LPS - Background
  Perfusion Services
  Financial Viability
  Research
  Audit & Quality Control
  Clinical Experience
  Personnel & Staffing
  One-Day Seminars
  Autologous Therapies
  Disposables & Hardware
  Education & Training
  Other Areas Of Expertise
 
 
Ongoing Research
 
 
  The Practical, Clinical and Financial Implications of Miniature Cardiopulmonary Bypass.
  A Clinical Review of Commercially Available Autologous Thrombin Processing Kits.
  The Effect on Patient Outcome of Optimal Retrograde Autologous Priming
  The impact of Platelet Gel on Sternal Blood flow and Sternal Wound Healing
  Arterial Line Filters 2006 - What do they filter? Do they produce micro emboli? Are they necessary?
  Optimal Filtration of Cell Salvaged blood - Pre- and Post-processing.
  Combining Blood Conservation Techniques - An Investigation into Blood Loss and Donor Blood Usage
 
 
Previous Research
  Does Autologous Platelet Gel Influence Sternal Wound Healing in Cardiac Surgery?
  Is The Cell Salvage of Chest Drain Blood on an Intensive Care Unit a Viable and Worthwhile Technique?
  The Impact of Using Cell Savage for 100% of Cardiac Surgical Procedures on Donor Blood Usage
  Modeling time dependent blood flow with regard to blood damage in the roller pump of a Cardiopulmonary Bypass circuit.
  A retrospective comparison of Ventricular Assist Devices and Heart Transplantation with current Pharmaceutical therapies.
  Investigation and Quantification of Blood Trauma Caused by the Combined Dynamic Forces Experienced during Cardiopulmonary Bypass.
  The effect on wound healing of therapeutic ultrasound on Osteoblasts in vitro.
  Investigation of Venous Reservoir Outlet Flow Using Particle Image Velocimetery - One of the Key Research and Development Tools in the Future of Cardiopulmonary Bypass
  A comparison of patient plasma free haemoglobin levels using two different sizes of arterial cannulae.
  Investigation and Quantification of Blood Trauma Caused by the Combined Dynamic Forces Experienced during Cardiopulmonary Bypass.
  Design criteria for CPB circuits with an emphasis on the use of Computational Fluid Dynamics