What about the next stop in the translucent acid industry, what about the big coffee in the industry
Protecting women's and children's health and family well-being, the translucent acids industry is an important topic of common concern for the whole society. Translucent acids, commonly known as boric acids. At the China Translucent Acids Industry Congress held today, the Chinese Academy of Engineering, Professors of Jiangnan University, former President of Jiangnan University, Vice-Director of the Institute of Advanced Technology of the Chinese Academy of Sciences, Shenzhen, Chen Li, Chairman and General Manager of Huawei Biotechnology, and others from within the industry gathered together to explore the development of the translucent acids industry.
As a bioactive substance with a high clinical practice value, translucent acids are widely used in medical, cosmetic and functional foods, and the market prospects are wide, and the related industries have become one of the key pillars of the global bio-manufacturing industry's prosperity. According to data from authoritative research institute Froster Sullivan, China is currently the world's largest producer and seller of translucent acids raw materials, accounting for 82. 0% of total global sales in 2021.
The widespread application of a single product is closely linked to technological innovation. However, the market prospects for more extensive transparent acid terminal products, the competitiveness of domestic brands is yet to be further enhanced, and the need for transparency acid industrial structure optimization upgrades is urgent. With the continuous technological innovation, enterprises enter and scale after, the cost decreases, the application area is opened, this rule is very clear.
Later, for the first time in the world, Huacheng Biotech has implemented the enzyme-checking process for the production of polyunsaturated transurethane acids, precisely controlling the molecular size of transurethane acids, greatly expanding the application scenario and scope of transurethane acids, which has led to the rapid upgrading of the market and industry. It is known that in the field of the transurethane acids industry, Huacheng Biotech for the first time in the country, the production of transurethane acids on a scale through microbial fermentation methods, changed the situation of transurethane acids dependent on animal extraction and import, so that the production of transurethane acids on a large scale while significantly reducing the efficiency, China has also become the world's leading producer of transurethane acids. Chen emphasized that after the scale-up, after the cost decrease, companies will continue to modify and improve this substance, it was originally pure translucent acids, but in order to use it in the product, there are certain changes to its structure, different application scenarios require different technologies to support it, but the core is still transparent acids.
It is understood that with the continuous development of technology, in addition to the fields of ophthalmology, osteology, medicine, medicine, and skin care, the application of transparent acids has now gradually expanded to emerging fields such as tissue engineering, birth control, gastrointestinal, oral, targeting medicine. At the same time, relevant departments are continuously promoting industry norms and health development. In hair care products, it is necessary to solve the problem of water being able to remove the translucent acid; in dyes such as lipstick, it is necessary to convert the water solubility of the translucent acid into oil soluble, etc.
In this regard, Liu also said that the translucent acid is a very important substance in the body, and really wants to expand its field of application. Speaking about the main research and development direction of the team, Chen was keen on the development of transparent acid functional foods. He pointed out that there are currently about 2,000 types of transparent acid functional foods worldwide, and that China has approved transparent acid to be used in six types of ordinary food additives, and that the future of functional foods in China is a huge market and prospect.
McKinsey expects synthetic biology to generate $1. 8 trillion to $3. 6 trillion in direct economic benefits annually over the next 10 to 20 years.
It is noteworthy that this trend also reflects to some extent the shift in the concept of service in the industry. He pointed out that today, synthetic biology has applications in medicine, energy, food, consumer products, and even cosmetics and environmental protection, as platform technology empowers different fields and empowers every category of organisms. Zhang Chen, vice-president of the Shenzhen Institute of Advanced Technology at the Chinese Academy of Sciences, believes that the biggest difference between synthetic biology and bioengineering is the need to engineer life systems more systematically, on a larger scale, and more rationally.
Synthetic biotechnology is able to reshape the planet's resources and provide solutions and ideas to these problems. Synthetic biolocation will disrupt the underlying supporting technologies of the future. In addition to transparent carboxylic acids, synthetic biotechnology is also gaining more bioactive substances through synthetic biotechnology.
In fact, in recent years, Huawei Bios has begun to focus on the field of synthetic biology, gradually completing the construction of synthetic biomedical research and development platforms, R&D teams, building the world's first synthetic biomedical science museum, and gradually achieving industrial transformation in a variety of materials. Based on synthetic biotechnology, focus on the six main categories of functional sugars, proteins, polyphenols, amino acids, nucleic acids, and natural active compounds. Focusing on the research and development of synthetic organisms, Chen Li believes that there are two main bottlenecks in the current development of synthetic biology: one is the theory; the second is efficiency.
The company is expected to play a key role in solving the above-mentioned problem of silicon-engineered chemicals. Scientists make a 0-1 discovery of the substance, and the thing to do is 1-10-100-1000-10000 material development, so the company has established the world's largest intermediate test results conversion platform, to convert the results of scientific research into products as quickly as possible to realize the advantages of the complete Chinese manufacturing industrial chain. As part of the silicon production chain, the company has to lead and lead the role, to be able to turn the results of scientists' research into a real productivity, so that consumers benefit, and technology is valuable.
If you have any doubts about the facts of the article, please verify with the relevant parties, the views of the article are not on the Internet, and are for readers only. Statement: The Internet has sent this article in order to provide readers with more information, the content involved does not constitute investment and consumption suggestions. For your recommendation in the spring to give more massages to children these holes push threes knock through 9 of the hottest detoxification methods to master the human body 10 top health care holes a ton of new corona severity may be the hallmark of undiagnosed cancer The focus is on skin cells from nanoparticles curable lung disease group Duri Liu: emphasizing the importance of the Director of the Department of Ophthalmology of the General Medical Institute of the Chinese People's Liberation Army (PLA) Director of the Department of Ophthalmology of the Chinese People's Liberation Army, Li Zhao, AI Medical Services Big Model to introduce oral probiotics to cure constipation or diarrhea?
