Biomedical Performance Solutions

BioMojo incorporated in 2015 for the purpose of creating data-driven simulation solutions to improve the safety, efficiency, capacity and performance of healthcare.

Virtual Physiological Humans

We seek to become the world’s leading Virtual Physiological Human simulation platform for education, training, research and clinical practice. This software platform is a methodological and technological framework based on multiscale mathematical computer models representing parameters of the human body.

Basic models start at the level of cells, tissues and organs. Advanced models include the cardiovascular, respiratory, nervous, digestive, endocrine, immune, lymphatic, muscular, integumentary, excretory, urinary, reproductive and skeletal physiologic systems.

In addition to physiology and human anatomy, our virtual human platform models disease processes, the effects of interventions (e.g., preventive activities, tests, treatments, procedures) and outcomes plus pharmacokinetic (PK) and pharmacodynamic (PD) properties. It includes large collections of anatomical, physiological and pathological data stored in digital format. This framework and data will facilitate descriptive, integrative and predictive modeling and simulation approaches.

• Descriptive. The framework enables observations made in laboratories, hospitals and the field, anywhere in the world, to be collected, catalogued, organized, shared and combined.
• Integrative. The framework enables experts to analyze these observations collaboratively and develop systemic hypotheses that involve the knowledge of multiple scientific disciplines.
• Predictive. The framework interconnects predictive models defined at different scales into systemic networks in which clinical and laboratory observations can be compared for verification and validation.

Serious Games, Immersive Simulations and Virtual Worlds

Our subscription based, SaaS solutions combine the virtual physiological human framework with artificial intelligence, learning management systems and the power of commercial game technology (Unreal® Engine 4) to create the following:

• Virtual Reality Games and Simulations
• Mobile Healthcare Games
• Augmented Reality Telementoring Tools
• Medical Decision Support Tools
• Personal Connected Healthcare Applications
• Virtual Clinical Trials

We are currently creating simulation scenarios for our clients related to both self-paced individual learning and multiplayer team training using VOIP for communications. Special emphasis areas include:

• Technical and functional expertise training
• Problem-solving and decision-making skills
• Interpersonal and communications skills for team-based competencies