Introduction of Biomedical Laboratory
Biomedical laboratory is divided into quality inspection laboratory and R&D laboratory.
The quality control of drugs is not only closely related to the production process but also to the quality design and management of laboratories. Biomedical laboratory usually includes physical & chemical laboratory, microbiological laboratory and molecular biology laboratory. Physical & chemical laboratory uses physical and chemical methods to identify and measure the raw/auxiliary materials, packaging materials, intermediates and finished products for analysis and inspection. The molecular biology laboratory uses electrophoresis technology, PCR technology, antigen antibody enzyme-linked technology and gene sequencing to analyze and test the purity, identification and sequencing of biological sample intermediates and finished products. As the sterility test results of the microbiological laboratory are taken as an important indicator of product release by the sterile drug manufacturers, the quality of the microorganism control is particularly important. Since the object of microbiological test is the unevenly distributed microorganism and the reproducibility of the test results is poor, in order to ensure the reliability of microbiological test results and the safety of test personnel, microbiological laboratory must be designed and managed in accordance with the Guidelines for the Pharmaceutical Microbiological Laboratory in the Chinese Pharmacopoeia so as to effectively prevent 'false positive' and 'false negative' results caused by the contamination and cross contamination in the test process.
R&D laboratory includes R&D of APIs, preparations, drug analysis and test, clinical trial, application of new drugs on the market, industrialization of drug achievements, etc. Drug R&D is a key for pharmaceutical enterprises to become bigger and stronger!
EPC Project
'One-Stop Turnkey Solution for Laboratory Engineering', a highly reliable turnkey laboratory solution provided in accordance with standardized design & construction process and standardized operation.
The 'turnkey solution' includes the laboratory building layout, decoration system, air conditioning, ventilation, water supply & drainage, gas supply, weak current, strong current, centralized monitoring system, furniture, supporting auxiliary equipment, professional supporting instrument program, laboratory certification & accreditation consulting, user training and maintenance services. It covers the whole process of comprehensive laboratory construction, i.e. from the site selection in the early stage to the laboratory design & construction and to the training and delivery of the system, from the laboratory certification & accreditation consulting to the maintenance in the later stage, etc.
The 'overall laboratory' integrates the comprehensive capabilities of instrument/equipment suppliers, engineering contractors and service providers in order to ensure the safety and compliance of the laboratory system. Users do not need to think about the details of the system. All the work is solved by the professional general contractor.
The design and construction of the 'overall laboratory' are based on the relevant national standards and specifications, aiming to provide users with the most professional and perfect system engineering. It consists of the equipment and functional requirements of all levels of laboratories and all work is carried out according to the unified design and operation procedures, so that the final system is an organic whole without separation of all parts, resulting in safety and operational hazards.
No matter which of the following situations is your laboratory construction, we can provide you with a one-stop turnkey solution:
Construction form of laboratory building
| Planning and design of new laboratory project Functional renovation of old building Comprehensive building to laboratory building Office building to laboratory building Laboratory renovation |
Content of overall supporting solution for the laboratory
| Layout planning Interior decoration work Electrical and intelligent automation Water supply & drainage system Ventilation system control Air conditioning and air purification Constant temperature & humidity environment in laboratory Biosafety and laboratory environmental safety Fire, corrosion and radiation protection Ultra-pure gas delivery system Laboratory bench and fume hood Laboratory office furniture “Three wastes” disposal in laboratory |
Laboratory project implementation process:
Project Kickoff - Site Survey - Program Design - Bidding - System Construction - Acceptance - Operation & Maintenance
Notes on the Construction of Forensic Laboratory
1、The layout shall be reasonable, the process shall be clear and the flow line shall be clear and independent (people, work, visitor and fire fighting flow shall be clear and not affected each other).
2、In the design and construction of laboratory, it is important to focus only on toxicology, DNA and physical & chemical laboratories and ignore other specialized laboratories, especially those with strong specialties such as electronic evidence laboratory, specialized trace laboratory and bullet test laboratory. After all, criminal technology laboratory is a systematic laboratory and each specialty has its value and particularity.
3、Whole process management of physical evidence inspection as well as intelligent keeping and traceable system of physical evidence
4、Build a smart criminal technology laboratory as an important part of 'smart new policing'.
New trend of future laboratory design: Safe, intelligent, environmental-friendly, highly-efficient and sustainable.