ライフサイエンスコーパス: partition coefficient

1 tinely estimated from the solute's oil/water partition coefficient.

2 ycerides has no significant influence on the partition coefficient.

3 tended to increase with their octanol-water partition coefficient.

4 close to those reported for the octanol/air partition coefficient.

5 gher CSF protein concentration increased the partition coefficient.

6 checking of existing and calculation of new partition coefficients.

7 rs was identified as the source of error for partition coefficients.

8 olvent effects on determined polymer-polymer partition coefficients.

9 n meteorology and the compounds' octanol-air partition coefficients.

10 content, and pesticide-specific octanol-air partition coefficients.

11 , and SPARC to calculate storage lipid-water partition coefficients.

12 ld provide even more reliable predictions of partition coefficients.

13 titioning systems and predict the respective partition coefficients.

14 t to their "fat-to-blood" and "blood-to-air" partition coefficients.

15 pensating species rather than ionic radii or partition coefficients.

16 lipid phase and tissue-based lipid-silicone partition coefficients.

17 aphic (GC) retention times and liquid/liquid partition coefficients.

18 ophobicity order determined by octanol-water partition coefficients.

19 that can lead to inconsistent and inaccurate partition coefficients.

20 latively accurately from determined relative partition coefficients.

21 compared based on theoretical octanol-water partition coefficients.

22 d not significantly affect silicone-silicone partition coefficients.

23 and the scaling factor value applied to the partitioning coefficient.

24 ne uptake and elimination rate constants and partitioning coefficients.

25 phenols that span a wide range of air-water partitioning coefficients.

26 gy relationships for predicting water-sc-CO2 partitioning coefficients.

27 (weighted, 7.03 min) and octanol/water phase partition coefficient (1.91 +/- 0.24) showed a mainly li

28 nd to interact strongly with lipid bilayers (partitioning coefficient ~1200 in mole fraction units),

29 pect to the dependence of (111)In/(18)F with partition coefficient, 4 animals showed no dependence an

30 picin CSF concentrations were described by a partition coefficient (5.5% [95%CI 4.4-6.4]) and half-li

31 picin CSF concentrations were described by a partition coefficient (5.5%; 95% confidence interval [CI

32 The highest partition coefficient (64.5) and selectivity (343.2) for

33 tive catalyst migrate to the fluorous phase (partition coefficients 97.5:2.5 and 66.6:33.4 vs <0.5:>9

34 l for spatially resolved in situ equilibrium partition coefficients across a wide range of polyacryla

35 cosity B-coefficient, and anion surface/bulk partitioning coefficient, all of which are related to th

36 Partition coefficients also play an important role for f

37 , while chemicals with a lower octanol-water partition coefficient and air-water partition coefficien

38 Both the partition coefficient and equilibration time agree well

39 igher-order confinement resulting in a lower partition coefficient and greater entropic energy barrie

40 ated concentrations are the black carbon-air partition coefficient and oxidation rate constant for be

41 chemical parameters of the products, such as partition coefficient and polar surface area, vary consi

42 Partition coefficient and selectivity of prepared imprin

43 ur pressure at 20 degrees C, n-octanol-water partition coefficient and solubility in water at 20 or 2

44 Lysozyme had a moderate partition coefficient and suppressed LLPS by substitutin

45 e acid transport rate is associated with the partition coefficient and the dissociation constant of t

46 correlated with the product of the snow-air partition coefficient and the Henry's law constant (K(SA

47 iative rates, are used to calculate absolute partition coefficients and average number of solutes per

48 model agree well with experimental in vitro partition coefficients and in vivo steady-state concentr

49 using temperature-adjusted SPME fiber-water partition coefficients and lab-derived bioaccumulation f

50 acial curvature, electrostatic interactions, partition coefficients and miscibility of the alkyl chai

51 Partition coefficients and partial molar areas were obta

52 orming constituents was assessed towards the partition coefficients and recovery percentages of vanil

53 between organic carbon (OC)-normalized PFAA partition coefficients and the number of CF(n) units ind

54 The partitioning coefficients and literature data were then

55 compounds, self-consistency among resultant partition coefficients, and a wide range of applicabilit

56 ficient (K(OC)), and biological medium/fluid partition coefficients, and their temperature dependence

57 Approaches based on the octanol-water partition coefficient are commonly used to describe sorp

58 (SVOCs) whose molecular weight and lipid/air partition coefficient are in the appropriate range, dire

59 Computed lignin partition coefficients are consistent with concentration

60 finding that compounds with low octanol-air partitioning coefficients are more likely to be phytovol

61 CBs, experimentally determined octanol-water partitioning coefficients are the best predictor of the

62 titioning phase and by using polymer-polymer partition coefficients as conversion factors.

