ライフサイエンスコーパス: nonpolar

1 gly, most lipids in DLs of these cereals are nonpolar.

2 e apical, 51% were basolateral, and 11% were nonpolar.

3 The results of photostability study in nonpolar 1,4-dioxane revealed the remarkable enhancement

4 ics of the polar zinc-terminated (000-1) and nonpolar (10-10) crystal surfaces in ultrapure water to

5 n of both the polar (0001 ) top face and the nonpolar (101 0) side faces of the nanowires is essentia

6 In contrast, edge sites such as the nonpolar (1120) and polar (0112) surfaces are predicted

7 enerate results for nonpolar-polar and polar-nonpolar 2D column configurations for separation of 678

8 lvents spanning E(T)(30) values ranging from nonpolar (40.7 kcal mol(-1)) to polar (47.4 kcal mol(-1)

9 Interestingly, a nonpolar A2V mutation also has been found to offer prote

10 tic contribution determined by the change in nonpolar accessible surface.

11 The achiral nonpolar acentric material is second harmonic generation

12 The chiral nonpolar acentric material shows second-harmonic generat

13 nergy of DHAP in trapping the substrate at a nonpolar active site, where strong electrostatic interac

14 a fatty acid for a good efficacy, and a long nonpolar acyl tail with a Z double bond present at the h

15 MS(n) with online trapping to enrich bulky, nonpolar adducts.

16 Glycosides with nonpolar aglycon showed stronger binding due to enhanced

17 In contrast, the amounts of nonpolar, aliphatic, aromatic, hydroxylated and sulfur-r

18 or the polymerization of propylene and other nonpolar alpha-olefins, stereoselective polymerization o

19 mostly in a hydrophobic environment because nonpolar amino acid residues cover ~75% of the protein s

20 (Ss)RidA-1 was active on IA derived from nonpolar amino acids and poorly active or inactive on IA

21 The charge-neutral polar and nonpolar amino acids are also orienting the water neighb

22 hatic carbons of Q17 partially sequester the nonpolar amino acids of Htt17.

23 mply by varying the periodicity of polar and nonpolar amino acids.

24 tively charged, and charge-neutral polar and nonpolar amino acids.

25 Nonpolar anabolic steroids are doping agents that typica

26 Nonpolar analytes (steroids, alkynes) are ionized by rES

27 11 environmental partitioning properties for nonpolar analytes based on GC x GC chromatogram retentio

28 eraction on the chromatographic retention of nonpolar analytes by GC x GC.

29 nced sampling performance for both polar and nonpolar analytes by up to 4 orders of magnitude.

30 ows simultaneous detection of both polar and nonpolar analytes in microliter quantities of samples un

31 ss-spectrometric determinations of polar and nonpolar analytes in solution.

32 pronounced gas phase basicities worked best, nonpolar and amphoteric compounds were also detected.

33 Nonpolar and large 2-substituents prefer the equatorial

34 , be feasible in bulk setups, especially for nonpolar and mildly polar solvents.

35 oved ion recoveries for organic species with nonpolar and moderately polar functional groups, but low

36 Samples contained the nonpolar and phospholipids (N&PL) obtained from calf lun

37 ion energies play a significant role in both nonpolar and polar binding, which is comparable to water

38 Compared with a widely used nonpolar and polar column set, the silver-based column e

39 rd various compounds, including five neutral nonpolar and polar compounds and seven weak acids and ba

40 des several advantages: high sensitivity for nonpolar and polar compounds with limit of detection dow

41 Influences of modifiers were examined for nonpolar and polar compounds, as optimal conditions are

42 SI-MS method enables a fast separation of 30 nonpolar and polar lipid classes within 6 min analysis c

43 d in a fluid matrix (fatty acids) comprising nonpolar and polar portions serving the universal and ro

44 d protein mutants, having the same number of nonpolar and polar sites but different geometrical arran

45 glucopyranosyl fluoride tetracetate, both in nonpolar and polar solution.

46 ergetic contributions reveals a dominance of nonpolar and van der Waals interactions to drive binding

47 the charge and hydration structure of-polar, nonpolar, and topographically complex concavities on the

48 of different solvent system types, including nonpolar, aromatic, polar, and hydrogen bonding solvents

49 ared, as guided by docking simulations, with nonpolar aryl substituents favored.

50 eveloped method for quantitative analysis of nonpolar as well as medium and high polarity analytes is

51 ied using an estimation of the clustering of nonpolar atoms, identifying potential interaction sites.

