We investigate emergent behavior in complex biological systems, including natural and therapeutically engineered immune functions. We also build synthetic biology technologies enabling the composition ...

Multi-omics refers to an integrated approach that combines data from multiple "omics" technologies to provide a holistic ...

Biological computers using lab-grown human neurons are becoming commercial reality, promising lower energy use and better ...

A very widespread form of cooperativity in biological systems involves the assembly of weakly binding components into stable multimolecular complexes. If two molecules form a complex that contains ...

Increasingly, scientists turn to multiomics approaches that integrate various omics methods to see biology’s full, multilayered, and complex picture ... but has a restricted view of the entire ...

Oil and gas and petrochemical applications present unique wastewater treatment challenges, necessitating innovative solutions ...

Cells can then be organized into tissues, which form organs, and organs can be grouped into organ systems ... Higher integrative levels are more complex and demonstrate more variation and ...

Research within ESAM involves the development of mathematical models of interesting biological systems, the development of new analytical ... The brain is exceedingly complex, from the sub-cellular ...