ライフサイエンスコーパス: infinite

1 mol H(2)/mol acetate at a salinity ratio of infinite.

2 ve a non-relativistic speed of sound that is infinite.

3 tches for extended lengths whose variance is infinite.

4 ission and the complex band structure of the infinite 1D material for siloxane, in comparison with si

5 polyynes C(10)H(2) through C(26)H(2), and an infinite acetylenic carbon chain.

6 of driver and passenger mutations under the infinite-allele assumption.

7 SIApopr (Simulating Infinite-Allele populations) is an R package to simulate

8 Infinite-alleles and infinite-sites models are considere

9 Specifically, in the case of the two-locus infinite-alleles model, we considered an asymptotic expa

10 affolds for the enzyme action is practically infinite and comprises synthetic polymers, carbosilane d

11 n the context of evolutionary dynamics (both infinite and finite population models) and learning dyna

12 y recessive and additive alleles in both the infinite and finite simulations.

13 Interfaces between media with infinite anisotropy, defined by infinite permittivity or

14 tive immune responses against an essentially infinite array of antigens.

15 The application to a semi-infinite array of chains described by Luttinger liquid m

16 language lies in its ability to construct an infinite array of ideas out of a finite set of pieces.

17 y stages of photonics, researchers facing an infinite array of possible colour-producing structures a

18 d converges to the value corresponding to an infinite array.

19 n-register beta-sheets, which generate quasi-infinite arrays of aligned side chains.

20 where the spatial domain is considered semi-infinite, assuming Fickian diffusion might not be approp

21 The curvature of the interface is infinite at the point where the drops first make contact

22 hip lead to infeasible experiments involving infinite bandwidth or exponentially growing fields, and

23 On the contrary, under field conditions (infinite bath), the pollutant release controlled by intr

24 tries and on a fibre brush withdrawn from an infinite bath.

25 s equivalent to the influence of surrounding infinite baths maintained to a voltage difference via io

26 w homologous series Rb[Bi2n+11/3Te3n+6] with infinite Bi2Te3-like layers.

27 dered, hyperuniform, mechanically rigid with infinite bulk and shear moduli, and can never crystalliz

28 We show that EpiSCs have an infinite capacity for generating PGCs, under conditions

29 ld suggest that these proteins have a nearly infinite capacity to recognize antigen.

30 linear elastic behavior, small strains, and infinite cell thickness, suggests that the new analysis

31 In the limit of an infinite chain incommensurate with the substrate, Aubry

32 iated face-face interactions that produce an infinite chain of molecules running throughout the cryst

33 Conversely, we show the transport through an infinite chain of pi-stacked benzene rings reflects the

34 epth for few-ion chains agrees well with the infinite-chain prediction.

35 2-naphthol (BINOL) and a cadmium carboxylate infinite-chain secondary building unit.

36 epresents the first example of a crystalline infinite chainmail two-dimensional network.

37 layers of vertex-sharing octahedra, forming infinite chains along c.

38 um and nitrogen, has also been demonstrated: infinite chains can be circumvented by using steric bulk

39 periodic PT resonator chains is compared to infinite chains in order to understand the complex inter

40 boring dimers, resulting in the formation of infinite chains in the crystal.

41 The compound features infinite chains of [P(8)Te(4)(4-)] with covalent P-Te bo

42 In the layered crystal structure, infinite chains of B atoms are connected by Fe atoms int

43 TcBr(4) contains infinite chains of edge-sharing TcBr(6) octahedra with n

44 exhibits a new structure type consisting of infinite chains of face sharing [Tc(2)Cl(8)] rectangular

45 The structure of beta-TcCl2 consists of infinite chains of face sharing [Tc2Cl8] units; within a

46 The structure consists of infinite chains of face-sharing TcBr(6) octahedra with a

47 d elusive, but has been speculated as having infinite chains of iodine.

48 tal structures of 1 and 3a reveal stair-step infinite chains whereby adjacent dimer-of-trimer units a

49 These dimers continue to stack in an infinite column through intermolecular radical-radical i

50 hould thus usefully guide design in the near-infinite compositional space of high-entropy alloys.

