ライフサイエンスコーパス: intelligence quotient

1 ures (eg, duration of psychotic symptoms and intelligence quotient).

2 mentary literature also suggests deficits in intelligence quotient.

3 l group (n = 30) matched for age, gender and intelligence quotient.

4 n carriers and noncarriers had the same mean intelligence quotient.

5 factor, duration of epilepsy, and full-scale intelligence quotient.

6 iated with School Entry Assessment score and intelligence quotient.

7 significant above and beyond differences in intelligence quotient.

8 orted that foetal valproate exposure impairs intelligence quotient.

9 power, which was negatively correlated with intelligence quotient.

10 vely); findings were similar for performance intelligence quotient.

11 th autism and in children with below-average intelligence quotients.

12 ose children whose mothers had higher verbal intelligence quotients.

13 , especially in regard to children with high intelligence quotients.

14 velopment indexes and verbal and performance intelligence quotients.

15 es (-4.0, 95% CI: -7.6, -0.5), and composite intelligence quotient (-3.4, 95% CI: -6.6, -0.3) scores

16 measures, including the Wechsler Full-Scale Intelligence Quotient (98+/-13 vs. 98+/-14); Number of D

17 s performed similarly on tests of full-scale intelligence quotient, academic achievement, attention/c

18 elevated rate of below average scores across intelligence quotient, achievement, and adaptive behavio

19 h-functioning individuals with autism and 94 intelligence quotient, age and gender matched healthy in

20 , no significant changes were seen in global intelligence quotient and academic achievement.

21 Adverse outcomes, such as reduced intelligence quotient and academic deficits, occur at le

22 tal of 303 RD cases were identified by using intelligence quotient and achievement test scores collec

23 ined largely unchanged after controlling for intelligence quotient and after accounting for psychotro

24 event-related functional MRI experiment, 43 intelligence quotient and age-matched male participants

25 We found no relationship between intelligence quotient and autism symptomatology in callo

26 Correlations between intelligence quotient and task performance, however, app

27 modulating associations between performance intelligence quotient and the integrity of major white m

28 asures of memory, there was little change in intelligence quotient and visual attention over the stud

29 ks) was positively associated with offspring intelligence quotient and with increased odds of offspri

30 Stanford-Binet Intelligence Quotients and Bayley Mental Developmental I

31 en between cognitive performance (full-scale intelligence quotient) and systolic blood pressure (P =

32 traparietal sulcus that correlated with age, intelligence quotient, and Autism Diagnostic Interview-R

33 controls who were matched for age, sex, and intelligence quotient, and compared between-group differ

34 aged 8 to 17 years, matched for age, gender, intelligence quotient, and head motion.

35 comes, including changes in pubertal timing, intelligence quotient, and mental health.

36 ctivity, emotional lability, a below average intelligence quotient, and short stature.

37 viduals with tuberous sclerosis and a normal intelligence quotient (approximately 50%) are commonly a

38 ue organization), with depression scores and intelligence quotient as included covariates.

39 ion and American National Adult Reading Test intelligence quotient as proposed proxies.

40 core (age, 4 years; n = 5,832), standardized intelligence quotient assessed by Wechsler Intelligence

41 Their intelligence quotient at 11 y old was available.

42 djustment for sex, APOE epsilon4 status, and intelligence quotient at 11 y old, the effects associate

43 rences on enrollment significantly predicted intelligence quotient at follow-up.

44 Late neurocognitive effects impact intelligence quotient, behavior, and achievement.

45 s showed associations with lower performance intelligence quotient (beta -0.056, OR 1.13 [95% CI 1.04

46 Full Scale Intelligence Quotient decreased by 1.5 points (95% CI 0.

47 to 9.1; P=0.03), but not on the Binet-Kamat intelligence quotient (difference, 2.5; 95% CI, -0.1 to

48 more robust, remaining significant even when intelligence quotient differences were accounted for.

49 rity and full-scale, verbal, and performance intelligence quotients (FIQ, VIQ, and PIQ).

50 The average full-scale intelligence quotient for the patient cohort was 81 (95%

51 p, a negative correlation between full-scale intelligence quotient (FSIQ) scores and caudate volume w

52 Lower than average full-scale intelligence quotient (FSIQ) was associated with either

53 from baseline was significant for Full Scale Intelligence Quotient (FSIQ), Verbal IQ (VIQ), and Nonve

54 functioning called the estimated full-scale intelligence quotient (FSIQ).

55 eria for the MPH trial included an estimated intelligence quotient greater than 50, academic achievem

56 d/or congenital diaphragmatic hernia with an intelligence quotient greater than or equal to 80 and a

57 tched group-wise on age (range 12-24 years), intelligence quotient (>/= 85) and handedness.

