The discovery that literally hundreds of patients lacked proper follow up for their heart disease convinced me that better solutions were needed. [m]pirik offers that solution.
Dr. Daniel O’Hair
Cardiovascular Surgeon
Patients Get the Right Care at the Right Time
with Cardiac Intelligence™
Cardiac Intelligence™ screens healthcare system data for cardiovascular disease and delivers actionable knowledge to drive quality, research and revenue.
The Cardiac Intelligence™ platform identifies critical findings, filters extraneous data and facilitates communication to expert clinical team members. Tailored to your organization's needs, Cardiac Intelligence™ tracks patients through the progression of the disease and ensures that patients receive proper and timely follow-up.
Quality
Standardizing quality and reducing variability in echocardiography
- Identifies missed follow-up echo exams
- Flags missed or inconsistent measurements on echo reports
- Predicts time to intervention for patients of various disease states
Research
Advancing cardiovascular science and exploration
- Ability to publish on never before seen data
- Screen patients for clinical trial inclusion criteria
- Understand relationships between seemingly unrelated variables
- Discover rate of disease progression and correlative influences
(ie. BMI, age, risk factors)
Economic
Optimizing resources and utilization of opportunities
- Reduce preventable ER or ICU admission by ensuring timely treatment
- Patient volume tracking based on disease state progression
- Referral patterns of physicians and locations
- Resource management and planning
- Shape and strengthen the bottom line of organizations
Understanding Your Data
Data analysis and machine learning tools present a tremendous opportunity. As the healthcare industry continues to focus on best practices, data and analytics are the catalyst of this process. That is why Cardiac Intelligence™ exists. [m]pirik is driven to help clinicians deliver excellence by objectively screening patients for disease with the consistency of a computer algorithm.
