ライフサイエンスコーパス: dose-response relation

1 ose (53 percent mortality) (P = 0.02 for the dose-response relation).

2 However, there was no evidence of a dose-response relation.

3 CI 0.5, 1.0), but there was no evidence of a dose-response relation.

4 est for linear trend, P<0.001), suggesting a dose-response relation.

5 esence of PKA, there was a left shift in the dose-response relation.

6 ociations and leads to underestimates of the dose-response relation.

7 at model of ischemia and reperfusion, with a dose-response relation.

8 no study has yet assessed their prospective dose-response relation.

9 udies have not consistently shown a positive dose-response relation.

10 of coronary heart disease when assessing the dose-response relation.

11 ng women never smokers, there was a U-shaped dose-response relation.

12 ions did not appear to be a monotonic linear dose-response relation.

13 d evidence and no analyses have examined the dose-response relation.

14 ducts, nor did they find any indication of a dose-response relation.

15 8; p for trend < 0.0001), with a significant dose-response relation.

16 ariance was performed to assess the possible dose-response relation.

17 ed to be either strong or to manifest linear dose-response relations.

18 h particular attention given to the shape of dose-response relations.

19 ct, discuss, and contrast hormetic and other dose-response relations.

20 95% CI: 2.4, 4.5; 13 RCTs; I2 = 95%), with a dose-response relation (+0.15 nmol/L per 100 IU; 95% CI:

21 eived a covid-19 vaccine, with evidence of a dose-response relation (42% risk reduction associated wi

22 -type receptors in maximal responses to ACh, dose-response relations, ACh-induced Ca2+ influx, and so

23 r smokers, there was a positive, progressive dose-response relation; among women never smokers, there

24 55, 15.54), respectively, with a progressive dose-response relation and no difference by smoking stat

25 ohol drinkers compared with nondrinkers, the dose-response relation and potential differences between

26 administering >400 mug folic acid/d show no dose-response relation and thus will not yield meaningfu

27 dies carried out through 1999 to examine the dose-response relation and to assess whether effect esti

28 ist in weight-loss efforts, and to ascertain dose-response relations and mechanisms of action for the

29 activities include meta-analyses to identify dose-response relations and the variability, factorial e

30 Restricted cubic splines were used to assess dose-response relations, and Cox regression with time-de

31 , a nutrient-dense nut, on CVD risk factors, dose-response relations, and lipid-lowering mechanisms.

32 index (BMI), such that there was an inverse dose-response relation between activity levels and weigh

33 level, some evidence was noted of a positive dose-response relation between area deprivation and invo

34 e aims of this study were to investigate the dose-response relation between changes in dietary choles

35 There was a statistically significant dose-response relation between cigarette smoking and ris

36 of Chinese men documented an independent and dose-response relation between cigarette smoking and ris

37 tHcy (P = 0.002) and a positive, significant dose-response relation between coffee consumption and In

38 The dose-response relation between CRP and B-6 vitamers at d

39 Furthermore, we observed a dose-response relation between cTnI concentration and mo

40 We studied the dose-response relation between cumulative inhaled cortic

41 The dose-response relation between diabetes incidence and ob

42 ar models, there was an independent, inverse dose-response relation between dietary protein and In tH

43 These results show a dose-response relation between famine severity during pr

44 The objective was to examine the dose-response relation between FV consumption and mortal

45 This study was designed to measure the dose-response relation between high-flavonoid (HF), low-

46 There was a dose-response relation between higher coffee consumption

47 There was a continuous inverse dose-response relation between hospital volume and the r

48 t logistic regression revealed a significant dose-response relation between increased protection from

49 h diabetes have decreased lung function, the dose-response relation between measures of glucose contr

50 There was a dose-response relation between number of arm symptoms an

51 Data on the dose-response relation between ocular exposure to ultrav

52 Because of the dose-response relation between physical activity and hea

53 There was a strong dose-response relation between quartiles of total lipid-

54 We found a dose-response relation between smoking and lower levels

55 This may reflect an overestimation of the dose-response relation between sodium reduction (SR) and

56 udies investigated different segments of the dose-response relation between soy intake and breast can

57 DBP)], there was strong evidence of a linear dose-response relation between SR and BP.

58 To explore a possible dose-response relation between styrene exposure and isch

59 uble vitamins.The objective was to model the dose-response relation between the amount of soybean oil

60 tion Study in Children suggest a significant dose-response relation between the decrease in LDL chole

