nature seem to occur with lower frequencies, as sugge

257 derstanding of diseases as distinct entities in nature, separate from other diseases and independent

258 rmation is a common and important phenomenon in nature serving a multitude of purposes.

259 studies showing effects that are pathogenic in nature should additionally explore the possibility of

260 suggests that the reasons for "looplessness" in nature should be sought in coherence-inducing mechani

261 ied in one of the most common spin ensembles in nature: spins in ferromagnets.

262 In nature, structures of those types are generally symme

263 Diverse structures in nature, such as the spinal disc and the onion have ma

264 ess by which fluctuating selection can occur in nature, suggesting that fluctuating selection may be

265 es in biomass with biodiversity are stronger in nature than has previously been documented in experim

266 In nature, the balance between antagonistic and synergis

267 despread strategy for structural colouration in nature: the cuticular multilayer.

268 y and reversibly wet upon complex topography in nature, thereby overcoming the wetting problems in pr

269 However, being correlational in nature, this evidence might reflect a nonfunctional b

270 by biohybrid molecules that are synthesized in Nature through post-translational modification (PTM),

271 f the optimal free model is non-perturbative in nature; thus, it offers a theoretical framework for i

272 for entire folds and assemblies not observed in nature to be generated de novo, that is, to access th

273 Mechanical gradients are often employed in nature to prevent biological materials from damage by

274 t reports of IVIVCs that exist are empirical in nature, typically based on a mathematical relationshi

275 Work of three independent groups in Nature uncovers a novel mode of inflammatory communic

276 Cephalopods in nature undergo highly dynamic skin coloration changes

277 CNV is transmitted in nature via zoospores of the fungus Olpidium bornovanu

278 ber of the genus Tombusvirus, is transmitted in nature via zoospores of the fungus Olpidium bornovanu

279 cal hypotheses and tools to study virophages in nature.Virophages are recently-identified small virus

280 onsidering the ubiquity of temporal networks in nature, we ask: Are there any advantages of the netwo

281 biodiversity would have rare or weak effects in nature, we show that biomass production increases wit

282 plication-competent mutants not yet observed in nature were identified, including some that could esc

283 submicron regime, is found to be martensitic in nature when one considers the collective behavior of

284 ough dissipative self-assembly is ubiquitous in nature, where it gives rise to structures and functio

285 l, largely because of the lack of validation in nature, where strong abiotic forcing and complex inte

286 Thus, in nature, where taubimolecular > 10 s, the distribution

287 s because the primary input to FEF is visual in nature, whereas its output reflects the planning of b

288 set of aggressive behaviours, mostly verbal in nature, which seemed personally derogatory, targeted,

289 portant consequence of As(III) contamination in nature will be to alter microbial carbon metabolism a

290 opulation of such merging binaries is formed in nature with a broad mass spectrum.

291 led summary of various optical effects found in nature with a particular emphasis on the materials an

292 Animal migration is ubiquitous in nature with individuals within a population often exh

293 All four milk powders were amphoteric in nature with the dispersive (apolar) component of surf

294 ronically infected cell line are polymorphic in nature, with many particles lacking organized electro

295 The reaction appears to be radical in nature, with the addition of small quantities of a ra

296 In a recent study published in Nature, Wong et al. (2016) show that endothelial cell

297 h) can be identified that are more universal in nature, working across psychiatric diagnoses and gend

298 Reporting in Nature, Yan et al. (2017) show that Wnts and Wnt sign

299 Biological rhythms are pervasive in nature, yet our understanding of the molecular mechan

300 Reporting recently in Nature, Zabala-Letona et al. (2017) show that mTORC1