52 We conclude that the nonpolar AUX1/LAX influx carriers control which tissues

53 se chemical properties, including aliphatic, nonpolar, basic, acidic, and non-native amino acids.

54 omposition mechanisms in polar delta-HMX and nonpolar beta-HMX discovered a dramatic difference in do

55 Owing to the strong nonpolar bonds involved, selective C-H functionalization

56 , while the hydrocarbon chain resided in its nonpolar cavity.

57 ation of the reaction of anisole with Cl2 in nonpolar CCl4 solution challenges two fundamental tenets

58 ucine enkephalin and its methyl ester in the nonpolar cell membrane environment.

59 THF-rich nanoclusters (R(g) ~ 0.5 nm) on the nonpolar cellulose surfaces and on hydrophobic lignin, a

60 rigin of this interaction was examined using nonpolar CF(4) to probe intermolecular interactions with

61 For example, analyzed nonpolar chemicals can be screened for long-range transp

62 toxicity are not readily available for most nonpolar chemicals detected in the environment.

63 roach to screen the GC x GC chromatogram for nonpolar chemicals of potentially high concern, defined

64 e used to predict 26 relevant properties for nonpolar chemicals, specifically: partition coefficients

65 Although foldamer self-association in nonpolar chloroform increased with length, with a approx

66 The distribution bias was diminished in nonpolar chromosome segregation events observable in dyn

67 Analysis of both hydrogen-bonded and nonpolar clusters reveals the bicontinuous nature of the

68 res, which are strongly coupled at the polar-nonpolar complex oxide interfaces.

69 ltaneous characterization of their polar and nonpolar composition.

70 essfully tested in the analysis of polar and nonpolar compounds in sage leaves and chili pepper.

71 otoionization, capable of ionizing polar and nonpolar compounds, and solvent assisted inlet ionizatio

72 On the other hand, for nonpolar compounds, the rate-limiting step of the uptake

73 calibrant on the C18 coating to quantify all nonpolar compounds.

74 hese are met by passive sampling methods for nonpolar compounds.

75 oped to simultaneously ionize both polar and nonpolar compounds.

76 of LC/IRMS applications has been extended to nonpolar compounds.

77 site, thus highlighting the relevant role of nonpolar contacts for this class of hCA inhibitors.

78 he conserved hydrogen bonds and the distinct nonpolar contacts formed with lipid activators.

79 nding groove of CD1d where it makes intimate nonpolar contacts with the lipid backbone of an incorpor

80 n terms of hydrogen bonds, salt-bridges, and nonpolar contributions.

81 e- and acid-sensitive moieties conjugated to nonpolar coumarin- and BODIPY-based fluorophores.

82 kcal/mol less stable than the global minimum nonpolar cyclic tetramer.

83 to redox-inert sorbents (polar Al(2)O(3) and nonpolar DAX-8 resin) affects their electron-exchange ca

84 Here, we focused on polar (DeltarcrR-P) and nonpolar (DeltarcrR-NP) rcrR mutants, which are hyper- a

85 quid extractions of chloride from water into nonpolar dichloromethane solvents.

86 can stabilize new ferroelectric phases from nonpolar dielectrics or enhance electric polarizations a

87 sed to elucidate how electric fields along a nonpolar direction can enhance its piezoelectric propert

88 obally amphiphilic (GA) helices, each with a nonpolar domain formed by six cyclohexyl side chains arr

89 obic interactions generated by a neighboring nonpolar domain, and that the magnitude of the effect de

90 ence hydrophobic interactions of neighboring nonpolar domains.

91 oelectricity in CaTiO(3), which is otherwise nonpolar down to 0 K.

92 c ones, which demonstrates the importance of nonpolar driving forces on the structural integrity of s

93 r (e.g., amino acids and biogenic amines) to nonpolar (e.g., diacyl- and triacyl-glycerols), and they

94 ic acid; estimated VP 5.1 x 10(-25) kPa) and nonpolar (e.g., vitamin D2; VP 8.5 x 10(-11) kPa) compou

95 fractionation of a broad range of polar and nonpolar EDCs was developed and validated.

96 In a nonpolar environment a rate enhancement of up to 100-fol

97 active sites, calculations in the "ultimate" nonpolar environment of the gas phase prove to be partic

98 ronment and favor hydration in the otherwise nonpolar environment of the membrane core.

99 f northern Chile is the oldest and most arid nonpolar environment on Earth.

100 e disappears, similar to DMABN's behavior in nonpolar environments.

