The influence of the pulse solid-state laser radiation on the sclerotic process

From 1992 to 1996 the active experiments were made of power lasers radiation influence on living tissue cultures cells of human embryo and to fibrous capsules surrounding animals foreign bodies. As a result it has been observed, that the pulse solid-state laser radiation the parameters of which have been established in the course of the experiment, decrease the biosynthetic and proliferate activity of fibroblasts. The connective tissue structure has been changed: The volume of cytoplasm and the expressiveness of endoplasmatic fibroblasts net was not so distinct, the collaggen fibers became more softer, and they did hot form long bunches and monolith layers. The transverse lining disappears. Thus, the laser radiation decreases the tissue fibrotisation. In some cases of aesthetic surgery the surplus sclerosis is very undesirable. For example, the fibrous capsular contracture developed-after auginentation mammaplastic is actually the manifestation of the productive chronic inflammatory in tissues surrounding the implants. The hypertrophy and keloid scars after operatioris and traumas, bone corns resulted in bone regeneration after osteotomy is an undesirable consequence of cosmetic operations, which need an effective treatment. The result of 12 years experiments of the pulse solid-state laser on allumo-ittrium garnet with neodymium (IAG: Nd), gave us a great numbers of clinical observations.