51 features a Fermi surface gap that results in infinite conductivity.

52 ODIPY fluorescence with large brightness and infinite contrast.

53 Two organometallic 1D infinite coordination polymers and two organometallic mo

54 Metal-organic frameworks and infinite coordination polymers are examples of rapidly e

55 e report the synthesis of DNA-functionalized infinite-coordination-polymer (ICP) nanoparticles as bio

56 Using infinite-cylinder density matrix renormalization group n

57 Octopus arms have essentially infinite degrees of freedom.

58 and the procedure determines the 99% of the infinite depth conductance (G99) and the depth D99 at wh

59 ow aberrations, high acuity to motion and an infinite depth of field.

60 deled as a linear elastic half-space with an infinite depth, whereas in practice, the thickness of th

61 column performance tends toward that of the infinite diameter column.

62 We report a technique for conducting semi-infinite diffusion spectroelectrochemistry on an aqueous

63 e chemical potential of glycine oligomers at infinite dilution by simulation with the CHARMM36 and Am

64 formed by GroEL+GroES+ATP can also act as an infinite dilution cage, enclosing proteins within a prot

65 Therefore, standard partial molar volumes at infinite dilution have been calculated from density meas

66 bs free energy change for these molecules at infinite dilution in hexadecane (DeltaG(o)HD), as well a

67 d to determine analyte concentrations at the infinite dilution limit, where the presence and effects

68 ever, because the ability to work at or near infinite dilution removes aggregation problems, one of t

69 e range of 0-150 degrees C and loadings from infinite dilution to liquid-like loadings.

70 tropic compressibilities, Ks,2( degrees ) at infinite dilution, transfer parameters (DeltatV2( degree

71 ) and Cl(-) ions, unlike what is expected at infinite dilution.

72 tants of macromolecules in vivo from that at infinite dilution.

73 rovide estimates of the heat of transport at infinite dilution.

74 Standard partial molar volumes at infinite-dilution and corresponding volumes of transfer

75 i), partial molar volumes (V2( degrees )) at infinite-dilution, and viscosity B-coefficients, of eigh

76 We map this control problem of infinite dimension to a problem of polynomial approximat

77 propose here a technique which projects the infinite dimensional initial state space to a finite-dim

78 Although several approaches overcome the infinite dimensional nature of the CME through projectio

79 Due to the infinite dimensional property of the space for the initi

80 del takes the form of a Markov process on an infinite dimensional state space.

81 a analysis (FDA) approaches are designed for infinite-dimensional data and therefore may have potenti

82 he laws of quantum mechanics or involving an infinite-dimensional reservoir.

83 We also introduce power means in the infinite-dimensional setting and show that the Karcher m

84 xtends, in its general weighted form, to the infinite-dimensional setting of positive operators on a

85 e show that both classes are only part of an infinite discrete family of nonequilibrium universality

86 Their enormous abundance and seemingly infinite diversity provide the vital clues to the true f

87 The error associated with applying a semi-infinite domain analytical solution to a finite diffusio

88 n five or more recognition units, apparently infinite donor-acceptor polypseudorotaxanes are formed i

89 s Sr(3)Co(2)O(4)Cl(2), a phase consisting of infinite double sheets of corner-linked Co(II)O(4) squar

90 onventional wetting theory, which assumes an infinite droplet size, has been used to explain measurem

91 of both the graphene monolayers and the semi-infinite electron liquid at whose surface the electrons

92 Here, we give natural, possibly infinite, families of graphs for which the entanglement-

93 ay to manipulate the properties of the Fe-Se infinite fragments by varying the topology and charge of

94 metal cations has led to our isolating other infinite frameworks, with different topologies, from sal

95 To avoid infinite futile cycles, folded LRP6 molecules undergo pa

96 of 2600 m(2)/g, the maximum surface area for infinite graphene sheets, carried mainly by edge sites;

97 -AA) using two graphene models: coronene and infinite graphene.

98 tion living in a homogeneous one-dimensional infinite habitat.

