- Hydrogels
- Polymeric
- Metals
- Inorganic and glasses
- Composites
- Nano-biomaterials 0D, 1D, 2D
- Surfaces
- Materials from living matter
- Materials-tissues interface
- 3D microenvironments
- Immunomodulation
- Engineered niches
- Porous scaffolds
- Bio(material)inks
- Extrusion-based AM
- Light-based AM
- Electrospinning and textile
- Unconventional approaches
- 3D printing for accessible healthcare
- Clinical translation of AM
- Dynamic materials 4D
- Living materials
- Mechanoregulation
- Delivery of small and biological drugs
- Metamaterials
- Orientation cues
- Load-bearing materials
- Biomineralization
- Cancer
- Vascularization or lack thereof
- Sensing
- Smart biomaterials
- Anti-infective strategies
- Bone
- Cartilage and osteochondral
- Intervertebral disc
- Tendon and ligament
- Dental
- Muscle
- Respiratory system
- Cardiovascular
- Gastrointestinal
- Skin
- Eye
- Liver, kidneys, pancreas
- Neural tissue
- Big data, artificial intelligence, machine learning
- Biological materials e.g. , nacre, wood-derived
- Aerospace
- Biocompatibility, leachables, in vitro tests
- Biomaterials for reducing, replacing, refining
- Organ/human on a chip
- Medical devices
- Clinical studies
- Safety and regulatory aspects
PREPARATION AND CHARACTERIZATION
INTERACTION WITH CELLS
BIOFABRICATION
BIOMATERIALS CARRYING STIMULI
BIOMATERIALS FOR SPECIFIC FUNCTIONS
BIOMATERIALS FOR BODY PARTS AND FUNCTIONS
PARALLEL FIELDS
BIOMATERIALS TESTING
CLINICAL TRANSLATION