Laboratory animals are an important part of life sciences and medical researches, as well an important support for the science and technology innovation in our country. Laboratory animal science is of great significance to the protection of human health,food safety and biological safety. Laboratory animals are indispensable in the development of food safety,drugs,vaccines and biological products and the studies of human disease pathogenesis. In order to adapt to the requirements for overall development of the laboratory animal industry in China, our institute has independently developed the Network Training System for Laboratory Animal Managers. This system is an online education and training platform which integrates the practical operation and theoretical knowledge of laboratory animals,including seven knowledge modules such as animal welfare,animal breeding,animal surgery and so on. The training subjects of the system include managers, experiment operators, laboratory animal doctors and breeders, aimed at accelerating the personnel training and team building of laboratory animal sciences,and promoting the transformation and development of personnel training in laboratory animal industry.

Objective To explore the effective management method of venous-access port related blood infection in the children with hematopoietic stem cell transplantation.Methods A retrospective analysis investigated venous-access port related blood infection in the hematopoietic stem cell transplantation children who were admitted to the centre of hematology oncology,Beijing Children′s Hospital,Capital Medical University from June 2013 to June 2014.The Plan-Do-Check-Action (PDCA)cycle management approach was applied to find the fundamental cause of venous-access port related blood infection.The plan was made.The appropriate measures were taken on the transplantation children with implantable venous-access ports after July 2014,which was supervised and inspected.Finally,the experience was summarized.Results From July 2014 to July 2015 there were 26 transplantation children with implantable venous-access ports.No venous-access port related blood infection was found in the 26 children.Conclusions The PDCA cycle decreases the occurrence of venous-access port related blood infection in the transplantation children significantly.It is an effective method to improve nursing safety and quality management.