101 e for ScOMPDC-catalyzed decarboxylation at a nonpolar enzyme active site dominate over interactions t

102 The major soluble phenolic compounds in the nonpolar extract are nobiletin and tangeretin, while DGP

103 Compared to nanomaterials exposing nonpolar facets, polar-faceted nanocrystals often exhibi

104 are cytoskeletal proteins that assemble into nonpolar filaments.

105 ard reactions with nonpolar reactants (e.g., nonpolar free radicals) in supercritical carbon dioxide

106 g the framework pore diameter and installing nonpolar functional groups near the iron site.

107 ore of the self-associated dimer and all the nonpolar functionality on the exterior surface.

108 rting localization of the phosphate near the nonpolar graphite surface.

109 d calcitriol analogues, possessing different nonpolar groups at this position.

110 O decisions are often counterintuitive, with nonpolar groups in the drug placed next to polar groups

111 It is interesting to find that the nonpolar groups of protein can firmly bind to TMD layers

112 hat show an increased tendency for hydrating nonpolar groups.

113 g pocket that can accommodate both polar and nonpolar groups.

114 s, and 8 of 10 semipolar aromatic fractions (nonpolar > semipolar).

115 The method is robust for a wide range of nonpolar halogenated micropollutants in all matrices.

116 n of a method to detect and quantify diverse nonpolar halogenated micropollutants in wastewater treat

117 In LaMnO(3) /SrTiO(3) (LMO/STO) polar-nonpolar heterostructures, electronic reconstruction lea

118 ntum yields of the cyclization reaction in a nonpolar hexane is observed only in the case of hydroxy

119 as solvents like their low molecular weight nonpolar hydrocarbon solvents and that they can be subst

120 Replacing the C-6 nonpolar hydrophobic moiety of 67 with a phenyl moiety (

121 to quantify the contributions from polar and nonpolar interactions to the coupled folding and inserti

122 ilize the protein much more efficiently than nonpolar interactions with the micelle core.

123 s) with the properties of aromatic moieties (nonpolar interactions).

124 B code 2WY7), with more persistent polar and nonpolar interactions, as well as conserved interfacial

125 effects on aromatic, aliphatic, and fluorous nonpolar interactions.

126 at the bulky iodo-substituent packs within a nonpolar interchain crevice.

127 with the inner lipid leaflet near the polar-nonpolar interface in our model-an interaction that we e

128 s, both amphipathic and located at the polar-nonpolar interface of the inner lipid monolayer, may rec

129 ely due to altered interactions at the polar-nonpolar interface.

130 y of conductivity and magnetism at the polar-nonpolar interfaces of insulating nonmagnetic oxides suc

131 conductivity and magnetism at general polar-nonpolar interfaces.

132 h is not applicable in metal-insulator polar-nonpolar interfaces.

133 f anions using macrocyclic structures with a nonpolar interior using the CH...anion interaction as th

134 ugh the conjugation of a series of polar and nonpolar labels onto a fully unprotected GLP-1R agonist

135 k effect is effectively suppressed in in the nonpolar LED.

136 e red staining suggested that both polar and nonpolar lipid accumulation was reduced in meristem tiss

137 th diacyl and aryl-acyl), sphingolipids, and nonpolar lipids (diacyl and triacylglycerols), which are

138 (MtbWL) ruled out protein, nucleic acid, and nonpolar lipids as the M. tuberculosis antigens inducing

139 In cells lacking nonpolar lipids, Tgl4p and Tgl5p lose their lipolytic ac

140 s of Tgl3p are regulated by the formation of nonpolar lipids.

141 ue to the absence of interfacial forces as a nonpolar liquid.

142 rent levels of influx carriers with the same nonpolar localisation, requires simultaneous modulation

143 mpounds were mainly served by physisorption, nonpolar (log P > 4) compounds also exhibited binding by

144 otube microarrays with composition-modulated nonpolar m-plane InxGa1-xN/GaN multiple quantum wells (M

145 Recently, we generated a nonpolar markerless acm deletion mutant and did not obse

146 (threonine)--the side-chain dichotomy polar/nonpolar matches the nucleic acid base dichotomy purine/

147 observed emission quantum yields are high in nonpolar media (Phi(F) ca. 0.5-0.6).

148 oquinone form, H2B-QH2 is highly emissive in nonpolar media (quantum yields 55-66%), while once oxidi

149 ting dyes show emission light-up behavior in nonpolar media and are characterized by high fluorescenc

150 to "chameleonic" species that were rigid in nonpolar media but highly flexible in water.

