The Future of Clinical Care
FUSION™ is a feature-rich software application for developing advanced population stratification models utilizing a broad range of multiscale clinical and molecular data and advanced machine learning technologies. FUSION allows research clinicians to rapidly profile patient populations and care processes to identify drivers of comorbidity, disease progression, and rising risk. FUSION is a complete solution providing clinical data management and automated model development in one integrated system. FUSION can be live linked with EHR/HIE systems, high-complexity assays, and remote patient monitoring technologies for real-time patient analysis and risk assessment. FUSION is redefining precision model development for the next generation of clinical care.
Clinical Intelligence. Precision Models. Effective Care™
FUSION active learning models can be used to improve patient outcomes, reduce costs, and forge stronger value-added linkages between the institution and the patient.
FUSION IN ACTION
Identifying Rising Risk
A top-ranked healthcare provider utilizes FUSION to identify rising risk patients within its clinical population. The preventive medicine group utilizes clinical observations, PRO instruments, and multiomic assays to build next generation precision models that identify and rank interventions based on current patient state and historical population events. The goal is to reliably identify at-risk individuals and actionable care improvement strategies. From FUSION setup to effective precision model development in under 90 days.
Integrated Data and Knowledge Management
FUSION is designed to mine complex multiscale datasets to identify clinical and molecular phenotypes critical to patient profiling and population stratification. FUSION allows research clinicians to rapidly import and build model training sets utilizing a broad range of data types from clinical, multiomic, biochemical, and imaging sources. Users can interactively review this diverse range of data for domain-of-applicability across patient outcomes and therapeutic options. Users can continually explore training data quality and relevance utilizing integrated literature search options which access over 25 million peer-reviewed abstracts automatically filtered on the terms and concepts in population datasets, further ensuring the latest CER and EBM guidelines are utilized during model development. FUSION is accelerating how quickly patient and population data can be integrated and utilized in the clinical enterprise.
Fully integrated clinical and molecular data, pathway knowledge, and disease associations for immediate use within clinical intervention models.
Integrated Data and Knowledge Management
FUSION is designed to mine complex multiscale datasets to identify clinical and molecular phenotypes critical to patient profiling and population stratification. FUSION allows research clinicians to rapidly import and build model training sets utilizing a broad range of data types from clinical, multiomic, biochemical, and imaging sources. Users can interactively review this diverse range of data for domain-of-applicability across patient outcomes and therapeutic options. Users can continually explore training data quality and relevance utilizing integrated literature search options which access over 25 million peer-reviewed abstracts automatically filtered on the terms and concepts in population datasets, further ensuring the latest CER and EBM guidelines are utilized during model development. FUSION is accelerating how quickly patient and population data can be integrated and utilized in the clinical enterprise.
Fully integrated clinical and molecular data, pathway knowledge, and disease associations for immediate use within clinical intervention models.
AI and Intelligent Analytics
FUSION is designed to mine complex multiscale datasets to identify clinical and molecular phenotypes critical to patient profiling and population stratification. FUSION can explore your population data utilizing AI-based search techniques to simultaneously test a broad range of candidate intervention sequences for predictive value across multiple clinical parameters, high-complexity assays, and clinical endpoints. FUSION onscreen automation options allow research clinicians to rapidly build precision intervention models based on disease category, patient demographics and histopathology, therapeutic schedules, and clinical outcomes utilizing institutional specifications and published EBM guidelines. Discovery reporting includes multivariate assessment of patient characteristics, pathway involvement, and disease associations. FUSION can identify promising intervention sequences and perform in silico patient screening without custom programming or costly IT support. FUSION is redefining how quickly intervention sequences can be identified, tested, and deployed in the clinical enterprise.
FUSION models will improve clinical care across a broad range of disease models and intervention initiatives.
AI and Automated Discovery
FUSION is designed to mine complex multiscale datasets to identify clinical and molecular phenotypes critical to patient profiling and population stratification. FUSION can explore your population data utilizing AI-based search techniques to simultaneously test a broad range of candidate intervention sequences for predictive value across multiple clinical parameters, high-complexity assays, and clinical endpoints. FUSION onscreen automation options allow research clinicians to rapidly build precision intervention models based on disease category, patient demographics/health profile and clinical outcomes utilizing institutional specifications and published EBM guidelines. Discovery reporting includes multivariate assessment of patient characteristics, pathway involvement, and disease associations. FUSION can both mine population data and perform in silico patient screening without the need for custom programming or costly IT support. FUSION is redefining how quickly personalized intervention sequences can be identified, tested, and deployed in the clinical enterprise.
Real-Time Patient Stratification
Comprehensive Intervention Design
Weight-of-Evidence Reporting
FUSION models can serve as standalone instruments or as embedded microservices within intervention health systems.
AI and Automated Discovery
FUSION is designed to mine complex multiscale datasets to identify clinical and molecular phenotypes critical to patient profiling and population stratification. FUSION can explore your population data utilizing AI-based search techniques to simultaneously test a broad range of candidate intervention sequences for predictive value across multiple clinical parameters, high-complexity assays, and clinical endpoints. FUSION onscreen automation options allow research clinicians to rapidly build precision intervention models based on disease category, patient demographics/health profile and clinical outcomes utilizing institutional specifications and published EBM guidelines. Discovery reporting includes multivariate assessment of patient characteristics, pathway involvement, and disease associations. FUSION can both mine population data and perform in silico patient screening without the need for custom programming or costly IT support. FUSION is redefining how quickly personalized intervention sequences can be identified, tested, and deployed in the clinical enterprise.
Real-Time Patient Stratification
Comprehensive Intervention Design
Weight-of-Evidence Reporting