99 One such promising method, the infinite hidden Markov model (iHMM), generalizes the HMM

100 admixed population haplotypes, we employ an infinite hidden Markov model to characterize each ancest

101 resenting crystallographic structures and an infinite hierarchy of intersection languages Lgrangian d

102 may assemble into structured, yet sometimes infinite, higher-order signaling machines for transmissi

103 rametric method called hierarchically linked infinite HMM (hiHMM) to jointly infer chromatin state ma

104 p impact across the field of biophysics: the infinite HMM (iHMM).

105 a mild-moderate T9 contusion injury with the Infinite Horizon impactor.

106 The architecture incorporates an infinite-horizon optimal feedback-control (OFC) model of

107 In this paper we study infinite-horizon specifications of this difference equat

108 Here, we employ a zero-phase (infinite impulse response (IIR)) filter to remove the no

109 monodisperse, they nevertheless appear to be infinite in the crystal.

110 The wires are infinite in the solid state and maintain 1D structures i

111 kelihood ratio [LR] 12.4) and severe RLs (LR infinite) in younger subjects were highly diagnostic of

112 ivation and inactivation rate constant at an infinite inactivator concentration are 0.87 microM and 0

113 ivation and inactivation rate constant at an infinite inactivator concentration are 2.19 microM and 0

114 e whole solution status at infinite time for infinite kinetic constants.

115 SrFe(0.5)Ru(0.5)O(3) with CaH(2) yields the infinite layer phase SrFe(0.5)Ru(0.5)O(2).

116 rVO2H, can be considered to be analogous to "infinite-layer" phases, such as Sr(1-x)Ca(x)CuO2 (the pa

117 The structure consists of infinite layers of edge-shared Ca[NH] 6 octahedra, which

118 At an infinite length, [n]cumulenes would provide one structur

119 o structures with a width of up to 25 nm and infinite length.

120 construction, and delineation of individual, infinite-length "random" sequences have been longstandin

121 Postmitotic podocytes do not have an infinite life span; in fact, physiologic loss in the uri

122 dimension (1D), these solitons would have an infinite lifetime, a consequence of integrability.

123 ion and argue that Re (1) marks the onset of infinite-lifetime turbulence.

124 it can be universally applied as a standard 'infinite-lifetime' power source for continuously driving

125 Using the infinite ligand dilution approach, we confirmed that TSH

126 eak-shaped i-v response associated with semi-infinite linear diffusion, whereas above this critical s

127 Thus, we invent a new class of infinite logic gate for the first time.

128 ) (but not by their size, so this extends to infinite matrices and leads to new matrix groups).

129 for the diffusion limited current in a semi-infinite medium.

130 o slope conductance-and hence an effectively infinite membrane time constant-at subthreshold potentia

131 However, infinite memory appears to be at odds with the Markovian

132 explain atmospheric variability without the infinite memory previously thought necessary and are con

133 urst effect necessarily implies a stationary infinite memory process.

134 efficient classical algorithm known requires infinite memory, while a quantum simulator requires only

135 by a stationary stochastic process which has infinite memory.

136 A new motif for infinite metal atom wires with tunable compositions and

137 ds, which bridge adjacent strands to form an infinite metal-ligand chain along the fibril axis.

138 constructs a Bayesian non-parametric model (Infinite Mixture of Piecewise Linear Sequences) and Comp

139 lity of functionalization leads to virtually infinite MOF designs using generic modular methods.

140 time (time-between steps) distributions have infinite moments, or (iv) have paths bounded in space an

141 They include (i) semiflexible infinite nanotubes formed in the gel state from NDI-Delt

142 The self-assembly, in aqueous alcohol, of infinite networks of extended structures, which have bee

143 Delta and (E)-1,2-dichloroethene, (ii) rigid infinite nonhelical nanotubes produced in the solid stat

144 antibodies required to challenge the nearly infinite number of antigens that immune systems encounte

145 ional, allows the precise registration of an infinite number of cell type-specific markers, is search

146 s violated for integrable systems due to the infinite number of conserved quantities.

147 is hybrid behavior leads to a mathematically infinite number of crossover points in the pressure-volu

148 ask for the octopus because of the virtually infinite number of degrees of freedom (DOFs) [1, 2].