61 A dose-response relation between the number of G alleles a

62 In addition, a dose-response relation between the number of MetS compon

63 No evidence was found for a dose-response relation between the odds ratios for ovari

64 ion, the authors found a significant inverse dose-response relation between tofu consumption and bloo

65 The dose-response relation between vitamin B-12 intake and M

66 Our primary objective was to determine the dose-response relation between vitamin D and plasma 25(O

67 We need additional studies analyzing the dose-response relation between vitamin D status and canc

68 There were no significant dose-response relations between any plasma- or FFQ-measu

69 The authors evaluated dose-response relations between arsenic exposure from dr

70 s, and 3) provides additional information on dose-response relations between intakes and circulating

71 The dose-response relations between running, as well as the

72 a-regression analysis sought to estimate the dose-response relations between SR and BP in study group

73 owed the absence of publication bias and any dose-response relations between the ES and TFA intake.

74 ysis was performed to evaluate for potential dose-response relations between the ES of outcomes and T

75 corded clear and consistent associations and dose-response relations between the frequency of adolesc

76 Dose-response relations between the number of unprotecte

77 In both cohorts, there were strong dose-response relations between the risk of infection an

78 sults, including the absence of a monotonic "dose-response relation" between the extent of vertex bal

79 tablishing basic scientific relations; 4) Do dose-response relations, biological plausibility, and te

80 We assessed pooled dose-response relations by using a generalized least-squ

81 Moreover, we observed significant dose-response relations: Compared with nonusers, the RRs

82 es criteria such as strength of association, dose-response relation, consistency of association, temp

83 he pre-pulse concentration was increased the dose-response relations derived from the receptor curren

84 edominant component throughout the olfactory dose-response relation, down to the threshold of signali

85 e of PKA but abolished the left shift in the dose-response relation elicited by PKA.

86 All truncations with wild type dose-response relations exhibited desensitization time c

87 The dose-response relation for activation is usually fit wit

88 The dose-response relation for cancer at low doses is assume

89 After MTSET treatment, the dose-response relation for cGMP was shifted by over two

90 The findings indicate a strong dose-response relation for crystalline silica and NMRD m

91 sisted in all subgroups, and we identified a dose-response relation for current smoking and diabetes

92 Therefore, the appropriate dose-response relation for effects of low doses of radia

93 Significant effects on the dose-response relation for extracellular Ca2+ were obser

94 dding in exhaled breath to shed light on the dose-response relation for humans.

95 Phase 1 showed a dose-response relation for proportional change in fratax

96 a simple framework to integrate the a priori dose-response relation for SARS-CoV-2 based on mice expe

97 The dose-response relation for spike firing rose at lower od

98 rose at lower odour concentrations than the dose-response relation for the receptor current response

99 The dose-response relation for tolbutamide block of Kir6.2 d

100 The dose-response relation for tolbutamide block of wild-typ

101 We have measured dose-response relations for a large number of single cyc

102 Dose-response relations for bile acid sequestrants and s

103 The dose-response relations for Delta F agreed well with tho

104 The objective was to examine the dose-response relations for different forms of selenium.

105 ed to EBP (P for trend = 0.06), and positive dose-response relations for EBP were observed across inc

106 Steady-state dose-response relations for homomultimeric and heteromul

107 Dose-response relations for TEA and 4-AP were obtained b

108 There were dose-response relations for the current number of cigare

109 Dose-response relations for the nAChR beta19'Lys(BODIPYF

110 Thus, dose-response relations from multichannel patches should

111 he objective of our study was to examine the dose-response relation in women between risk factors for

112 The dose-response relations in multichannel patches are ofte

113 We now report that the dose-response relation indicates that this SAN Na+ chann

114 The developed dose-response relation is an exponential function with a

115 However, the fundamental dose-response relation is missing for evaluation of the

116 Stratification showed the dose-response relation most clearly in Black men; only h

117 However, there was no clear dose-response relation observed in this trial with respe

118 We found a dose-response relation of ACEs to IHD and a relation bet

119 The pooled dose-response relation of all studies between vitamin B-

120 We found a positive dose-response relation of coffee and tea intake with tHc

121 ad higher predicted tHcy and a lower inverse dose-response relation of food folate intake with tHcy.