58 (95% CI: 3.1, 11.2) points lower on tests of intelligence quotient, had poorer memory (P < 0.04), and

59 t breast-feeding can lead to improvements in intelligence quotient in children and lower risks of non

60 n between surface area and estimation of the intelligence quotient IQ (IQ(est)) and between cortical

61 iation (SD) scores were found for Full Scale intelligence quotient (IQ) (-0.52 SD; 95% CI, -0.68 to -

62 dren being in the lowest quartile for verbal intelligence quotient (IQ) (no seafood consumption, odds

63 Associations between parental age and intelligence quotient (IQ) among 565,433 Swedish males (

64 lly significant (i) differences in postnatal intelligence quotient (IQ) and (ii) alterations of brain

65 of dose with age and time from diagnosis on intelligence quotient (IQ) and academic achievement (rea

66 sting, including age-appropriate measures of intelligence quotient (IQ) and achievement tests.

67 ge impairments, seizures, gait disturbances, intelligence quotient (IQ) and adaptive function, as wel

68 is of a monotonic relation between childhood intelligence quotient (IQ) and adult mortality and to de

69 n the nonirradiated (No-CRT) group on verbal intelligence quotient (IQ) and in the motor domain.

70 ficient" evidence for an association between Intelligence Quotient (IQ) and PBDEs.

71 Mean full-scale or global intelligence quotient (IQ) and performance IQ scores ove

72 and >/=26 weeks' gestation with the child's intelligence quotient (IQ) and problem behaviors at ages

73 een blood lead concentrations and children's intelligence quotient (IQ) and school performance.

74 Our primary outcome was intelligence quotient (IQ) at 6 years of age (age-6 IQ)

75 At baseline, there were no differences in intelligence quotient (IQ) based on age.

76 ocognitive evaluation (NE), the mean rate of intelligence quotient (IQ) change for patients who recei

77 se relationship between frequency of use and intelligence quotient (IQ) change.

78 bout excessive and inappropriate reliance on intelligence quotient (IQ) cut-offs.

79 Childhood intelligence quotient (IQ) did not differ significantly

80 Children's Abilities at age 4 and full scale intelligence quotient (IQ) from the Wechsler Abbreviated

81 We also used the Wechsler test to measure intelligence quotient (IQ) in a randomly selected subset

82 median 10 weeks [IQR 9-12]) and a measure of intelligence quotient (IQ) in the offspring at age 8 yea

83 itive correlations between FA and full-scale intelligence quotient (IQ) in the right inferior fronto-

84 Intelligence quotient (IQ) is a standardized measure of

85 An analysis for the basis of the intelligence quotient (IQ) loss revealed that subtest ra

86 26 (27%) boys had an intelligence quotient (IQ) of less than 70.

87 The mean intelligence quotient (IQ) of the entire group was not s

88 groups did not differ significantly in age, intelligence quotient (IQ) or handedness.

89 We compared change in intelligence quotient (IQ) over time in pediatric patien

90 The difference was driven mainly by intelligence quotient (IQ) points loss and intellectual

91 es specific to visual-motor integration (5.1 intelligence quotient (IQ) points, 95% confidence interv

92 All had data on birth weight and intelligence quotient (IQ) score at the time of military

93 A reduced intelligence quotient (IQ) score has broad economic and

94 g pregnancy might be associated with reduced intelligence quotient (IQ) score in offspring.

95 ormance, and predictive associations between intelligence quotient (IQ) scores and later-life outcome

96 cord blood choline concentrations and child intelligence quotient (IQ) scores at 5 y of age.

97 munity disadvantage on changes in children's intelligence quotient (IQ) scores from age 6 years to ag

98 s from the Lothian Birth Cohort 1936 who had intelligence quotient (IQ) scores from the same cognitiv

99 Historically, intelligence quotient (IQ) scores have provided a benchm

100 no symptoms of encephalopathy, have reduced intelligence quotient (IQ) scores in childhood.

101 re Wechsler Adult Intelligence Scale-Revised intelligence quotient (IQ) scores were available, this p

102 maintain that education has little effect on intelligence quotient (IQ) scores, others claim that IQ

103 Neurocognitive assessments included intelligence quotient (IQ) tests and tests of academic a

104 ow birth weights (LBW, <2500 g) have a lower intelligence quotient (IQ) than those with normal birth

105 Intelligence quotient (IQ) was measured in childhood and

106 hypoxia-ischemia is associated with death or intelligence quotient (IQ)<70 at 6 to 7 years among infa

107 PCB exposure in relation to cognitive test (intelligence quotient (IQ)) scores on the Wechsler Intel

108 ated with memory quotient (MQ), but not with intelligence quotient (IQ), age, or sex.

109 vity within the DMN as a function of age and intelligence quotient (IQ), and (3) the association betw

110 he effect of AED withdrawal on postoperative intelligence quotient (IQ), and change in IQ (delta IQ)

111 ial Doppler ultrasound (TCD), measurement of intelligence quotient (IQ), and magnetic resonance imagi

112 controlled for sociodemographic confounders, intelligence quotient (IQ), and other traumas.

