ライフサイエンスコーパス: cognitive function

1 eration, increase survival time, and improve cognitive function.

2 in B-12 status, may be associated with lower cognitive function.

3 a key to understanding mechanisms for higher cognitive function.

4 ments are essential for determining baseline cognitive function.

5 PF, but not PA, is associated with a better cognitive function.

6 odels were controlled for age, education and cognitive function.

7 , and one that could have a direct impact on cognitive function.

8 g sleep deprivation fully restores brain and cognitive function.

9 has emerged as a critical protein for normal cognitive function.

10 prevalent and clearly associated with poorer cognitive function.

11 s, demonstrating that isolated SNHL affected cognitive function.

12 l actions in adults, indicative of disrupted cognitive function.

13 ni-Mental State Examination (MMSE) to assess cognitive function.

14 ise intervention to maximize improvements in cognitive function.

15 associated with AD neuropathology and lower cognitive function.

16 es microbial metabolites that are related to cognitive function.

17 ssible association with long-term changes in cognitive function.

18 1-3 expression in neurons negatively affects cognitive function.

19 orn neurons, which play an essential role in cognitive function.

20 infection and anaemia, clinical malaria, and cognitive function.

21 us changes is central to normal, real-world, cognitive function.

22 s, physical performance, infection rates, or cognitive function.

23 lifetime systolic blood pressure burden and cognitive function.

24 es and their tract-specific association with cognitive function.

25 cific WMH volumes, and network measures with cognitive function.

26 od pressure and body mass index), and poorer cognitive function.

27 umes were positively correlated with general cognitive function.

28 secondhand smoke exposure promotes adulthood cognitive function.

29 cyte differentiation, and impairs associated cognitive function.

30 o explore the association of PM2.5 with poor cognitive function.

31 a similar effect to IF in terms of improving cognitive function.

32 whether nuclear volumes were associated with cognitive function.

33 val of newborn neurons that directly support cognitive function.

34 fitness (PF) could be a better predictor of cognitive function.

35 ers, while NTM is linked to intelligence and cognitive function.

36 euronal morphology, synaptic plasticity, and cognitive function.

37 ntecedent to the emergence of humans' higher cognitive functions.

38 articularly those involved in "higher order" cognitive functions.

39 h greater, disruptive effect on mnemonic and cognitive functions.

40 d segregation) among neuronal populations in cognitive functions.

41 res of brain organization corresponding with cognitive functions.

42 m, thereby affecting motor, psychiatric, and cognitive functions.

43 memory encoding, information processing, or cognitive functions.

44 tterns were associated with memory and other cognitive functions.

45 using ensemble analyses to tap into complex cognitive functions.

46 ulation of a whole series of behavioural and cognitive functions.

47 bstructures corresponding with more specific cognitive functions.

48 al building block for basic and higher-order cognitive functions.

49 d in AD and involved in HPA axis control and cognitive functions.

50 a critical component that underlies several cognitive functions.

51 iduals' putative impairments in a variety of cognitive functions.

52 t that the hippocampus is critical for these cognitive functions.

53 -thalamo-cortical loop regulating limbic and cognitive functions.

54 egions to assess the effect of brain iron on cognitive functions.

55 nting continuous measures of domain specific cognitive functions.

56 PFC), a brain region critical for social and cognitive functions.

57 x underlies its role in execution of diverse cognitive functions.

58 linked to personality, social behaviors, and cognitive functions.

59 facilitates amyloid pathology and mitigates cognitive functions.

60 se burning and vascular disease markers upon cognitive functions.

61 l dynamics play an important role in complex cognitive functions.

62 the cerebellum is increasingly implicated in cognitive functions.

63 association neocortical regions involved in cognitive functions.

64 which serve separate computational roles in cognitive functions.

65 r with beta-amyloid is associated with lower cognitive functioning.

66 tion of neuronal processes underlying normal cognitive functioning.

67 Of the 150 participants, 21% had normal cognitive function, 17% had mild cognitive impairment, 3

68 Nonsedation did not affect cognitive function 3 months after ICU-discharge.

69 nization (50%) or a reversal for all but one cognitive function (32%).

70 =0.042), significantly smaller reductions in cognitive functioning (-5.0 [-7.6 to -2.4] vs -7.9 [-10.

71 g an antagonistic pleiotropy effect on human cognitive function across a wide age range, and hence pr

72 MN) is an extensively validated biomarker of cognitive function across both normative and clinical po

73 ssociated with a 5.1% increased risk of poor cognitive function [adjusted hazard ratio (HR): 1.051; 9

74 cioeconomic status, polygenic risk score for cognitive function, adolescent/adult smoking, blood pres

75 euroinflammation was attenuated and improved cognitive function after TBI.

