BioGears Engine

BioGears Engine simulates whole-body human physiology to model pathophysiological processes and enable quantitative investigation of conditions such as sepsis.

Key Features:

• Whole-body physiology simulation: Represents interconnected organ systems for dynamic, whole-body physiological simulation.
• Virtual human modeling: Generates virtual human subjects to simulate individual physiological responses.
• Sepsis mathematical model: Implements an intricate mathematical model of sepsis within the BioGears framework.
• Detailed pathophysiology representation: Encodes sepsis pathophysiology to support scenario-based investigations.
• Treatment regimen simulation: Defines and simulates different treatment regimens to evaluate physiological effects.
• Phenotype and outcome analysis: Elucidates biological mechanisms and patient phenotypes that contribute to variability in outcomes.

Scientific Applications:

• Sepsis research: Investigate sepsis pathophysiology, mechanisms, and drivers of outcome variability among patients.
• Therapeutic evaluation: Assess the physiological impact and comparative effectiveness of diverse treatment regimens.
• Physiological scenario simulation: Simulate physiological responses to clinical scenarios to explore system-level effects.
• Medical training and education: Provide simulation-based scenarios for training healthcare professionals in managing complex conditions like sepsis.
• Decision support research: Support evidence-based investigation of treatment strategies and their systemic consequences.

Methodology:

Develop a detailed representation of sepsis pathophysiology within the BioGears Engine, construct a mathematical model of sepsis, define and simulate treatment regimens, and simulate physiological responses to scenarios to analyze mechanisms and phenotype-driven variability.