ライフサイエンスコーパス: exotic

1 urbances that favour fitness of natives over exotics.

2 s were found in both 'wild' and 'cultivated' exotics.

3 n-covalent interactions, bond formation, and exotic 3-center-2-electron species.

4 avirus A (SVA) and ruled out the presence of exotic agents that produce vesicular lesions, e.g., foot

5 However, in several cases more exotic alkylmalonyl-CoA extender units are also known to

6 evidence for the beneficial introduction of exotic alleles into cultivated rice genomic background.

7 ibosomal peptide synthetases (NRPS) generate exotic amino acid derivatives that, combined with additi

8 ve herbivores in wildlands to greater use of exotic and invasive species by cougars in contemporary u

9 Crop wild relatives harbor exotic and novel genetic resources, which hold great pot

10 burial crypts and significant quantities of exotic and symbolically important materials, including s

11 tic field is applied, producing a variety of exotic and useful magnetomechanical effects.

12 Others were exotic and/or invasive in exporters' regions.

13 Exposure to exotic animals (including wild pigs, porcupine, monkey,

14 ies, disturbance intervals are short, and/or exotics are not initially frequent.

15 Muonic deuterium mud is the exotic atom formed by a deuteron and a negative muon mu(

16 The exotic band structure can lead to various novel properti

17 el trait space to a greater degree than have exotic beetles, likely indicating greater impact of the

18 ected applications and to the exploration of exotic behaviour of confined fluids relevant to geo- and

19 Ceylon gooseberry is a deep-purple exotic berry that is being produced in Brazil with great

20 However, the profile of exotic bird species has changed radically in the last de

21 Exotic birds consumed fruits less selectively and more p

22 Interaction networks in which exotic birds had a stronger role as frugivores had highe

23 ted fatalities in wild birds and quarantined exotic birds in Gauteng, AI outbreaks in poultry in KwaZ

24 he structure of plant-frugivore assemblages, exotic birds likely enhance the stability of the communi

25 Exotic birds maintained frugivory when native birds beca

26 ) on the establishment and spatial spread of exotic birds using an unprecedented dataset recorded thr

27 The spectroscopy of these exotic bound states serves as a sensitive tool for inves

28 variate analyses indicated certain diseases, exotic breeds, location, farm size and certain managemen

29 creased as a result of recent admixture with exotic breeds.

30 These exotic chemical reaction mechanisms, involving roaming H

31 ield laser-matter interactions often lead to exotic chemical reactions.

32 carpa, is the most recent introduction of an exotic citrus pathogen into Florida and has been a chall

33 tion with retention of the H-H bond, once an exotic concept, has by now appeared in a very wide range

34 Some of the most exotic condensed matter phases, such as twist grain boun

35 It shows an exotic configuration of degeneracies without a well-defi

36 ting records are well aligned, and sedDNA of exotic conifers appears in high quantities with the esta

37 ell-documented 20(th) Century plantations of exotic conifers as an experimental system.

38 In particular, the full thickness of the exotic continental block, responsible for orocline forma

39 delling has shown that the entrainment of an exotic continental fragment within a simple subduction s

40 sults provide the first direct evidence that exotic continental fragments may profoundly affect the d

41 Metamaterials have made the exotic control of the flow of electromagnetic waves poss

42 ic 'wild-type' (from their native range), or exotic 'cultivated' using 28 grassland species in a glas

43 ly considered as grotesque monstrosities and exotic curiosities, but succulents have always been perc

44 ophorum and Taraxacum officinale (native and exotic dandelions) with and without mycorrhizal fungi ac

45 s cultivation, but might be a general native-exotic difference that deserves further study.

46 rroelectrics are expected to exhibit various exotic domain configurations, such as the full flux-clos

47 d that eutrophication will lead to increased exotic dominance in grasslands.

