Publications by authors named "S E Spevak"

Objective: To establish a Russian version of the English THI.

Design: The English THI (THI-E) was translated into Russian by two bilingual investigators, independently. The final Russian THI version (THI-R) was constructed by a third investigator, from the two translations.

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There is no clinical dynamic staging system which scores according to severity all the anatomical regions in adult supraglottitis. The objective of the study was to describe the demographics, clinical presentation, interventions and outcomes of adult patients diagnosed with acute supraglottitis (AS), and to study the correlation of a new AS classification with the need for airway intervention, in comparison with the current classification. This was a retrospective, cohort study conducted at a secondary medical care center.

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The paper demonstrates that in spontaneously hypertensive rats (SHR) as compared with normotensive controls exudative processes at the sites of lesions are much more prominent. Such exudative processes include edema, fibrinous exudation as well as permeability of capillaries and venular walls for leukocytes. These effects prolong the phase of its inflammation and retard the regeneration phase in wound healing.

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At intraperitoneal injection and local application of opioid peptide dalargin induces fibroblast proliferation (3-fold increase in the mitotic index) and growth of capillaries, accelerates the maturation of granulation tissue and of scar, epitheliazation of the defect, and considerably reduces the period of healing of skin wound in rats. The stimulating action of dalargin is associated with its effect on the microcirculation system and activation of the macrophage-fibroblast interaction. Possessing the triggering mechanism, the drug induces a cascade of inflammatory-reparative reactions, which reduce the duration of all healing stages.

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Naloxone partially inhibited skin wound contraction and completely blocked acceleration of wound healing in rats with stimulated lacrimal glands. Endorphins were detected in lacrimal glands. Alteration of functional activity of the lacrimal glands produces a considerable effect on pain sensitivity and endorphin blood concentration.

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