63 er, liposome-water, and organic carbon-water partition coefficients as well as the solute descriptors

64 sideration when calculating the gas-particle partitioning coefficient as both ionic and neutral forms

65 le mixture with R(2)>0.95 for K and >0.9 for partition coefficient (as KD).

66 electrochemistry (SEE) to in situ measure a partition coefficient at intact nanoemulsions (NEs).

67 The partition coefficient at intact NEs is the most crucial

68 ) to directly and quantitatively measure the partition coefficient at NEs in situ.

69 ymethylene passive samplers to determine the partition coefficients at 37 degrees C of 18 polychlorin

70 This model allows us to estimate partition coefficients at desired temperatures that occu

71 s extended to include automated screening of partition coefficients at physiological temperature.

72 Instead, local partition coefficients at the lipid headgroups and at th

73 The partition coefficient between BC and dissolved PCB was a

74 reatly with increasing temperature (measured partition coefficient between FLEC air and interior surf

75 ed cVMS behavior was highly sensitive to the partition coefficient between organic carbon and water (

76 Predictions were highly sensitive to the partition coefficient between organic carbon and water (

77 rgy relationships (pp-LFERs) to estimate the partition coefficients between soil organic carbon and i

78 Equilibrium partition coefficients between water and PE passive samp

79 pically <600 daltons with high octanol/water partition coefficients, but denies passage to most large

80 at least 8 d, and the steps to determine the partition coefficient can be completed within 3 d.

81 on of individual components is varied, their partition coefficients change in a manner that can be us

82 Calculated partition coefficients (ClogP, -1.70 to -2.99) predict r

83 cumulation, Cpw combined with liposome-water partition coefficients corresponded better with measured

84 The apparent membrane/water partition coefficient, D, at pH 7.4 was calculated from

85 ped oscillatory flow strategy enables single partition coefficient data point measurement within 8 mi

86 shiner (Luxilus cornutus)) in the creek and partitioning coefficients demonstrated that sediment was

87 with the same trend as literature oil-water partition coefficients, demonstrating that Overton's rul

88 Women had significantly greater partition coefficient, ECV, and precontrast T1 than men,

89 npolar environmental contaminants, predicted partition coefficients exhibit root-mean-squared errors

90 Water PES partitioning coefficients fitted with the model correlat

91 Our measured partitioning coefficients followed expected trends based

92 The partition coefficient for antibodies into the highly por

93 first known measurements of the particle-gas partition coefficient for DEHP.

94 a) to III(I) results in 40-50% lower binding partition coefficient for fungal cellulases, but surpris

95 We have collected storage lipid/water partition coefficients for 247 compounds to calibrate po

96 energy relationships (pp-LFERs) can predict partition coefficients for a multitude of environmental

97 erties for nonpolar chemicals, specifically: partition coefficients for diverse biotic media and pass

98 he consistency of the published experimental partition coefficients for FTOHs and cVMS.

99 Further, the few studies that measured partition coefficients for inorganic salts report values

100 ath), desorption accelerates with increasing partition coefficients for intraparticle diffusion, whil

101 ll variability, likely because the surrogate partition coefficients for membrane lipid, storage lipid

102 Partition coefficients for six 4-substituted derivatives

103 Partition coefficients for the embryonic body and a one-

104 ibrated in this study can be used to predict partition coefficients for which experimental data are u

105 Here we differentiate between a gas-particle partitioning coefficient for neutral species, K(p), and

106 Equilibrium partitioning coefficients for phthalates adsorbed to the

107 does not improve the adsorption selectivity (partition coefficients) for the resolution of gas mixtur

108 ophobic organic chemicals with log air-water partition coefficients >/=0 was greater than for chemica

109 binding capacity of ~3.5 mumol Hg/g HA and a partitioning coefficient >10(6) mL/g.