48 nger term (over a decade) transitions toward exotic-dominated communities after severe wildfire when

49 two Weyl fermions stick together forming an exotic double Weyl fermion with quadratic dispersions an

50 [3]catenane system is demonstrated where the exotic dual rotary switching behavior provides a unique

51 They demonstrate that exotic earthworm presence alone increased the abundance

52 However, in plots receiving both exotic earthworms and N addition, such earthworm effects

53 , Shao et al. () explored how N addition and exotic earthworms interacted to impact on the plant-feed

54 er than the bilayer thickness, rendering the exotic elasticity of gel-phase membranes more strongly p

55 revived the exciting prospect of integrating exotic electromagnetic effects in practical photonic dev

56 Reversed Cherenkov radiation is the exotic electromagnetic radiation that is emitted in the

57 degrees of freedom in 5d oxides can lead to exotic electronic ground states.

58 ble states of condensed quantum matter where exotic electronic phases of Dirac particles should arise

59 The exotic electronic properties and high specific surface a

60 te by variation of control parameters offers exotic electronic states such as anomalous and possibly

61 Strong spin-orbit coupling fosters exotic electronic states such as topological insulators

62 st due to their high specific surface areas, exotic electronic structures, and fascinating physical a

63 thin non-layered nanomaterials, study their exotic electronic structures, introduce electronic-struc

64 interface can be effectively used to create exotic electronic, orbital and spin states.

65 The Kitaev quantum spin liquid (KQSL) is an exotic emergent state of matter exhibiting Majorana ferm

66 uantum Hall effect has inspired searches for exotic emergent topological particles, such as fractiona

67 he fundamental role of interactions leads to exotic, emergent phenomena, such as spin-charge (spinon-

68 /or genetic drift, followed by a more recent exotic European cattle introgression.

69 early circular orbits indicate a complex and exotic evolutionary past that differs from those of know

70 These unconventional ground states support exotic excitations, for example the magnetic charges in

71 uantum Hall state, which supports fractional exotic excitations.

72 ations of the cluster story, along with more exotic extra variables and generalized mutations.

73 animals, suggesting modern humans integrated exotic faunas and other novel resources into their symbo

74 ected only through the crystal's boundary by exotic Fermi arcs.

75 simulations, we verify the existence of this exotic Fermi sea, but find that the phase exhibits parti

76 ify a number of materials that realize these exotic fermions close to the Fermi level.

77 ctivity, giant magnetoresistance and various exotic field-dependent states have been predicted in mon

78 nal beam surrogate of Yb-169 created from an exotic filter material - erbium (Er) and a standard copp

79 m plantagineum and E. vulgare are congeneric exotics first introduced to Australia in the early 1800

80 ion of Laguerre-Gaussian modes and manifests exotic flower-like localization on intensity and phase p

81 in connectivity driven by the invasion of an exotic food resource, illustrating the challenge of iden

82 Exotic forms of these pure ices have been revealed at ex

83 a well-known semiconductor, although other 'exotic' forms may possess distinct properties.

84 Cape gooseberry (Physalis peruviana) is an exotic fruit highly valued, however it is a very rich so

85 aifera langsdorffii (copaiba) is a Brazilian exotic fruit, poorly studied regarding its bioactive com

86 a new developed functional beverage based on exotic fruits (mango juice, papaya juice and acai) mixed

87 The analysis of pesticide residues in exotic fruits using instruments of limited selectivity i

88 xtraction of high value-added compounds from exotic fruits' peels was optimized by Box-Behnken design

89 ramework for quantifying the contribution of exotic germplasm or older improved varieties to the gene

90 evels of genetic variation between local and exotic germplasms as revealed by missing and unique alle

91 ne the genetic differences between local and exotic germplasms.

