[Lines of research in the field of cellular technologies and its application in military medicine].

The paper presents an overview of cellular therapy products and medical tissue engineering of the leading countries of the world (including the US) and identifies lines of research in the field of cellular technology application in the interests of national military medicine. The authors gave information concerning practical implementation of the achievements of biomedical research in the field of regenerative cellular products and technologies in Russia as different products, which may be used at the stages of medical evacuation. The authors presented results of research, which was, performed on the model of mine blast injury in accordance with principle possibility of the usage of cellular technologies products (multipotent mesenchymal stromal cells) in medical practice.

[Application of robotic technology to the needs in the medical service of the Armed Forces].

Application of robotic technology to the needs in the medical service of the Armed Forces. Further development of the medical service is inseparably associated with the implementation of robot technology into the practice of medical support of the Armed Forces of the Russian federation. For this purpose it is necessary to create a clinical scientific research centre of robot technology and interdepartmental scientific research simulation training center on the basis of the Kirov Military Medical Academy. It is also necessary to provide development of medical robotic complexes of tactical level of the medical service.

[The use of local hemostatic agent "Celox" in experimental model of grade IV liver injury].

Ongoing intra-abdominal bleeding is the main life-threatening sequence of blunt abdominal trauma. The use of local hemostatic agents allows achieving fast and reliable hemorrhage control in case of parenchymatous organs injury. We investigated the efficacy of a dressing "Celox Gauze" in an experimental model of grade IV liver injury in large animals in the setting of coagulopathy. We used the following experimental model: 30-35% of blood volume was withdrawn followed by severe liver injury and hemostatic agent application. Laboratory tests were controlled in three endpoints. Hemostasis was evaluated in 2 days. "Celox Gauze" was effective for hemorrhage control in 100% of cases. All animals survived until the end of the experiment. Perihepatic packing with "Celox Gauze" applied is more effective to control hemorrhage than packing only. It has been noted lower volume of blood loss, lower decrease of red blood cells in animals of "Celox Gauze" group. We noted no adverse effects. Histological analysis showed the absence of any significant local hepatic damage. In whole the local hemostatic agent "Celox Gauze" has been shown highly effective in the model of parenchymatous bleeding. Additional studies with more number of animals are warranted to confirm our results.