ライフサイエンスコーパス: thermal stability

1 the mutant HAs also displayed reduced pH and thermal stability.

2 me activity caused by a marginal loss of its thermal stability.

3 bottom-up approach with high efficiency and thermal stability.

4 ralized variants of Sso7d that maintain high thermal stability.

5 s extreme sweetness to high, pH-independent, thermal stability.

6 resulting in an increase of 18 degrees C in thermal stability.

7 access high volume fractions, and to improve thermal stability.

8 o 60% but did not alter collagen folding and thermal stability.

9 h materials have had poor photostability and thermal stability.

10 a proximal Lys residue, leading to increased thermal stability.

11 resistance, while maintaining mechanical and thermal stability.

12 oketal does not affect the G-quadruplex (G4) thermal stability.

13 FHbp variants in one of the groups have low thermal stability.

14 ylsophoroside-5-glucoside exhibited the best thermal stability.

15 everal diazides were studied regarding their thermal stability.

16 onductivity, flexibility, ion flux rates and thermal stability.

17 ds higher temperatures, indicating increased thermal stability.

18 iary structure, conformational dynamics, and thermal stability.

19 in soymilk processing and to evaluate their thermal stability.

20 as the excellent chemical compatibility and thermal stability.

21 than 40% were folded and monomeric with high thermal stability.

22 ld has a strong stabilizing effect on duplex thermal stability.

23 stitial lattice sites with good chemical and thermal stability.

24 backbones, thereby enhancing the density and thermal stability.

25 smaller nanosize, ultrahardness and superior thermal stability.

26 ted an increased carvacrol concentration and thermal stability.

27 template, but is independent of its in vitro thermal stability.

28 plexes and induced only small changes in the thermal stability.

29 nzyme and allowed further enhancement of the thermal stability.

30 lm magnets with high energy density and high thermal stability.

31 stigated for their mechanical properties and thermal stability.

32 o 90 degrees C, possibly due to their higher thermal stability.

33 alue of the exchange bias field and its good thermal stability.

34 otein-protein binding affinities and protein thermal stability.

35 8 degrees C, indicating unexceptional global thermal stability.

36 micropore volume with limited impact on its thermal stability.

37 o study the enzyme-substrate interaction and thermal stability.

38 ontributes to the high strength and superior thermal stability.

39 s with new structures, compositions and high thermal stabilities.

40 Palm stearin had high thermal stability (7.23h).

41 2.9Ga/Co2MnSi]n superlattices, which attains thermal stability above 400 K and a coercive field up to

42 atives in particular, showed improved duplex thermal stability against DNA and RNA complements and in

43 Modifying G11 results in increased thermal stability, albeit with a K d 4-fold larger than

44 thin films, having high chemical as well as thermal stability, also hold the merit to tune the thick

45 Importantly, the materials show good thermal stabilities and excellent resistance to hydrolys

46 composite films with unprecedented water and thermal stabilities and superior color purity.

47 The PSEs possess good thermal stability and a low glass-transition temperature

48 ngly, the deletion mutant possessed a higher thermal stability and a somewhat lower structural flexib

49 n detergent and food industry because of its thermal stability and alkaline nature.

50 beta-CD to increase blackberry anthocyanins thermal stability and also to decrease the rate of degra

51 ausing exposure of hydrophobic groups, lower thermal stability and also, shorter thermal treatments n

52 Solubility at different pH, thermal stability and antioxidative capacity of glycated

53 ubstitution are the dominant determinants of thermal stability and are likely molecular origins of re

54 lly significant positive correlation between thermal stability and catalytic activity indicating the

55 Thermal stability and crystallization of three multicomp

56 ovisual, provided information concerning the thermal stability and decomposition profiles of the comp

57 hat the 5-formyl group could increase duplex thermal stability and enhance base pairing specificity.

58 SAR is desirable for improved zeolite (hydro)thermal stability and enhanced catalytic performance, wh

59 on parameters, swelling factor, AM leaching, thermal stability and enzyme hydrolysis.