92 In particular, exotic grasses and atmospheric nitrogen (N) deposition s

93 Our results suggest that exotic grasses in tropical regions are likely to drastic

94 (2) Exotic grasslands had lower soil C than secondary forest

95 (H2) Exotic grasslands have elevated soil NO3 (-) and decreas

96 (H3) Exotic grasslands have greater seasonality in soil NO3 (

97 arify when one may infer the existence of an exotic ground state based on the absence of order, and w

98 Frustrated quantum magnets not only provide exotic ground states and unusual magnetic structures, bu

99 compared with no-seeds-added controls, with exotics having disproportionate effects on productivity

100 linator, suffer from a range of emerging and exotic high-impact pathogens, and population maintenance

101 landscape, providing deeper insight into the exotic histone modification, crotonylation, and explorin

102 occurs with moderate initial frequencies of exotic individuals, aggregation of these individuals, or

103 ns, consisting of globular head domains from exotic influenza A viruses and stalk domains from influe

104 sing the hydrophobic effect, as well as more exotic interactions such as C-H hydrogen bonding and hal

105 , with circumstantial evidence suggesting an exotic introduction from Europe.

106 Dominance by exotic invaders occurs with moderate initial frequencies

107 ompensate for the ecological consequences of exotic invasions.

108 allows native dominance only when PFD of the exotic is weaker than that of the native species, distur

109 our of these artificial materials from their exotic linear behaviour.

110 A new study reveals that an exotic lipid, phosphatidylthreonine, makes up a substant

111 nal form of the superposition principle when exotic looped trajectories are taken into account.

112 of oxide electronic devices and discovery of exotic low-dimensional quantum phases.

113 ened charge excitations and the emergence of exotic low-temperature configurations.

114 uctor oxides and contribute to the design of exotic magnetic and novel multifunctional materials.

115 mal-state characteristics, important for the exotic magnetic and superconducting behaviour these mate

116 interactions may, in theory, lead to highly exotic magnetic fluids.

117 e materials are excellent candidates to host exotic magnetic ground states, such as the highly sought

118 for simple and flexible techniques to access exotic magnetisation states without convoluted fabricati

119 ance quantum fluctuations, and often lead to exotic many-body ground states.

120 A concise route to a small family of exotic marine alkaloids known as the araiosamines has be

121 Despite the exotic material properties that have been demonstrated t

122 lic glasses are metallic alloys that exhibit exotic material properties.

123 powerful X-ray sources can produce and probe exotic material states with high densities and multiple

124 t skyrmions have been observed in only a few exotic materials and at low temperatures, and fast curre

125 degradation in ambient air, requirements of exotic materials or phases, or involvement of inherent e

126 and represent the low-energy excitations in exotic materials such as graphene and topological insula

127 he fabricated metamaterials, we reveal their exotic mechanical behaviors: Under large-strain tension,

128 dicting the existence of hitherto unheard-of exotic mixed topological density wave phases.

129 er during and after a drought in native than exotic mixtures.

130 Here we report the observation of these exotic molecules and employ their exceptional properties

131 The scenario that exotics more closely related to native residents are mor

132 Furthermore, such exotic motifs are often unstable.

133 aken or even reverse the negative effects of exotic-native phylogenetic distances on invasion success

134 We infer that "exotic" Neolithic domesticated plants were introduced to

135 orbital two-channel Kondo effect displaying exotic non-Fermi liquid behaviour arises in the intricat

136 native species to eliminate or coexist with exotics once they have established.

137 HMMs have been shown to exhibit exotic optical properties, including extremely high broa

138 proxies for wealth, such as burial goods or exotic or expensive-to-manufacture goods in household as

139 the excess positrons, which may have a more exotic origin.

140 valence of deformed wing virus (DWV) and the exotic parasite Nosema ceranae in honeybees and bumblebe

141 iders are a traditionally fruitful source of exotic particle discoveries.

142 Majorana fermions are long-sought exotic particles that are their own antiparticles.

143 n improve the power of collider searches for exotic particles.

144 sked with minimizing the risk of introducing exotic pests and pathogens along with imported plant mat

145 gested that many-body interactions may drive exotic phase transitions, spontaneously generating a Dir

146 , a TDS can potentially be driven into other exotic phases (such as Weyl semimetals, axion insulators

147 ce degrees of freedom provides a plethora of exotic phases and physical phenomena.

