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1 were related to trait-measured higher-level cognitive ability.
2 metric variables, psychiatric disorders, and cognitive ability.
3 he development of new strategies to maintain cognitive ability.
4 he developing human neocortex and for normal cognitive ability.
5 while controlling for differences in general cognitive ability.
6 ume, infant head circumference and childhood cognitive ability.
7 ing to both its network dynamics and general cognitive ability.
8 odegeneration (lower ADSCT scores) and worse cognitive ability.
9 igate the role of the rearing environment in cognitive ability.
10 th avian brain size, suggesting they reflect cognitive ability.
11 between PTEN protein reductions and reduced cognitive ability.
12 premium associated with higher education and cognitive ability.
13 Low birth weight predicts compromised cognitive ability.
14 and bilinguals might have different baseline cognitive ability.
15 esults have been reported in GWAS of general cognitive ability.
16 of these findings for comparative studies of cognitive ability.
17 s for SCZ were associated with lower general cognitive ability.
18 ces in physical and mental health as well as cognitive ability.
19 es to CPD, PPP, locomotor sensitization, and cognitive ability.
20 common technique for characterizing general cognitive ability.
21 ables, and is not driven by other aspects of cognitive ability.
22 t lateralization is associated with enhanced cognitive ability.
23 finds no effects of such variants on general cognitive ability.
24 A vocabulary-based test estimated pre-morbid cognitive ability.
25 uman tool use still evidences unique, higher cognitive ability.
26 ained) that served as the measure of general cognitive ability.
27 tion, namely 33% for personality and 64% for cognitive ability.
28 hievement, body mass index (BMI) and general cognitive ability.
29 ility; height was positively associated with cognitive ability.
30 tus on educational achievement or on general cognitive ability.
31 dence for casual associations from health to cognitive ability.
32 gnition in Schizophrenia was used to measure cognitive ability.
33 ariation relevant for ASD influences general cognitive ability.
34 l systems sustaining many sensory, motor and cognitive abilities.
35 nfluence is unique and not shared with other cognitive abilities.
36 eadth might favour the evolution of enhanced cognitive abilities.
37 PFC, reducing neuronal firing and impairing cognitive abilities.
38 d neuropsychiatric investigations of diverse cognitive abilities.
39 , these atypicalities may also impact social-cognitive abilities.
40 ical function associated with these critical cognitive abilities.
41 recognition, object recognition, and general cognitive abilities.
42 some genes on neuroanatomical structures and cognitive abilities.
43 al social functioning and more complex socio-cognitive abilities.
44 trols at follow-up across most of the tested cognitive abilities.
45 tion flow through social learning relates to cognitive abilities.
46 .e., inhibitory control) are essential human cognitive abilities.
47 , mirroring the time course of maturation of cognitive abilities.
48 ve been thought to play crucial roles in our cognitive abilities.
49 ght also be associated with enhanced general cognitive abilities.
50 ks, fluid intelligence, or other measures of cognitive abilities.
51 ogical substrates for some of his remarkable cognitive abilities.
52 ence in MMM may compromise well-being and/or cognitive abilities.
53 y suggesting a degree of continuity in their cognitive abilities.
54 hin minutes of neural disruption to maintain cognitive abilities.
55 al structures do not support domain-specific cognitive abilities.
56 y that promotes the development of life-long cognitive abilities.
57 ng of the evolutionary origins of our unique cognitive abilities.
58 that RIG tasks yield good estimates of such cognitive abilities.
59 d traits, such as health, that are distal to cognitive abilities.
60 , a bird species known for its sophisticated cognitive abilities.
61 shown to be capable of supporting a range of cognitive abilities.
62 , which supports both their ASD symptoms and cognitive abilities.
63 for humans' language, creative thinking, and cognitive abilities.
64 on and is a precursor for a variety of socio-cognitive abilities.
65 fy a hierarchy of residual somatosensory and cognitive abilities: (1) somatosensory steady-state evok
66 ntal mean, the effect sizes were -1.7 SD for cognitive ability, 2.2 SD for social behavior, and -1.3
67 re, EduYears GPS was associated with general cognitive ability ( 3.5%) and family socioeconomic statu
68 re, EduYears GPS was associated with general cognitive ability (~3.5%) and family socioeconomic statu
69 has dose-dependent associations with reduced cognitive abilities across a range of domains at 6 years
70 om-designed video game can be used to assess cognitive abilities across the lifespan, evaluate underl
71 cy was significantly associated with general cognitive ability across all groups (beta = 0.099, P = .
