Deuterium Reduction-Associated Chenges in T-Cells Blood Content

Data have been obtained on stimulation of lymphoblast proliferation in the thymus and slowing down the migration of differentiated T cells with a short-term decrease in deuterium levels in the internal environment of the body. As well as increased emigration of mature T-lymphocytes from the thymus with a prolonged decrease in deuterium levels in the internal environment of the body. These facts allow us to consider a decrease in deuterium levels as a new approach to slowing down the processes of thymus involution.