Free Sessions

Alongside the programme there will be over 700 On Demand presentations available for all registered participants.

Participants can view these in their own time and contact the author to discuss and ask questions directly through the platform.

The Free Sessions are:

  • 3D printing for delivery of therapeutics
  • 3D printing for specific applications
  • 3D printing of bone scaffolds
  • 3D printing of Cardiovascular Devices
  • 3D printing of metals
  • 3D printing of Muscle Scaffolds
  • 3D printing techniques
  • Characterisation of 3D printed scaffolds
  • Electrowriting to produce scaffolds
  • Biocompatibility and in vitro tests
  • Delivery systems clinical application
  • Delivery systems for various applications
  • Aggregation-induced emission (AIE) biomaterials: sensing, imaging and theranostic
  • Bioinks for skin and skin disease modelling
  • Biomaterials and Diabetes
  • Biomaterials for Cardiac Applications
  • Biomaterials for specific medical applications
  • Biomaterials for Spine and Spinal Cord Applications
  • Biomaterials for Wound Treatment
  • Biomaterials in Ophthalmology
  • Biomaterials to engineering bio-interfaces
  • Biomaterials to stimulate stem cells
  • Bioresponsive materials for cancer therapy
  • Bone Tissue Engineering
  • Custom built for Vascular Applications
  • Dental Applications of Biomaterials
  • Drug-eluting scaffolds
  • Fighting Infection in Bone
  • Gene Therapy
  • Glycomaterials
  • Maxillofacial and Craniological Applications of Biomaterials
  • Metals for Orthopaedic Applications
  • Multifunctional Bioadhesive
  • Orthopaedic Applications of Biomaterials
  • Orthopaedic Implants
  • Peripheral Nerves
  • Skin and Wound Healing
  • Skin scaffolds
  • Tissue engineering materials for specific applications
  • Urological and Soft Tissue Applications
  • Vascular Applications
  • Vascular Drug Delivery
  • 3D Scaffolds and cells
  • Anti-bacterial and Anti-microbial Activity
  • Bioglasses
  • Bone cements
  • Calcium Phosphates
  • Cancer treatment - Cancer Therapy
  • Cancer treatment - Drug delivery in Cancer
  • Cancer treatment - Specific Cancers
  • Cancer treatment and models
  • Chemical Modification of Hydrogels
  • Delivery of Therapeutics - Drug Delivery
  • Delivery of Therapeutics - Growth Factor Delivery
  • Delivery of Therapeutics - Nanoparticle Delivery
  • Delivery of Therapeutics - Vaccine Delivery
  • Electrically Active Biomaterials
  • Hydrogels for Drug Delivery
  • Hydrogels for Tissue Engineering
  • Polymeric Biomaterials
  • Polymeric Nanoparticles
  • Bone related tissue engineering
  • Cartilage and Chondrogenesis
  • Cell-based tissue engineered systems
  • Materials and models for Tissue Engineering
  • Nerve and Muscle Regeneration
  • Osteogenesis/Bone Repair
  • Scaffolds and model niches
  • Soft tissues and wound healing
  • Tissue engineered systems for different tissues
  • Tissue engineering materials for different tissues
  • Tissue engineering models
  • Tissue engineering systems for different tissues
  • Tissue models
  • Vascular Tissue Engineering and Cardiac
  • Vascularisation and angiogenesis
  • Cell niches and modulatory scaffolds
  • Cell response to materials and surfaces
  • Cell-material interaction and proteomics
  • Cell-material response
  • Cell-materials
  • Delivery systems and cell response
  • Immunotherapy-immunomodulation
  • Matrices for tissue engineering
  • Mixed materials cell response
  • Scaffolds modulating cells
  • Specialized matrics for modulation of cell function
  • Topography and micropatterning
  • Commercialisation of biomaterials
  • Animal models in vivo testing
  • Animal models/trials
  • Testing models
  • Antibacterial Surface Modifications
  • Surface modification of metals
  • Surface Modification of Metals for Antibacterial Applications
  • Surface Modifications for Improved Blood Compatibility
  • Surface Modifications to Improve Biocompatibility
  • Surface Modifications to Improve Bone Bioactivity
  • Bone models
  • Breast cancer models
  • Cardiovascular Organ Models
  • Organ Models in Neurology
  • Soft Tissue Cancer Models
  • Soft Tissue Models

CONTACT US

For further information, please contact: WBC2020 Conference Secretariat, c/o MCI UK Limited, Durford Mill, Petersfield, Hampshire. GU31 5AZ, United Kingdom. Tel: +44 (0) 1730 715 213