76 Cognitive function and academic achievement did not diff

77 frontal cortex (PFC) play a critical role in cognitive function and arousal.

78 cedural learning task but were unimpaired in cognitive function and behavioral flexibility.

79 S and the independent prediction of SES with cognitive function and brain development.

80 nship between NMDAR antibodies and symptoms, cognitive function and clinical outcomes over 24 month f

81 hypothesized to be effective to maintaining cognitive function and delay cognitive decline in the el

82 apeutic opportunities that carefully measure cognitive function and dementia incidence.

83 Old age is accompanied by declining cognitive function and enhanced risk of brain diseases,

84 However, the association between cognitive function and levels of glutamatergic metabolit

85 s to infer shared variance among measures of cognitive function and neural organisation and examined

86 tworks that may contribute to differences in cognitive function and offers insight on the neural syst

87 HA-WBRT plus memantine better preserves cognitive function and patient-reported symptoms, with n

88 lomere shortening might have an influence on cognitive function and psychiatric disorder pathophysiol

89 tors, which may subsequently impact on human cognitive function and psychiatric disorder pathophysiol

90 study the association between PA and PF with cognitive function and quality of life using cross-secti

91 tment, which could result in improvements in cognitive function and reduced rates of impairment.

92 Young Trem2-/- mice exhibited normal cognitive function and synaptic plasticity but had incre

93 tionships between ambient heat exposure with cognitive functioning and perceived workload.

94 between childhood trauma, depression, adult cognitive functioning and risk of dementia.

95 completed multiple cognitive tests to assess cognitive functioning and the SURG-TLX to self-assess wo

96 ability were associated with trajectories of cognitive functioning and whether educational attainment

97 to remote brain regions regulating motor and cognitive functions and neurogenesis (e.g., dentate gyru

98 ting the impact of anxiety in a diversity of cognitive functions and populations.

99 arousability impact health acutely (daytime cognitive function) and long-term (cardiovascular outcom

100 olated diastolic dysfunction had the poorest cognitive function, and a greater ratio between early mi

101 ddiction, behavioral and personality traits, cognitive function, and educational attainment and enric

102 l genes, including those involved in vision, cognitive function, and energy consumption, putatively c

103 pread effects on the neural organization and cognitive function, and even focal lesions may be associ

104 , surface area and volumes vary with age and cognitive function, and in neurological and psychiatric

105 ications for injury prevention, physical and cognitive function, and quality of life.

106 effectiveness of interventions on subjective cognitive function, and the secondary outcome was the sa

107 structured limbs-exercise program on general cognitive function, and to test the mediating effects an

108 er reductions in pain, less deterioration of cognitive functioning, and greater emotional functioning

109 nd in turn, yielding a significant effect on cognitive function; and (4) Five potential mediating pat

110 Purpose To examine whether WMH and cognitive function are associated and whether any such a

111 ies of this drug focused on brain health and cognitive function are clearly indicated.

112 , tracts associated with language and higher cognitive functions are disproportionally larger in huma

113 Medial temporal lobe dependent cognitive functions are highly vulnerable to hypoxia in

114 ide consistent albeit modest improvements in cognitive function as measured by neuropsychological tes

115 s to explore patient's physical, mental, and cognitive functioning, as well as their quality of life

116 Cognitive function assessed on the novel place recogniti

117 ogram was beneficial for maintaining general cognitive function at 12 weeks (mean difference = 1.20,

118 hing is associated with worse functional and cognitive function at 90 days poststroke.

119 Cognitive function at age 45 years was assessed objectiv

120 were associated with RLCQ scores and poorer cognitive function at baseline and lower rates of cognit

121 59 who were >= 100 years of age) with normal cognitive function at baseline from March 2002 to Septem

122 e PSS showed no significant association with cognitive function at baseline, cognitive decline or wit

123 In models adjusted only for cognitive function at entry, the ASCVD risk score signif

124 Mail Survey respondents who provided data on cognitive functioning at least once during 1998-2014 and

125 aromatase expression in neurons, and normal cognitive function basally.

126 exploring the underlying mechanisms of many cognitive functions based on non-equilibrium physics.

127 ome elements are enriched for key domains of cognitive function before and after controlling for earl

128 s impairments in their physical, mental, and cognitive functioning before ICU admission.

129 re are no population-based studies comparing cognitive function between older PLWH and comparators wi

130 en grid cells and behaviour along with their cognitive functions beyond navigation.

