@article{ref1,
title="The inhibitor of free radical processes decrease of protein biosynthesis in gun short wound tissues and weaken development of the general adaptation syndrome",
journal="Izvestiia Akademii nauk. Seriia biologicheskaia/ Rossiĭskaia akademiia nauk",
year="2006",
author="Todorov, I. N. and Bogdanov, G. N. and Mitrokhin, Iu I. and Varfolomeev, V. N. and Sidorenko, L. I. and Mishchenko, D. V.",
volume="",
number="6",
pages="680-687",
abstract="The dynamics of total protein biosynthesis and procollagen biosynthesis in skeletal muscle of injury tissues with the antioxidant BHT (dibunol) treatment and with common healing were studied. The obtained date indicate that the AO treatment reduce the rate of biosynthesis both the total proteins and procollagen at the 3th day of healing. Dibunol also considerably reduce the protein biosynthesis in adrenals and brake of corticosteroids biogenesis as measured by ESR-signals intensity of reduced adrenodoxine. AO treatment also reduce the protein biosynthesis in thymus, spleen and bone marrow. The lowering of functional activity of endocrine and immune systems indicate that the AO significantly inhibit the systemic reactions of organism induced by acute wound affect. It was suggested that as &quot;primary mediator&quot; of stress-reaction may be considered lipoperoxide radicals and decay products of lipohydroperoide.<p /><p>Language: ru</p>",
language="ru",
issn="1026-3470",
doi="",
url="http://dx.doi.org/"
}