Olga Ivanova and Mary Ivanova
Objective: The cross adaptation of humans suffering the consequences of external low-dose ionising radiation impact (ELDIRI) was to be studied. Methods: The observational investigation in a XXXXX secondary care centre included 507 non-smoking men (male, age 50.14 ± 10.39 years) and was approved by the commission on ethics. Results: The radiation haematologic stress is not related to cytomegalovirus infection, unlike the haematologic stress. The latter is the response of the human body as an ecosystem, but it can be a synergist of cytomegalovirus, which is capable of inducing haematologic stress as well as systolic and isolated systolic hypertension. Latent iron deficiency can cause hypertension, including diastolic hypertension, in humans, including those suffering from ELDIRI. Conclusions: Many human biology features may be explained by the absence of inverse correlation between T3 and T4 (except in the case of patients with thyroid diseases). The health of Russian cosmonauts may be superior to that of US astronauts because of the use of reserpine for radioprotection in the USA. As long as biologic age is inversely correlated to the α2-macroglobulin/α1-protease inhibitor ratio, so it would be interesting to study the selection of humans with elevated α2-macroglobulin contents for longitudinal interplanetary flights. Advances in knowledge The radiation haematologic stress has been described. It may be the more ancient stress in evolution than haematologic stress and Selye’s general adaptation syndrome.
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