113 at age 6 y, children received assessments of intelligence quotient (IQ), attention control (Day-Night

114 of ASD, we examined the relationship between intelligence quotient (IQ), behavior and language assess

115 cantly overlap the targets in males of lower intelligence quotient (IQ), but neither overlaps signifi

116 ound various behavioral assessments [such as intelligence quotient (IQ), early language ability, and

117 city was obtained with regard to Performance Intelligence Quotient (IQ), Full Scale IQ, Attention, Re

118 Intelligence quotient (IQ), grades, and scores on achiev

119 each group were matched on age, sex, verbal intelligence quotient (IQ), reading ability, and persist

120 ta = 0.80, p = 0.0095), corresponding to a 6 intelligence quotient (IQ)-point difference.

121 essments of autistic symptoms, language, and intelligence quotient (IQ).

122 genetic variants, are associated with child intelligence quotient (IQ).

123 operties under consideration with respect to intelligence quotient (IQ-scores).

124 utational load to show that lower and higher intelligence quotients (IQ) affected individuals can be

125 changes on global measures of intelligence (intelligence quotient [IQ]) and academic achievement at

126 althy controls on all cognitive domains (eg, intelligence quotient [IQ], 76 [standard deviation {SD},

127 Although people with higher intelligence quotients (IQs) are quicker at processing s

128 In comparison with controls, intelligence quotients (IQs) were lower in both SCD grou

129 These studies used age-matched and/or intelligence quotient-matched control groups whose readi

130 with schizophrenia and 26 age-, gender-, and intelligence quotient-matched healthy controls (HCs) par

131 Controls were age- and intelligence quotient-matched to the unaffected siblings

132 ed from 20 children with ASD and 19 age- and intelligence quotient-matched typically developing child

133 aseline demographics and estimated premorbid intelligence quotient, non-HIV-related comorbidities, cu

134 ear-old children with mental retardation (an intelligence quotient of 70 or less) were identified in

135 The full-scale intelligence quotient of survivors without chromosomal a

136 ve function in 143 (69%) with the full-scale intelligence quotient of the Wechsler intelligence scale

137 al development index (P < 0.01), performance intelligence quotient (P < 0.001), and verbal intelligen

138 ntelligence quotient (P < 0.001), and verbal intelligence quotient (P < 0.001).

139 l psychopathology (p=0.013 and p=0.004), low intelligence quotient (p=0.041 and p<0.0001), mental hea

140 After adjustment for childhood intelligence quotient, partial correlations were strengt

141 the inclusion of controls such as education, intelligence quotient, physical health, height, self-est

142 rbal intelligence quotient (VIQ)-performance intelligence quotient (PIQ) discrepancy.

143 e was, on average, a gain of one half of one intelligence quotient point at age 8.

144 n during and after therapy at a rate of -3.9 intelligence quotient points per year (P =.0028).

145 Mean intelligence quotients ranged across groups from 92.9 to

146 All groups were matched on non-verbal intelligence quotient, reading age and rhyme performance

147 ligence Third Edition (WPPSI-III) Full Scale Intelligence Quotient score at age 5 years.

148 All participants had full-scale intelligence quotient scores >78 and groups were matched

149 d at birth was associated with higher verbal intelligence quotient scores (2.61, 95% confidence inter

150 ficantly associated with Wechsler Full Scale Intelligence Quotient scores (administered via the age-a

151 Risk-associated alleles predict lower intelligence quotient scores and speed of cognitive proc

152 gnificant difference in estimated decline in intelligence quotient scores between patients with lacun

153 in early adulthood and associated with lower intelligence quotient scores.

154 Potential confounding factors of age, sex, intelligence quotient, socioeconomic status, pubertal ti

155 andidate genes exhibited significantly lower intelligence quotients, supporting their strong function

156 kers matched for age, gender and performance intelligence quotient that allows evaluation of neural a

157 controls (matched on age, sex and premorbid intelligence quotient), the patients showed deficits in

158 ague Seizure Severity scale, the Binet-Kamat intelligence quotient, the social quotient on the Vinela

159 Cognitive correlations of intelligence quotient to GMV were found in cerebellar-oc

160 l thickness with the magnitude of the verbal intelligence quotient (VIQ)-performance intelligence quo

161 ge 5 years, producing verbal and performance intelligence quotients (VIQ and PIQ); associations with

162 n perception did not remain significant when intelligence quotient was controlled for, but group diff

163 Intelligence quotient was not significantly different am

164 s of early deprivation after controlling for intelligence quotient, with less time spent in the birth

165 No behavioral measures, including intelligence quotient, working memory, or mathematical a

166 The two groups were matched for age, intelligence quotient, years of education, and anxiety a