60 up exciting new possibilities to enhance the thermal stability and expands the processing parameters

61 The mutant Abs have normal thermal stability and Fcgamma receptor interactions.

62 Data on physicochemical characterization, thermal stability and food safety of SCG were acquired.

63 vimetric analysis showed that PCO-C had high thermal stability and high UV absorption between 250 and

64 life and this is commensurate with increased thermal stability and inhibition of aggregation.

65 nced carbon-based materials with exceptional thermal stability and mechanical properties.

66 unnatural-base DNA aptamers to augment their thermal stability and nuclease resistance, for use as dr

67 rque strength Pt/Co/Ta stack, to improve its thermal stability and perpendicular magnetic anisotropy

68 PTT:galactose conjugates exhibited similar thermal stability and pH-structural behaviour to native

69 These features together with excellent thermal stability and photostability of both isomers mak

70 ximized by means of a trade-off between leaf thermal stability and photosynthetic stability.

71 raints provided by aza-glycine increases the thermal stability and rate of folding in collagen peptid

72 However, all mutants displayed lower thermal stability and reduced ion transport activity com

73 ble dynamic properties coupled with the high thermal stability and reprocessability of silyl ether-ba

74 High storage and thermal stability and reusability for starch hydrolysis

75 s in the first generation THPIs by enhancing thermal stability and selectivity.

76 The resulting sensor had better thermal stability and sensing performance when compared

77 The thermal stability and sensitivity toward impact and fric

78 main, coincident with the larger decrease in thermal stability and significant increase in aggregatio

79 yrroles are endowed with a high chemical and thermal stability and solubility in organic solvents.

80 Based on thermal stability and solubility measurements, it is fou

81 The thermal stability and strength of interactions in protei

82 ower consumption, high cycle endurance, high thermal stability and suitable retention time, compared

83 hindrance and hydrogen-bond interactions in thermal stability and the ability to control them by des

84 monomolecular quadruplex with unusually high thermal stability and unique optical properties.

85 oO/3DOM Co3O4 nanocatalysts exhibited better thermal stability and water tolerance ability compared t

86 Furthermore, 1 has high photo- and thermal-stability and is tolerant to humidity.

87 and gap polymer exhibits excellent photo and thermal stability, and despite a large pi-pi stacking di

88 form "stable glasses" with high density and thermal stability, and have properties similar to stable

89 rid material with enhanced flame retardancy, thermal stability, and mechanical properties.

90 ized in terms of film thickness, morphology, thermal stability, and pH resistance.

91 hem with regard to their enzymatic activity, thermal stability, and propensity to aggregation.

92 We report the synthesis, thermal stability, and RNase H substrate activity of 2'-

93 similar to wild-type IL-23 (monomeric state, thermal stability, and secondary structural features).

94 and energetic properties including density, thermal stability, and sensitivity were investigated.

95 and energetic properties, including density, thermal stability, and sensitivity, were investigated, a

96 , LiFePO4, and LiMn2O4 electrodes) with high thermal stability, and their demonstrative use in EES de

97 cture-antioxidant activity relationship, its thermal stability ( approximately 51% loss), and its rea

98 inorganic modules and significantly enhanced thermal stability as a result of connecting individual b

99 The nanogels also exhibited high thermal stability as analyzed by thermogravimetry (TG) a

100 This mutant showed unchanged thermal stability as compared with the wild type protein

101 The alpha-epimer generally conceded similar thermal stability as unmodified nucleotides, whereas the

102 ding to a significant decrease in CH2 domain thermal stability as well as a slight increase in aggreg

103 es of these solids such as their chemical or thermal stability as well as their catalytic, redox- and

104 ition, we developed a light-scattering-based thermal stability assay to identify molecules for crysta

105 Using a thermal stability assay, we identified a class of molecu

106 onfirmed pHLA-I formation by HLA folding and thermal stability assays.

