Publications by authors named "Sviridov N"

There were analyzed the results of surgical treatment of 246 patients, suffering diabetes mellitus, with destructive forms of the diabetic foot syndrome. It was established, that application of an active surgical tactic using cutaneo-adipose flap of their own and cellular culture of fibroblasts on the background of selective prolonged intraarterial complex therapy permits to perform economic amputation of foot, reduces risk of performance of high amputation of the lower extremity and reoperations.

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Results of surgical treatment of 168 patients with diabetes mellitus (DM) in the diabetic foot syndrome (DFS) were analyzed. Expediency of operative intervention was substantiated by pathogenic form of affection, its depth and diffusion, composition of microorganisms in purulent-necrotic focus. Performance of more extensive surgical treatment or distal amputation of foot with consequent closure of vast wound defect using full-layer subcutaneous-cutaneous flap with protracted selective intra-arterial anti-aggregate and antibacterial therapy was indicated in order to preserve the lower extremity supporting function and for prophylaxis of diffusion of purulent-necrotic affection.

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The investigation involved 22 reproductive and menopausal women (aged 30-48) with atypical endometrial hyperplasia. In addition to general clinical examination, all the patients underwent ultrasound scanning of the organs of the small pelvis, hysteroscopy and diagnostic curettage for morphological examination both before and after treatment. All tissue samples taken before and after treatment were assayed for cytoplasmic and plasma-membrane receptor levels and a number of biochemical parameters of plasma membranes.

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It was shown by the method of fluorescent probes that iodine-containing radiocontrast agents Triombrast > Omnipaque > Ultravist > Melitrast increase the content of intracellular Ca2+ in macrophages of the abdominal cavity of rats. Increase in the entry of Ca2+ from the external environment is the main factor of the change in the intracellular concentration of Ca2+ ions in the macrophages in interaction with radiocontrast agents.

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