ライフサイエンスコーパス: urinary concentration

1 sion in human and rat kidney tissue, and its urinary concentration.

2 ated in kidney and urine and reduced maximum urinary concentration.

3 osis, and tubular defects, including reduced urinary concentration.

4 with increased sodium excretion and reduced urinary concentration.

5 in (AVP)-independent factors are involved in urinary concentration.

6 n the inner medulla in vivo, and varies with urinary concentration.

7 t to the intraluminal hyperosmolality during urinary concentration.

8 by mutations of HNF-1beta produce defects in urinary concentration.

9 tion factor FXR that is required for maximal urinary concentration.

10 Urea has a critical role in urinary concentration.

11 xposure-health outcome associations based on urinary concentration.

12 er-A1, and aquaporin 2 that are required for urinary concentration.

13 nds of these compounds as measured via their urinary concentrations.

14 ollection strongly predicted MEP and paraben urinary concentrations.

15 ntain these chemicals for 3 days could lower urinary concentrations.

16 higher pyrethroid metabolite and lower TCPy urinary concentrations.

17 ation revealed persisting polyuria, impaired urinary concentration ability, and augmented urinary exc

18 were analyzed for parameters that determine urinary concentration ability.

19 y than "all Hispanic," respectively, to have urinary concentrations above the 95(th) percentile.

20 ethnicity were significant predictors of DCP urinary concentrations above the 95th percentile.

21 monstrated high within-person variability of urinary concentrations across pregnancy.

22 -TXB2 showed a significant decrease in their urinary concentrations after the ingestion of broccoli s

23 ression are potentially important factors in urinary concentration and contribute to the steady-state

24 ort in the kidney plays an important role in urinary concentration and nitrogen balance.

25 d a standard biokinetic model to predict the urinary concentration and uranium isotopic ratios for a

26 n to compute least square geometric means of urinary concentrations and computed average annual perce

27 linear dose-response association between BPA urinary concentrations and implantation failure.

28 observed time profiles for blood, plasma, or urinary concentrations and other toxicokinetic parameter

29 e study aimed to characterize OPE metabolite urinary concentrations and PBDE serum concentrations amo

30 We measured urinary concentrations and within-person variability for

31 een higher BPA exposure (reflected in higher urinary concentrations) and incident CAD during >10 year

32 hway fine-tunes renal water reabsorption and urinary concentration, and its perturbation is associate

33 PGE2 has an intricate role in urinary concentration, and we now suggest how targeting

34 ke (DI(E)) of BADGEs were estimated based on urinary concentrations, and their respective values were

35 ins in hypothyroid rats (HT) with diminished urinary concentration as compared with euthyroid control

36 ted the covariate-adjusted percent change in urinary concentrations associated with PCP use using lin

37 is a major determinant of their systemic and urinary concentration, but the specific transporters inv

38 effects of hyperosmolality and regulates the urinary concentration by stimulating aquaporin-2 and ure

39 The role of PGE2 in urinary concentration comprises a variety of mechanisms,

40 into the molecular mechanisms underlying the urinary concentration defect in sepsis.

41 Efficient urinary concentration depends on, amongst other factors,

42 as also determined by ATR-FTIR to adjust for urinary concentration/dilution.

43 study are important in predicting blood and urinary concentrations from exposure information and in

44 f NDI and demonstrate partial restoration of urinary concentration function by a compound currently i

45 e cell trait (HbAS) associates with impaired urinary concentration, hematuria, and renal papillary ne

46 potential utility of UT inhibitors to reduce urinary concentration in high-vasopressin, fluid-retaini

47 transport with IC(50) = 25.1 nM and reduced urinary concentration in mice.

48 ly higher plasma concentrations and/or lower urinary concentrations in knock-out mice, suggesting the

49 l co-transporter (NKCC2), pivotal factors in urinary concentration, in AVP-deficient Brattleboro (BB)

50 Acute kidney injury associated with reduced urinary concentration is a frequent and severe complicat

51 ality of the kidney medulla is essential for urinary concentration, it imposes a great deal of stress

52 tion (hypertonicity) due to the operation of urinary concentration mechanism and pathological conditi

53 a transporter plays an important role in the urinary concentration mechanism.