107 and CD spectroscopy, we found that P450 21A2 thermal stability assessed in bacterial cells and with p

108 s, demonstrated in a few cases, advocate the thermal stability (associated with spectroscopic viabili

109 tion, the PNFs show promising mechanical and thermal stabilities at temperatures of up to 200 degrees

110 UV chips, 73.2% quantum efficiency and 90.9% thermal stability at 150 degrees C.

111 hat PEGylation significantly improved ConA's thermal stability at 37 degrees C, remaining stable for

112 errite and 50-80 nm cementite exhibited high thermal stability at 500 degrees C with low temperature

113 d in the cylindrical nanochannels show great thermal stability at 600 degrees C.

114 tant solutions significantly improves system thermal stability at the working temperature (~-80 degre

115 All of the compounds displayed exceptional thermal stability attributable to the rigid carbazole bu

116 binding event plays in toxicity, changes to thermal stability, base stacking, and conformation upon

117 e extraordinary strength but suffer from low thermal stability, both a consequence of a high fraction

118 ieving agent as well as an increased lattice thermal stability by 12-14 degrees C due to the inclusio

119 ral principle is demonstrated by a change in thermal stability by more than 30 degrees C as a result

120 ow catalytic activity, electrochemical-, and thermal stability can be concurrently enhanced through t

121 unusual in natural products and critical for thermal stability, cell permeability and bioactivity.

122 nopurine as nucleobase showed no significant thermal stability changes over those containing adenine.

123 We examine in detail the thermal stability characteristics of equidimensional cub

124 , GO-SBu, which shows significantly enhanced thermal stability compared to both GO and GO-SH.

125 *-g* ( ) were modified and used to determine thermal stabilities, concluding that: (i) modifying the

126 Thermal stability, crystal structure from X-ray and neut

127 diazole precursors exhibit good to excellent thermal stability, density, and, in some cases, energeti

128 aterials exhibit high ionic conductivity and thermal stability due to the nature of the cationic moie

129 ition and functional properties (solubility, thermal stability, emulsifying properties and electrosta

130 ymer which facilitates TEM analysis, and its thermal stability enables quantification of the loading

131 gies approach fundamental limits on size and thermal stability, enhancing functionality through embra

132 amino-1,2,4-triazolates), which exhibit good thermal stabilities, excellent detonation properties, an

133 thalpy provide a better understanding of the thermal stabilities for nitramine-furazans.

134 ed an approximately 10 degrees C decrease in thermal stability for AAV2-R432A compared to wt-AAV2.

135 These molecules display good thermal stability, good oxygen balance, and high densiti

136 des (i.e., 4n-1) to have pHT values >7.2 and thermal stabilities >37 degrees C at pH 7.0.

137 Thermal stability has been enhanced by 10% at 473 K when

138 the hardest material for cutting tools, poor thermal stability has limited its applications, especial

139 here the activated shape is required to have thermal stability have been precluded.

140 lified by ZSM-5, with excellent chemical and thermal stability, have generated a revolution in indust

141 In combination with its chemical and thermal stability, high capture efficiency and low cost,

142 The ladder polymers exhibited excellent thermal stability, high carbonization yield, and large i

143 The compounds exhibit good thermal stability, high density, positive HOF, acceptabl

144 lly expressed VLPs as monitored by increased thermal stability, higher resistance to trypsin cleavage

145 Their poor thermal stability, however, presents a major barrier to

146 exhibits elevated pre-fusion antigen levels, thermal stability, immunogenicity, and efficacy despite

147 tions that exhibited significantly increased thermal stability in a range of detergents.

148 t mild acidic pH and preserves a significant thermal stability in a wide range of pH conditions, alth

149 We demonstrate that DYRK1A's thermal stability in cells is increased upon compound tr

150 round 450 degrees C in air and thus has poor thermal stability in the ambient environment.

151 plications due to their significantly larger thermal stability in ultrascaled dimensions.

152 es high-affinity actin binding and decreased thermal stability in vitro.

153 Enhanced thermal stability is desirable to enable the use of high

154 e cellulose substrate with high chemical and thermal stability is developed.