148 t and simple platform for the exploration of exotic phases of matter and for the control of energy fl

149 Exotic phases of matter can emerge from strong correlati

150 fields and interacting particles can lead to exotic phases of matter that exhibit topological order a

151 led to advances including the observation of exotic phases of matter, the development of precision se

152 ause of the classical intractability of many exotic phases of matter.

153 actions in a heterostructure, often inducing exotic phases with unprecedented properties.

154 New exotic phenomena have recently been discovered in oxides

155 The quantum spin Hall (QSH) phase is an exotic phenomena in condensed-matter physics.

156 Exotic phenomena in systems with strongly correlated ele

157 rts that, instead of supersolidity, revealed exotic phenomena including quantum plasticity and mass s

158 Sb2 an intriguing platform for seeking novel exotic phenomena of massless Dirac electrons.

159 Transition metal oxides host a wealth of exotic phenomena ranging from charge, orbital and magnet

160 However, the practical realization of this exotic phenomenology via strain engineering is experimen

161 vide a rich material base for exploring many exotic physical phenomena (for example, chiral magnetic

162 ls represent a new class of matter with both exotic physical phenomena and novel application potentia

163 pin-orbit coupling are known to give rise to exotic physical phenomena in transition metal oxides.

164 esonance but also open a route for exploring exotic physical phenomena through phonon properties in W

165 WSs offer a rare platform for realizing many exotic physical phenomena.

166 making it a flexible platform for exploring exotic physical phenomena.

167 nstrains energy production in stars and more exotic physical processes in the universe, and provides

168 ansistors and spin logic devices, as well as exotic physical properties including topological states

169 opportunities for further exploration of the exotic physical properties of the B4 phase.

170 rface state, is a prerequisite for unlocking exotic physical states.

171 for simulating conventional and engineering exotic physical systems owing to their multiple tunable

172 imental platform holds promise for exploring exotic physics in fractional quantum Hall systems, owing

173 Layered nickelates have the potential for exotic physics similar to high T C superconducting cupra

174 ribbon promise novel topological devices and exotic physics such as Majorana fermions.

175 n may affect recovery, we studied native and exotic plant composition 11 years following complete sta

176 te herbivore overabundance as a key cause of exotic plant domination.

177 Burning increased exotic plant invasion relative to prefire and unburned a

178 nce (PFD) is commonly invoked to explain why exotic plant invasions are so difficult to eradicate.

179 We examined the abundance of native and exotic plant species at 64 grasslands in 13 countries, a

180 bal climate change may increase invasions of exotic plant species by directly promoting the success o

181 For 57 co-occurring native and exotic plant species from an old field in Canada, we col

182 soils subjected to prolonged invasion by an exotic plant that input recalcitrant litter (Japanese kn

183 most ecosystems now contain both native and exotic plants and herbivores.

184 cosystems subjected to prolonged invasion by exotic plants may be instrumental in distinguishing the

185 which reports the preparation of a series of exotic plastic crystals by design for the first time, de

186 e interface between them that enables new or exotic processes (the synthesis of new functional materi

187 s, without recourse to hot excitons or other exotic processes.

188 als, aggregation of these individuals, or an exotic propagule production advantage.

189 lators is a prerequisite for unlocking their exotic properties and for observing the quantum anomalou

190 t also allows for the further exploration of exotic properties and practical applications of type-II

191 nstitute a brand new class of materials with exotic properties awaiting discovery.

192 They are predicted to exhibit exotic properties distinct from the inversion breaking T

193 emergence of novel classes of materials with exotic properties in recent times has opened up new aven

194 Coulomb correlations can manifest in exotic properties in solids, but how these properties ca

195 re-earth-based materials gives rise to their exotic properties like valence fluctuations, Kondo behav

196 metals provides opportunities to explore the exotic properties of relativistic fermions in condensed

197 e, thus paving the way towards exploring the exotic properties of the topological nodal-line fermions

198 rldwide attention due to their wide range of exotic properties predicted in theories.