122 Diet may be involved in the strong dose-response relation of gamma-glutamyltransferase (GGT

123 We found a strong dose-response relation of increased body size to the dev

124 pies per milliliter; there was a significant dose-response relation of increased transmission with in

125 The link is buttressed by a dose-response relation of PB pill number to chronic symp

126 There was a strong dose-response relation of plasma PLP concentration with

127 We characterized the dose-response relation of postabsorptive rates of myofib

128 The nonlinear dose-response relation of statins, bile acid sequestrant

129 and folic acid by itself; delineation of the dose-response relations of folate and NTD prevention; an

130 incidence of hyperuricemia and quantify the dose-response relations of specific risk factors with hy

131 ng, many questions remain with regard to the dose-response relations of tea constituents in various m

132 ization risk, none of the models suggested a dose-response relation or neurologic sequelae.

133 erior to placebo and there was a significant dose-response relation (P < / = 0.001), resulting in hig

134 taking 300 mug/d, which possibly suggests a dose-response relation (P < 0.05) with RDA doses.

135 arette smokers, there was some evidence of a dose-response relation (p = 0.20).

136 on WMD (P = 0.05), there was no significant dose-response relation (P = 0.32).

137 The use of these data to estimate dose-response relations provides a useful means to summa

138 derstanding of the physical activity-fitness dose response relation remains.

139 ntly changed and remained significant with a dose-response relation (RR = 1.21; 95% CI: 1.03, 1.42; P

140 A, there was a significant left shift in the dose-response relation such that 10(-12) M NHE-RF inhibi

141 servational studies showed a weaker slope of dose-response relations than the meta-analysis of RCTs.

142 from weight gain, approximating a log-linear dose response relation to BAFF concentrations.

143 Last, OMP also steepens the dose-response relation to improve concentration coding a

144 a4 nAChRs with P2X3 receptors shifts the ATP dose-response relation to the right, even in the absence

145 inic inhibition, manifested by shifts in the dose-response relations to lower concentrations.

146 For SBP, the dose-response relation was -7.7 mm Hg/100 mmol SR (95% C

147 An inverse dose-response relation was also found between the baseli

148 Given that no clear dose-response relation was apparent, this result must be

149 A dose-response relation was evident with benzodiazepines.

150 Moreover, a dose-response relation was evident, as each 1-SD increas

151 A dose-response relation was found between level of anger

152 A dose-response relation was found between level of worry

153 A dose-response relation was found between the number of t

154 A significant dose-response relation was identified, with respective r

155 A clear dose-response relation was inferred between the levels o

156 The dose-response relation was linear with an excess relativ

157 The dose-response relation was not consistent at high doses.

158 In addition, a dose-response relation was observed for duration of vita

159 An apparent dose-response relation was observed with intradermal adm

160 A dose-response relation was observed, and for every 40-g/

161 In site-specific analyses, although no dose-response relation was observed, processed meat was

162 However, no dose-response relation was observed.

163 A clear dose-response relation was seen between infection episod

164 At doses greater than 30 Gy, a fall in the dose-response relation was seen.

165 Dose-response relations were examined using fractional p

166 Significant inverse dose-response relations were found for both duration of

167 The individual-specific and group-average dose-response relations were investigated by fitting lin

168 tic fields) were excluded, the corresponding dose-response relations were more striking.

169 In the PBMC assay, strong dose-response relations were noted between peptidoglycan

170 controlled for, significant associations and dose-response relations were observed for 4 of the 15 te

171 Dose-response relations were observed for PLP and qualit

172 Compared with never smoking, dose-response relations were particularly strong for cur

173 No dose-response relation with degree of baldness was seen.

174 Severity of abuse had a linear dose-response relation with depression.

175 There was no dose-response relation with homocysteine level among all

176 sociated with vasomotor symptoms, although a dose-response relation with hours of smoke exposure was

177 The authors did not observe a dose-response relation with increased frequency or durat

178 smoking and hypertension and the effect of a dose-response relation with number of cigarettes smoked

179 Both of these risks exhibited a dose-response relation with potential EGE exposure (p fo

180 Food folate intake had an inverse dose-response relation with tHcy that was limited to non

181 values will give rise to shallow macroscopic dose-response relations with anomalously low Hill coeffi

182 tary factors are weak and do not show linear dose-response relations with disease risk within the ran

183 markers of vitamin B-12 status and estimated dose-response relations with the use of a meta-analysis.

184 confirmed these findings and demonstrated a dose-response relation, with at least comparable efficac

185 We found evidence of a dose-response relation, with relative risks reaching 7.6