149 A priori, it is possible that an infinite number of embeddings are consistent with the me

150 cillator represents the most linear, with an infinite number of evenly spaced quantum levels.

151 od as arising from their interaction with an infinite number of fluctuating electromagnetic quantum v

152 n an unrealistic fragmentation model with an infinite number of fragments that have average size of z

153 n inventory based on allocation is one of an infinite number of inventories that are highly dependent

154 model for partial selfing (IMS) involves an infinite number of loci in a large but finite population

155 n the recipient population, influenced by an infinite number of loci, each with small effect.

156 Equally, we could respond with an almost infinite number of movements, but we don't: the motions

157 e to solve but in the mean field limit of an infinite number of neurons, it reduces to a single well-

158 ation (CAS), which describes a state with an infinite number of patterns emerging in complex networks

159 a unique family comprised of a noncountably infinite number of periodic tilings of whose smallest re

160 cell line is unfeasible due to the virtually infinite number of possibilities.

161 Despite the nearly infinite number of possible chemical combinations, mixtu

162 tructural alignment is difficult, due to the infinite number of possible superpositions of two struct

163 n visual system is capable of recognizing an infinite number of scenes containing an abundance of ric

164 -body interaction in a three-body system, an infinite number of three-body bound states of a huge spa

165 We could care about an almost infinite number of visual stimulus patterns, but we don'

166 nt (STP) analyses do not because, in theory, infinite numbers of growth curves can result in the same

167 cks of tetrathiafulvalene and benzoate-lined infinite one-dimensional channels.

168 The sulfur atoms participate in infinite one-dimensional Mn-S chains, and Mn2(DSBDC) sho

169 eveals that sodium selenocadmate consists of infinite one-dimensional wires of (Cd2Se3)n(2n-) charge

170 single piece of a super-supertetrahedron of infinite order has been synthesized through the self-ass

171 virtually channel-length independent with an infinite output resistance.

172 Two infinite Pd chain compounds, [Pd4(CO)4(OAc)4Pd(acac)2] 1

173 2] 1 and [Pd4(CO)4(TFA)4Pd(acac)2] 2, and an infinite Pd-Pt heterometallic chain compound, [Pd4(CO)4(

174 th elastic wave velocity calculations for an infinite periodic lattice, as determined by Bloch wave a

175 effectively modeled as if the system were an infinite periodic system.

176 n media with infinite anisotropy, defined by infinite permittivity or permeability in one direction,

177 eties resulting from fragmentation of a ZnO2 infinite plane placed under tension.

178 tle compound and starch-iodine point to such infinite polyiodide chains in the latter as well.

179 The crystal structure contains infinite polyiodide Iinfinity (delta-) .

180 In the infinite polymer array of AMT-Ag, silver (I) centers are

181 randomly mating population initiated from an infinite population in equilibrium at a locus under sele

182 tween non-interacting pathogen strains in an infinite population lead to the conclusion that selectio

183 oretical models of lethal mutagenesis assume infinite population size (N).

184 In the limit of infinite population size, the averaged stochastic dynami

185 been deterministic, effectively assuming an infinite population, although recently some important st

186 lts in the context of previous studies in an infinite-population framework.

187 Imitation in infinite populations is adequately described by conventi

188 ete are compared within and among finite and infinite populations to identify the effect of asexual r

189 lly most evolutionary models have considered infinite populations with no structure.

190 Under stabilizing selection in infinite populations with normally distributed mutant ef

191 mulation models, considering both finite and infinite populations.

192 y-dependent selection and complete mixing in infinite populations.

193 3D-printing enables almost infinite possibilities for rapid prototyping.

194 'Studying the infinite possibilities of a loss of memory, he realized

195 Despite the apparently infinite possibilities that this mathematical tool intro

196 There are nearly infinite possible setups for the system, which means it

197 f these machines do not dissociate from DNA (infinite processivity), a disordered, exponential steady

198 ons in cellular genes are required to attain infinite proliferation.

199 The PDMS CH3 groups are of "infinite" radiocarbon age due to the fossil carbon origi

200 ble postselection genotype frequencies in an infinite, randomly mating population is found.

