AIBODY develops digital physiology software that simulates human biological processes using a library of 132,000 parameters, enabling real-time analysis of biochemical and biomechanical transformations. This technology provides healthcare institutions with clinical-grade digital twinning solutions to enhance medical education and improve cardiovascular disease management.
Funding
Funding not disclosed
Founders
Product
Problem
Healthcare institutions face challenges in accurately simulating and analyzing human physiological processes in real-time, hindering advancements in medical education and cardiovascular disease management. Traditional methods lack the granularity and comprehensive modeling required for clinical-grade digital twinning.
Solution
AIBODY offers digital physiology software that simulates human biological functions using a library of 132,000 parameters, enabling real-time analysis of biochemical and biomechanical transformations. The software employs a bottom-up approach to modeling digital physiology, covering subcellular, tissue, organ, system, and complete organism functions, as well as pharmacokinetics. This technology provides healthcare institutions with clinical-grade digital twinning solutions designed to enhance medical education and improve cardiovascular disease management by offering detailed insights into physiological processes. The platform facilitates the creation of interactive and intuitive simulation solutions for teaching and learning medical disciplines.
Target Audience
The primary customers are healthcare institutions and medical education providers seeking advanced simulation tools for education, training, and cardiovascular disease management.
Features
- Comprehensive library of digital physiology models covering subcellular to complete organism functions
- Simulation of 132,000 parameters, recalculating every few milliseconds
- Bottom-up approach to modeling biochemical and biomechanical transformations
- Clinical-grade digital twinning solutions for cardiovascular disease management
- Interactive and intuitive simulation solutions for medical education