131 Metabolic parameters, cognitive function, brain insulin receptor function, syn

132 out HIV when using a conventional measure of cognitive function but not when using a novel instrument

133 were significantly associated with level of cognitive functioning but not rate of cognitive decline.

134 nsion may benefit cardiovascular disease and cognitive function, but at the short-term expense of red

135 might not be evident in specific domains of cognitive function, but instead distributed across multi

136 eral distinct large-scale brain networks for cognitive function, but the factors governing selectivit

137 r ICU-discharge participants were tested for cognitive function by a neuropsychologist.

138 an additional debt account paid off improves cognitive functioning by about one-quarter of a SD and r

139 s in older healthy adults to improve broader cognitive functions by targeting the dopaminergic system

140 ion (Hospital Anxiety and Depression Scale), cognitive functioning (Cognitive Failure Questionnaire-1

141 utcome measures of muscle mass, strength, or cognitive function compared to participants consuming ca

142 Brain functioning and high-order cognitive functions critically rely on glucose as a meta

143 scence are independently related to level of cognitive functioning decades later.

144 Cognitive function depends on adequate cerebrovascular p

145 otective effects of residential greenness on cognitive function differ by APOE epsilon4 status by usi

146 otective effects of residential greenness on cognitive function differed by APOE epsilon4 status, whi

147 serum NfL levels correlated with measures of cognitive function, disease severity and behavioural dis

148 ocampus (HC), is fundamental for maintaining cognitive function during ageing.

149 r, the role of TREM2 in shaping neuronal and cognitive function during normal aging is underexplored.

150 o sustained improvements in neurogenesis and cognitive function during normal aging.

151 l-scale neural circuits contribute to higher cognitive functions during learning and disease.

152 raits (e.g., impulsivity), and reductions in cognitive functions (e.g., executive functions, inhibito

153 Categorical perception is a fundamental cognitive function enabling animals to flexibly assign s

154 (- 1.1%) and lean muscle mass (+ 1.4%)] and cognitive function [(episodic memory (+ 9.5%), processin

155 Oily fish dose-dependently improved cognitive function, especially attention and cognitive f

156 reduce the future population burden of poor cognitive function, especially in areas with high air po

157 was associated with a lower level of global cognitive function (estimate = -0.212, standard error =

158 r velocity (E/e') was associated with poorer cognitive function, even after adjustment for LV mass in

159 item Functional Assessment of Cancer Therapy-Cognitive Function (FACT-Cog) questionnaire, administere

160 This cognitive function fails occasionally during socially ch

161 The primary end point was time to cognitive function failure, defined as decline using the

162 The cognitive function for MCI was evaluated using the quest

163 t this exercise program can maintain general cognitive function for older adults with mild cognitive

164 t associated with 15-year decline in general cognitive function from mid- to late life.

165 differences in three domains of higher-order cognitive functions: General Ability, Speed/Flexibility,

166 objectively measured, free-living sleep and cognitive function has not been studied in older adolesc

167 Since the mid-1800s, certain cognitive functions have been known to be lateralized, b

168 burden is a recognized contributor to poorer cognitive function; however, the physiological mechanism

169 e early educational experiences and level of cognitive functioning; however, all relationships remain

170 ears at baseline, 55% women), assessments of cognitive functions (immediate recall, delayed recall, v

171 , long-term microglia activation, motor, and cognitive function impairments were decreased in IFN-bet

172 tatus, and their interaction, in relation to cognitive function in a cohort of older Puerto Rican adu

173 between lifetime systolic blood pressure and cognitive function in a community-based cohort of middle

174 ons of long-term exposure to PM2.5 with poor cognitive function in a diverse, national sample of olde

175 ormalities in synaptic neurotransmission and cognitive function in a region-dependent fashion.

176 ation, stimulates neurogenesis, and improves cognitive function in a triple-transgenic Alzheimer dise

177 d that it reduces neuronal loss and improves cognitive function in AD.SIGNIFICANCE STATEMENT This stu

178 ake-up call during mechanical ventilation on cognitive function in adult survivors of critical illnes

179 fter exercise and to correlate with improved cognitive function in aged mice, and concentrations of G

180 on the pathophysiology of altered memory and cognitive function in BBSOAS.

181 We detected a marginal effect on cognitive function in children older than 10 years (adju

182 2.5 was identified as a risk factor for poor cognitive function in Chinese older adults.

183 r risk factors impact on brain structure and cognitive function in healthy people.

184 Identifying early neural predictors of cognitive function in infancy will allow us to map the n

185 ussion in sport is associated with worsening cognitive function in later life will likely have immedi

186 ers who mainly worked part-time had the best cognitive function in later life, scoring approximately

187 estigated links between lipid metabolism and cognitive function in mice and human embryonic stem cell

188 pressure was associated with worse executive cognitive function in mid-life (44-69 years), but not in

189 rom young adulthood to midlife with gait and cognitive function in midlife.

