Nigmatullin R.T., Kulbaev N.D., Dyatchina E.V.
TENSOMETRIC PARAMETERS AS A BIOPHYSICAL STRUCTURE EQUIVALENT OF THE FACIAL SOFT SKELETON ^{[№ 4 ' 2013]}
A comparative analysis of the biomechanical research results of the facial soft skeleton structures was held, using the needle tensometry methods on the cadaver material and with the help of the tissue strain contact registration on living faces. When doing it, age-related changes of the tissue strain were taken into account. The time history of the tissue strain changes in case of Alloplant biomaterial transplantation was described.

Kulbaev N.D., Dyatchina E.V.
THE MODELING OF THE SUPPORTING STRUCTURES OF SOFT FACIAL SKELETON WITH THE USE OF BIOMATERIALS ^{[№ 12 ' 2012]}
There are presented the results of morphological studies on experimental transplantation of structured and dispersed forms of biomaterials based on collagen and elastin in the article. It is shown that transplantation of the studied biomaterials Alloplant in the area of fascial nodes leads to the formation of the regenerate as a dense fibrous connective tissue with the strengthening of the supporting structures of soft skeleton face. The derived data are used by the authors in the development of aesthetic surgery technologies, including the prevention and correction of involutory changes of the face.

Kulbaev N.D., Galimova V.U., Ryzhov V.A.
CLINICAL-MORPHOLOGICAL EXPLANATION OF BIOMATERIAL ALLOPLANT USING AT SURGERY REHABILITATION OF PATIENTS WITH ANOPHTHALMOS ^{[№ 12 ' 2007]}