201 brium physics in open many-body systems with infinite range interactions.

202 anistic basis for efficient combating of the infinite range of foreign Ags by the limited repertoire

203 These power laws correspond physically to infinite-range (a = 0), Coulomb-like (a = 1), monopole-d

204 ield is confined to one dimension it enables infinite-range atom-atom interactions.

205 Here we present the first report of infinite-range interactions between macroscopically sepa

206 In LHZ an infinite-range spin-glass is mapped onto the low energy

207 e previous solutions of NPP model, using the infinite reaction rates and constant ligand concentratio

208 singularity - that is, the requirement of an infinite refractive index - can be realised for waves co

209 Mass transport at infinite regular arrays of microband electrodes was inve

210 able solid electrolyte interphase and almost infinite relative dimension change during cycling.

211 Nevertheless, excessive dendrite growth, infinite relative dimension change, severe side reaction

212 theless, dendrite growth, side reactions and infinite relative volume change have prevented it from p

213 nt with the exponential growth phase with an infinite replicative capacity.

214 xtracellular fluid (BECF) that represents an infinite reservoir for all solutes.

215 o the fully localized state characterized by infinite resistance and exponentially long relaxation.

216 a transition to a superinsulating state with infinite resistance.

217 form, common to all cities, in the limit of infinite resolution of occupational taxonomies.

218 f electro-osmotic flow can allow for zero or infinite retention of analyte species, which we investig

219 Remarkably, extrapolation to infinite Reynolds number of both of these transitions le

220 lead to no transition in pipe flow, even at infinite Reynolds number, is ascribed to the use of stic

221 Effect of finite and infinite sample volume conditions, as well as various sa

222 roduce broad classes of "certifiably random" infinite sequences, despite considerable interest in thi

223 ified Bessel functions, which are defined as infinite series, with time-varying arguments.

224 lution by exploiting eigen-decomposition and infinite-series sums.

225 ations, flow rates and UV light patterns, an infinite set of 3D-shaped particles is available, and a

226 et of highly probable genealogies out of the infinite set of possible genealogies that describe the s

227 ence of selective pressures acting on a near-infinite set of possible ribosomes is presented, leading

228 s of natural selection has lent us an almost infinite set of tests in nature.

229 D SDF representation can be used to generate infinite sets of real space structures in 2D with equall

230 We measure the infinite shear viscosity of buffered BSA solutions in a

231 showed that for such transitions on a flat, infinite sheet, the patterns are uniform striped or hexa

232 bipyramids to share equatorial edges to form infinite sheets that occur in extended structures.

233 2) ternary alkali-metal chalcoarsenates have infinite single chains of (1/infinity)[AsQ(2)(-)] derive

234 maceutical from the injection chamber to the infinite sink compartment simulates the drug migration f

235 died, with zero-order release kinetics under infinite sink conditions for over 4 weeks.

236 extraction medium is insufficient to provide infinite sink conditions for the target compounds.

237 est by orders of magnitude, (2) ensured near infinite sink conditions, and (3) allowed for simple bac

238 ity of the fluids is insufficient to provide infinite sink conditions.

239 Laboratory-based infinite sink extractions with silicone rubber (SR) as t

240 xtracting the chemicals from the cells using infinite sink extractions with Tenax beads or Empore dis

241 er that mimics the SC injection site and the infinite sink of the body.

242 lower bound are under the assumption of the infinite site model and do not allow for recurrent mutat

243 imation of the lower bound of Rmin under the infinite site model.

244 estimating the lower bound of Rmin under the infinite site model.

245 r results refute the general validity of the infinite sites assumption and indicate that more complex

246 Central to current approaches is the infinite sites assumption that every genomic position ca

247 a rigorous statistical framework to test the infinite sites assumption with single-cell sequencing da

248 s characteristic of microbes and viruses the infinite-sites approximation of the PRF model induces sy

249 The PRF model relies on an infinite-sites approximation that is reasonable for most

250 troduced methods perform this task under the infinite-sites assumption, violations of which, due to c

251 he general coalescent tree framework and the infinite-sites model for mutations in DNA sequences.

