The Effect of an Alternating Magnetic Field and Silver Nanoparticles on the Spectral Characteristics of an Aqueous Solution of Human Serum Albumin

Biophysics - In this paper, we discuss experimental data obtained during study of the effect of a low-frequency alternating magnetic field on the conformational transitions of human serum albumin...     

The Mechanisms of the Interaction of Stable Isotopes with Biological Objects in the Presence of an Uncompensated Neutron in Chemical Bonds

The physical regularities that lead to isotope fractionation and to the accumulation of certain isotope forms in the intercellular and intracellular space at various levels of biological objects were studied. A new hypothesis of fractionation of stable isotopes in biological objects through the neutron effect was discussed. The following feature is noted: it is very likely that the development of isotope shock in living beings is observed mainly in the presence of covalent bonds between atoms with an uncompensated neutron. One possible explanation for this phenomenon can be associated with a change in the physical parameters of the following events: the interactions of the magnetic moments of valence electrons with the magnetic moments of atomic nuclei and the interactions of magnetic moments of atomic nuclei, which result in a change in the distance between atomic nuclei.