Automatic nucleic acid extractor

The specific applications of fully automatic nucleic acid extractor are as follows:
Clinical diagnosis: in medical testing, rapid and efficient extraction of viral DNA or RNA from patient samples for pathogen detection, genetic disease diagnosis, tumor marker analysis, etc., which contributes to the early diagnosis of infectious diseases and therapeutic monitoring, for example, during the new crown epidemic, it is widely used in the extraction of the nucleic acid of the new crown virus detection.
Public health and epidemiological research: It can accelerate the identification and typing of pathogens, help track the transmission pathways and epidemiological trends of diseases, and provide an important basis for the prevention and control of epidemics, for example, it has played an important role in the monitoring, prevention and control of infectious diseases, such as influenza, hand-foot-mouth disease, and so on.
Drug development: Used to extract nucleic acids from cell lines and animal models, in order to carry out research on the mechanism of drug action and evaluation of drug effects, and provide support for the development of new drugs.
Biotechnology research and development: in gene expression analysis, genomics research, protein engineering and metabolic engineering and other high-throughput screening and research, can quickly and accurately provide a large number of high-quality nucleic acid samples to promote the development of biotechnology.
Agriculture and plant science: DNA can be extracted from crop and plant samples for genetic improvement, variety identification, disease monitoring, etc., which can help to improve crop yield and quality and ensure the safety of agricultural production.
Food safety testing: Detecting pathogens and genetically modified components in food to ensure food safety, such as detecting Salmonella, E. coli and other pathogens in food, as well as nucleic acid components of genetically modified crops.
Environmental monitoring: Microbial DNA is extracted from water, soil and other environmental samples to assess environmental health and biodiversity, and to understand environmental pollution and ecosystem changes.
Forensic science: extract and purify nucleic acids from biological samples at crime scenes for DNA identification, providing strong evidence to support the investigation of cases.