199 iscovery, or appreciation, of materials with exotic properties such as protected surface states.

200 ons-have attracted broad attention for their exotic properties, such as extraordinary electron-donati

201 for their exceptional layered structures and exotic properties, which can open up various device appl

202 ave the way for new materials with novel and exotic properties.

203 ge transfer, can generate a rich spectrum of exotic properties.

204 lts call for further investigations into the exotic quantum Hall states in the low-dimensional struct

205 as diverse as solids, magnets and potential exotic quantum materials.

206 These spin-orbit entangled states can host exotic quantum phases such as topological Mott state, un

207 ries propose the emergence of a multitude of exotic quantum phases, distinguishable by either local p

208 Magnetic TIs can host various exotic quantum phenomena, such as massive Dirac fermions

209 onducting state, will give rise to even more exotic quantum phenomena.

210 A quantum spin liquid is an exotic quantum state of matter in which spins are highly

211 Exotic quantum states and fractionalized magnetic excita

212 nstrate that TI NWs can pave the way to both exotic quantum states and novel electronic devices.

213 non-Abelian anyons, a highly desired type of exotic quasiparticle.

214 Materials harbouring exotic quasiparticles, such as massless Dirac and Weyl f

215 ling, i.e. there are unoccupied areas in the exotic range where climate is analogous to the native ra

216 1,2,4,7-cyclooctatetraenyl radical accesses exotic reaction intermediates on the triplet surface, wh

217 ds that require specialized instrumentation, exotic reagents or proprietary protocols that are diffic

218 rch disciplines, in spite of their somewhat "exotic" reputation.

219 lusters likely indicate potential endemic or exotic risk points.

220 nities after severe wildfire when a suitable exotic seed source is present.

221 Long perceived as a form of exotic self-expression in some social fringe groups, tat

222 te the early neural processing of a somewhat exotic sense, called polarization vision.

223 ion restoration, specifically the removal of exotic shrubs, on pollination.

224 providing important insight that reveals an exotic silicon chemistry to form disilavinylidene.

225 (+19%) but decreased silicon accumulation in exotic species (-10%).

226 In contrast, exotic species (primarily annual grasses) were dominant

227 ection of frequency dependence of native and exotic species affects the success of reintroducing dist

228 Native and exotic species also differ in their response to vertebra

229 e due to climate change, the introduction of exotic species and land-use change.

230 Exotic species are six times more likely to dominate com

231 Exotic species are thought to alter the structure of nat

232 o be strong, effects will be greater when an exotic species arrives first than when a native species

233 viced the demand of European aristocracy for exotic species as symbols of wealth and prestige, and he

234 d wildfires) is a primary mechanism by which exotic species can come to dominate native communities.

235 , succession, N deposition, and increases in exotic species could be ruled out as contributing causes

236 nd this difference is not merely a result of exotic species cultivation, but might be a general nativ

237 Exotic species dominate many communities; however the fu

238 ys: (1) Rapidly evolving viruses may prevent exotic species from establishing self-sustaining populat

239 Exotic species had higher germination and earlier emerge

240 Many exotic species have little apparent impact on ecosystem

241 of rodent exclosures with seeds of native or exotic species in grasslands in Montana, California and

242 2) Viruses can cause population collapses of exotic species in the introduced range.

243 onsider multiple global change factors (e.g. exotic species invasions and N deposition) when making p

244 Nevertheless, exotic species may also provide ecological insurance whe

245 During community assembly, early arriving exotic species might suppress other species to a greater

246 ics of 480 plots over 40 years, we show that exotic species more closely related to native species we

247 y directly promoting the success of invasive/exotic species or by reducing the competitive abilities

248 ily informed forecasts of invasive spread by exotic species or climate change migration by native spe

249 Exotic species reduced biomass and species diversity of

250 he sites we experimentally tested native and exotic species responses to two fundamental drivers of i

251 SO) by sharing the central nitrogen atom are exotic species that have been barely studied.

252 escribes the paradox that the relatedness of exotic species to native residents could either promote

253 With the introduction and establishment of exotic species, most ecosystems now contain both native

254 addition increases the cover and richness of exotic species, nutrients decrease native diversity and

255 ished in native species have gained the most exotic species, the past influence of speciation on isla

256 they may be affected by the introduction of exotic species.

