Tools for life sciences

Cell microsystems: Organoid-on-plate and single-cell technologies

• Enable the standardization and parallelization of microphysiological systems on plates and chips
• Develop solutions to standardize the production, sorting, positioning, maturation, and testing of complex 3D models, which are a game-changer for the personalized medicine, drug discovery, preclinical drug testing, and regenerative medicine
• Master our cell biosystems to develop novel cellomics technologies, enabling data analytics at the single cell level

Biosensing technologies

• Create low-cost solutions to measure biomarkers in body fluids and access biological data in real-time, anywhere
• Develop electrochemical, mechanical, and optoelectronic sensors for application within diagnostics (in vitro and on-body) and cell cultures
• Harness proprietary low-cost fabrication technologies for sensing, sample preparation, and interface layers
  
  

Lab automation

• Achieve reproducible and valuable results in a broad range of applications, from cell culture systems to diagnostics, through reliable handling and sample preparation
• Work with smaller sample volumes enables faster results, with fewer materials and reagents consumed
• Free users from tedious manual work increases scalability, standardization, and reproducibility

Artificial intelligence

• Extract insights from multi-modal omics data in drug development, biotech and diagnostics
• Develop interpretable and explainable machine learning algorithms to enhance adoption in clinical and regulated applications
• Merge omics data with vital sign monitoring and biosensing data for a comprehensive approach to personalized healthcare