首页|University of Sydney Reports Findings in Bipolar Disorders (Chronotype and subje ctive sleep quality predict white matter integrity in young people with emerging mental disorders)
University of Sydney Reports Findings in Bipolar Disorders (Chronotype and subje ctive sleep quality predict white matter integrity in young people with emerging mental disorders)
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By a News Reporter-Staff News Editor at Robotics & Machine Learning Daily News Daily News – New research on Mental Health Diseases and Conditions - Bipolar Disorders is the subject of a report. According to new s reporting originating from Sydney, Australia, by NewsRx correspondents, resear ch stated, “Protecting brain health is a goal of early intervention. We explored whether sleep quality or chronotype could predict white matter (WM) integrity i n emerging mental disorders.” Our news editors obtained a quote from the research from the University of Sydne y, “Young people (N = 364) accessing early-intervention clinics underwent assess ments for chronotype, subjective sleep quality, and diffusion tensor imaging. Us ing machine learning, we examined whether chronotype or sleep quality (alongside diagnostic and demographic factors) could predict four measures of WM integrity : fractional anisotropy (FA), and radial, axial, and mean diffusivities (RD, AD and MD). We prioritised tracts that showed a univariate association with sleep q uality or chronotype and considered predictors identified by 80% o f machine learning (ML) models as ‘important’. The most important predictors of WM integrity were demographics (age, sex and education) and diagnosis (depressiv e and bipolar disorders). Subjective sleep quality only predicted FA in the peri hippocampal cingulum tract, whereas chronotype had limited predictive importance for WM integrity. To further examine links with mood disorders, we conducted a subgroup analysis. In youth with depressive and bipolar disorders, chronotype em erged as an important (often top-ranking) feature, predicting FA in the cingulum (cingulate gyrus), AD in the anterior corona radiata and genu of the corpus cal losum, and RD in the corona radiata, anterior corona radiata, and genu of corpus callosum. Subjective quality was not important in this subgroup analysis.”
SydneyAustraliaAustralia and New Zea landBipolar DisordersBrainCentral Nervous SystemCorpus CallosumCyborgsEmerging TechnologiesHealth and MedicineMachine LearningManic-Depressive IllnessMental DisordersMental Health Diseases and ConditionsPsychiatryT elencephalon
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