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China Coatings Online News Information:
japanese scientists have successfully developed a new resin material using enzymes produced by rickets. Associate Professor Yoshida said the new material could be called a plastic made from sugar using the power of rickets. He also expressed the hope that this excellent performance of the material can be as soon as possible to achieve a large number of production and commercialization.
, led by Yoshida Cheng (Microbiology), an associate professor in the Department of Agology at Tokyo Agricultural and Industrial University in Japan, recently announced that they have successfully developed a new resin material using enzymes produced by rickets- bacteria.
the new material is not only heat resistant, but also very strong and can be used as a new type of plastic and synthetic fiber.
bacteria use a variety of enzymes in the human mouth to break down and synthesize sugars to create viscous tartar from polymer polysaccharies.
Associate Professor Yoshida, in collaboration with a team at the University of Tokyo, focused on a bacterial enzyme capable of producing a unique structure of polymer polysaccharides, which can be produced by implanting a genetic gene that can be made in E. coli, allowing the enzyme to secrete a large amount and successfully synthesize a new type of polymer polysaccharide.
the polymer polysaccharides into resins, the new material not only withstands temperatures of about 300 degrees, but is also very tough. It is more heat resistant than PET resins and nylon, which are commonly used to make beverage bottles.
Yoshida, said the new material could be called a plastic made from sugar using the power of bacteria that cause rickets. He also expressed the hope that this excellent performance of the material can be as soon as possible to achieve a large number of production and commercialization.
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