We extract insights from high-throughput assay data, analyzing sequencing data, creating visualizations for datasets, and applying omics data for functional genomics and systems medicine.
We use tools from molecular biology, microscopy and mathematical modelling to control and engineer the Bacilli bacteria's adaptive strategies, focusing on complex adaptive traits (CATs).
We specialize in integrating mathematical modeling, biological experiments, and clinical data to comprehend cell signal systems, particularly in cancer.
We specialize in shaping legal frameworks for emerging medical technologies and treatment methods. We align with global standards, emphasizing data protection, medical, and health laws.
We specialize in methodological research for mathematical modeling in biology. We create and assess numerical methods, offering software as a resource for the scientific community.
Utilizing theoretical physics, we specialize in employing theoretical physics to comprehend cell mechanics and adhesion. We study cell mechanics and adhesion at a systems level.
We specialize in solid tumor microenvironments, particularly immune cell interactions. Technologies enable analysis of spatial and functional relationships in limited patient tissue samples.