![]() ![]() Here, for example-in addition to the pH measurement-conductivity measurements are performed. However, at the foundation is impedance measurement via electrodes, which enables conclusions about various diseases to be drawn. This is a relatively new field in medicine with numerous different approaches and a wide variety of methods. Here, the bodily excretions are investigated for the purposes of drawing conclusions about diseases and irregularities. In this way, for example, pH, conductivity, composition, and saturation can be measured.įinally, feces and urine from patients are also measured. The dialysis fluid conductivity measurement is also done via impedance analysis. With chronic renal failure, the blood has to be filtered. Highly accurate, power-saving impedance measurements are urgently needed here.Īnother application of fluid measurement is dialysis. In the future, development should move away from the individual measurement and toward a continuous measurement method for constantly monitoring the blood sugar level. Based on this value, the patient can adjust his or her medication or diet. Here, a drop of blood on a test strip is sufficient for drawing conclusions about the blood sugar level in the blood. The most widely known fluid measurement in medicine is blood glucose measurement. In this article, we will concentrate on fluid measurements with medical uses and thereby describe the individual applications as well as the versatility of impedance measurements. What all these measurements have in common is the underlying measurement principle-an impedance measurement. However, examples of liquid measurements extend far beyond water-fluids in medicine such as blood, saliva, and fecal matter must be able to be tested for possible diseases because they have a direct impact on health. Access to continuously declining clean water resources is a increasingly important topic. Clean water and water filter technology play important roles around the world and are necessary to life. The most prominent example is water, the most precious raw material in the world. The determination of the composition and quality of liquids is essential in a wide variety of applications. Christoph Kämmerer Download PDF Introduction
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