155 y with excellent fatigue resistance and high thermal stability, it is shown that quantitative photore

156 Annealing in ultrahigh vacuum revealed a thermal stability limit of approximately 400 degrees C o

157 attery, separator, multicoreshell structure, thermal stability, long-term stability.

158 rconnection/contact material due to its high thermal stability, low bulk resistivity and diffusion ba

159 rmiculite nanochannels exhibit extraordinary thermal stability, maintaining their proton conduction f

160 ell as high quantum efficiency with improved thermal stability, make this phosphor family a promising

161 uctivity with low activation energy and high thermal stability, making it a functional, ultrahard sub

162 formation is not explained by differences in thermal stability measured by differential scanning calo

163 ings by semi-quantitative approaches such as thermal stability measurements.

164 The acid and thermal stabilities of 2-phenethyl esters were excellent

165 eport the isolation, crystal structures, and thermal stabilities of a series of xenon and krypton cla

166 nd circular dichroism were used to determine thermal stabilities of all strands, which hybridized int

167 The first assay compares the thermal stabilities of matched and mismatched base pairs

168 hologies, compositions, volume fractions and thermal stabilities of the nano and microstructures.

169 For every lipid combination tested, the thermal stabilities of the ordered domains were similar,

170 hole mobility of 0.15 cm(2)/V.s and a device thermal stability of >300 degrees C.

171 were identified as the major contributors to thermal stability of 3-deoxyanthocyanidins.

172 e is used to study the growth mechanisms and thermal stability of 6,13-bis(trisopropylsilylethynyl)-p

173 Finally, the potential relationship between thermal stability of AAV2-based capsids and Ivt-mediated

174 dase inhibition activity, cell viability and thermal stability of Aglaonema extracts were also evalua

175 The TGA analysis showed that the thermal stability of Alg and Cur at algae/curcumin compl

176 The thermal stability of all synthesized compounds was studi

177 num salts on the phase purity, morphologies, thermal stability of anatase and photocatalytic properti

178 Thermal stability of beetroot betalains in cow milk was

179 f CA with betaLg significantly increased the thermal stability of betaLg.

180 oreover, due to the outstanding chemical and thermal stability of BN, the ionic conduits remain fully

181 leaf extracts (AHE and OHE, respectively) on thermal stability of canola oil (CO) and high oleic sunf

182 The kinetic parameters evidence a higher thermal stability of carotenoids and polyphenols, sugges

183 However, the thermal stability of Cel7A limits its use to processes w

184 Here, we enhanced the thermal stability of Cel7A through directed evolution.

185 ential scanning calorimetry revealed reduced thermal stability of collagen in patient-derived dermal

186 Thermal stability of composite cathodes for solid oxide

187 Thermal stability of crude and pure 3-deoxyanthocyanidin

188 ness and strength of diamond with the higher thermal stability of cubic boron nitride (cBN) have broa

189 In this work, the thermal stability of cyanidin-3-O-glucoside (cy3glc) (ma

190 Simultaneous improvement of the hardness and thermal stability of diamond has long been desirable.

191 d temperatures has been used to evaluate the thermal stability of electrode materials.

192 mpounds within dispersed emulsions droplets, thermal stability of encapsulated OLE was lower.

193 The thermal stability of fullerene nanostructures, such as t

194 nd bound phenolics were showed a decrease in thermal stability of glycinin.

195 The impact of pH on thermal stability of HSA was tested at pHs 3, 5, and 8.

196 pre-fusion antigen maintenance by ELISA and thermal stability of infectivity in live RSV.

197 In evaluation of thermal stability of isoflavones in soymilk at 97 degree

198 onation in the structural reorganization and thermal stability of isolated grana membranes.

199 Moreover, 2 presents large thermal stability of its cis isomer, in contrast to othe

200 Finally, the structure and thermal stability of IVIG were studied, and a comprehens

201 The thermal stability of joints in thermoelectric (TE) modul

202 The temperature was increased above the thermal stability of lawsonite, while the sample was def

203 D/linalool-IC-NFs, due to enhancement in the thermal stability of linalool by cyclodextrin inclusion

204 hat is distinct from the macroclimate); (ii) thermal stability of microclimates (e.g. variation in da

205 ation has two major impacts on CFTR: reduced thermal stability of NBD1 and disruption of its interfac

206 ration step was also examined due to the low thermal stability of nitrosamines.

