Asepsis room

Generally speaking, a small room is usually built in the microbiological laboratory. It can be made of plates and glass. The area should not be too large, about 4-5 square meters can be, about 2.5 meters high. There should be a buffer room for aseptic outdoor. The door between the buffer room and the asepsis room should not be directed in the same direction, so as not to bring air into the mixed bacteria. The buffer must be closed. Indoor equipment ventilation equipment must have air filter. The floor and walls of sterile rooms must be leveled, which is not easy to hide dirt and is easy to clean. The countertop of the worktable should be in a horizontal state. UV lamps are installed in the buffer and the ultraviolet lamp is 1 meters away from the working table. Workers entering the asepsis room should wear clothing with no bacteria and wear a hat. At present, most of them exist in microbiological factories, while in general laboratories, ultra clean platforms are used. The main function of the super clean table is to remove all kinds of micro-dust including microorganisms on the upper part of the table by using air laminar flow device. Through the electric device, the air enters the working table after passing through the high efficiency filter, so that the table is always under the control of flowing sterile air. And there is a high-speed air curtain near the outside to prevent bacterial air from entering. In places where conditions are difficult, wooden sterile boxes can also be used to replace super clean tables. The aseptic box has simple structure and is easy to move. There are two holes in the front of the box. When it is not operated, it is blocked by a push-pull door. When it is operated, both arms can be extended in. The front and upper parts are equipped with glass for easy operation inside. The box is equipped with ultraviolet lamp inside. The appliances and bacteria can be put in through the side door. At present, aseptic manipulation technology not only plays an important role in microbiology research and application, but also is widely used in many biotechnologies. For example, transgenic technology, monoclonal antibody technology and so on.