Horiba ABX has announced that Loughborough University has installed an ABX Pentra 400 clinical chemistry analyser to assist in exercise, health and nutrition studies.
The analyser saves labour time and delivers fast and accurate analytical results for a variety of human metabolites and biomarkers.
Prior to the installation of the ABX Pentra 400, it was recognised by the university that a modern, bench-top analyser was required by various researchers to process a high volume of study samples in a short space of time.
Further key requirements, in addition to the accuracy and reliability of results, was a system that was robust and easy to use due to a high number of different users, largely PhD students.
Dr David Stensel, director of postgraduate studies at the School of Sport and Exercise Sciences, said: 'Due to the nature of our work, which involves intense study periods where we freeze and batch study samples prior to intense periods of analysis, we did not need a large high throughput analyser.
'What was essential though was a reliable, intuitive analyser with low coefficients of variation, both within and between batches, the ABX Pentra 400 has met these requirements.' The university also had confidence in the technology behind the ABX Pentra 400 prior to purchase.
Stensel said: 'During the procurement process we were able to gain positive third party input from a variety of sources, including a Department of Health Evaluation Report on the analyser, as well as a number of current users who all gave positive responses on their experiences with the ABX Pentra 400.' The university said that since its installation, a key contributing factor to the reliability of the ABX Pentra 400 has been the technical support team at HORIBA ABX.
The degree of automation delivered by the analyser has also provided labour savings and enabled analyses to be undertaken far quicker than when carried out manually.
In addition, researchers have found accuracy of results has been better than by hand, while also finding that more analyses can be carried out on a single blood sample as the analyser uses smaller amounts of blood.
Typical analyses being undertaken on the ABX Pentra 400 by researchers at Loughborough include: postprandial triacylglycerol (TAG), glucose, non-esterified fatty acids (NEFA) and C-Reactive Protein (CRP).
Many studies have been undertaken to look at the effects of bouts of exercise on concentrations of these parameters within the blood and the subsequent implications on cardiovascular disease risk.
Due to the flexibility of the system, more parameters can be measured as required.
This is particularly pertinent since the School of Sport and Exercise Sciences at Loughborough will soon move to centralised laboratories where more users will have access to the ABX Pentra 400 for exercise and health studies.
