The Macromolecular Structure and Mechanism Program (MSM) is a training program designed for graduate students in the Brandeis Biochemistry & Biophysics PhD Program. Understanding the molecular ...

Research in the Macromolecular Materials Group, led by Assistant Professor Andrew Magenau, is focused on developing innovative polymerization platforms that generate functional soft materials ...

As proteomic and structural biology methods mature, determining high-resolution structures of macromolecular assemblies comes within reach. A cell contains many large macromolecular assemblies ...

A recent conference Footnote 1, “Macromolecular transport across cellular membranes”, focused on the mechanisms of targeting and translocation of proteins or RNA to different cellular ...

The multi-fluorescence imaging option enables detection of macromolecular complexes by labeling one or more components with a different fluorophore. Imaging using the suitable fluorescent channel ...

The self-assembly of molecular and macromolecular building blocks is a powerful strategy to prepare fascinating nanostructured materials with hierarchical architectures for various technological ...

Extraordinary funding from the Chan Zuckerberg Initiative supports two large collaborative projects that will boost imaging technology development ...

The Polymer Science Program of the Department of Chemistry offers the student a unique opportunity for advanced study and research training in the growing field of macromolecular science. Provision is ...