Company name: Ladd Porter (Beijing) Biotechnology Co., Ltd.
Contact: Zhang Wei
Mobile phone: 18101288748
Address: room 2071, 2 floor, 5 building, No. 5 hospital, Beijing, Chaoyang District.
Today, biotechnology has become a part of social development, and the wide application of biotechnology has gradually penetrated into our lives. Biotechnology has played an important role in ensuring our quality of life and in promoting our health. Now let's look at biotechnology together. The close relationship between medical treatment. Ji'nan Bioengineering（Living cells）
Biotechnology is a comprehensive technology field based on life sciences, which uses the characteristics and functions of organisms (or biological tissues, cells and other components) to design and construct new materials or strains with expected performance, and to integrate with engineering principles for social production or social services. It is a comprehensive science and technology developed in the early 1970s on the basis of molecular biology and cell biology combined with the methods and principles of modern engineering.
Modern biotechnology based on genetic engineering, protein engineering and cell engineering is the frontier of science and technology innovation in the 21st century, and represents the direction of high-tech development. Especially in 1990, the successful implementation of the Human Genome Project (HGP), with the participation of the United States, Britain, Germany, Japan, France and China, pushed life science to the peak of contemporary scientific research.
The development of biotechnology has posed many new problems, new ideas and new challenges to chemistry, mathematics, physics, materials, Information Engineering and other disciplines, prompting these disciplines to continuously open up new research areas.
The development of biotechnology industry is of great significance in improving people's living environment and quality of life, especially in a country with a large population and few resources per capita. The positive role of biotechnology in human health
Biotechnology has been playing an indispensable role in the improvement of human health since its birth. It is mainly reflected in the following aspects: disease prevention, diagnosis and treatment.
Pharmaceutical biotechnology is the most active, rapid industrial development and most profitable field in the field of biotechnology. The proportion of investment and product market occupy the first place in the field of biotechnology. The application of biotechnology in medicine involves the development of new drugs, new diagnostic techniques, preventive measures and new therapeutic techniques, such as monoclonal antibodies, gene diagnosis, fluorescence detection, gene chip and so on. These technologies can diagnose diseases quickly, sensitively and simply. Commonly used methods of disease diagnosis include enzyme linked immunosorbent assay and DNA diagnostic techniques.
Monoclonal antibodies can be used for disease treatment as well as for disease diagnosis. For example, Bio-missile used in tumor therapy is to connect the anti-tumor cell antibody with the drug for tumor treatment, and use the affinity between antibody and antigen to concentrate the drug on the tumor site to kill tumor cells and reduce the toxic and side effects of the drug on normal cells. Monoclonal antibodies are more commonly used in the diagnosis and treatment of diseases. Furthermore, gene chip technology can be used in the diagnosis of hereditary diseases, infectious diseases and tumors, DNA sequence analysis, drug screening, gene expression level determination and other fields. All these contribute to improving human health and improving the quality of life. Pharmaceuticals
Biopharmaceuticals have changed the raw materials, processes and production methods of traditional pharmaceuticals to produce drugs with special efficacy, helping medicine overcome many persistent diseases that threaten human health and life. Antibiotics are the most familiar and widely used biotechnology drugs. At present, the genetically engineered protein drugs on the market are mainly used to treat cancer, AIDS, bacterial infection, metabolic diseases, blood diseases, diabetes and so on. Recombinant vaccines produced by genetic engineering can achieve safe and efficient purposes, such as viral hepatitis vaccine, cholera, dysentery, schistosomiasis vaccine and so on. HGP's contribution to human disease gene research
Human disease-related genes are crucial information for structural and functional integrity of the human genome. HGP plays an important role in the use of genes for disease diagnosis. In the past, it took a long time to find out which genes caused the disease, and with a genetic map, the process would be greatly shortened. The genetic map will help scientists find new drugs to cure diseases. Understanding the role of genes in proteins, scientists can design genetic drugs, use the command of gene release to repair or manufacture proteins, so that protein as required to control the normal operation of human cells or organs, to achieve therapeutic purposes.
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