Common isolation techniques include biosafety cabinets, airborne isolation systems, isolation gloveboxes, sterile rooms, and isolation workshops.
1. Biosafety Cabinet: a biosafety cabinet is a device used to prevent cross-infection between laboratory operators and biological materials. It filters and treats the air in the working area through air filtration and exhaust system to block the spread of pathogens.
2, air isolation system: air isolation system prevents harmful substances from entering or exiting by creating a relatively sealed environment that isolates the internal air from the external environment. This technology is widely used in pharmaceutical manufacturing and laboratory environments.
3, isolation glove box: isolation glove box is an airtight device that allows experimental operations to be performed in a sterile environment. It isolates the internal and external environments through glove ports and sealed doors to prevent samples from external contamination.
4, aseptic room: aseptic room is a completely enclosed work area for aseptic operation. It has a high-efficiency air filtration system to ensure that the air in the room is clean and sterile, and is widely used in pharmaceutical and medical fields.
5, isolation workshop: isolation workshop is a relatively independent production or operation area, isolated from other areas to prevent cross-contamination of substances. This technology is often used in pharmaceutical, chemical and microelectronics industries to ensure product quality and safety.
Precautions for the use of isolation technology
1, a full understanding of isolation technology: Before using isolation technology, make sure that you have a full understanding of the technology as well as the operating methods and principles of the relevant equipment. It is very important to know the correct way to use and precautions.
2, follow the safe operation procedures: always follow the safe operation procedures. This includes correctly wearing personal protective equipment (e.g. gloves, protective eyewear, face masks, etc.), avoiding direct contact with the isolated substance, and following proper handling methods.
3. Sealing and isolation area: Ensure that the isolation equipment or isolation area used has good sealing, which can effectively prevent leakage and spread. Isolation equipment and areas should be in line with the appropriate standards and regulations.