SBIR/STTR Research Award

Predictive Analytics for Alzheimer s Disease Dementia

Award identifier 1b30b8b3eceddfcc4c72570758849638843db5c51a7cbb8f848443219f48b041Awarding agency Department of Health and Human Services · National Institutes of Health

Award amount

$144,450

Program and phase

SBIR · Phase I

Award year

2017

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Award details

Awarding agency
Department of Health and Human Services
Branch
National Institutes of Health
Recipient company
APRIHEALTH, INC.
Proposal award date
2017-09-15
Contract end date
2018-08-31
UEI
Not reported
Solicitation number
PA16-302
Topic code
NIA

Research abstract

PROJECT SUMMARY Increasing geriatric population and patients with multiple chronic conditions have exacerbated the crisis of a rapid increase in number of Alzheimer s disease AD patients AD is the primary cause of dementia and is responsible for over eleven million disability adjusted life years DALY globally Overwhelming evidence indicates that progression of AD is associated with increased dependency resource utilization and costs of care The diagnosis of AD and onset of dementia not only places an emotional burden on patients but the costs associated with Alzheimer s care also places substantial financial burden on families who often must make significant changes in their economic lifestyles to extend care To mitigate the health emotional and financial burden associated with AD we need to identify those at risk long before they develop symptoms of dementia Early symptoms of dementia such as memory impairment may not be apparent during the current practice of primary care visits unless directly assessed or adequately informed Hence it is not surprising that many studies reveal delayed and or undocumented diagnosis of dementia among primary care providers To address this critical unmet need we propose to use machine learning and advanced predictive analytics and perform retrospective and prospective analysis of data including clinical data from existing patient medical records financial data from reimbursement claims and demographic data from population health records to identify clinical co morbid pharmaceutical environmental and other variables related to onset and progression of dementia The overarching goal of the present study is to develop a comprehensive decision support tool that would predict cost drivers outcome measures and trajectory of dementia onset in AD patients To achieve our goals we are working in collaboration with Chris Craver Senior Director Health Data Analytics at Vizient Inc and Dr Ronald Petersen Director of Alzheimer s Disease Research Center at Mayo Clinic Rochester We have now curated data from over AD patients and age matched controls to date and are now proposing to pursue studies with the following specific aims Aim Using descriptive analytics create an interactive secure web based interface to enable benchmarking of key metrics for AD and AD dementia including population health metrics co morbidities and risk factors therapeutic drug regimens and the true costs of episodes of care Aim Develop an electronic health record EHR agnostic HIPAA compliant tool for predicting the development of AD dementia its disease trajectory and outcomes medication utilization total annual cost of care and any diagnostics or therapeutics to augment adverse events Successful completion of studies proposed in this application would enable physicians and care providers to better understand their AD patients with dementia Additionally product developed through this grant study would benefit key stakeholders in healthcare market place including Medicare Medicaid commercial insurers hospitals and health systems in addition to AD patients and caregivers NARRATIVE While Alzheimer s disease AD and aging have several common pathogenic events and underlying risk factors diagnosis of AD not only affects the patient but also places enormous emotional and financial burden on families and care providers There remains an urgent need to reduce this burden by providing information in advance on the course of AD and costs associated with care The work proposed in this application seek to address this problem by using advanced analytics and machine learning techniques and identifying patients at risk of cognitive decline and dementia By empowering physicians care providers insurers and health systems with relevant patient information we will delineate trajectory of the disease and help refine the current guidelines for dementia Our rationale for such a comprehensive approach is that by augmenting clinical interventions and reducing inefficient resource consumption we will advance value based care

Technology keywords

Not reported

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Agency intelligence

Department of Health and Human Services

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