Our research spans multiple length scales, from the molecular design of peptides, polymers, and nanoscale materials to drug delivery systems, biosensors, engineered tissues, and advanced in vitro models. A common theme across our research is the development of adaptive systems capable of sensing, responding to, and actively interacting with their biological environment.
We combine fundamental studies of molecular and cellular interactions with the development of enabling technologies for diagnostics, regenerative medicine, advanced therapies, and physiologically relevant models of human development and disease.
The laboratory brings together expertise across chemistry, engineering, materials science, and the life sciences, creating a highly interdisciplinary environment where researchers with diverse backgrounds work closely together.
Close collaborations with clinicians, hospitals, industry, and international research partners are an integral part of our research, enabling us to translate fundamental discoveries into technologies with societal impact.
Our long-term vision is to engineer adaptive materials and biointerfaces that dynamically interact with biological systems by sensing, interpreting, and modulating biological processes, ultimately enabling functional communication between synthetic materials and living tissues.
The Laboratory of Molecular Materials (m2Lab) is part of the Division of Biophysics and Bioengineering at Link枚ping University.
