About the Speaker
Dr Collinson is a consultant chemical pathologist at St George's University Hospitals NHS Foundation Trust. His main clinical interests are in hyperlipidaemia, the primary and secondary prevention of cardiac disease and complex lipid disorders. Dr Collinson graduated from St Catherine's College, Cambridge in 1981 and trained at St Thomas' Hospital, London. He was awarded his MD from Cambridge University in 1994. He is an expert advisor to the National Institute for Health and Clinical Excellence (NICE) on cardiac biomarkers, and is responsible for developing and introducing troponin and B-type natriuretics to the UK.Abstract
The largest category of medical presentations to the Emergency Department is patients with chest pain and suspected acute coronary syndrome (ACS). Cardiac troponin has emerged over the past 20 years as the gold standard biochemical test for assessment of this patient group. Point of care testing (POCT) for cardiac troponin was an early innovation and was perceived as valuable both by the ED physician and the cardiologist. Two types of approach we used, one initially semi-quantitative and the other using compact laboratory style equipment. Subsequent refinement of laboratory-based troponin methods has been combined with development of rapid diagnostic protocols for early patient disposition. The development of high sensitivity troponin assays plus an emphasis on very early (within 2 hours) exclusion of acute myocardial infarction produces a creative tension. On one hand, very rapid turnaround time is required which can only be met by POCT and on the other hand, current POCT technology is inadequately sensitive. The future challenge is therefore to develop laboratory quality POCT assays but in a format suitable for use in the POCT environment and to combine this with connectivity to integrate the result with the patient record.
Cardiac Point of Care – Current Technology and Future Directions
Video Jun 23, 2015
CryostaX® hepatocytes are created using a patented process that produces unique single-donor cell pellets. This format allows for distinct benefits to hepatocyte performance, efficiency in the lab, and test system design, precipitating the potential discontinuation of cryopreserved hepatocytes prepared from traditional methods. This webinar will discuss the technology, its optimal utilization and benefitsWATCH NOW