From the Inner Mongolia Entry-Exit Inspection and Quarantine Bureau, it was learned that in recent years, the laboratory inspection and quarantine bureau has increased investment, reform and innovation according to the needs of inspection and quarantine reform, and made comprehensive breakthroughs in laboratory construction, testing capabilities and scientific research indicators, for the purpose of inspection and quarantine. Provides strong technical support.
First, the laboratory construction achieved new breakthroughs. The implementation of professional laboratory regionalized zoning management mode, adhere to the people-oriented improvement of experimental conditions, all the laboratories, ventilation, water and electricity and other hardware transformation, professional laboratories have installed an independent access control system to ensure the safety of laboratory personnel and environmental safety.
At present, the mobile inspection laboratory has established a regional central laboratory with BSL-2 biosafety technical conditions; the phytosanitary laboratory has become a regional central laboratory, and is applying for the construction of a national key laboratory; the chemical laboratory has been relocated and transformed. Form a new laboratory with reasonable layout, improved conditions and optimized facilities.
The second is to achieve new breakthroughs in detection capabilities. It has the ability to cover many fields such as animals and plants, its products, food, chemical products, mineral products, etc. It can carry out domestic and international commissioned testing, identification, isolation and quarantine, risk analysis, insect census and health decontamination treatment. And filled the three blanks of the system:
First, it has mastered six infectious disease detection technologies for horses, horse nasal cavity pneumonia, equine infectious anemia, equine viral arteritis, equine influenza, horse plague and other imported horses, which completely changed the dependence on inspection. History.
Second, the detection of plant genetically modified components and disease molecular biology detection technology is at the forefront, and the first detection of Brassicaceae black spot pathogen, dodder, dark brown broken eyed beetle, scorpion pine wood elephant, etc. in the whole system. The third is the international laboratory on-site assessment and blind sample comparison, the first time in the region system to undertake the offshore commissioned business of the detection of toxic and harmful elements of mineral products.
The third is to achieve new breakthroughs in scientific research and marking capabilities. In recent years, he has hosted and participated in 11 research projects of the National Natural Science Foundation, the National Science and Technology Support Program, the Autonomous Region, and the General Administration of Quality Supervision, Inspection and Quarantine, and has formulated 5 national standards and 8 standards, and completed 3 invention patents and 5 utility model patents.