Bioengineering
Biomaterials & Tissue Engineering

Biomaterials take two forms, those that exist within the body and are the materials from which the materials are constructed, and those which are man-made and used for implants.

Research areas include:

  • properties and function of ligaments, cartilage and other soft tissues
  • bone and cartilage and the effects of physiological factors which affect these tissues and their interaction in joints
  • polymeric materials which could be used as synthetic substitutes

Tissue engineering is a rapidly growing multidisciplinary area of biomedical research with great commercial potential worldwide. It combines the fields of cellular and developmental biology, biomaterials, chemical and mechanical engineering, transplantation, and immunology. The aim of tissue engineering is to treat tissue or organ failure with fully functional natural or synthetic organs. Specific applications include the use of stem cells for regenerative therapies, the development of a bioartificial liver, and the ex vivo growth of skin grafts.

Research areas include:

  • tissue engineering, animal cell culture, neural stem cells, hepatic oval stem cells, bioreactor design and scale-up.
    

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