252 For such an infinite-sites model, we present a polynomial-time algor

253 Infinite-alleles and infinite-sites models are considered.

254 the pan-genome of the bacterial domain is of infinite size (the Bacteria as a whole have an open pan-

255 carbo-mers of aromatic carbon-allotropes of infinite size such as graphene (graphynes and graphdiyne

256 he geometrical dependence on cluster size to infinite size to obtain the bulk hydration enthalpy of t

257 ependence of the cluster reduction energy to infinite size.

258 haelis-Menten, Hill, Adair) scenarios in the infinite-size approximation.

259 ries that do not yet exist, providing a near-infinite source of diverse novel compounds.

260 behavior of amplification in both finite and infinite spin environments, from quadratic growth of the

261 ligomer that differs substantially from the "infinite spiral" helical arrangement of the only previou

262 The method further utilizes a infinite-state Bayesian Markov model to perform de novo

263 BCP makes use of recent advances in infinite-state HMMs by obtaining explicit formulas for p

264 Here we explore an open-ended, infinite strategy space, where every strategy that can b

265 tart with the classical approach assuming an infinite supply of substrate at the fiber boundary, and

266 Moreover, any distribution with countable infinite support can be approximated with arbitrarily sm

267 for atoms in nanoparticles, as well as semi-infinite surfaces, and give a simple correlation (a "des

268 he rate of the swaps and reach the so-called infinite-swap limit that is known to optimize sampling e

269 tal desorption energy of 75.5 kJ/mol for the infinite system with remarkable accuracy (76.5 +/- 1.5 k

270 for finite times on very large, effectively infinite, systems) is compared with the equilibrium prob

271 s the OER acidic pH regime exhibited a quasi-infinite Tafel slope and zeroth-order dependence on prot

272 of magnitude from its extrapolated value at infinite temperature (etao) to that at the glass transit

273 s of A-H and A-D and for the limiting PIE at infinite temperature, respectively.

274 monotonic or (ii) oscillatory approach to an infinite-temperature steady state; (iii) monotonic or (i

275 hich are arranged one over the other to form infinite ...Ti-O...Ti-O straight chains with alternating

276 corresponds to the whole solution status at infinite time for infinite kinetic constants.

277 n the charge combination of the two ions, to infinite time.

278 t requiring uncontrollable extrapolations to infinite times or system sizes.

279 We prove that for infinite (translationally invariant) systems the Chern n

280 esults provide strong evidence that, for the infinite two-dimensional system, the ground state of thi

281 ugh H-bonds with two O(hydroxyl), forming an infinite two-step network; (2) significant twist in the

282 king architecture to extend the system to an infinite, two-component repeating lattice system and sho

283 cause these technologies already exhibit an "infinite use of finite means," which we take to constitu

284 an asymmetric Levy PDF, L, characterized by infinite variance, models several multiple credit ratios

285 PDF with power-law tails X(i)(-1-alpha) with infinite variance.

286 ter rho lies within the range that indicates infinite variance.

287 Within a given type of symmetry an infinite variation of concentration distribution may exi

288 have the tools to create materials of almost infinite variety and architecture.

289 ting materials have the potential to form an infinite variety of distinct structures; information in

290 s the flexibility that has allowed an almost infinite variety of floral forms to emerge.

291 ehavioral contexts may involve a potentially infinite variety of goods.

292 meness, which theoretically could produce an infinite variety of individuals.

293 It is now possible to synthesize almost an infinite variety of macromolecules using nonspecialized

294 reaction chemistry, allowing for a seemingly infinite variety of possible synthetically accessible po

295 i.e., from a low, water-like viscosity to an infinite viscosity and yield stress.

296 mely attractive to battery technologies, but infinite volume change during the Li stripping/plating p

297 niform structure has complete suppression of infinite-wavelength density fluctuations, or, equivalent

298 Classical hydrodynamic models predict that infinite work is required to move a three-phase contact

299 s have a finite zeta, but conductors have an infinite zeta.

300 meworks (MOFs), ZrPP-n (n = 1, 2), featuring infinite Zr(IV) -oxo chains linked via polyphenolate gro