AIBODY


AIBODY is a pioneering company in digital physiology modeling and digital twinning solutions for healthcare. Their mission is to deliver transformative, high-impact digital twinning solutions that enhance patient care, medical education, and healthcare outcomes. They develop advanced models of human physiology, including innovative solutions like Nova Heart, a cardiology-centric digital twin, in collaboration with leading medical institutions. AIBODY's solutions are designed to be practical, scalable, and seamlessly integrated into existing clinical workflows, aiming to revolutionize personalized medicine and healthcare decision-making.

Industries

education
health-care
higher-education
medical
medical-device
software

Nr. of Employees

small (1-50)

AIBODY

London, England, United Kingdom, Europe


Products

Cardiac digital twin derived from transthoracic echocardiogram

Generates an anatomically accurate patient-specific 3D heart model combined with intracardiac hemodynamics to compute chamber volumes, pressures and cardiac output in near real-time for clinical review, reporting and simulation.

Virtual patient pharmacokinetics simulator

Platform capability to simulate organism-level interactions with substances across virtual patient populations to support education and hypothesis testing.


Services

Web-based digital physiology platform (clinical and education)

Cloud-accessible platform that produces patient-specific digital twins from clinical imaging and parameter data and provides tools for simulation, visualization and reporting.

AI-powered medical education and simulation service

Tools for educators to create interactive virtual patient scenarios, run organism- and organ-level simulations, and deploy an AI teaching assistant via a natural-language interface.

Expertise Areas

  • Digital physiology and multiscale computational modeling
  • Clinical digital twinning for cardiology
  • Simulation-based medical education
  • Pharmacokinetic simulation
  • Show More (4)

Key Technologies

  • Multiscale computational physiology models
  • Patient-specific 3D anatomical reconstruction from 2D imaging
  • Intracardiac hemodynamics simulation
  • Pharmacokinetic (PK) modeling
  • Show More (4)

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