110 e diffusion, while it becomes independent of partition coefficients if film diffusion prevails.

111 ) or micropollutant is used to determine the partition coefficient in the case of micropollutant-macr

112 xture properties on the mean diffusivity and partition coefficient in the membrane.

113 ion of gadolinium-DTPA (which represents its partition coefficient in well-perfused tissue), and inje

114 ion of the changes in phase boundary and the partition coefficients in the droplet phase over a wide

115 n heptane giving small differences in solute partition coefficients in the two systems.

116 as evaluated with respect to gill uptake and partition coefficients in zebrafish.

117 -established method exists to measure solute partition coefficients into polyamide active layers.

118 n a previous study, we showed that detergent partition coefficients into the lipid bilayer were the s

119 eloped a benchtop method to determine solute partition coefficients into the polyamide active layers

120 Predicting nonlinear partition coefficients is complicated by the number of m

121 e current data set of published water-sc-CO2 partitioning coefficients is very limited.

122 hus, for predicting environmentally relevant partition coefficients it is important to determine B va

123 thus developed to determine the surface/air partition coefficient K of di-2-ethylhexyl phthalate (DE

124 latively low volatility (with an octanol-air partition coefficient K(OA) > 10(6.5) and an octanol-wat

125 ficient K(OA) > 10(6.5) and an octanol-water partition coefficient K(OW) < 10(11)), whereas inhalatio

126 Using partition coefficients K(OM) from solid-phase microextra

127 Microscopic local-bulk partition coefficients K(p) for the accumulation or excl

128 pts have been made to calculate gas/particle partitioning coefficients K(ip).

129 phase microextration (PDMS-SPME) fiber-water partition coefficient (K(f)) values for eight common-use

130 ontent in combination with the octanol-water partition coefficient (K(ow)).

131 as approximately 2.4 times the octanol-water partition coefficient (K(ow)).

132 membrane phospholipids was quantified by the partition coefficient (K(p)), using membrane model syste

133 ing a fugacity meter to measure the soil-air partition coefficient (K(SA)).

134 The air/biopolymer partition coefficient (K) and percentage of retention (R

135 Desirable conditions of partition coefficient (K), selectivity (S), purification

136 ter than pure polymer ENMs, with equilibrium partition coefficients (K(ENM-W) values) ranging from 1.

137 Octanol-air partition coefficients (K(OA)) and vapor pressures (P(L)

138 )), 1-octanol/water (K(OW)), and octanol/air partition coefficients (K(OA)) for those compounds and t

139 ace partitioning models based on octanol-air partition coefficients (K(oa)).

140 curately and rapidly determine octanol-water partition coefficients (K(ow)), determining identical K(

141 ditional methods for measuring octanol-water partition coefficients (K(ow)), including shake-flasks a

142 t, allowing the calculation of the intrinsic partition coefficients (K(P)) and the enthalpy change (D

143 underestimated the majority of particle-gas partition coefficients (K(P)) especially for the compoun

144 can be used to estimate such membrane-water partition coefficients (K(PLW)s), focusing in particular

145 The POM/water partition coefficients (K(POM)) necessary to calculate f

146 Protein-water partition coefficients (K(pw)) of neutral organic chemic

147 ps (pp-LFERs) are an accurate way to predict partition coefficients (K) for neutral organic chemicals

148 aphic (GC) retention times and liquid/liquid partition coefficients (K) were measured and used to cal

149 f stationary phase retention (Sf) and eluent partition coefficients (K), which represent critical par

150 Here, partition coefficients (K-factors) of organic solutes be

151 One brown suboxic sediment displayed a partitioning coefficient (K(d)) of 7-8 L kg(-1) at equil

152 The solid-water partitioning coefficient (K(d)) on day 1 was estimated t

153 c half-lives and relatively high octanol-air partitioning coefficients (K(OA)) are likely to have a g

154 AW)), octanol/water (K(OW)), and octanol/air partitioning coefficients (K(OA)), soil organic carbon/w

155 We report polyethylene (PE)-water partitioning coefficients (K(PE)) for 17 parent-polycycl

156 ntial for passive sampling, if sorbent/water partitioning coefficients (K(sw)) were to be available.

