With more and more domestic demand for hospital laboratories, the construction of hospital laboratories has generated a large number of orders in recent years. There are hundreds of cases of medium- and large-scale hospital laboratories that BOKA has done, and the government also has policies. Supporting private capital to enter the medical testing industry, but many people are not familiar with conventional medical testing laboratories, and sometimes find unsuitable laboratory construction companies. The built laboratories do not meet the standards, so BOKA Xiaobian Today, we would like to focus on introducing some special laboratory building cases in the hospital for your reference.
This article focuses on the laboratory construction requirements of P1 laboratory, P2 laboratory, and PCR laboratory.
P1 and P2 laboratories
P1 and P2 laboratories refer to Class 1 biosafety laboratories and Class 2 biosafety laboratories because of different pathogenic bacteria grades, different levels of biosafety protection, and corresponding changes in room ventilation, pressure differentials, and so on. Technical requirements, most third-party human medical laboratory will do clinical microbiology inspection, it is the conventional P1 level, CDC system, Livestock Inspection Center will build a P2 level biosafety laboratory. The difference between the P2 laboratory and the P1 laboratory is that the P2 laboratory test area is negative pressure and the preparation area is a semi-polluted area. Although the standards do not require a clean grade, the actual construction will be done with a clean grade, which will be effective for controlling temperature and humidity, sedimentation bacteria, and planktonic bacteria.
PCR laboratory is a special laboratory for the construction of clinical cell molecular genetics. The laboratory is very versatile and widely used in DNA identification, gene sequencing, transgenic detection, and other fields. With the advancement of technology, gene sequencing began to build two. The Generation Sequencing Laboratory (NGS), also known as the High-throughput Sequencing Lab. The laboratory usually uses fresh air, unidirectional flow and other environmental control technologies to prevent pollution
What are the innovative technologies in the construction of modern hospital laboratories?
1. Pneumatic pipeline transmission system is a dedicated transmission pipeline to closely connect all departments of the hospital to form a closed pipeline network. Under the control and monitoring of the central control center, the transmission bottle containing transmission materials is driven by air. Verify that the landnet is moving back and forth between random sites. The system can transmit samples, medicines and other portable items automatically. The system can improve the hospital's work efficiency, save the medical staff's working time and labor intensity, make the hospital logistics more orderly, and effectively avoid the cross-infection caused by the flow of people and contacts, the flow of hospital small items from the traditional The manual transmission became automatic intelligent transmission.
2. The experimental multi-function column is used to draw strong electricity, weak electricity, gas source and water source from the ceiling to the working surface through the multi-function column. There is a standard port on the multi-function column for use during the experiment. In each district, strong electricity, weak electricity, water, and gas are in separate areas, avoiding contact with each other.
Well, about the construction of the hospital laboratory, Xiao Bian talks about it. At the beginning of the article, we talked about how BOKA has built many hospital laboratories. If you want to see a case, you can click here and go directly to the past. Hospital case oh ~ There is a hospital laboratory needs to remember at any time to contact us BOKA Yeah ~~