We develop and evaluate ground-based microgravity simulators—including 2D/3D clinostats and random positioning machines—and use them to study how cells respond to altered gravity.
Quantitative evaluation of dynamic isotropy and rotation algorithms
CFD analysis of flow and shear stress inside rotating culture chambers
Microfluidic device-integrated microgravity systems
Cell experiments on bone, muscle and other tissues
Platforms for pharmaceutical and regenerative-medicine research
High-precision multi-axis motion control
Real-time monitoring and programmable exposure protocols
Integrated fluidic and biological validation