207 ications generally resulted in a decrease in thermal stability of oligonucleotide (ON) duplexes in a

208 Furthermore, the excellent shelf-life and thermal stability of peptide-based LSPR sensors, which p

209 Angle dependence and thermal stability of photoluminescence emission arising

210 The thermal stability of polypropylene (PP) was significantl

211 Silica particles enhanced the thermal stability of PVDF/SiO2 membranes; increasing the

212 ribute heat tolerance in the wild species to thermal stability of RCA, enabling Rubisco to remain act

213 ial Scanning Calorimeter (DSC) showed better thermal stability of resistant starch microcapsules.

214 However, in vitro biochemical studies on the thermal stability of Rho showed that Rho decays with a h

215 o scrutinize the thickness dependence of the thermal stability of semicrystalline, liquid-crystalline

216 ction with the b6f complex through increased thermal stability of Stt7 secondary structure.

217 The single and double mutants decreased thermal stability of the amino- (N-) terminal domain com

218 Thermal stability of the benzophenones, 3-beta-d-glucopy

219 The high thermal stability of the beta-phase enables the FTNG to

220 With a melting point of 87 degrees C, thermal stability of the complex was substantially incre

221 This work was possible thanks to the great thermal stability of the copoly (DMA-NAS-MAPS) coating w

222 vealed an unexpected correlation between the thermal stability of the dark state and that of the acti

223 nd H(+) transport, charge translocation, and thermal stability of the different variants.

224 Higher salt not only maintains thermal stability of the Dumbbell structure in Open-J bu

225 For instance, Closed-J sacrifices thermal stability of the Dumbbell structure to maintain

226 The high thermal stability of the embedded metal particles allows

227 In addition, thermal stability of the enzyme increased in the presenc

228 Enhancement in thermal stability of the enzyme was observed on conjugat

229 ed that the addition of OEO had no impact on thermal stability of the films.

230 also observed that irradiation enhances the thermal stability of the gelatin film, by increasing the

231 phase microstructure (resulting from reduced thermal stability of the high-temperature phase); and tr

232 we investigated the formation condition and thermal stability of the monatomic metallic glasses as o

233 The thermal stability of the monolayers and their resistance

234 L-arginine increased thermal stability of the NAGS-K from Maricaulis maris (M

235 The thermal stability of the nanoemulsions could be improved

236 le, it is important not only to engineer the thermal stability of the photoswitch but also to adjust

237 Some mutations affected the thermal stability of the protein remarkably.

238 The starch source, concentration and thermal stability of the SNP influenced the viscosity an

239 spectroscopy data provide information about thermal stability of the species, and confirm the chemic

240 grees C, which indicated that there was good thermal stability of the starch.

241 under extreme temperatures are expected, the thermal stability of the storage material is particularl

242 Both dynamical and thermal stability of the TiS3 monolayer is examined by p

243 We postulate that the thermal stability of the trapped OC is due to carboxylat

244 However, the thermal stability of the Ubl mutant PLP2 was significant

245 Clustered G/AP and A/APs reduced the thermal stability of the wild-type htel-25.

246 nes, but more effective switching and higher thermal stability of the Z-isomer.

247 ing substituents on the N-aryl moieties, the thermal stability of the Z-isomers could be enhanced whi

248 nanocomposites retain the high porosity and thermal stability of the ZIF-8 matrix, while also exhibi

249 In order to gain better understanding on the thermal stability of these compounds, a model system for

250 uired for fragmentation, suggest substantial thermal stability of these Mg-metalorganics (CHOMg compo

251 The porous structure and thermal stability of these nanocomposites are characteri

252 We demonstrate that increasing the thermal stability of these rhodopsins via a novel disulf

253 5mCpG and 5hmCpG increased and decreased the thermal stability of these structures.