257 es (-19%), but remained largely unchanged in exotic species.

258 interspecific interactions among native and exotic species.

259 Exotic spiders have added novel trait space to a greater

260 d states, most of which are characterized by exotic spin excitations with fractional quantum numbers

261 te structures, discrete jumps, plateaus, and exotic spin states with increasing applied magnetic fiel

262 Quantum spin Hall system can exhibit exotic spin transport phenomena, mediated by its topolog

263 Surprisingly, we discover an exotic spin-momentum locked, gapped surface state in the

264 onformational changes of SPs based on the 1D exotic stacking of hydrogen-bonded azobenzene hexamers.

265 ped from the electron as it enters a certain exotic state of matter known as a quantum spin liquid (Q

266 ns which, when highly frustrated, lead to an exotic state of matter known as the Kitaev quantum spin

267 rimental platforms capable of realizing such exotic states now include synthetic many-body systems su

268 oms offer a fertile ground in the search for exotic states of matter, including unconventional superc

269 predict, but also leads to the emergence of exotic states of matter.

270 excitation has been used to induce similarly exotic states transiently.

271 nately, their exchange that can reveal their exotic statistics needs manipulations that are still bey

272 eir relative abundance, body size and native/exotic status.

273 The well-known exotic superconductor PuCoGa5 and related phases are als

274 rmolecular halogen bonds (XB) form different exotic supramolecular architectures through subtle chang

275 t these non-symmorphic symmetries protect an exotic surface fermion whose dispersion relation is shap

276 een drawn to topological materials that host exotic surface states.

277 s Archimedean spiral fibers that demonstrate exotic, telescoping elongation at break of 110%, or 30 t

278 local maize lines developed at INERA and 41 exotic (temperate and tropical) inbred lines were charac

279 t herbivory on the population dynamics of an exotic thistle, Cirsium vulgare, in a field experiment r

280 interactions has been predicted to result in exotic 'time-crystalline' phases, in which a system exhi

281 wth in eight grass species, either native or exotic to Australia.

282 ime marks an important step in the quest for exotic topological excitations, such as Majorana fermion

283 al insulators (TIs) are bulk insulators with exotic 'topologically protected' surface conducting mode

284 ied in trefoil or pentafoil, or even of more exotic torus knots.

285 These measurements (i) show that "exotic" trace elements used in new high-tech application

286 Chili shrimp paste (CSP) is an exotic traditional Southeast Asian condiment prepared us

287 resent the first experimental observation of exotic trajectories as additional paths for the light by

288 eases the probability of occurrence of these exotic trajectories, demonstrating that they are related

289 ese findings pave the way for exploring many exotic transport and optical phenomena and applications

290 rk provides a simpler platform for accessing exotic transport phenomena arising in Weyl semimetals.We

291 graphene, could feature deep physics such as exotic transport phenomena induced by the chiral anomaly

292 informations on potential uses of durian, an exotic tropical fruit as a source of food, as well as a

293 xtracted from ripe pulp of edible buriti, an exotic tropical fruit from Mauritia flexuosa palm was ca

294 -economic scenario, tapping the potential of exotic tropical fruit such as durian could benefit the h

295 urred since 1998, including the emergence of exotic viruses in northern temperate regions, increases

296 reported process results in the formation of exotic water cluster networks that are either higher in

297 Because most exotics were intentionally introduced, we hypothesize th

298 nts more closely related to these successful exotics were more likely to go locally extinct.

299 y disentangling the drivers of change on the exotic wild boar population's niches, we found strong ev

300 ing a single species that was either native, exotic 'wild-type' (from their native range), or exotic