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© 2005 The Australasian Association of Clinical Biochemists Inc. No literary matter in The Clinical Biochemist – Reviews is to be reproduced, stored in a retrieval system or transmitted in any form by electronic or mechanical means, photocopying or recording, without permission. Requests to do so should be addressed to the Editor. ISSN 0159 – 8090. The volume of point-of-care testing (PoCT) has steadily increased over the 40 or so years since its widespread introduction.

That growth is likely to continue, driven by changes in healthcare delivery which are aimed at delivering less costly care closer to the patient’s home. In the developing world there is the challenge of more effective care for infectious diseases and PoCT may play a much greater role here in the future. PoCT technologies can be split into two categories, but in both, testing is generally performed by technologies first devised more than two decades ago.

These technologies have undoubtedly been refined and improved to deliver easier-to-use devices with incremental improvements in analytical performance. Of the two major categories the first is small handheld devices, providing qualitative or quantitative determination of an increasing range of analytes. Bentley bx 11 manual.

The dominant technologies here are glucose biosensor strips and lateral flow strips using immobilised antibodies to determine a range of parameters including cardiac markers and infectious pathogens. The second category of devices are larger, often bench-top devices which are essentially laboratory instruments which have been reduced in both size and complexity. These include critical care analysers and, more recently, small haematology and immunology analysers. New emerging devices include those that are utilising molecular techniques such as PCR to provide infectious disease testing in a sufficiently small device to be used at the point of care.

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This area is likely to grow with many devices being developed and likely to reach the commercial market in the next few years. Introduction The dominant model of laboratory testing throughout the world remains the centralised laboratory in which more and more of the analytical processes are automated to enable the analysis of large numbers of samples at relatively low cost. This trend is well established in biochemistry and haematology and is now extending to other disciplines including microbiology and anatomical pathology. However healthcare is changing, partly as a result of economic pressures, and also because of the general recognition that care needs to be less fragmented and more patient-centred.

Many countries are facing the reality of having to limit the growth in healthcare budgets or in some cases reduce healthcare spending. One way to achieve this goal is to reduce relatively expensive care in secondary and tertiary hospitals and encourage more patients to be assessed and treated in primary care or the community. It is uncertain whether the central laboratory concept is best suited to the needs of this more primary care orientated care model which is still in its infancy. Alternative models using PoCT are being increasingly considered, particularly for people in more remote locations such as found in Australia, but also in relatively densely populated countries such as the UK where telehealth applications are being actively considered to provide more care in the patient’s home.

The need to make healthcare more patient-centred is also a global trend and is based on the premise that healthcare should be organised more around the patient rather than the provider. Centralised testing does not represent a convenient process for many patients with the testing process often being disconnected from the consultation process such that more than one visit to the doctor is required to complete the assessment process. This problem applies particularly to those with a chronic disease such as diabetes who require regular monitoring including frequent blood tests.