151 d out at different temperatures in polar and nonpolar media for NCs of different sizes and shapes.

152 allows easy phase transfer of the PQDs from nonpolar media to an array of solutions with varying pol

153 sulting nanocrystals could be transferred to nonpolar media using a mixture of carboxylic acids and a

154 ving intermolecularly delocalized charges in nonpolar media, an integral process in organic photovolt

155 hat polar antioxidants are more effective in nonpolar media, extractions of phenolic compounds in veg

156 o show bulk second-order NLO effects in even nonpolar media, overcoming a key challenge in developing

157 lytic reactions are typically carried out in nonpolar media.

158 bound anion, while maintaining solubility in nonpolar media.

159 ination mechanism of anisole chlorination in nonpolar media.

160 tral species to completely separated ions in nonpolar media.

161 ated Pt(II) complex 1 that self-assembles in nonpolar medium into two competing supramolecular polyme

162 e binary pseudorotaxane (H.G1 and H.G2) in a nonpolar medium like dichloromethane.

163 For measurements of nonpolar metabolites in positive ionization mode, the ap

164 Four solvents varying from polar to nonpolar (methanol, acetone, dichloromethane, and n-hexa

165 restricted rats was analyzed using polar and nonpolar methods in two independent datasets (n = 10 per

166 A rather nonpolar model analyte, biphenyl, was found to significa

167 etic reconstructions through its coupling to nonpolar modes, including rotations of BO6 transition-me

168 s, and aromaticity and hydrophobicity of the nonpolar moiety (NPM) of the anions.

169 Generally, solute-solvent interactions, nonpolar moiety of the solutes, and resin matrix can aff

170 ned and synthesized as scaffolds to bind the nonpolar molecule 1,4-diiodobutadiyne.

171 Spontaneous polarization of a nonpolar molecule upon photoexcitation (the sudden polar

172 ariety of otherwise poorly soluble polar and nonpolar molecules.

173 olar motifs, whereas covalent crosslinks are nonpolar motifs.

174 erent electric field in the m-plane nanotube nonpolar MQWs.

175 Using defined nonpolar mutants of the beta-glucoside permease (bglP) a

176 and injection current for SAMs terminated in nonpolar n-alkyl groups, and polar groups selected from

177 KMgCO3F crystallizes in the achiral and nonpolar NCS space group P62m, whereas Cs9Mg6(CO3)8F5 is

178 mutation assay to assess the mutagenicity of nonpolar neutral and semipolar aromatic soil fractions f

179 icant mutagenic activity was detected in all nonpolar neutral fractions, and 8 of 10 semipolar aromat

180 ithin 2-fold of the observed activity of the nonpolar neutral fractions, with one exception.

181 Ile(16) pocket in ProT(QQQ) appears to favor nonpolar, nonaromatic residues at SC positions 1 and 2.

182 propose a mode of binding based on polar and nonpolar noncovalent interactions.

183 ne planar heterostructures, where a polar-on-nonpolar one-dimensional boundary is expected to possess

184 mpletely loaded with 1,2,4-trimethylbenzene (nonpolar) or 2-butoxyethanol (polar).

185 is effective for separating and quantifying nonpolar organic chemicals in complex mixtures.

186 ilable technology for chemical monitoring of nonpolar organic compounds.

187 In contrast to nonpolar organic gases, indoor WSOG loss rate coefficien

188 ope model is valid for the volatilization of nonpolar organic liquids with air-side limitation of the

189 tegy for charging organic liquids, including nonpolar organic liquids: static charge is simply mixed

190 ow conductivities, especially the insulating nonpolar organic liquids; hence, there has not been any

191 kp1 structure and revealed the importance of nonpolar packing interactions of the fifth sugar.

192 o acid reduces the hydrophobicity of a large nonpolar patch when placed at its center, rather than at

193 ectors reflect the distribution of polar and nonpolar patches on the molecular surface and the calcul

194 The column is capable of retaining polar and nonpolar peptides alike without noticeable breakthrough.

195 pecific challenges of computer simulation of nonpolar peptides are discussed briefly.

196 Nonpolar phase synthesized hydrophobic nanocrystals show

197 cal partitioning between polar (aqueous) and nonpolar (phospholipid) environments in multilamellar li

198 ization of four polar dipeptides and of four nonpolar phosphorus-containing compounds respectively di

199 ors has potential applications in monolithic nonpolar photonic and optoelectronic devices on commonly

200 latter is critical to the transformation of nonpolar pluripotent stem cells into the polarized epibl

201 hy with time-of-flight mass spectrometry for nonpolar, polar, and volatile compounds have been establ

202 ng features of chemical bonds ranging across nonpolar, polar, ionic, and charge-shift bonds.

