[The analgesic and resorptive laser therapy of wound infiltrates, seromas and hematomas in episiorrhaphy and perineorrhaphy].

The therapeutic effects of helium-neon laser irradiation with density of power (DP) of 100, 90, 80, 70 and 50 mW/cm2 were studied on 126 parturients in respect to occurring analgetic and resorptive action on wound infiltrates, seromas and hematomas after episiorrhaphies and perineorrhaphies. The scanning was made by shifting the laser spot on wound edges and the located around them infiltrates, seromas and hematomas with exposition time of the field of 1.5 min.

[Comparative histological and light-microscopic cytomorphometric studies of the tissue repair processes in postoperative wound complications treated locally with helium-neon laser radiation or a proteolytic enzyme].

Morphological studies were carried out on tissue material, removed from wound peripheral parts during application of secondary sutures on 69 complete perineal wound dehiscences of parturients prepared by helium-neon laser irradiation according to a method described by us, as of wound peripheral parts of 15 perineal wound dehiscences, prepared by alphahymotripsin dissolved in a solution with vitamin C. Histological preparations were stained by hematoxilin-eosin by van Gieson (for collagenous fibres), by Weigert (for elastic fibres) and by Gomori (for reticular fibres). Light microscopic cytomorphometric studies were made by a graduated ocular micrometer on stained with hematoxilin-eosin tissue sections with the help of standard optical system.

[Laser therapy of wound infiltrates, seromas and hematomas following gynecologic operations. Clinical research].

The therapeutic possibilities of helium-neon laser light with densities of power (DP)-100, 90, 80, 70 and mW/cm2 as well as exposition time of the field of 1.5 min were studied in 109 women with skin subcutaneously located wound infiltrates, seromas and hematomas after gynecological operations. Clinical observations were carried out on 32 women with more deeply located (epifascial) infiltrates, irradiated by DP of laser light (LL) of 100 mW/cm2.

[Morphological and functional changes in the rat ovary under exposure to a helium-neon laser].

The authors studied the occurring morphological and functional changes in the ovaries of mature rats after transcutaneous irradiation with helium-neon laser over the hypogastric region. Density of power of 1.5 mW/ml with exposition time of 1 min and dimensions of irradiation of 16.

[Histologic and light-microscopic cytomorphometric studies of the tissue reparative processes in complete wound dehiscence after obstetrico-gynecologic surgery].

The authors carried out comparative histological and light microscopic cytomorphometric studies on tissue material, obtained during fixation of secondary sutures on complete wound dehiscences after obstetric and gynecological operations, prepared for therapy only by helium-neon laser irradiation. Densities of the power of helium-neon laser irradiation 90,70 an and 50 mW/cm2 were investigated at exposition time of the field of 1.5 min.

[The laser therapy of the regenerative tissue processes in long-term nonhealing postoperative wound dehiscence].

Clinical studies were performed in 97 complicated operative wounds with partial dehiscences, involving the skin and the subcutaneous connective tissue, and deeper ones reaching the fascia, after gynecological abdominal operations. All complicated operative wounds before prescription of laser therapy were locally treated, without achieving their healing for 10 to 60 days with antibiotic proteolytic ferments, flagyl, Vishnevski's paste and antiseptic dressings. As a result of helium-neon laser therapy with power density 90 mW/cm2 and 70 mW/cm2 healing of these complicated operative wounds occurred in 5 to 18 days (after 5 to 18 irradiations).

[The laser therapy of wound complications with partial dehiscence following gynecologic operations. Clinical studies].

Clinical studies were carried out on 160 women, aged from 26 to 58 years, with partial wounded dehiscence after gynecological operations. The influence of helium neon laser energy with densities of power of 100, 90, 80, 70, 50 m W/cm2 at exposition time of the field of 1.5 min was studied in respect to anesthetic and antiinflammatory effects, initial clearing of devitalized tissues with the appearance of young granulation tissue on the wounded defects till the final healing of the complicated operative wounds.