Małgorzata (Gosia) K. Włodarczyk-Biegun

Melt Electrowriting of hierarchical structures for regeneration of hard-soft tissue interfaces

In this project, we are using biofabrication approach to construct complex and hierarchical structures with high precision. A novel melt-writing (MEW) technology with the support of computer modeling is used. MEW is a bio-printing technique that uses high voltage to deposit the molten polymer in the form of well-organized thin fibers with diameters of a […]

INNOSkin – Bioprinted Vascularized Three-Layer Skin Models as Advanced In Vitro Testing Platforms

Project tasks The project will focus on the development of new materials for fused polymer printing as well as hydrogel materials for volumetric bioprinting. A novel volumetric bioprinting method will be designed with particular emphasis on cell viability in the presence of MEW (Melt Electrospinning Writing) meshes. Perfusion systems will be created, and microchips will […]

Jam with the flow: Microgel-based (bio)inks that assemble during printing

In tissue engineering, extrusion-based 3D printing (EBP) offers precise material deposition at a cost-effective price. However, current EBP methods often rely on homogeneous inks, limiting their application in fields that require controlled inhomogeneities, like biomedical engineering. The challenge lies in achieving precise control over material structure and composition during printing. In this context, the ERC-funded […]

Additive manufacturing of a novel class of implants with heterogeneous structures, combining different biomaterials and printing methods

Project role Principal Investigator

Injuries and degenerative conditions of the musculoskeletal system — sports-related tendon or ligament ruptures, damage to articular and osteochondral cartilage, and age-related osteoarthritis — are a common and pressing problem in all modern societies, and particularly in Europe given its ageing population. Because such injuries are painful and heal poorly, they frequently require surgical treatment. […]

3D printing of gradient hybrid scaffolds for interface tissue engineering

Project role Principal Investigator

As a consequence of increasing average life expectancies and increasing physical activity, such as high-impact sports, our bodies constantly experience high loads, which may lead to contusions. The number of musculoskeletal injuries causing dysfunction and chronic pain, and requiring medical intervention, is constantly growing. Especially vulnerable are zones where different tissue types are in contact, […]