Artificial Lithographic MODel for COrNeal drug Screening

Volumetric 3D-printing: a marriage between fast and scalable to create complex multi-material constructs

3D-bioprinting of Ion Conducting Gelatin Hydrogels for Skeletal Muscle Tissue Engineering

Advanced Materials for Regenerative Medicine and Medical Devices in contact with the human body.

Bioactive thiol-ene-based polyester 3D-constructs for hard tissue engineering

Bio-based and biodegradable replacer for polyacrylic acid

BOF-ZAP office in Photo-responsive polymers / biomaterials

Capturing the biophysical cues of bone to stimulate bone regeneration in critical bone defects

Corneal endothelial tissue engineering using biodegradable shape-memory polymers and novel gelatin derivatives.

Cultured stem cells for customized meat design

Design of solid-state crosslinkable gelatins for biomedical applications

Developing an Artificial Intestine for the sutainable farming of healthy fish

Development and streamlined integration of 3D printing technologies to enable advanced medical treatment and its widespread application

Development of 3D printed core/shell hydrogels towards patient-specific breast reconstruction

Development of a biodegradable bone graft for maxillofacial reconstruction through additive manufacturing

Development of a superior in vitro model for drug hepatoxicity screening through 3D printing of crosslinkable biopolymers.

Development of photo-crosslinkable, light-responsive polymers for cosmetic applications

Exploiting polymersomes to create 'smart' wound dressings with diagnostic and antimicrobial capabilities

Exploiting the network architecture of bioactive thiol-ene photo-crosslinkable polymers for nasal cartilage tissue engineering.

High Definition Biofabrication: The doorway to the future of medicine. From organ-on-chip towards advanced medical devices.

Light-based 3D printing using LEGO-inspired chemistry for tympanic membrane regeneration

Patient-specific 3D-printed polymer implants with prospect memory Acronym: 3D4Med

RELFICOM: Reliability of fibre-reinforced composites: materials design and variability

SMART BIOMATERIALS TOWARDS MINIMALLY INVASIVE BREAST RECONSTRUCTION

Soft and flexible technologies for electrical and optical modulation of the epileptic brain.

Thermoresponsive poly[N-(2,2-difluorethylacrylamide)] 19F MRI tracer-based materials as potential multipurpose theranostics

Wound dressing

Adaptive hydrogels combined with mesenchymal stem cells to treat bone cysts in horses

Advanced cell-instructive photo-hydrogels for laser-based high resolution 3D printing

Atomic force microscopy (AFM) - nanobiotechnology based platform for achieving the dynamics of individual molecules to versatile materials and cell mechanics

Biofabrication of vasculature for organ engineering and bypass grafting

Bioprinting of soft and complex tissues

Concrete with innovative multifunctional Ag-incorporated superabsorbent polymers evaluated through corrosion testing and secondary imbibition as a novel durability indicator.

Design of an acellular pro-survival hydrogel to improve autologous fat grafting

Developing the ideal support structure for tissue regeneration by combining state-of-the-art design techniques

Effect of tunable hydrogels on concrete microstructure, moisture properties, sealing and self-healing of cracks

Innovative Ag-incorporated superabsorbent polymers (SAP) as admixture for durable concrete structures

Innovative, multifunctional repair technique to extend the service life of concrete structures

Long lasting reinforced concrete for energy infrastructure under severe operating conditions

Magnetic resonance equipment for advanced materials research: molecular characterization of solid, soft, homogeneous and heterogeneous matter in the development of advanced functional materials and chemical catalysis

Nasal stent : development of novel post-surgical frontal sinus wound care solutions

New hydrogel-based, soft waveguides for optical neuromodulation

Shape memory polymers based on poly(alkylene terephthalate)s for an improved cardiovascular stent

Stimulated emission depletion microscopy (STED): Nanoscopy for innovative research in the life sciences

Targeting tendon-bone junction regeneration: development of a gradient scaffold.

Tumor engineering a clinical relevant in vivo model for peritoneal metastasis

Unraveling the regenerative potential of (equine) mesenchymal stem cells in a representative in vitro tendon injury model.

Unraveling the Regenerative Potential of (Equine) Mesenchymal Stem Cells in a Representative in vitro Tendon Injury Model.

White light laser-based confocal fluorescence lifetime imaging microscope for multi-parameter 3D live imaging

BOF-ZAP office in Photo-responsive polymers / biomaterials