Influence Of Cognitive Performance Research Articles

THE RELATIONSHIPS OF VOICE PROSODY MEASURES TO COGNITIVE CHANGES OVER 10 YEARS

Abstract Voice prosody measures, especially jitter and shimmer, can differentiate cognitive impairment from healthy cognition, and may be promising early biomarkers for identifying high risk before later-life disease onset. In our past work, higher jitter and lower pulse assessed during the second cognitive assessment were associated with 10-year cognitive declines in middle-age and older adults from the Midlife in the U.S. (MIDUS) study. The current study assessed voice biomarkers taken at baseline, 10 years before the second cognitive assessment, and measured voice on speech that was independent of the cognitive assessments to address the possible influence of cognitive performance on concurrent voice prosody measures. Participants (ages 34 to 82 at the first occasion) were included if they were in the Boston Longitudinal Study (BOLOS, a subset of MIDUS) and had voice measures collected from the audio recordings of the cognitive interviews. Multilevel analyses controlled for age, sex, education, race, neurological conditions, and depressive symptoms at baseline. Higher jitter, lower shimmer, and lower pulse predicted greater 10-year declines in episodic memory. Higher pitch and lower pulse were associated with greater increases in reaction time on an executive functioning task. Thus, voice biomarkers previously associated with cognitive impairment could be useful as early indicators of later-life cognitive declines. Identifying voice biomarkers that could predict 10-year cognitive change may facilitate earlier intervention for decline through modification of disease risk factors.

Human reliability assessment and risk prediction for deep submergence operating system of manned submersible under the influence of cognitive performance

The manned submersible is the main platform for precise deep-sea exploration. The cognitive states of different levels generated when the submerged members in the vehicle are faced with changes in external factors, such as environmental characteristics and operational tasks at different operation stages, will have a dynamic impact on work efficiency and human reliability. Based on the CREAM method and Bayesian network, this study proposed a human reliability assessment method and risk prediction technology for deep submergence operating system. Firstly, the extended CREAM method was corrected again by introducing the cognitive performance correction coefficient. Secondly, the weights of common performance conditions (CPCs) and cognitive effectiveness influence system (CEIS) were adaptively calibrated by using the DEMATEL method. Finally, the Bayesian assessment network for human reliability of deep submergence operating system was constructed to assess the human reliability of each operation stage and the overall system. This method is helpful for the overall design of the manned deep submergence research institute, and it can accurately identify and interdict the key risk points for relevant technicians of system security engineering, so as to reduce the safety risk of deep submergence operating system and improve the working efficiency of the man-machine system in cabin.

Influence of cognitive performance and swimming capacities on selection of youth water polo players to national team.

Water-polo is an official competitive olympic sport with high energy and technical-tactical demands. The aim of this study was to evaluate the influence of cognitive performance and specific swimming capacities on the selection of youth water polo players to the national water polo team. There were 83 youth water polo players (mean age 13.61±0.67 years) who attended the Croatian Water Polo Foundation training camps included in this cross-sectional study. Testing included anthropometric measurements, specific swimming capacities and cognitive performance (Stroop test). Among 83 youth water polo players included in this study there were 13 goalkeepers, 13 center-defenders, 13 centers, 31 perimeter players and 13 wings. Selected players (N.=40) performed faster in OffTime (selected 62.99±10.21 s vs. non-selected 69.98±8.93 s, P=0.002) and OnTime (selected 75.61±15.85 s vs. non-selected 86.01±15.40 s, P=0.004) of the Stroop test than non-selected players (N.=43). Logistic regression analysis showed significant association between selection of youth water polo players to the national team and swimming results in 400 m crawl and 100 m crawl, as well as OffTime, OnTime and OnTime minus OffTime on the Stroop test. The results of this study showed that psychomotor ability, inhibition, motor speed and cognitive flexibility were found to be the most important predictors for the selection of youth water polo players to the national water polo team. Furthermore, selected water polo players demonstrated better psychomotor abilities, inhibition, and motor speed, as well as better results in all specific swimming tests in comparison to non-selected players.