157 ffective diffusion coefficient, D (epi), and partition coefficient, K (epi/w), for a homogenized repr

158 The interfacial partition coefficient, k(aw), increased as PFAS concentr

159 lso revealed an insensitivity of the peptide partition coefficient, K(p), to the size of the l(o) and

160 is experiments and determined membrane/water partition coefficients, K(mem/w), of six perfluoroalkyl

161 tial (BPND) but rather to an increase in the partition coefficient (K1/k2) of (11)C-SA4503.

162 ate bases of PFCAs have negligible air-water partition coefficients (KAWs) and do not volatilize from

163 The values of the plutonium partition coefficients (Kd) between water and humics-coa

164 e first time, establish a set of waste-water partition coefficients, KD,waste, for BPA, and to quanti

165 easured dissolved organic carbon (DOC)-water partition coefficient (KDOC) values were nearly an order

166 Average DOC/water-partitioning coefficients (KDOC) correlated well with KO

167 rom a single experiment based on whether the partition coefficient (Kes) value being used is measured

168 Lipid-PDMS partition coefficients (Klip-PDMS) ranged from 20 to 38,

169 A correlation between the octanol-air partition coefficient (KOA) and KWOOD_AIR for these five

170 120 to 1423 g.mol(-1) with log octanol-water partition coefficients (KOW) ranging from 0.8 to 14.3; 5

171 lakes differences in water-particulate phase partition coefficient (Kp) were not related to total sus

172 centrations and apparent organic solid-water partition coefficients (Kp) of target micropollutants in

173 The plasma:tissues partition coefficients (Kp) were calculated in Simcyp Si

174 The measured gas/particle (G/P) partitioning coefficients (Kp,OMm) of 2-methyltetrols an

175 lculated and compared to their predicted G/P partitioning coefficients (Kp,OMt) based on an absorptiv

176 POC/water-partitioning coefficients (KPOC) were orders of magnitud

177 tes and the passive sampler medium (PSM)-air partition coefficient (KPSM-A) were calculated for indiv

178 ir fugacities, and the experimental soil-air partitioning coefficient (KSA) were determined at two ba

179 The solid/liquid partition coefficients (KSL) between the suberin and the

180 Soil-air partition coefficient (Ksoil-air) values are often emplo

181 ata, location-specific silicone rubber-water partition coefficients (Ksr-w; adjusted for temperature

182 The obtained organic carbon normalized partitioning coefficients, KTOC, show that sorption of t

183 spruce tree wood was measured, with wood-air partition coefficients (KWOOD_AIR) determined for five P

184 c volume (V), the logarithmic hexadecane-air partition coefficient (L), and three polar interaction d

185 -based (LDPE-lipid, PDMS-air) and multimedia partition coefficients (lipid-water, air-water) were cal

186 he loss of chemicals having an octanol-water partition coefficient (log K(OW)) greater than 5.8 was s

187 With a measured octanol-water partition coefficient (Log K(ow)) of 0.76 and an aqueous

188 ase seems to be determined by an octanol-air partition coefficient (log KOA) < 10 and a subcooled liq

189 d that 2-3 rings PAHs with low octanol-water partition coefficient (log Kow < 4.5) were easier to tra

190 It was found that calculated partition coefficient (log P) values of 4.5-5.0 and topo

191 "superhydrophobic", having log octanol-water partition coefficients (log KOW) approaching or exceedin

192 were both linearly related to octanol-water partition coefficients (log Kow).

193 quency were found to correlate with compound partition coefficients (log P) and with distribution coe

194 ubility parameters of solvents, ranging from partition coefficients (log P), to Henry's law constants

195 mated by the logarithm of the hexadecane/air partitioning coefficient (log K(HdA) = L), which is a ke

196 Soil-water partitioning coefficients (log K(d) values) of the PFASs

197 was observed with organic carbon-normalized partitioning coefficients (logKCOC) of 4.30, 4.36, and 3

198 lated were correlated to their octanol-water partitioning coefficient (logKow), enabling the calculat

199 n at dosages >/=100 mg/day and octanol-water partition coefficient (logP) >/=3.