72 In addition to lower literacy levels and cognitive abilities, adolescents from lower maternal edu
73 eases the APP-immunoreactivity and preserves cognitive abilities after trauma, potentially offering n
79 al traits of learning such tasks reflect our cognitive abilities and have been of interest both psych
80 y is characterized by significantly impaired cognitive abilities and is due to various etiological fa
81 bstantial level of pleiotropy exists between cognitive abilities and many human mental and physical h
82 er of brain neurons yet is remarkable in its cognitive abilities and metabolism simply because of its
83 sults by administering a broad assessment of cognitive abilities and personality traits to young adul
84 Individual recognition requires sufficient cognitive abilities and phenotypic diversity within a po
85 drawing test score was used as a measure for cognitive abilities and related to tooth and denture hyg
86 for understanding the neurobiology of human cognitive abilities and suggest a potential neurocellula
88 t the former may independently contribute to cognitive abilities and thus supporting a direct investi
89 in educational achievement, 4.8% in general cognitive ability and 5.4% in BMI in an independent test
92 al interpretation to the association between cognitive ability and cortical tissue in old age based o
94 xpiratory lung volume in one second, general cognitive ability and educational attainment (P < 1 x 10
99 r variable was associated with lower general cognitive ability and larger ventricles in patients but
101 improves goal-directed neural processing and cognitive ability and may serve to facilitate communicat
106 n driving further increases in brain volume, cognitive abilities, and lifespans in some primate linea
107 emory, recognition of other agents, or other cognitive abilities, and so may suggest a more general e
108 Clusters were compared on ASD symptoms, cognitive abilities, and social-emotional difficulties a
109 and robust predictor of receptive language, cognitive ability, and adaptive behavior at ages 4 and 6
110 r age, SAP mean deviation in the better eye, cognitive ability, and central driving task performance.
112 vels of autozygosity predicted lower general cognitive ability, and estimate a drop of 0.6 s.d. among
113 the genetic overlap between SCZ and general cognitive ability, and may provide additional insight in
114 increase in childhood attention regulation, cognitive ability, and positive home environment was ass
116 uman capital factors-educational attainment, cognitive ability, and self-control-predicted both credi
119 ve or partially recessive alleles in general cognitive ability, and that alleles decreasing general c
120 he uses of g and G, rank-ordering species on cognitive ability, and the meaning of general intelligen
121 better child cognition were higher maternal cognitive ability (aOR 1.43 [95% CI 1.1-1.9], p = 0.02,
122 out artifacts by demonstrating that distinct cognitive abilities are genetically correlated and thus
123 gs suggest that persistent effects of THC on cognitive abilities are more evident when exposure coinc
124 pose that early in ontogeny, children's core cognitive abilities are shaped by culturally dependent "
128 ividual differences in intelligence (general cognitive ability) are highly heritable, molecular genet
129 and between-person differences in late-life cognitive abilities as a function of childhood social cl
130 ice also exhibited a profound improvement in cognitive abilities, as seen with novel object recogniti
131 were virtually equivalent to non-AD mice in cognitive ability, as assessed by maze-based behavioral
132 connectivity in HD contribute to decline in cognitive abilities associated with heavy alcohol consum
133 of psychosocial deprivation to reductions in cognitive ability, associative and implicit learning, la
136 sk of schizophrenia is associated with lower cognitive ability at age 70 and greater relative decline
138 are similar to the simultaneous increase in cognitive abilities, at 0.2-0.6 SD during the 15-y windo
139 0) or SMA (n = 86) were assessed for overall cognitive ability, attention, and associative memory 1 w
142 L-4 was negatively associated with nonverbal cognitive ability (beta = -3.63, SE = 1.33, p = .04).
144 or ASD is positively correlated with general cognitive ability (beta=0.07, P=6 x 10(-7), r(2)=0.003),
145 y is thought to contribute to differences in cognitive ability between humans and other animals.
