DelRe Lab
Chris DelRe
@
Advanced Science Research Center
Nanoscience
The functionalities of macromolecules—such as proteins and synthetic polymers—are governed by their hierarchical structures and dynamics, which change dramatically when macromolecules are confined in narrow spaces. Our research combines concepts from polymer science, protein science, and inorganic chemistry to engineer the microenvironment of confined macromolecules and unlock novel functionalities in materials.
DelRe Lab
Chris DelRe
@
Nanoscience
Advanced Science Research Center
The functionalities of macromolecules—such as proteins and synthetic polymers—are governed by their hierarchical structures and dynamics, which change dramatically when macromolecules are confined in narrow spaces. Our research combines concepts from polymer science, protein science, and inorganic chemistry to engineer the microenvironment of confined macromolecules and unlock novel functionalities in materials.
Contact
DelRe Lab
Chris DelRe
@
Nanoscience
Advanced Science Research Center
The functionalities of macromolecules—such as proteins and synthetic polymers—are governed by their hierarchical structures and dynamics, which change dramatically when macromolecules are confined in narrow spaces. Our research combines concepts from polymer science, protein science, and inorganic chemistry to engineer the microenvironment of confined macromolecules and unlock novel functionalities in materials.