54 the exposure rate that produces the blood or urinary concentrations observed in biomonitoring studies

55 The urinary concentration of 3-hydroxyisovaleric acid, an in

56 evel was associated with significantly lower urinary concentration of 6-sulfatoxymelatonin during the

57 exposure was associated with lower nocturnal urinary concentration of 6-sulfatoxymelatonin in 203 wom

58 uction was related to the subject's baseline urinary concentration of 8-iso-PGF2alpha.

59 n increased upon renal inflammation, and the urinary concentration of angiogenin correlated with the

60 risk factors for renal candidiasis, for any urinary concentration of C. albicans may reflect kidney

61 statin-C group (> 70 ug/gCre, n = 7), higher urinary concentration of dinotefuran (p = 0.009), and in

62 included clinical evaluation, assessment of urinary concentration of magnesium, and manuvacuometric

63 Baseline neonatal urinary concentration of two AMPs (RNase 7 and BD-1) and

64 ormed genome-wide association studies of the urinary concentrations of 1,172 metabolites among 1,627

65 The measured urinary concentrations of 1-hydroxypyrene (1-PYR) in sam

66 We measured maternal urinary concentrations of 18 phthalate metabolites and 8

67 OA also had greater odds of having baseline urinary concentrations of 2-hydroxyestrone in the lowest

68 In addition, urinary concentrations of 2OH-4MeO-BP and 2,4OH-BP tende

69 ntrations in July and August) were found for urinary concentrations of 2OH-4MeO-BP and 2,4OH-BP.

70 Urinary concentrations of 5 UV filters (ng/mL) were dete

71 ere fit to estimate the associations between urinary concentrations of 6 chemical exposure measures (

72 Twice during pregnancy urinary concentrations of 6 common dialkylphosphates, no

73 e same as that with the run-in diet, whereas urinary concentrations of 8-iso-PGF2alpha were further r

74 We simultaneously measured urinary concentrations of 89 analytes (103 total chemica

75 We measured urinary concentrations of 9 phthalate metabolites and me

76 a measure of oxidative stress, we determined urinary concentrations of a tetranor-dicarboxylic acid m

77 Following administration of 1 g AAP, urinary concentrations of AAP and AAP-glucuronide (AAP-G

78 Urinary concentrations of ABZ substantially exceed those

79 We measured urinary concentrations of alkaline phosphatase, gamma-gl

80 Urinary concentrations of all five inflammatory markers

81 Among the exposed animals, urinary concentrations of all three biomarkers were orde

82 We aimed to prospectively assess couples' urinary concentrations of antimicrobial chemicals in the

83 oncentrations of folate and homocysteine and urinary concentrations of arsenic metabolites were analy

84 Total urinary concentrations of BADGEs in the U.S. ranged from

85 Urinary concentrations of BDCPP and DPP were moderately

86 For example, urinary concentrations of benzoic acid were higher in ca

87 the hemolytic-uremic syndrome developed, the urinary concentrations of beta2-microglobulin and N-acet

88 ne serving (60 g) of broccoli sprouts on the urinary concentrations of biomarkers of oxidative stress

89 m workers had significantly higher (p <0.05) urinary concentrations of bis(1-chloro-2-propyl) phospha

90 Urinary concentrations of bisphenol A and phthalate meta

91 Maternal urinary concentrations of bisphenols were not associated

92 High urinary concentrations of both 1- and 3-methylhistidine,

93 Urinary concentrations of both AMPs decreased as GA and

94 dence intervals (CIs) were estimated for the urinary concentrations of BP derivatives and the odds of

95 The association of urinary concentrations of BP derivatives with an increas

96 ated that an interquartile range increase of urinary concentrations of BPA (1.53; 95% CI: 1.04, 2.25)