147 isorders of consciousness retain sensory and cognitive abilities beyond those apparent from their ove
148 ogical and psychiatric disorders that impact cognitive ability, but the relationship between various
149 ype I interferon in aged mouse brain impedes cognitive ability by altering microglia transcriptome an
150 udy the mechanistic basis of this high-level cognitive ability by studying low-level sensory systems.
151 n was collected on schooling achievement and cognitive ability by using the Raven's progressive matri
154 that between ages 40 and 75 years, the mean cognitive ability declines by more than 20%, but there i
155 rding to embodied cognition theories, higher cognitive abilities depend on the reenactment of sensory
157 is associated with a significant decline in cognitive ability during the first year after cardiac su
158 tions from a single task about behavioral or cognitive abilities (e.g., processing, perception) do no
159 pitch acuity, music perception, and general cognitive ability (e.g., fluid intelligence, working mem
161 lligence as an emerging property of multiple cognitive abilities (each with their own selective advan
162 t 18 mo, although significant development of cognitive abilities (early executive function) emerge la
163 hod to test for causality between later life cognitive ability, educational attainment (as a proxy fo
164 of evidence for causal associations between cognitive ability, educational attainment, and physical
165 irment (effect size > 0.70; P < .001), lower cognitive abilities (effect size = -0.59; P < .005), and
168 evolutionary origin of rhythm perception, a cognitive ability essential to musicality, remains unres
170 Its overexpression results into altered cognitive abilities, explained by defective cortical mic
171 g a unique dataset that combines measures of cognitive ability (fluid intelligence) and of general an
172 sed data from standardized tests of seniors' cognitive abilities for countries from different world r
173 nding of teaching; (2) teaching is a natural cognitive ability for humans; and (3) there is a need to
174 are much better indexed by the deviation in cognitive ability from that expected from an individual'
175 the following 3 neurodevelopmental domains: cognitive ability (Full-Scale IQ), social behavior (Soci
176 le and substantially correlated with general cognitive ability (g), both phenotypically and genetical
178 ment of brain function as indexed by general cognitive ability (g, aka intelligence): (1) The same ge
179 of RNFL thickness on three domains; general cognitive ability (g-factor), general processing speed (
180 ested whether cerebral correlates of general cognitive ability (GCA) in development could be extended
181 hat animals with larger brains have superior cognitive abilities has been heavily criticized, primari
182 ation between low birth weight and decreased cognitive ability has declined between the 1950s and 197
183 ability, and that alleles decreasing general cognitive ability have been selected against over evolut
186 2 diabetes showed negative associations with cognitive ability; height was positively associated with
188 sychosis (n = 424) were assessed in areas of cognitive ability impaired in schizophrenia including IQ
190 examine the genetic architecture of diverse cognitive abilities in children and adolescents, includi
193 lated research now demonstrates a variety of cognitive abilities in nonhuman animals and challenges t
194 actors might play in individual variation in cognitive abilities in nonhuman animals, particularly no
195 sed to assess the likelihood of unrecognized cognitive abilities in severely brain-injured patients w
196 rtance of considering the cost of high-level cognitive abilities in studies of the evolution of human
199 Additionally, previous investigations into cognitive abilities in these individuals have been confl
200 yze the association between birth weight and cognitive ability in a baseline model and in a model tha
201 re several aspects of financial literacy and cognitive ability in a survey of subprime mortgage borro
203 which autozygosity associated with measured cognitive ability in an unselected sample of 4854 partic
204 e the polygenic overlap between ASD/ADHD and cognitive ability in individuals from the general popula
205 y that mirrors the original Flynn effect for cognitive ability in magnitude and practical significanc
207 lity, educational attainment (as a proxy for cognitive ability in youth), BMI, height, systolic blood
210 measured with fMRI contain information about cognitive abilities, including sustained attention.
