ABSTRACT
Objective To determine key indicators from the current assessment indicators for rapid and safe transportation of high pathogenic biological samples. Methods Based on the current assessment tables of biological safety inspection for high pathogenic biological samples, a total of seven experts were consulted on the 21 indicators by Delphi method.Key assessment indicators were selected through two rounds of consultation and analysis of indexes with boundary value method. Results A total of seven key assessment indexes were selected as the rapid evaluation indexes for safe transportation of high pathogenic biological samples including effective certificate, the management of transportation personnel and transportation vehicles, the safety of transportation packaging, and transportation report. Conclusion A system of rapid assessment indexes about the safe transportation of high pathogenic biological samples have been established.The rapid assessment system can shorten the evaluation time and improve the efficiency of transportation safety supervision for health supervision departments, and can provide a set of rapid self-assessment indexes for the transport sector, thus the biological safety of transportation can be greatly enhanced.
ABSTRACT
Objective To keep the homeostasis of pressure grad, temperature and humidity among every area, and to ensure the protective effect of engineering barrier in biology safety. Methods DDC was used in the control system based on the transducer and special data collection equipment, and the figure monitoring system was established. The computer was used to save and process the data of real time and then the related output devices were regulated according to the situation. The alarm will be sounded if any data is out of the limit. Results The system could collect real-time simulation quantity signal of pressure, temperature, humidity, resistance, device work condition and so on in every area in laboratory, such as air-condition, air filter, fan and electric-performer's start-stop(operate) state. The alarm information was showed by CRT coloured dynamic emulational figure. Monitoring center could rework the local control parameters through the DDC controller, the system could adjust the device output automatically. Monitoring center could make alert automatically and the tache and causation were displayed then the operator could deal with the alert message according to the user grade. Conclusion The automatic control system introduced in this article can observe the indoor environment state and control the running parameters of the device availably and immediately. It can meet the requirement of laboratory biological safety.