Abstract
This article reports a method of gathering information on a neoplasmic disease on the basis of direct magnetooptical analysis of human blood serum. In a strong magnetic field B and optical field k, biomolecules carrying the information on the neoplasmic changes in human blood serum generate transitions following from their multipolar optical polarizability. The results of the study introduce magnetooptical characteristics of the neoplasmic changes in information carrier. The proposed magnetooptical technique for detection of neoplasmic changes requires a sample of human blood serum of about 2 mL and the availability of a strong magnetic field (10–30 T).
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