grant

MS Falls InsightTrack (MS FIT): A personal health library to reduce falls in patients with MS

Organization UNIVERSITY OF CALIFORNIA, SAN FRANCISCOLocation SAN FRANCISCO, UNITED STATESPosted 1 Sept 2021Deadline 31 May 2026
NIHUS FederalResearch GrantFY202421+ years oldAdoptionAdultAdult HumanAtlasesBackBehaviorBehavioralBehavioral ModelChronicClinicClinicalClinical InvestigatorClinical ResearchClinical StudyClinical TrialsClinical effectivenessCommunicationCommunitiesDataDevelopmentDevicesDiamondDisseminated SclerosisDorsumEffectivenessElectronic Health RecordEnsureFHIRFall preventionFast Healthcare Interoperability ResourcesFeedbackFocus GroupsGeriatricsGrantHealthHealth Care CostsHealth CostsHealth systemHealthcare CostsHomeIncidenceIndividualIndustryIndustry StandardInfrastructureInstitutionInterventionIntervention StrategiesInterviewLibrariesLifeMS patientMeasuresModernizationMonitorMorbidityMorbidity - disease rateMultiple SclerosisNatureNeighborhoodsOrthopedicOrthopedic Surgical ProfessionOrthopedicsOutcomeParalysis AgitansParkinsonParkinson DiseaseParticipantPatient CompliancePatient Outcomes AssessmentsPatient RecruitmentsPatient Reported MeasuresPatient Reported OutcomesPatient Self-ReportPatientsPhasePrimary ParkinsonismProcessPythonsQualifyingRecommendationReportingResearch ResourcesResourcesRiskSelf ManagementSelf-ReportSeriesSeveritiesSocietiesSocio-economic statusSocioeconomic StatusTechnologyTestingTimeValidationVisualizationWeatherWorkadulthoodassess effectivenessbody sensorbody worn sensorcare servicescare systemsclinical decision-makingclinical encounterclinical practiceclinical relevanceclinical riskclinically relevantclinician behaviorcohortdata captured from wearablesdata collected from wearablesdata collected using wearablesdata gathered from wearabledata gathered through wearablesdata gathered via wearabledesigndesigningdetermine effectivenessdevelopmentaldigitaldigital dividedigital healthdigital technologyeffectiveness assessmenteffectiveness evaluationeffectiveness measureefficacy trialelectronic health care recordelectronic health medical recordelectronic health plan recordelectronic health registryelectronic medical health recordevaluate effectivenessexamine effectivenessexperiencefall riskfallsfitbitflasksgeriatric medicinehealth determinantshealth literacyhigh riskhomeshuman centered designimplementation scienceinnovateinnovationinnovativeinsightinsular sclerosisinterventional strategymulti-modal datamulti-modal datasetsmultidisciplinarymultimodal datamultimodal datasetsmultiple sclerosis patientparticipant recruitmentpatient adherencepatient cooperationpatients with MSpatients with multiple sclerosispeople with Multiple sclerosisphysician behaviorpoint of carepreventpreventingpreventing fallsprimary outcomeprospectiveprototypeprovider behaviorshared decision makingsocial health determinantssocio-demographicssocio-economic positionsociodemographicssocioeconomic positiontooluptakeusabilityvalidationswalkabilitywalkablewearablewearable biosensorwearable datawearable devicewearable device datawearable electronicswearable sensorwearable sensor datawearable sensor technologywearable systemwearable technologywearable toolwearables
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Full Description

PROJECT SUMMARY
Background. Falls occur in >50% patients with multiple sclerosis (MS), worsen participation in daily life and

increase healthcare costs. To date there are no established, accessible, tools to evaluate and reduce fall risk.

MS Falls InsightTrack is a live personal health library that combines a patient's falls-relevant clinical indicators

(from the electronic health record, EHR) with patient-generated data (PGD) from commercial wearables and

patient-reported outcomes (PROs) and community-level data (sociodemographics from UCSF Health Atlas

combined with MS-specific resources from the National MS Society). The tool will track falls/near-falls in real-

time and report changes in status that require intervention. It will offer customized action prompts to support fall

reduction through a behaviorally informed approach. It will be accessed in the clinic and in the patient's home.

Technological features. The tool will accessible, extensible and scalable. We will use modern technologies and

industry standards (e.g back-end: Python, flask framework, PostgreSQL; front-end: HTML, CSS, JavaScript and

d3.js). The tool will launch from Epic via SMART on FHIR, and will communicate with patients using MyChart.

Qualifications of team and setting. The UCSF MS Center is a leading clinical research center in the digital

space. Our sub-leads are experts in all aspects of the study (digital technology, human-centered design,

implementation science, health literacy) with a varied and experienced Stakeholder Advisory Group.

Scientific plan. In Aim 1 (design), we will use a Human-Centered Design approach, engaging 20 patients with

MS, clinicians and stakeholders in a series of focus groups, to identify the critical data, devices, visualizations,

resources, workflows and accessibility/digital divide considerations for the tool, and the key interventions likely

to promote the COM-B model of behavioral change to reduce fall risk. Our key outcomes will be perceived

effectiveness, ease of use and likeability. In Aim 2 (evaluate feasibility), we will deploy MS Falls InsightTrack

in 100 diverse adults with MS who are at risk for falls. Participants will wear a Fitbit Ultra. The tool will be used

by patients in their homes and by clinicians during clinical encounters. We will use an implementation science

approach. Our key outcomes will be study retention, tool uptake and sustained use. We will explore impact on

fall risk. In Aim 3 (test generalizability) we will conduct focus groups with patients with other conditions where

falls are common (Orthopedics, Parkinson's Disease, Geriatrics) to understand additional data and design

features required to promote generalizability. Our key outcomes will parallel those in Aim 1.

Innovation and Broader Significance. MS Falls InsightTrack is a unique, comprehensive, accessible personal

health library that can be deployed in larger efficacy trials for falls reduction. Beyond this clinical use case, the

closed-loop approach of delivering PGD to the care system and back to the patient, interpreted and actionable,

using scalable technology, represents a significant innovation that can sequentially expand the number of

wearables, conditions and clinics in which patients and clinical investigators can ask their own questions of PGD.

Grant Number: 5R01LM013396-04
NIH Institute/Center: NIH

Principal Investigator: Riley Bove

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