Gareev E.M., Kadyrov R.Z., Usmanova A.F., Sarbaeva A.S.
THE CORNEAL TISSUE STRAIN IN NORM, IN CASE OF LAMELLAR KERATOPLASTY AND MYOPIA ^{[№ 4 ' 2013]}
The parameters of the corneal hysteresis and corneal tissue strain were registered using the complex of biomechanical and morphometric methods, with the intraocular pressure being measured and keratopachymetry conducted in three groups (the control group included 23 eyes and the first basic one 8 eyes and the second basic one 15 eyes). The research showed that the corneal tissue strain (CTS) index was significantly higher in the first basic group. The authors colligate the present fact with the revealed tendency for some cornea thickening after the lamellar keratoplasty by Alloplant biomaterial. There have not been detected any differences between the control and basic groups according to the level of corneal hysteresis and intraocular pressure.

Kadyrov R.Z.
EXPERIMENTAL KERATOPLASTY WITH AMNION AND ALLOPLANT BIOMATERIAL ^{[№ 4 ' 2013]}
The experiments on rabbits showed that Alloplant biomaterial for keratoplasty is replaced very slowly during the year by the connective regenerate that reduplicates the perikeratic structure without apparent inflamable processes. Transplantation of the amnion into the cornea results in the formation of non-uniform on structure of a connecting fabric affecting the transparency of the cornea.

Kadyrov R.Z.
OPTICAL LAMELLAR KERATOPLASTY USING HETEROTOPIC TRANSPLANT ^{[№ 12 ' 2012]}
Heterotopic biological transplant was suggested for lamellar optical keratoplasty. Patients with superficial corneal leukoma of different etiology and pterygium were operated on. During follow-up period (up to 6 months) the transplant was replaced by transparent corneal tissue and as a result the visual acuity increased. But there was observed post-operative myopic astigmatism.

Kadyrov R.Z.
REGENERATION OF CORNEA AFTER LAYERWISE KERATOPLASTY WITH USING OF BIOMATERIAL ALLOPLANT ^{[№ 12 ' 2007]}

Galimova V.U., Kadyrov R.Z., Rashid M.Zh.
SURGICAL TREATMENT OF NARROW SYMBLEFARON WITH USING OF BIOMATERIAL ALLOPLANT ^{[№ 13 ' 2004]}