Change of immunological processes and metabolism of the students from south asia under acute stress

Abstract

The aim of the study was to study the adaptation of the immune system and metabolic processes in foreign
Pakistani students studying in Semey under the action of acute stress.
To achieve this goal, we studied the state of immune, lipid peroxidation and antioxidant systems and energy
metabolism in 30 students from South Asia under acute climatic and environmental conditions in Semey.
Research results show that under acute stress, Pakistan students within 1 month increased number of Tsuppressor cell activity completely, reducing the helper cell activity, suppression of T-lymphocyte function by their
ability to produce MIF after incubation with the mitogen PHA. Spotted B activation of the B immune system, as an
increase in lymphocyte number and content of IgG, as well as a compensatory enhancement of the phagocytic activity
of neutrophils. Acute stress causes a reduction in enzyme activity of energy metabolism, which indicates depletion of
peripheral blood lymphocytes bioenergy, lipid peroxidation with higher levels of primary products (DC) and the
antioxidant protection