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Automatic real-time analysis and interpretation of arterial blood gas sample for Point-of-care testing: Clinical validation.

Sancho Rodriguez-VillarPaloma Poza-HernándezSascha FreigangIdoia Zubizarreta-OrmazabalDaniel Paz-MartínEtienne HollOsvaldo Ceferino Pérez-PardoMaría Sherezade Tovar-DoncelSonja Maria WissaBonifacio Cimadevilla-CalvoGuillermo Tejón-PérezIsmael Moreno-FernándezAlejandro Escario-MéndezJuan Arévalo-SerranoAntonio ValentínBruno Manuel Do-ValeHelen Marie FletcherJesús Medardo Lorenzo-Fernández
Published in: PloS one (2021)
The ABG-a showed very high agreement and diagnostic accuracy with experienced senior clinicians in the acid-base disorders in a clinical context. The method also provides refinement and deep complex analysis at the point-of-care that a clinician could have at the bedside on a day-to-day basis. The ABG-a method could also have the potential to reduce human errors by checking for imminent life-threatening situations, analysing the internal consistency of the results, the oxygenation and renal status of the patient.
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