211 cts carrying the risk allele showed impaired cognitive abilities, increased vulnerable personality fe
212 ders simulations for individuals with higher cognitive abilities infeasible, especially if multiplaye
214 nship between general intelligence and socio-cognitive abilities is poorly understood in animals and
215 a large body of research shows that general cognitive ability is heritable and stable in young adult
216 e consistent with the idea that variation in cognitive ability is shaped by contrasting effects on di
218 vous system-in particular, the brain and its cognitive abilities-is among humans' most distinctive an
219 ping the relationship between brain size and cognitive abilities, it remains controversial whether la
223 re known to correlate cross-sectionally with cognitive ability measures, but only a few small studies
224 home, body mass index (BMI), grip strength, cognitive ability, mood, or comorbid illness (P >/= 0.1
225 ide senescence there is a gradual decline in cognitive ability, most noticeably certain kinds of memo
226 ght arise partly from the limitations in the cognitive abilities necessary for recursive reasoning ab
227 type 2 diabetes, waist-hip ratio, childhood cognitive ability, neuroticism, bipolar disorder, major
228 they make unrealistic assumptions about the cognitive abilities of bat pollinators, invoke Weber's l
230 seemingly necessary to justify the superior cognitive abilities of humans over mammals with even lar
231 this possibility by targeting the high-level cognitive abilities of learning and automaticity in the
233 nference paradigm.SIGNIFICANCE STATEMENT The cognitive abilities of nonhuman animals are of enduring
235 Results from previous studies show that the cognitive ability of offspring might be irreversibly dam
237 s between external social influences and the cognitive ability of the surgeon to respond to uncertain
238 atus in well-nourished pregnant women on the cognitive ability of their offspring in a UK birth cohor
243 with CM had lower adjusted scores than CC in cognitive ability (P < .001), attention (P = .02), and a
244 hildren with SMA had lower scores than CC in cognitive ability (P = .01) but not attention or associa
246 been recognized that generalized deficits in cognitive ability represent a core component of schizoph
247 s description of uniquely human tool-related cognitive abilities rings true but would be enhanced by
249 is, the main cognitive outcome was change in Cognitive Abilities Screening Instrument (CASI) during f
250 states that alleles associated with reduced cognitive ability should also serve to increase risk for
251 ch indicates that exposure to stress impairs cognitive abilities, specifically executive functioning
254 tation-building process requires substantial cognitive abilities such as communication skills, potent
255 tasks (RIG) are commonly used to assess high cognitive abilities such as inhibition or sustained atte
256 e also notably pro-social and exhibit social cognitive abilities, such as imitation, that are rare ou
257 size and traits thought to require advanced cognitive abilities, such as innovation, behavioral flex
258 pronounced amongst those with lower baseline cognitive abilities, suggesting the potential for reduci
259 er all domains of cognition, including those cognitive abilities that can be characterized as online
261 show marked intraspecific variation in their cognitive abilities that may reflect variation in extern
262 er is associated with impairments in general cognitive ability that also have a substantial genetic c
264 erlying neural correlates of domain-specific cognitive abilities, the other factors hypothesized to e
265 luations using the Woodcock-Johnson Tests of Cognitive Abilities Third Edition (median of three obser
266 ent, which allows the acquisition of complex cognitive abilities through experience but makes it susc
268 nts with Parkinson's disease with a range of cognitive abilities to determine its association with co
272 tside the acute care setting with sufficient cognitive ability to perceive the benefits of treatment.
275 try (SAP) and had longitudinal assessment of cognitive ability using the Montreal Cognitive Assessmen
276 of the home environment at 12 mo on general cognitive abilities was attenuated in the DHA group comp
282 (low) and 2,500-4,500 g (normal) and verbal cognitive ability was measured at the age of 10 or 11 y.
285 Body mass index, apnea-hypopnea index, and cognitive abilities were modeled as latent constructs.
286 ter information-processing speed and general cognitive ability were related to increased degree of co
287 r general processing speed and lower general cognitive ability when age 11 IQ scores were included as
288 A is associated with long-term impairment in cognitive ability, whereas CM is associated with additio
289 because such individuals will have levels of cognitive abilities which are in the normal range; and t
290 rain networks without confounding effects of cognitive ability, which makes the resting-state fMRI pr
291 disconnect between traditional pathology and cognitive abilities with advancing age, indicative of in
292 oximately 3 y of age, we assessed children's cognitive abilities with the Wechsler Primary and Presch
293 nstream effects of altered cAMP signaling on cognitive ability with age will be further discussed.
296 what may be expected of a measure of higher cognitive abilities, with a performance peak around 25 a
297 tasking and fluid intelligence are separable cognitive abilities, with differential sensitivities to
298 ly better than predicted from their baseline cognitive abilities, with strongest effects on general i
300 tivity has been associated with a variety of cognitive abilities, yet it remains unclear how these co
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