Applixor technologies, Mixed reality solutions - VIVED SimBioSys
Experiment with a simulated, living patient by modeling blood loss, give a host of drugs or fluids, or use clinical tools (such as pacemaker or a mechanical ventilator).

The screen can be set up to display a variety of different graphs or outputs and the user can change the properties of the human body directly.

Why VIVED SimBioSys? 
  • Includes 19 Chapters
  • General physiology
  • Membrane
  • Excitability
  • Signaling
  • Muscle
  • Cardiovascular Physiology
  • Pressure and Flow
  • Cardiac Excitation
  • Cardiac Structure and Function
  • Cardiac Performance
  • Circulatory Control
  • Autonomic Control
  • Respiratory Physiology
  • Blood Gas Transport
  • Systemic Oxygen Delivery
  • Lung Gas Exchange
  • Shunt and Dead Space
  • Static Lung Mechanics
  • Dynamic Lung Mechanics
  • Fluid Balance
  • Acid Base Physiology
  • Body Fluid Compartments
  • Renal Filtration
For Israeli customers, please contact Applixor information center to get more details, implementation process, pricing etc

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Experiment With A Simulation

The VIVED SimBioSys software packages simulate the physiological functions of the human body, allowing health professionals to practice their skills on a realistic patient. VIVED Physiology Programs are delivered on a specialized computational platform that enables the fast real-time computing and solving of over 200 differential equations with over 1000 physiological variables.

Control Patient Variables

Users can direct medical interventions and analyze patient response in a comprehensive, real-time, virtual environment.