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Results 61 - 70 of 175 for Surgical Appliances
  • Article - 26 Jul 2002
    A new shape memory biodegradable polymer has been developed that is suitable for biomedical applications such as sutures and stents. The material, how it works and other uses are all outlined.
  • Article - 15 Jul 2002
    Titanium and certain titanium alloys are useful biomaterials dues to their physical, mechanical and chemical properties. Their behaviour in the human body and applications in orthopaedics and...
  • Article - 12 Jul 2002
    Synthetic hydroxyapatite is used for bone grafts, bone fillers and bioceramic coatings. The methods used to produce hydroxyapatite are outlined. Processes examined include wet chemical processes and...
  • Article - 26 Jun 2002
    Researchers have developed a high thermal conductivity graphite foam designed for use in protective clothing such as flight suits and race car overalls. The material can potentially remove heat from...
  • Article - 13 Jun 2002
    Pyrolytic carbon is biocompatible and thromboresistant. This combined with wear resistance, durability and strength make it an ideal material for artificial heart valves. The development of the...
  • Article - 13 Jun 2002
    Hydroxyapatite is a hydrated calcium phosphate. As such it dehydroxylates and decomposes upon exposure to elevated temperatures.
  • Article - 16 May 2002
    Ceramic materials have been used dentistry for many years. Their use increasing, partly due to aesthetic reasons. Some applications where ceramics are used in dentistry are fillings, crowns, veneers,...
  • Article - 14 May 2002
    The densities of a variety of biomaterials are compared to those of teeth, bone and other related materials. Biomaterials covered include orthopaedic, dental and vascular materials.
  • Article - 9 May 2002
    The benefits of coating metallic implants with hydroxyapatite are many. These are outlined as are the varous methods that have been used to try and produce hydroxyapatite coatings. Some of the...
  • Article - 11 Mar 2002
    The unique properties of supercritical fluids have lead to their use in nanomaterial production for applications such as biomaterials, foams, high internal phase emulsions, lithography and metal...

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