3D Bioprinting of Cell-Laden Microgels for the General Construction of Vascularized Tissue Structures and OrganoidsApply
Charlotte A. E. Hauser
Professor, Bioengineering <br/>Chair, Bioengineering Program
Her interest refers to the rational molecular design, synthesis and mechanistic understanding of novel supramolecular structures. Investigated systems include peptide-based nanostructures with an innate propensity to self-assemble to biomimetic architectures applicable for biomedical applications such as cell substrates, sensors and 3D tissue scaffolds for regenerative medicine. Bottom-up nanofabrication is a powerful tool for the development of functional tissue equivalents, organotypic tissues and devices. Moreover, these biomimetic supramolecular constructs will be used for the design and fabrication of novel organ-on-a-chip devices and disease models.
Furthermore, Professor Hauser is interested in 3D bioprinting, using supramolecular organotypic constructs to fabricate high-throughput platforms for drug screening, pathogen detection and other diagnostic purposes. Synthetic biology approaches are explored for the generation of functional biomaterial.