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Covers volumetric printing through reverse tomography, material formulations, bio printing technologies, and applications in bioprinting and tissue engineering.
Explores the development of a high-resolution 3D printing technology for advanced biomaterials, focusing on Melt Electrowriting (MEW) and its exceptional stability and fiber diameter control.
Explores the definition, key properties, synthesis schemes, and applications of hydrogels as biomaterials, emphasizing their importance in drug delivery, tissue engineering, and cell biology.
Explores the requirements of materials for tissue engineering, focusing on stem cells and biomaterials' role in controlling stem-cell fate and tissue regeneration.
Explores GRIN optics fabrication using 2-photon polymerization and direct ink writing techniques, showcasing tunability in 3D printing and multi-material approaches.
Explores the complexity of cancer, challenges in research translation, and the applications of tissue engineering for cancer models and drug screening.
Introduces volumetric printing as a solution to traditional 3D printer limitations, covering advanced manufacturing techniques and bioprinting applications.