97 We prospectively examined urinary concentrations of BPA and phthalate metabolites

98 Urinary concentrations of BPA and several phthalate meta

99 We measured the urinary concentrations of BPA and three bisphenol analog

100 Medians (25th-75th percentiles) of urinary concentrations of BPA, BPF, and BPS were 1.40 (0

101 vestigate trimester-specific associations of urinary concentrations of BPA, BPF, and BPS with size at

102 Higher BPA exposure, reflected in higher urinary concentrations of BPA, may be associated with av

103 Urinary concentrations of BPA, MEPB, ETPB, and PRPB in t

104 Urinary concentrations of BPA, PA, and phthalate metabol

105 Urinary concentrations of BPF and BPS during some trimes

106 The mean renal and urinary concentrations of C. albicans from rabbits with

107 Urinary concentrations of C. albicans were not predictiv

108 atase (BAP), infant plasma BAP, and maternal urinary concentrations of calcium, phosphorus, and calci

109 ffer new evidence of the association between urinary concentrations of catecholamine metabolites (met

110 ASD diagnosis in the subset of children with urinary concentrations of Cd, DEP, and TCP-246 above the

111 s of homocysteine, folate, and cobalamin and urinary concentrations of creatinine were assessed in 16

112 Urinary concentrations of CTX-II were also found to vary

113 demographic parameters and survey cycle with urinary concentrations of DCPs during NHANES 2003-2010.

114 Urinary concentrations of DEHP metabolites were inversel

115 Maternal urinary concentrations of dialkyl phosphate (DAP) metabo

116 Our goal was to determine whether urinary concentrations of dialkylphosphate (DAP) metabol

117 ssociation between the ratio of preoperative urinary concentrations of DKK3 to creatinine (DKK3:creat

118 In the 733 patient in the derivation cohort, urinary concentrations of DKK3 to creatinine that were h

119 clinical and other laboratory measurements, urinary concentrations of DKK3:creatinine significantly

120 We measured urinary concentrations of eight carcinogen exposure biom

121 We quantified urinary concentrations of eight phthalate metabolites us

122 We measured the urinary concentrations of five phenols and three paraben

123 We hypothesized that urinary concentrations of four phthalate metabolites wou

124 rinary angiogenin did not correlate with the urinary concentrations of high molecular weight proteins

125 iAs in drinking water (DW-iAs) and maternal urinary concentrations of iAs and its monomethylated and

126 Maternal urinary concentrations of iAs were associated with lower

127 Dysbiosis was assessed by the urinary concentrations of indole and skatole and serum l

128 Lastly, circulating LPS levels and the urinary concentrations of indole were higher in HS than

129 Urinary concentrations of iodine and total arsenic incre

130 spectrometry (LC-MS/MS) method for measuring urinary concentrations of JWH-018, JWH-073, and several

131 lite groups) and clinical renal outcomes and urinary concentrations of KIM-1, NGAL, 8-OHdG, and F2-is

132 Urinary concentrations of melamine and cyanuric acid var

133 t associations were found between 8-OHdG and urinary concentrations of mEP, and Sigma5mEHP for female

134 Log-unit increases in urinary concentrations of metabolites of diethyl phthala

135 We measured urinary concentrations of methyl (MP), propyl (PP), and

136 As metabolism status was classified based on urinary concentrations of methylarsonic acid (MA) and di

137 We measured urinary concentrations of microalbumin, neutrophil gelat

138 Maternal urinary concentrations of MMAs were negatively associate

139 Urinary concentrations of mono-ethyl phthalate (MEP) dec

140 vention; no significant changes were seen in urinary concentrations of mono-n-butyl phthalate (MnBP)

141 tion with an interquartile range increase in urinary concentrations of mono-n-butyl phthalate (odds r