203 odology applied LSER to generate results for nonpolar-polar and polar-nonpolar 2D column configuratio

204 nges in the nature of specific interactions (nonpolar/polar) between interresidue contacts and accomp

205 Septins assemble into filamentous nonpolar polymers, which associate with distinct membran

206 se macromolecules are typically looked at as nonpolar precursors for conjugated systems.

207 s (CD45, b2m, and CD298), by using small and nonpolar probes or by ratiometric barcoding.

208 lt adducts, at the same time as the ratio of nonpolar products to polar products is decreasing.

209 enopus laevis have a shorter cell cycle than nonpolar progenitors, consistent with mammalian systems.

210 e characterized by a shorter cell cycle than nonpolar progenitors, leading to a lower differentiation

211 Here, we address the electrostatic and nonpolar properties of ribosomal proteins that are impor

212 one phosphate (DHAP), which is buried at the nonpolar protein interior.

213 ater to the local distributions of polar and nonpolar protein surface domains to understand functions

214 nd qualitative spectrometric analysis that a nonpolar pyrrole adduct is dominantly formed in non-aque

215 dify their selectivity toward reactions with nonpolar reactants (e.g., nonpolar free radicals) in sup

216 lishes rod shape de novo by elongating PG at nonpolar regions.

217 single amino acid side chain (Ser-228) to a nonpolar residue turned the nitrate-selective SLAH2 into

218 ment, with significant backbone hydration of nonpolar residues neighboring charged residues.

219 TIRAP PBM bound PIs through basic and nonpolar residues with high affinity, favoring a more or

220 and an adjacent region of neutral polar and nonpolar residues.

221 have one or more surface-exposed patches of nonpolar residues; our observations here suggest that PE

222 lution that reflects relaxation from initial nonpolar S3(FC) to long-lived (1.3 ns in n-hexane and 3.

223 icted to be polar compounds but instead were nonpolar secondary metabolites similar to those used by

224 r properties that resemble those of pristine nonpolar semiconductors despite static and dynamic disor

225 abilization of the enolate oxyanion, and the nonpolar side chains of P166, I170, and L230 are utilize

226 rform a comparative study of the dynamics of nonpolar side chains within the mineral-recognition doma

227 ugh mutation of five polar residues to small nonpolar side chains.

228 ion numbers correlated positively with AA of nonpolar side-chain FAA.

229 variety of analytes including both polar and nonpolar small molecules and novel peptides that mimic b

230 ([2.2]pCpTA), forms homochiral assemblies in nonpolar solution and the solid state through double-hel

231 forms a highly stable molecular duplex in a nonpolar solvent (Kdim > 1.9 x 10(7) M(-1) in CDCl3).

232 Fluorescence quantum yield of each dyad in nonpolar solvent (toluene) is comparable with that obser

233 tractions between hydrophilic PEG tails in a nonpolar solvent and dipole-dipole attraction between NC

234 f the replacement of a conventional external nonpolar solvent by biocompatible solvents.

235 spectroscopy, we show that hexane, a common nonpolar solvent for quantum dots, has negligible influe

236 imal yield and selectivity; proper choice of nonpolar solvent provided improved yield through suppres

237 alyst for living radical polymerization in a nonpolar solvent to produce a polymer-iodide and was sub

238 Upon further dilution with the nonpolar solvent, the intense Cotton effects are recover

239 er hydrophobic blocks via coprecipitation in nonpolar solvent.

240 to catalysis in the presence of a (polar or nonpolar) solvent?

241 functional even after prolonged exposure to nonpolar solvents (20 min).

242 imilar to bulk films, however, in relatively nonpolar solvents (varepsilon< approximately 3) they dem

243 have comparable thermodynamic stabilities in nonpolar solvents according to calculations at the DFT B

244 d nonglass microchips, namely, resistance to nonpolar solvents and conservation of sample integrity.

245 d to adopt 12-helical secondary structure in nonpolar solvents and in the solid state.

246 tes "nanowires" of poly(3-hexylthiophene) in nonpolar solvents but does not dope unaggregated chains.

