From the International Biopolyester Conference in 2004, it was learned that bio-synthesis of biopolymers of new polymer materials has become a direction for the production, development and application of new materials. The research in this field fully reflects modern technology industries in many fields and across industries. Features. With the joint efforts of experts in different fields such as biology, materials, polymers, and medicine, biopolyester will play an important role in human environmental protection, medicine and health care. The conference was jointly organized by Tsinghua University and Shantou University and more than 200 representatives from around the world attended a five-day conference on the latest research in the field of biodegradable polyesters, especially the series of new polyesters synthesized by microorganisms - Polyhydroxyalkanoates (PHA) are widely and deeply exchanged in biochemistry, biochemistry, molecular biology, industrial production and applications.
Plastics are ubiquitous in human life, and the white pollution caused by it has drawn increasing attention. The continuous increase in the non-renewability and price of petroleum also further stimulated the industry and academia to increase investment in R&D for new sustainable materials. Bio-polyester PHA has emerged as a new type of polymer material. This new material can be produced by large-scale fermentation of microorganisms. It has physicochemical properties similar to plastics and has controlled biodegradability. U.S. Procter & Gamble Company has recently developed PHA series products as sutures, non-woven fabrics and various packaging materials and its various applications. However, the high cost of this material limits its wide application. At present, research on PHA in the world mainly focuses on the use of biodegradability, biocompatibility, and other characteristics to develop applications in high value-added fields such as medical, pharmaceutical, and electronics. In addition, slow-release materials and photoelectric materials for agricultural drugs or growth promoters are under development. Due to the diversity of PHA's molecular structure, its performance is also highly variable and manipulable. Through the genetic engineering technology, various super-microbial synthesis platforms can be developed, and scientists have now obtained more than 150 kinds of super-strong microbial synthesis platforms. The PHA monomer and the various structures of the various monomers bring many functions and applications to the PHA material.
On the other hand, the application of bio-polyester monomer is also deepening. At present, the variable chiral monomer of biopolyester has been regarded as a good tool for the preparation of chiral drugs, and is widely used as a structural component for chemical synthesis, such as antibiotics and vitamins. Some of the monomers have been used as clinical drugs. .
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