142 In LINA maternal urinary concentrations of mono-n-butyl phthalate, a meta

143 We measured urinary concentrations of monoethyl phthalate (MEP), mon

144 Higher quartiles of preconception urinary concentrations of MP and EP among female partner

145 We calibrated urinary concentrations of non-seafood-derived iAs, DMA,

146 et was significantly associated with reduced urinary concentrations of nonspecific dimethyl OP insect

147 objective was to determine whether maternal urinary concentrations of OP pesticide metabolites are i

148 facturing had significantly higher (p <0.05) urinary concentrations of OPE metabolites compared to ot

149 It measured urinary concentrations of organophosphate metabolites [d

150 We evaluated associations between urinary concentrations of PFR metabolites and outcomes o

151 We examined associations between prenatal urinary concentrations of phthalate metabolites and neur

152 We evaluated the associations between urinary concentrations of phthalate metabolites and outc

153 examined the association between PCP use and urinary concentrations of phthalate metabolites and para

154 atitis and FLG mutations, respectively, with urinary concentrations of phthalate metabolites and para

155 Urinary concentrations of phthalate metabolites and para

156 t study we investigated associations between urinary concentrations of phthalate metabolites and pote

157 Higher urinary concentrations of phthalate metabolites during e

158 The variability and predictors of urinary concentrations of phthalate metabolites in presc

159 We examined temporal trends in urinary concentrations of phthalate metabolites in the g

160 Urinary concentrations of phthalate metabolites were cla

161 Maternal urinary concentrations of phthalate metabolites were mea

162 We used urinary concentrations of phthalate metabolites, analyze

163 olites, and chlorpyrifos in floor wipes, and urinary concentrations of pyrethroid metabolites and 3,5

164 Median urinary concentrations of RNase 7/UCr for infants born a

165 us studies have shown that women have higher urinary concentrations of several phthalate metabolites

166 Urinary concentrations of soluble CD80 in patients with

167 Urinary concentrations of soluble CTLA-4, which is a neg

168 broccoli sprouts produced an increase in the urinary concentrations of sulforaphane metabolites and v

169 children in the highest tertile of maternal urinary concentrations of summed di(2-ethylhexyl) phthal

170 Urinary concentrations of TCC correlated well with its p

171 Urinary concentrations of TCS, BP-3, and 25-DCP were hig

172 mice exhibited reduced plasma and increased urinary concentrations of the cationic amino acids.

173 lted in a best fit of predicted and observed urinary concentrations of the metabolites.

174 Elevated urinary concentrations of the polyphenols urolithin-A (r

175 s is examined through a determination of the urinary concentrations of their metabolites.

176 es (DIs) of PAHs were estimated based on the urinary concentrations of their metabolites.

177 Urinary concentrations of these dichlorophenols (DCPs) h

178 Several studies reported the urinary concentrations of these phenols in children, but

179 oupled plasma mass spectrometry (ICPMS), and urinary concentrations of TMSe were measured by high-per

180 Likewise, urinary concentrations of total phthalate metabolites we

181 We found no correlations between urinary concentrations of triclocarban and triclosan, an

182 Urinary concentrations of triclosan were measured in one

183 omeostasis, and is associated with increased urinary concentrations of UTP and the ATP hydrolytic pro

184 We measured urinary concentrations of vanadium and other metals simu

185 Patterns of analyte urinary concentration or mass excretion rates (nanograms

186 where PGE(2) has been implicated, including urinary concentration, regulation of blood pressure, and

187 e (EDI) of BPS was estimated on the basis of urinary concentrations using a simple pharmacokinetic ap

188 ve linear relationship between oral dose and urinary concentration was observed (R2 > 0.80); this rel

189 Urinary concentrations were averaged for day 1 vs day 7

190 Geometric mean (GM) urinary concentrations were higher for 2,5-DCP (6.1-12.9

191 Baseline (ages 6-8 years) urinary concentrations were obtained for creatinine and

192 We evaluated associations of paternal phenol urinary concentrations with fertilization rate, embryo q

193 0.004, respectively), leading to decreasing urinary concentrations with progressive decongestion.

194 We compared our urinary concentrations with those of other study populat