Клеточные технологии
Категории: Клеточные технологии,
Aim of this research to develop technology of a harvest and growing allogenic stem cells of corneal epithelium from donors-corpses. Donor materials have been harvested from eighteen donors eyes for..
Категории: Клеточные технологии,
Induced pluripotent stem cells (iPSCs) are a new type of pluripotent cell which can be obtained by overexpression of few genes during reprogramming of different somatic cells. The aim of the study was to..
Категории: Клеточные технологии,
The dynamics of reparative processes in the femoral head of 11 patients with Perthes diseases after operative treatment has been studied. Trans-articular introduction of cellular articular suspension..
Категории: Клеточные технологии, Тканевая инженерия,
The purpose of the study is to develop a method of obtaining corneal graft using surface of soft contact lenses as the substrate for the cultivation of autologous cells. It was shown that the Pure Vision..
Категории: Клеточные технологии, Регенерация и остеогенез,
Effect of autoplasma components on regeneration of bone tissue was studied in patients with comminuted femoral fractures. Comparison group showed longer period of regenerate formation, and deformities..
Категории: Клеточные технологии,
The dedifferentiation is one of approaches for stem or progenitor cells generation for cellular therapy. In this study the differentiation states of cultured adult human retinal pigment epithelium (ahRPE)..
Категории: Клеточные технологии,
In the course of work preclinical trials have been taken which have shown efficiency of mesenchymal stem cells application in treatment of the local radiation injuries invoked by a local beta irradiating..
Категории: Клеточные технологии,
Применение мультипотентных мезенхимальных стромальных клеток (ММСК) на деминерализованных костно-хрящевых матриксах для восстановления поврежденных суставных поверхностей в эксперименте The effects of..
Категории: Клеточные технологии,
Оценка использования альгинатного геля с полипептидами для поддержания функциональной активности мультипотентных мезенхимальных стромальных клеток, дифференцируемых по хондрогенному пути Influence of..
Категории: Клеточные технологии,
Capacity to proliferation and osteogenic differentiation of pluripotent mesenchymal cells of alveolar process periosteum, periodontal ligament and specimens of cancellous bone tissue was estimated during..
Категории: Клеточные технологии,
New principles of bioimplants, medical products, physiotherapeutic factors and other medical facilities testing were proposed on cell cultures. They consist of researches who realized not on single cells..
Категории: Клеточные технологии,
Экспрессия антиапоптотического белка BCL-2 у больных алкольным циррозом печени после трансплантации аутогенных гемопоэтических стволовых клеток Transplantation of stem cells (SC) is often seen from the..
Категории: Клеточные технологии,
Epithelial cells reveal different adhesive behaviour to chitosan membranes according to their origin. В образовательно-научном институте наноструктур и биосистем Саратовского государственного..
Категории: Клеточные технологии,
The technology of restoration of the broken skin surface with use cultivated keratinocytes and fibroblasts human skin is developed. It includes a number of stages: from a capture of a material for..
Категории: Клеточные технологии,
Results of cultivated fibroblasts usage at bedsores treatment are presented in this article. The wounds were stable to ordinary methods of cure and existed during more than year. When preliminary wound..