Life sciences rapid development of instrument market ready to go

With the breakthrough in innovation in life sciences and biotechnology, the global life sciences are booming, and the fields of artificial intelligence, big data and life sciences are gradually merging. At the same time, breakthroughs have been made in many fields such as genetic technology, stem cell technology and molecular biological technology, and the life and health industry has ushered in unprecedented opportunities. It also provides tremendous opportunities for the development of the scientific instrument industry in the fields of life sciences, biotechnology and diagnostics.

Gene sequencer has become a hot product in the field

The life sciences include many subdivided fields such as molecular biology, bioengineering, and cell biology. Among them, gene sequencing has become one of the hottest technologies in life sciences in recent years. In recent years, gene sequencing has entered the clinic from the laboratory and has gradually become a hot topic in the global medical community. Because of the use of celebrities, it has formed a “celebrity effect”, and the precise medical genetic testing solutions have become more familiar. As we all know, Apple's founder Steve Jobs and movie star Angelina Jolie have used genetic sequencing methods to resist the invasion of cancer, although Jobs still died of cancer, but his whole life sequencing accepted by many countries has become sought after by wealthy people in many countries. High-end medical examination service.

So, what exactly does a gene sequencer do? According to relevant personnel, in addition to human gene sequencing, the sequencer has a wide range of applications, such as medical research, forensic identification, crop research, animal health, and food safety, which are all stages of gene sequencing devices. During the development of the sequencer, the researchers also gradually improved the disadvantages of long sequencing cycles and high instrument cost. The improved gene sequencing instrument adopting new technologies greatly reduced the threshold for genome sequencing, enabling more people to use this technology for development. Multiple applications. Even ordinary people can learn about their own gene sequences and use gene sequencing reports to target targeted therapies.

Cell analyzers provide an important way for life science research

Blood cell analysis is an important method for diagnosing and identifying various diseases including hematological diseases. Traditional blood cell analysis mainly depends on examination. With the development of life sciences such as molecular biology and immunology, the technology and monitoring methods of modern automated professional instruments are also rapidly advancing, and automated blood cell analyzers have emerged. The automated hematology analyzer analyzes the cells with semiconductor laser flow cytometry and sheath flow dynamics technology, greatly reducing the requirements for visual inspection of the microscope and significantly increasing the detection efficiency.

Coincidentally, the fully automatic digital (remote) pathological cell analyzer independently developed by Wuhan Landing also successfully broke through the limitations of microscope and human diagnostic experience, and used artificial intelligence to automatically detect the machine, from the millions of samples provided. The identification of samples of cancer cells, precancerous cells, and normal cells enables them to accurately identify normal cervical and cancer cells and have the ability to continue learning. Compared with traditional manual diagnosis, it has strong subjectivity, low sensitivity, low efficiency, and lack of quality control. The automatic analyzer achieves accurate quantitative and objective detection, making the detection more automated, intelligent, standardized, and networked for life science research. Provide technical support.

In recent years, fully automated cell analysis instruments have continued to innovate, and flow cytometers, cell counters, etc. have begun to enter clinical laboratories and are used by many teaching hospitals. At the same time, stem cell therapies are also booming and have been used in the clinical treatment of many diseases. The value of cell analyzers in the field of life sciences has become increasingly prominent. A series of important progresses and major breakthroughs in biotechnology are accelerating the penetration into the fields of application, and adding strength to the development of China's life sciences.

The government strongly supports the instrument industry and will welcome a new window in the market

Combining with the development trend in the global life sciences, China has also paid more and more attention to the development of life sciences. Since the beginning of this year, the Ministry of Science and Technology, the Health and Planning Commission, the Food and Drug Administration, the General Administration of Sport, the State Administration of Traditional Chinese Medicine and other departments have jointly issued the “13th Five-Year Plan for Health and Health Technology Innovation”. Health and health science and technology innovations put forward development goals, key tasks, and safeguard measures. It is proposed to "strengthen innovation in the research and development of medical devices, promote the quality of medical devices, reduce import dependence, and reduce medical costs." At present, plans and opinions on medical device innovation and management are constantly being formulated and improved.

In addition, the changing needs of the medical system, advances in sequencing and analysis technologies, and policy support for the “Healthy China 2030” have laid a good foundation for the rapid development of China's life sciences, and the demand for related instruments and equipment has increased significantly. Spectrometers, chromatographs, gene delivery devices, protein purification systems, cell fusion devices, electrophoresis, medical atomic absorption spectrometers, virus immunofluorescence analyzers, biochemical analyzers, etc. all provide the latest technology and instrument support for the development of the life science industry. . At the same time, the current advances in medical science and technology, combined with the development of the medical field and artificial intelligence, have also promoted the development of innovation in the life sciences. Industry insiders expect that the next 20 to 30 years, the development of life sciences will usher in the golden period, and may even exceed the influence of the information industry.

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