200 ranges of molecular weight and octanol/water partitioning coefficient (logP) from 160-900 g/mol and 0

201 We found rapid extractions (<5 s), partition coefficients matching those achieved at larger

202 , sediment-water, and extraction phase-water partition coefficients) measured for fresh water and sea

203 ll fluorescence microscopy-based equilibrium partition coefficient measurements where the fluorescenc

204 or the micelle core as described by two drug partitioning coefficients (micellar core/shell K(p1) ~ 2

205 Polymer-polymer partition coefficients near unity confirmed identical ab

206 r, thus leading to the unprecedentedly large partition coefficient of 1.9 (+/-1.4) x 10(10).

207 These data indicated that partition coefficient of amino acids, determining the re

208 onic species to SOM was higher than the bulk partition coefficient of corresponding neutral species t

209 loid-facilitated model further evaluated the partition coefficient of florfenicol to colloids and ind

210 vent system was selected on the basis of the partition coefficient of glycosidase enzyme activity (Kc

211 btle balance between receptor design and the partition coefficient of molecules into the polymer matr

212 tal voltammograms and voltabsorptograms, the partition coefficient of O(2) for the ITO film as well a

213 The oil-water partition coefficient of organic compounds is an essenti

214 egard, CAS in phase-separated OMW obtained a partition coefficient of protein (KP1) of 0.04, a tie-li

215 The partition coefficient of solutes into the polyamide acti

216 predicted on the basis of the octanol-water partition coefficient of the chemical, suggesting relati

217 aled that despite total phenolic content and partition coefficient of the crude extracts are importan

218 oes not require the knowledge of the octanol partition coefficient of the drug - we directly determin

219 The partition coefficient of the mNAGS increased in the pres

220 The partition coefficients of both neutral and ionic forms o

221 the asymmetric bilayer, we monitored the dye partition coefficients of individual leaflets and the ge

222 ment time, simultaneous measurement of three partition coefficients of multiple compounds, self-consi

223 Fiber- and DOC-water partition coefficients of neutral compounds were both li

224 ips (PP-LFERs) were evaluated for predicting partition coefficients of neutral PFCs and OSCs, using e

225 ecent studies have shown that membrane-water partition coefficients of organic chemicals can be used

226 Equilibrium partition coefficients of organic chemicals from water t

227 oughput in situ measurement and screening of partition coefficients of organic substances between aqu

228 emperature and salinity on the sampler-water partition coefficients of PAHs and PCBs for silicone rub

229 eraction descriptors can accurately describe partition coefficients of PFCs and OSCs.

230 The temperature influenced both equilibrium partition coefficients of phenolic compounds and transpo

231 arable to reported values of the octanol-air partition coefficients of phthalates, Koa, suggesting th

232 The water/cheese partition coefficients of sodium increased when NaCl was

233 Partition coefficients of solutes differing in hydrodyna

234 f these effects correlated with the membrane partition coefficients of the individual agents and was

235 f DNA intercalation were correlated with the partition coefficients of the molecules.

236 acity meter was used to measure the soil-air partition coefficients of three semivolatile pesticides

237 r-mode resonators (TSMR) were used to derive partition coefficients of unpatterned films and to asses

238 asure spatially resolved in situ equilibrium partition coefficients of various fluorescently labeled

239 ed to be of the order 10(-15) m(2) s(-1) and partitioning coefficient of the order 10.

240 urve to drier conditions and then inserted a partitioning coefficient of the pesticide between the ai

241 Partitioning coefficients of organic compounds between w

242 id-phase microextraction (SPME) resulting in partitioning coefficients of solid-water (Kd), total org

243 Here, the partitioning coefficients of thiophene, pyrrole, and ani

244 Procedures for accurately predicting linear partition coefficients onto various sorbents (e.g., orga

245 d at 25 degrees C and CO2 density to predict partitioning coefficients over a range of temperature an

246 ume fraction (p < 0.001), 0.011 increment in partition coefficient (p < 0.001), and 4.7-ms increment

247 ould play a significant role in the apparent partition coefficient (P = 1.9 (+/-1.4) x 10(10)).