190 mulative BP exposure with gait, but not with cognitive function in midlife.

191 Sensory evoked gamma entrainment improves cognitive function in mouse models.

192 y be a key mechanism that promotes preserved cognitive function in old age, with HDAC3-mediated repre

193 10-year ASCVD risk and FRS predicted future cognitive function in older PLWH with well-controlled in

194 lobal CVD risk score (FRS) to predict future cognitive function in older PLWH.

195 d cognitive games are effective in improving cognitive function in participants without cognitive imp

196 es may explain altered gamma oscillation and cognitive function in patients with SCZ.

197 der, resulting in the progressive decline of cognitive function in patients.

198 able computerised cognitive games to improve cognitive function in people aged above 60 years old wit

199 ediating pathways for improvement in general cognitive function in the structured limbs-exercise inte

200 , sleep quality was more strongly related to cognitive function in the structured limbs-exercise prog

201 and plasma activation markers and increases cognitive function in the visual learning/memory domain.

202 lasma folate were each associated with worse cognitive function in this population.

203 long the cingulum tract predicted memory and cognitive functioning in aMCI.

204 s a major locus of individual differences in cognitive functioning in early adolescence.

205 tween women's work-family life histories and cognitive functioning in later life.

206 subjective sleep quality and a wide range of cognitive functions in a healthy young adult sample comb

207 ering of systolic blood pressure on specific cognitive functions in a preplanned substudy of particip

208 the hypothesis that the emergence of higher cognitive functions in humans is associated with increas

209 ovides a fundamental building block for many cognitive functions in humans.

210 llations can reduce amyloid load and improve cognitive functions in mouse models.

211 tions with optogenetic tools to study higher cognitive functions in the primate brain.

212 Difficulties with higher-order cognitive functions in youth are a potentially important

213 neurodegeneration, and had limited impact on cognitive function, in healthy adults aged approximately

214 e for cerebellar involvement in higher-order cognitive functions including working memory.

215 parietal lobe, a region related to nonverbal cognitive functions, including mathematics, spatial cogn

216 e., motor imagery) is crucial to a number of cognitive functions, including motor planning and learni

217 e yields surprisingly robust improvements in cognitive functions, including those that are refractory

218 ght, lifestyle behaviors, prevalent disease, cognitive function, inflammation, and other dietary fact

219 cortex (RSC) is involved in a broad range of cognitive functions, integrating rich sensory, motor, an

220 entifying biological correlates of late life cognitive function is important if we are to ascertain b

221 dynamic diameter <= 2.5 mum (PM2.5) and poor cognitive function is lacking in developing countries, e

222 Any cognitive function is mediated by a network of many cort

223 the requirement for O-GlcNAcase activity for cognitive function is preserved across species.

224 aining a sport-related concussion and poorer cognitive function later in life in rugby, American foot

225 dhood/adolescence is associated with midlife cognitive function, leveraging data from the Cardiovascu

226 peated exposure to stress profoundly impairs cognitive functions like memory, attention, or decision-

227 tential safety concerns relative to impaired cognitive function may exist when high folic acid exposu

228 iation (SD) units higher on the conventional cognitive function measure and 0.02 (95% CI - 0.07 to 0.

229 eline 10-year cardiovascular risk scores and cognitive function (measured by a summary z-score, the N

230 s been suggested that an age-related loss of cognitive function might be driven by atherosclerotic ef

231 Rating Scale-Motor Exam, global measures of cognitive functioning (Mini-Mental State Exam and Clinic

232 as amyloid-beta and tau levels, may preserve cognitive function more effectively than single-target t

233 cells by anti-NK1.1 Abs drastically improved cognitive function of 3xTg-AD mice.

234 revitalized the aged brain and enhanced the cognitive function of aged mice.

235 d reduced hippocampal volume but not current cognitive function or dementia risk.

236 ers and duration, severity or subtype of PD, cognitive function or quality of life.

237 g the mice in an environment that stimulates cognitive function overcomes these deficits.

238 a significant overlap with genes regulating cognitive function (P <= 1 x 10(-5)), and risk for schiz

239 a 0.03 standardized unit decrement in global cognitive function (P=0.03).

