Reporter: ZHOU Yunqing
The development and application of modern biotechnology provides new diagnostic and detection technologies for the development of medical and health field. WANG Jing, an outstanding biotechnologist from China, is a representative of this wave of development. She is well aware of the importance of modern technology to the development of biotechnology. She precisely integrates modern biotechnology with modern scientific and technological means, and developed a series of scientific and technological achievements for disease analysis, prevention and detection, and made important contributions to the scientific development of the world’s biotechnology field.
As a high-tech, modern biotechnology is inextricably linked with the medical field. On the one hand, the development of modern biotechnology can promote the revolutionary transformation of basic medical disciplines. On the other hand, it can open up new development space for the pharmaceutical industry. Biotechnology plays a key role in preventing, diagnosing and treating major diseases affecting human health, such as tumor diagnosis and treatment, neurodegenerative disease diagnosis and treatment, and autoimmune disease treatment. At the same time, with the advancement of technology, biotechnology is extracting active substances and studying various types of drugs such as antibiotics, bacterial drugs and enzyme preparations, as well as carrying out gene therapy, disease prevention and treatment, etc. It has demonstrated strong capabilities, and the biopharmaceutical industry formed based on this is the largest application field of modern biotechnology so far.
As a senior expert in the field of biotechnology, WANG Jing has profound theoretical knowledge and rich practical experience. In the past ten years, she has presided over and participated in a number of key scientific research projects and research projects including “Study on DNA Molecular Identification Method of Donkey-hide Gelatin and Its Adulterants”, the National Drug Sampling Project of Huoxiang Qushu Soft Capsules, and the National Drug Sampling Project of Ginseng Zaizao Pills, etc. At the same time, she also integrates modern digital technology into the scientific and technological innovation work in the field of biotechnology, and has developed a series of advanced intelligent biotechnology achievements, including Biomedical Product Evaluation System Based on Artificial Intelligence, Intelligent HPLC Detection System for Finished Traditional Chinese Medicine Reagents Based on Big Data Mining, Disease Prediction System Using Genetic Detection Based on Spatial Separability, A Metagenomic Data Analysis System for Identifying Drug Resistance Genes and Drug Resistance Gene Mutation Sites, etc. At present, these technical achievements have been widely used in many fields of medicine, playing an important role in medical testing, disease prevention, pharmacological analysis, etc., and providing reliable technical support for medical testing institutions, pharmaceutical production enterprises, hospitals, etc.
With the development of genetic technology, now, genetic testing has become an important means of medical testing, and the role played is also growing. Genetic testing can be used not only for the diagnosis of diseases, but also for the prediction of disease risk. At present, it has been widely used in the detection of neonatal hereditary diseases, the diagnosis of genetic diseases and the prediction of certain common diseases. There are more than 1,000 kinds of inherited diseases can be diagnosed through genetic testing technology. WANG Jing has conducted in-depth research on genetic testing technology and has achieved fruitful achievements, one of which is “Disease Prediction System Using Genetic Detection Based on Spatial Separability”. This system mainly uses the different degree of dispersion of genes in different diseases, and predicts the risk of various diseases according to the discrete values of significant genes of genetic testers, and then takes effective prevention and treatment methods in advance. The system can predict the susceptibility of tumors and various polygenic genetic diseases, and provide targeted guidance for clinical treatment, which effectively promotes the development of precision medicine and has important industrial and social value. At the same time, the system relies on the significant gene extraction method based on spatial separability, taking into account the amount of calculation and accuracy. While the two are fully guaranteed, the number of genes to be detected and the cost of genetic testing are greatly reduced. It not only promotes the development and popularization of genetic testing to a certain extent, but also significantly reduces the work pressure of doctors and improves work efficiency.
A number of innovative scientific research achievements developed by WANG Jing, including this technical achievement, have attracted many medical institutions and pharmaceutical companies in the industry to introduce and use them because of their advanced nature and practicability, directly and indirectly serving tens of millions of people. At the same time, it also solved many problems that plagued the development of biotechnology field, created significant economic and social benefits, and provided a solid foundation for promoting the leap-forward development of biotechnology. WANG Jing also has won unanimous praise from professionals in the industry for her outstanding technical achievements and industry contributions, and has won major national industry awards for many times, and has a very high influence in the industry.
WANG Jing believes that in the future, biotechnology will achieve in-depth cooperation and development with more disciplines, especially the intervention of modern digital technology, which is of great significance to the expansion of biotechnology in depth and breadth, and can make it better for the human health services, forming a multiplicative effect of high integration in the field of life technology. And she will continue to deepen the integration and application of digital technology and biotechnology to provide a more solid technical guarantee for the development of biotechnology, food and drug safety, and public health.