248 ntrols the mass-transfer kinetics depends on partition coefficients, particle size, boundary conditio

249 ncorporating solvent-water and char-graphite partition coefficients permitted for the first time quan

250 m glucose and two amino acids with different partition coefficients (phenylalanine and leucine) in em

251 egression analyses demonstrated that greater partition coefficient, pre-contrast T1 values, and ECV w

252 These partition coefficients provide an estimation of the rela

253 elated with their respective n-octanol-water partition coefficients (R(2) = 0.65).

254 The logarithm of the litter-air equilibrium partitioning coefficient ranged 6.8-8.9 and had a simila

255 study encourages the use of polymer-polymer partition coefficients, recognizing that polymers can se

256 aclass correlation coefficients and variance partition coefficients, respectively, to compare relativ

257 ing group contributions to the octanol-water partition coefficient, revealing that adsorption of indi

258 ied inversely with log10KOW (n-octanol-water partition coefficient), shifting egg congener patterns a

259 tissue seemed dependent on the octanol-water partition coefficient, since OHCs with higher log Kow va

260 contaminant fate models, linkage of various partition coefficients (such as air-water, sediment-wate

261 (10.5 to 13.5) and log K(AW) (-5.1 to -0.6) partition coefficients suggest that this chemical will b

262 The tissue-blood partition coefficient (TBPC), reflecting the degree of d

263 A local partition coefficient that depends on membrane penetrati

264 l setting of the speleothem gives rise to Mg partition coefficients that are more temperature depende

265 nalysis highlighted that the 1-octanol/water partition coefficient, the metabolism rate, and all the

266 to model parametrization (e.g., sampler-air partition coefficients, the influence of wind speed on s

267 The measured DEHP partition coefficient to ammonium sulfate particles with

268 esulting air activity can be multiplied by a partition coefficient to obtain the corresponding radon-

269 selectivity, the optimal MIS showed the best partition coefficient towards iprodione in a white wine

270 ely attributed to uncertainty in equilibrium partition coefficients, unaccounted for disequilibrium b

271 riments that describes the dependence of the partition coefficient upon both water temperature and sa

272 of sample mass, sucrose exhibited the lowest partition coefficient values among the sugars.

273 es; with logK(ow) (logarithmic octanol-water partitioning coefficient) values between -2.6 and 3.8.

274 en the lipid transbilayer diffusivity or the partition coefficients vary with depth, but are not affe

275 The partition coefficient was determined by the slope of the

276 static effects are discounted, the intrinsic partition coefficient was smaller, indicating that the h

277 The experimentally determined partition coefficient was validated by molecular dynamic

278 The complete set of species-specific partition coefficients was determined, and the predomina

279 r (K(soil-air)) and water-air (K(water-air)) partition coefficients was found to most accurately mode

280 Based on the obtained relative partition coefficients, we made predictions regarding ho

281 solute like 5-HT which has a bulk, oil-water partitioning coefficient well below unity.

282 accessible solvent areas, and octanol/water partition coefficient were identified that can contribut

283 consideration; those with a higher air-water partition coefficient were transported into shoots via t

284 ol-water partition coefficient and air-water partition coefficient were transported via the root.

285 Their sediment-pore water partition coefficients were also calculated for the firs

286 Polymer-polymer partition coefficients were determined for polychlorinat

287 All partition coefficients were found to be lower than 1, in

288 ediments with low native sediment:water MeHg partition coefficients were most effectively treated.

289 vapor pressures or environmentally relevant partition coefficients were used to describe pesticide b

290 Our partitioning coefficients were approximately 5-15 times

291 For impervious surfaces, dimensionless partitioning coefficients were calculated and found to b

292 Empirical models of KD partitioning coefficients were derived by integrating, f

293 To demonstrate the utility of the system, partitioning coefficients were determined for benzene in

294 lers, normalized by their polyethylene-water partition coefficients, were also in good agreement with

295 rucial to the measurements are sampler-water partition coefficients, which are generally determined i

296 lipids and liposomes predicted the measured partition coefficients with a root-mean-square error of

297 ts of organochlorine pesticide diffusion and partition coefficients with respect to polyethylene (PE)

298 nol model still calculates many tissue-water partition coefficients within 1 log unit of those calcul

299 rongly enough to affect measurement of their partition coefficients within the tissue bulk.

300 soils), than Cpw combined with octanol-water partition coefficients (within a factor 10 for 76% of al