Gabriela S. Kronemberger

This paper develops a multilayered extracellular matrix scaffold that guides progenitor cell differentiation in vitro and improves osteochondral tissue repair in vivo without exogenous cells or growth factors.

This paper develops a bioprinting method to create zonally defined meniscal grafts using growth factors and MSC-derived microtissues, resulting in scaffold-free tissues with region-specific ECM composition.

This study develops a biofabrication strategy combining vascular and hypertrophic cartilage microtissues with 3D-printed scaffolds to create scalable, prevascularized grafts for endochondral bone repair.

This paper introduces a 4D bioprinting platform that engineers anisotropic musculoskeletal tissues by controlling support bath stiffness to direct cell behavior and matrix organization.

This study biofabricates zonally defined meniscal grafts using inner and outer meniscus progenitor cell microtissues, showing phenotypic similarity to native meniscus.