254 The results in comparing thermal stability of UV cone pigment and rhodopsin provi

255 influence of internal genome pressure on the thermal stability of viral particles.

256 ges by HHP (450 MPa for 3 and 5 min) improve thermal stability of wine proteins and thus delay haze f

257 With its intrinsic thermal stability, our CNT adhesive sustains many temper

258 ed aromatic rings have been synthesised with thermal stabilities over 500 degrees C in air.

259 r dynamics simulations, can provide accurate thermal stability predictions for a wide range of biolog

260 Sites with increased thermal stability properties were combined, and a Cel7A

261 ted to be a promising carbon source for high thermal stability red pigment production (activation ene

262 cytosine tract lengths resulted in increased thermal stability; sequences with at least five cytosine

263 stimation, SDS-PAGE, GPC, color, FT-IR, DSC, thermal stability, solubility, emulsifying, foaming and

264 Biochemical and thermal stability studies on the tetrapeptide library wi

265 Also, the thermal stability (Tdec =205 degrees C) and sensitivitie

266 il by peroxide value, TBA value and rancimat thermal stability test and was compared with blank (non-

267 a lower decomposition temperature and higher thermal stability than native starch films.

268 dried vanillin + WPI sample exhibited better thermal stability than spray dried and freeze-dried micr

269 The immobilized enzyme presented higher thermal stability than the free enzyme from 40 degrees C

270 h factors Xa and IXa, heparin affinities and thermal stabilities that were dramatically altered from

271 on to exhibiting an increase in strength and thermal stability, the double network hydrogel possesses

272 Known for its excellent chemical and thermal stability, the unique SF5 functionality is also

273 results provided information concerning the thermal stability, thermal decomposition, identification

274 The thermal stability, thermal-responsive solubility, and UV

275 rminants that may be involved in its extreme thermal stability (Tm = 128 degrees C).

276 fold because of its small size (7 kDa), high thermal stability (Tm of 98 degrees C), and absence of c

277 the cross-section and contributed remarkable thermal stabilities to the MCS membrane.

278 properties: conductivity up to 8 mS cm(-1) , thermal stability to 300 degrees C, and electrochemical

279 es, only the LAF radicals possess sufficient thermal stability to be viable species.

280 The purified enzyme exhibited high thermal stability up to 50 degrees C for 1h.

281 ine (PMDA-ODA) (Kapton), exhibit exceptional thermal stability (up to approximately 600 degrees C) an

282 1 and 2, with their excellent volatility and thermal stability (up to at least 350 degrees C), are th

283 Thermal stability, viscosity, solubility and experimenta

284 Thermal stability was achieved by the lyophilization of

285 exes where it was demonstrated that a higher thermal stability was associated with isoguanine and iso

286 or more of the monomer X, an extremely high thermal stability was obtained.

287 Their relative thermal stabilities were measured and were consistent wi

288 NO aqueous solubility, photo- and thermal stability were enhanced and the release could be

289 chains (DP 13-26), average chain length and thermal stability were higher in CDCP and CDCA.

290 Further, no changes in thermal stability were observed between enzymes.

291 determined that mutant subunits with reduced thermal stability were stabilized by wild-type HypT in t

292 lics from flaxseed protein isolates decrease thermal stability, WHC and viscoelastic properties as co

293 sorption isotherms at 25 degrees C and lower thermal stability when evaluating the thermogravimetric

294 The duplex maintains its thermal stability, which is attributed to stacking betwe

295 duced non-nAb epitope exposure, and increase thermal stability while maintaining bnAb antigenicity.

296 These form duplexes of higher thermal stability with cRNA than cDNA, although destabil

297 The common carp alpha1-PI showed high thermal stability with denaturation temperatures of 65.4

298 orated SMMs exhibit a significantly enhanced thermal stability with SMM loading advantageously occurr

299 nd material shows unprecedented hardness and thermal stability, with Vickers hardness up to approxima

300 nal results suggest that the ability to tune thermal stability without affecting the dyes' absorption