Ion-selective analyzers comprise ion-selective electrodes that identify specific ions in the presence of other ions and ion concentration in an analytical solution, basically the whole blood, plasma, and serum. The ion-selective analysis is also inclusive of measurement of ion-concentration of specific ions and gases present in the tester solution which is most commonly the pH probe. Technically, the potentiometric methods of analysis involve the direct measurement of electrical potential owing to the movement of free ions. Therefore, ion-selective electrodes are built to be subtle toward independent ions.
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Commercially, ion-selective electrodes are used in the laboratory; which comprises indicator electrodes as well as reference electrodes. In short, two electrodes are needed for ion-selective analysis. One electrode comprises a known concentration of the ion to be measured is called a reference electrode and the other is responsive only to the ion being measured and is visible to the anonymous solution. The difference between the two causes the potential to develop. Hence, such devices are used in clinical laboratories for precision. Overall, the ion-selective clinical lab analyzers market growth is anticipated at a higher CAGR during the forecast period owing to the rising popularity of ion-selective electrodes.
The key driving factors responsible for the growth of the ion-selective clinical lab analyzers industry include commencing of appropriate treatment during emergencies, favorable disbursement, and growing demand for analysis of selective ions with patients on fluid therapy. However, the costs of this type of treatment are likely to impede the market growth during the forecast period.
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