0000000000731378

AUTHOR

Graham K. Kerr

0000-0002-1008-256x

showing 2 related works from this author

The Role of Textured Material in Supporting Perceptual-Motor Functions

2013

Simple deformation of the skin surface with textured materials can improve human perceptual-motor performance. The implications of these findings are inexpensive, adaptable and easily integrated clothing, equipment and tools for improving perceptual-motor functionality. However, some clarification is needed because mixed results have been reported in the literature, highlighting positive, absent and/or negative effects of added texture on measures of perceptual-motor performance. Therefore the aim of this study was to evaluate the efficacy of textured materials for enhancing perceptual-motor functionality. The systematic review uncovered two variables suitable for sub-group analysis within …

Malelcsh:MedicineWalkingSocial and Behavioral Sciences[SCCO]Cognitive science0302 clinical medicineEngineeringHuman PerformancePsychologylcsh:Scienceta315Postural BalanceComputingMilieux_MISCELLANEOUSmedia_commonMultidisciplinaryAge FactorsMiddle AgedRandom effects modelMental HealthMeta-analysisMedicineFemalePsychologyResearch ArticleBiotechnologyAdultmedicine.medical_specialtyDrugs and DevicesSystematic ReviewsAdolescentSensory Receptor CellsClinical Research Designmedia_common.quotation_subjectBioengineeringTexture (music)Medical Devices03 medical and health sciencesYoung AdultPhysical medicine and rehabilitationPerceptionmedicineHumansBiologyVision OcularBalance (ability)AgedBehaviorProprioception[SCCO.NEUR]Cognitive science/Neurosciencelcsh:RWork (physics)030229 sport sciencesAdjustment (Psychology)Task (computing)lcsh:QMeta-Analyses030217 neurology & neurosurgeryPsychomotor PerformancePLoS ONE
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Reactive stepping behaviour in response to forward loss of balance predicts future falls in community-dwelling older adults.

2013

Background: a fall occurs when an individual experiences a loss of balance from which they are unable to recover. Assessment of balance recovery ability in older adults may therefore help to identify individuals at risk of falls. The purpose of this 12-month prospective study was to assess whether the ability to recover from a forward loss of balance with a single step across a range of lean magnitudes was predictive of falls. Methods: two hundred and one community-dwelling older adults, aged 65–90 years, underwent baseline testing of sensorimotor function and balance recovery ability followed by 12-month prospective falls evaluation. Balance recovery ability was defined by whether particip…

MaleAgingTime Factorsfalls preventionPoison controlSingle stepSuicide preventionOccupational safety and healthDevelopmental psychologyRisk FactorsOdds RatioOrthopedics and Sports MedicineProspective Studiesta315Prospective cohort studyGaitPostural Balanceolder adultsAged 80 and overAge FactorsHuman factors and ergonomicsBaseline testingGeneral MedicineAdaptation Physiologicalreactive steppingSensation DisordersFemaleIndependent LivingTimed up and gomedicine.medical_specialtyPhysical Therapy Sports Therapy and RehabilitationBody weightRisk Assessmentbalance recoveryPhysical medicine and rehabilitationInjury preventionmedicineHumansBalance (ability)AgedExercise interventionbusiness.industryOdds ratioforward loss of balanceLogistic ModelsageingPhysical therapyAccidental FallsGeriatrics and GerontologybusinessAge and ageing
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