Use of a gracilis myocutaneous flap for reconstruction of perineal defect in a dog -Case report

Abstract

Copper nanoplates embedded in a graphite gallery were obtained by in situ reduction of stage 1, stage 2, and stage 3 CuCl 2 -graphite intercalation compound precursors. The characterization results indicated that the morphology of the copper species was that of a 2-dimensional or quasi-2-dimensional nanoplate in the graphite gallery. Interaction between the metallic nanoplates and graphene sheet was also detected. The hexagonal graphene network restricted the crystallization orientation of the copper nanoparticles, and, at the same time, the finite space between the graphene sheets prevented the increase of the thickness. This method would provide a convenient route to synthesize or assemble 2-dimensional metal nanoplates.

Use of Biologically Active 3D Matrix for Extensive Skin Defect Treatment in Veterinary Practice: Case Report

“…Skin of pets such as dogs and cats is usually movable and relatively excessive. However, in veterinary practice, there are cases when it is impossible to close the skin defect with a simple apposition of wound edges ( 1 ). For example, this situation is observed in cases of large defects, wounds on distal parts of extremities or in oncology practice after radical resection of tumors.…”