240 udes assessment of survival, brain function, cognitive function, physical function, and basic daily l

241 entary outcomes of survival, brain function, cognitive function, physical function, and basic daily l

242 Cognitive function, physical function, and basic daily l

243 Clinical evaluations documented cognitive function proximate to death, based on 17 neuro

244 causal contribution of gamma oscillations to cognitive function, recent studies have employed various

245 I mice also had improved long-term motor and cognitive function recovery through 3 months postinjury.

246 e disproportionately predictive of late-life cognitive function relative to the network's small size.

247 en cortico-striatal circuit disturbances and cognitive functioning relevant to OCD, Sapap3 knockout m

248 reas the genetic relationship between BD and cognitive function remains unclear.

249 o those without offspring, corroborating our cognitive function results.

250 ructure and function with a global composite cognitive function score, adjusting for traditional card

251 We found higher cognitive function scores for PLWH compared to people wi

252 ays an important role in Abeta pathology and cognitive function.SIGNIFICANCE STATEMENT This study inv

253 ts-level of analysis, conflict, emotion, and cognitive functioning-specifically identifying points of

254 inal cortex (EC) is associated with impaired cognitive function such as in the case of Alzheimer's di

255 e neocortex [1-6] and is thought to regulate cognitive functions such as attention, motivation, and l

256 TPJ, and MPFC collectively support multiple cognitive functions such as decision making, memory, and

257 something like it may underlie higher human cognitive functions such as reasoning, planning, and lan

258 C) is a key brain region involved in complex cognitive functions such as reward processing and decisi

259 Complex cognitive functions such as working memory and decision-

260 e hippocampus is a brain region critical for cognitive functions, such as episodic memory and spatial

261 life, multisensory processes are related to cognitive functions, such as speech or social communicat

262 Nec-1 and metformin equally improved cognitive function, synaptic plasticity, dendritic spine

263 s then selected for a concurrent substudy of cognitive function (target 2800 participants).

264 and tau levels may more effectively preserve cognitive function than single-target therapies.

265 iation between glutamatergic metabolites and cognitive function that do not differ between patients a

266 mans.SIGNIFICANCE STATEMENT Attention is the cognitive function that enables relevant information to

267 gs show GEE induces long-lasting deficits in cognitive function that may contribute to human FAE, and

268 eds to be elaborated into theories of higher cognitive functions that include simulating future behav

269 Executive function (EF) refers to a set of cognitive functions that support goal-directed behaviors

270 y, impairments in verbal memory, and overall cognitive function: these findings are qualitatively and

271 date (MPH), which also alters behavioral and cognitive functions thought to be controlled by the PFC

272 nderstood to contribute to a wide variety of cognitive functions through its dense interconnections w

273 Given the relevance of deficits in cognitive function to predicting social and functional o

274 ls, who are concerned that they have reduced cognitive function, to approach the medical system for h

275 s with early-life factors, mental health and cognitive function using both observational analysis and

276 high folate and low vitamin B-12 status with cognitive function, utilizing various definitions of "hi

277 rivascular space morphology to be related to cognitive function, vascular risk factors, vascular and

278 to classify whether participants had normal cognitive function versus mild, moderate, or severe cogn

279 nisms underlying the GSK-3beta modulation of cognitive function via D(2)Rs remains unclear.

280 e systolic blood pressure burden and midlife cognitive function was accounted for by LV mass index.

281 Cognitive function was assessed at baseline and during f

282 vely and up to 48 hours postoperatively, and cognitive function was assessed preoperatively and at 2

283 Cognitive function was assessed using a computerized bat

284 Cognitive function was assessed with a comprehensive tes

285 Poor cognitive function was defined as a score of less than 1

286 Cognitive function was measured with General Cognitive P

287 Cognitive function was measured with Mini-mental State E

288 Cognitive function was measured with the Screen for Cogn

289 ever, the relation between cumulative BP and cognitive function was not different based on the WMH bu

290 fect of structured limbs-exercise program on cognitive function was partially mediated by depressive

291 been implicated in a range of PFC-dependent cognitive functions (Watanabe and Funahashi, 2012; Mitch

292 ce imaging (MRI) as a potential biomarker of cognitive function, we tested our hypothesis that childr

293 Within cognitive functions, we tested working memory, executive

294 sleep quality, processing speed, and general cognitive function were collected at baseline, 12-week,

295 integrity were predictive of all domains of cognitive function, whereas composite indices of edge in

296 to compare sensory stimuli is a fundamental cognitive function, which is known to be affected by two

297 etworks are able to adapt to perform similar cognitive functions, which would enable the brain to com

298 tate the design of new network structure for cognitive functions with the optimal balance between per

299 ness, modify uterine innervation and restore cognitive function without altering the anxiogenic pheno

300 llum has recently been implicated in diverse cognitive functions, yet to what extent cerebellar neuro