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The University of Sydney - Tissue Engineering Network

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You are here: Research / SuTEN Expertise - Technologies
Research
  • People - Alphabetical
  • SuTEN Expertise - Technologies
    • Scaffolds
    • Biomaterials
    • Developmental Biology
    • Stem Cells
    • Adult Cell Sourcing
    • Cell Culture, Manipulation
    • Cell-biomaterial Surface Interactions
    • Mechanotransduction, topographical cues
    • Maintenance of phenotype in 3D scaffolds
    • Molecular signalling, including growth factors
    • Gene transfection
    • Vasculogenesis & angiogenesis
    • Implantation of tissue engineered constructs
    • Immune responses & immunomodulation
    • Inflammation
    • Nutrition & oxygenation of tissue engineering constructs
    • Imaging & diagnosis of relevant disease states
    • Anatomical & functional imaging of regenerating tissue
    • Computational modelling of tissue regeneration
    • Engineering of tissues for drug evaluation & cancer biology
    • Animal models for tissue engineering
    • Clinical/Surgery
  • SuTEN Expertise - Clinical area
    • Neurodegenerative disease
    • Nerve injury
    • Musculoskeletal disease and conditions
    • Ophthalmological conditions
    • Maxillofacial / craniofacial conditions
    • Dental
    • Uro-genital
    • Respiratory conditions
    • Gastrointestinal conditions
    • Cardiovascular diseases
    • Organ failure
    • Dermatological & Epithelial conditions
    • General
  • Research Grants

SuTEN expertise by Technology/Scientific Area

Below is a list of technologies or skills that Network members may apply to their Tissue Engineering or Biomaterial research. If you are looking for someone in the network with a particular skill, click on the headings below for a list of researchers who have experience in that area (further information can then be found on individual profile pages via the Alphabetical list).

  • Scaffolds: architecture, fabrication, characterisation
  • Biomaterials: synthesis, degradation, toxicology, biocompatability
  • Developmental biology related to regenerative medicine
  • Stem cell: biology, manipulation and differentiation
  • Adult cell sourcing
  • Cell culture, cell manipulation
  • Cell-biomaterial surface interactions
  • Mechanotransduction, topographical cues
  • Maintenance of phenotype in 3D scaffolds
  • Molecular signalling, including growth factors
  • Gene transfection
  • Vasculogenesis and angiogenesis
  • Implantation of tissue engineered constructs
  • Immune responses and immunomodulation
  • Inflammation
  • Nutrition & oxygenation of tissue engineering constructs
  • Imaging and diagnosis of relevant disease states
  • Anatomical and functional imaging of regenerating tissue
  • Computational modelling of tissue regeneration
  • Engineering of tissues for drug evaluation and cancer biology
  • Animal models for tissue engineering
  • Clinical/Surgery (ie end user of Tissue Engineering Technologies)

 

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