Description: Our Vision: To provide a “Patient Digital Twins” platform containing computational models of patients derived from clinical data and patient-derived microphysiology systems for the advancement of precision medicine. Our Mission: Transform the rapidly evolving field of in vitro experimental models of disease and ADME/Tox ranging from traditional cell-based assays to organoids and structured microphysiology systems
Our Vision: To provide a “Patient Digital Twins” platform containing computational models of patients derived from clinical data and patient-derived microphysiology systems for the advancement of precision medicine.
Our Mission: Transform the rapidly evolving field of in vitro experimental models of disease and ADME/Tox ranging from traditional cell-based assays to organoids and structured microphysiology systems by providing a comprehensive computational and systems biology analytics platform. The BioSystics Analytics Platform™ accesses, manages, analyzes, shares and computationally models complex data sets from in vitro experimental models, animal models and human clinical data creating actionable knowledge and predi
The BioSystics Analytics Platform™ The BioSystics Analytics Platform (BioSystics-AP™) captures, manages, analyzes, shares, and computationally models complex data sets from in vitro experimental models, animal studies, and human clinical data, creating actionable knowledge and predicting biological outcomes that optimizes precision medicine, including preclinical trials. The BioSystics-AP™ is also valuable for cosmetic, industrial and environmental chemical testing. Links to internal and external databases