Taking into account actuality of psoriasis morbidity problem, specialists point out differentiated individual approach to diagnostic and therapeutic stages as a key aspect in the management of patients. Investigation of main points of etiopathogenesis and elaboration of target influence on its key aspects will enable to achieve a set goal. Both rapid epidermal proliferation and dermal inflammatory infiltration are accompanied by numerous formations of new blood vessels, which start during the early changes of psoriasis and vanish after skin lesion clearance. These observations highlighted that angiogenesis is the chief distinguishing feature during the pathogenesis of psoriasis. Among non-specific stimulants of angiogenesis, matrix metalloproteinase (MMP) should be singled out, which is a group of matrix-destructing enzymes, the source of which are fibroblasts, macrophages, neutrophils and other cells that play an important role in tissue remodelling, including neoangiogenesis processes.

Increasing incidence of dermatosis at the background of reduced immunological response to the impact of exo- and endogenous pathogenic agents dictate the necessity of a more profound research of the problem. In addition, antibiotic and immunosuppressive therapy led to activation of saprobic and conventionally pathogenic microflora which is believed to play a prevalent role in the development of dermatosis and, in particular, psoriasis.

Today, platelet-rich plasma is most frequently used in dermatology as an additional method of treatment for different types of alopecia, post-acne, acne, angioneurosis, acute and chronic ulcers with different etiology (diabetic, venous, traumatic, etc.), secondary hyperpigmentation spots and various cosmetic skin defects.

The blood plasma is able to provide a large amount of growth factors and various proteins that can stimulate the healing process. Plasma therapy accelerates neovascularization, increases blood supply and supply of nutrients necessary for cell regeneration in damaged tissue. Plasma therapy stimulates the proliferation and differentiation of cells involved in the healing process.