Effects of Millimeter Range Electromagnetic Iradiation on the Binding of Pharmacological Compounds Methylene Blue, Acridine Orange, and Hoechst 33258 to Human and Bovine Serum Protein Albumins

Several physical factors in the external environment have electromagnetic properties that significantly impact biological processes in organisms. Electromagnetic radiation, in particular, serves as a carrier and transmitter of diverse information in the biosphere. Over the past few decades, there has been widespread research on longer-wavelength extremely high-frequency (EHF) electromagnetic waves (EMFs), which have also gained practical significance. The scientific objectives of this project include investigating the specific interactions of MB, AO, and H33258 ligands with human (BSA) and bovine serum albumin under the influence of millimeter-range electromagnetic irradiation (MM EMI). One of the project's aims is to elucidate the molecular mechanisms underlying these compound-albumin interactions and to understand the impact of MM EMI on these interactions.