FIELD: medicine.
SUBSTANCE: photometric measurement of whole blood is taken in the visible and near IR wavelength region; spectral transmission factors of a whole blood cell are measured, while the primary haemoglobin derivative concentration values are determined by minimising a disparity 
The invention can be used to control the blood gas in resuscitation, toxicology, in intensive care to determine an effect on the haemoglobin composition of physiological, pathological and ecological factors, as well as in maternity hospitals, obstetric and child care hospitals to control haematological factors of newborn children and to monitor hyperbilirubinaemia.
EFFECT: more informative blood count.
5 dwg, 2 ex
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