247 demonstrates that measurements conducted in nonpolar solvents can indeed provide insight into nanode

248 states of appreciable lifetimes in polar and nonpolar solvents has been established from studies invo

249 radicals is larger in polar solvents than in nonpolar solvents or the gas phase, which can be viewed

250 , indicate that the reorganization energy of nonpolar solvents plays a minimal role in the energy lan

251 Nonpolar solvents resist the formation of new charges.

252 omote these complex redistribution pathways, nonpolar solvents such as toluene enable increased stabi

253 ore acidic and significantly more soluble in nonpolar solvents than their oxosquaramide counterparts,

254 eight amino acid functionalised molecules in nonpolar solvents through 48 hydrogen bonds.

255 ing its solubility in a variety of polar and nonpolar solvents without changing the anion structure a

256 ignificantly weaker binding in comparison to nonpolar solvents, and the bulk solvent polarity paramet

257 scence quantum yields are as high as 0.93 in nonpolar solvents, and the fluorescence lifetimes (tau(F

258 lectron transfer reactions of 1a(2+) even in nonpolar solvents, anion-pi interactions of 1a(2+) with

259 are capable of behaving as supergelators in nonpolar solvents, forming self-standing gels with very

260 In nonpolar solvents, however, the substrate racemization i

261 ongly depend on the solvent polarity: (1) in nonpolar solvents, it is symmetric and quadrupolar; (2)

262 , the vast majority of demonstrations are in nonpolar solvents, limiting applications.

263 As external nonpolar solvents, n-heptane (n-Hp), isopropyl myristate

264 9) and 9.77 x 10(7) M(-1) s(-1) in polar and nonpolar solvents, respectively.

265 In nonpolar solvents, slow and reversible isomerization cor

266 crossing rate on going from polar aprotic to nonpolar solvents, suggesting that a solvent-dependent e

267 as well as reactions with metal alkoxides in nonpolar solvents, where oxygen attack is blocked by str

268 that HAT may be the predominant mechanism in nonpolar solvents, while HAT and SPLET are competitive p

269 ion; namely, R-I and N3(-) generated R(*) in nonpolar solvents, while the substitution product R-N3 w

270 imulations prove the ion pair association in nonpolar solvents.

271 reas the ortho isomer is oxidized fastest in nonpolar solvents.

272 equally rapid, high-yield singlet fission in nonpolar solvents.

273 indeed have substantial lifetime in gas and nonpolar solvents.

274 sphonium and octylammonium chloride salts in nonpolar solvents.

275 oleoyl-sn-glycero-3-phosphocholine (DOPC) in nonpolar solvents.

276 hey have high fluorescence quantum yields in nonpolar solvents.

277 atively narrow fluorescence emission band in nonpolar solvents.

278 It occurs in all but nonpolar solvents.

279 but were predicted to remain significant in nonpolar solvents.

280 of merocyanine and bis(merocyanine) dyes in nonpolar solvents.

281 and after sorption to polar Al(2)O(3) and a nonpolar sorbent (DAX-8 resin).

282 ter, making DOM accessible to both polar and nonpolar species.

283 come the suboptimal ionization efficiency of nonpolar species.

284 y with regards to difficult to ionize (e.g., nonpolar) species.

285 ally polarise an ultrathin film of otherwise nonpolar SrTiO(3), and simultaneously measure tunnel cur

286 o simultaneously control interactions with a nonpolar substrate and a polar solvent is a particular c

287 drophobic free energy can be proportional to nonpolar surface area when the free energy is unfavorabl

288 with peptides that had increasing amounts of nonpolar surface area.

289 s on the hydrophobicity of a nearby patch of nonpolar surface residues.

290 nsity fluctuations are enhanced near concave nonpolar surfaces compared with those near flat or conve

291 In contrast, water hydrating exposed nonpolar surfaces of bases is responsible for the heat c

292 rated into insulating domains with polar and nonpolar symmetries.

293 ic interactions of the beta-peptide with the nonpolar tip of an atomic force microscope (AFM).

294 moieties, which enables easy switching from nonpolar to polar solvents without resorting to cumberso

295 100-fold toward the radical upon going from nonpolar toluene to more polar DMF.

296 oelectricity, here we demonstrate a polar-to-nonpolar transition in (001) films of layered A3B2O7 hyb

297 Representative nonpolar variants with partial or absent activity (Tyr,

298 and thickness; and misaligned, misshapen, or nonpolar vascular cells.

299 While stereodefined polymers derived from nonpolar vinyl monomers can be efficiently prepared usin

300 The nonpolar x polar column combination remains the most pop