Influence of cognitive performance on the response to pain education guidelines in patients with chronic painful temporomandibular disorders

Influence of cognitive performance on the response to pain education guidelines in patients with chronic painful temporomandibular disorders

Theory of mind, emotion recognition and emotional reactivity factors in early multiple sclerosis: Results from a South American cohort

Objectives To study different components of social cognition and quality of life in patients with early multiple sclerosis and low Expanded Disability Status Scale and to test the influence of cognitive performance, fatigue and neuropsychiatric symptoms on social cognition performance. Methods Thirty-four patients with relapsing-remitting MS, with ≤2 years of disease duration and scores ≤2 on the EDSS and 30 healthy controls underwent neuropsychological assessment with the Brief Repeatable Neuropsychological Test Battery. Components of social cognition, such as emotion recognition, theory of mind, empathy, and emotional reactivity, were assessed with the Reading the Mind in the Eyes test, the Faux Pas task, the International Affective Imagery System, and the Empathy Quotient. Anxiety, depression, fatigue and quality of life were measured. Results Patients showed significant differences in verbal memory, executive functions and social cognition, especially emotion recognition and ToM. Regarding emotional reactivity, patients showed a positive bias in the interpretation of the valence of neutral images. Conclusions Patients with early MS showed impairments in several components of social cognition independent of cognitive performance, neuropsychiatric symptoms and fatigue. Social cognition deficits may be present in MS even in the early stages.

Influence of Cognitive Performance on Musculoskeletal Injury Risk: A Systematic Review

Background: While a large number of studies have investigated the anatomic, hormonal, and biomechanical risk factors related to musculoskeletal (MSK) injury risk, there is growing evidence to suggest that cognition is an important injury contributor in the athletic population. A systematic review of the available evidence regarding the influence of cognitive performance on MSK injury risk has yet to be published in the sports medicine literature. Purpose/Hypothesis: The purpose was to determine the effects of cognition on (1) MSK biomechanics during sports-specific tasks and (2) MSK injury occurrence in the athletic population. It was hypothesized that athletes with lower cognitive performance would demonstrate biomechanical patterns suggestive of MSK injury risk and that injured athletes would perform worse on baseline measures of cognition as compared with their noninjured counterparts. Study Design: Systematic review. Methods: PubMed and SPORTDiscus were searched from January 2000 to January 2020. Manual searches were performed on the reference lists of the included studies. A search of the literature was performed for studies published in English that reported MSK biomechanics as a function of cognitive performance and MSK injury occurrence after baseline measures of cognition. Two independent reviewers extracted pertinent study data in accordance with the PRISMA (Preferred Reporting Items for Systematic Reviews and Meta-Analyses) 2009 guidelines and assessed study quality using the Quality Assessment Tool for Observational Cohort and Cross-sectional Studies from the National Institutes of Health. A meta-analysis was not performed, owing to the heterogeneous nature of the study designs. Results: Ten studies met inclusion criteria: 4 cognition–MSK biomechanics studies and 6 cognition–MSK injury studies. All 4 cognition–MSK biomechanics studies demonstrated that worse performance on measures of cognition was associated with lower extremity MSK biomechanical patterns suggestive of greater risk for MSK injury. The majority of the cognition–MSK injury studies demonstrated that injured athletes significantly differed on baseline cognition measures versus matched controls or that cognitive performance was a significant predictor for subsequent MSK injury. Conclusion: Although the literature exploring cognitive contributions to MSK injury risk is still in its infancy, it is suggested that sports medicine personnel conduct baseline assessments of cognition—in particular, reaction time and working memory—to identify which athletes may be at elevated risk for future MSK injury.

The moderating influence of cognitive performance on risk awareness to predict HIV/AIDS risk-taking behaviors

Conclusion This finding refines the application of the protection motivation theory by specifying that risk awareness alone is insufficient to predict protective behaviors. Above average cognitive performance combined with risk awareness reduced HIV/AIDS risk behaviors. Future research should explore the causal mechanisms linking the interaction between risk awareness and cognitive performance in predicting a reduction in risk behaviors. from 2006 International Meeting of The Institute of Human Virology Baltimore, USA. 17–21 November, 2006