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Protein engineering brings together the latest achievements in some cutting-edge fields of contemporary molecular biology and other disciplines. It combines nucleic acid and protein binding, protein spatial structure and biological function for research. Protein engineering advances the research of proteins and enzymes to a new stage, opening up attractive prospects for the application of proteins and enzymes in industry, agriculture, food, medicine and other fields. Creative BioMart is committed to maximizing the value of protein engineering technology and providing customers in multiple fields with a full range of solutions.
Protein engineering has huge applications in the therapeutic field. Obtain therapeutic proteins through protein engineering technology, develop gene therapy, targeted drug delivery, etc.
With the development of science and technology, the precision of food processing is getting higher and higher, there are more and more food processing methods, and people's requirements for food are also getting higher and higher. The application of protein engineering in food is mainly reflected in new industrial enzymes and protein additives.
Protein engineering can help improve the vitality of livestock and poultry and eliminate competitors. It can also increase the yield and quality of crops and help improve the productivity development level of the livestock industry.
New methods of protein engineering are used to improve the properties of enzymes, including specificity, thermal stability and catalytic activity. Protease is being widely used in different industries such as papermaking, wine making, leather, cosmetics, and chemical industry.
The development of engineered enzymes such as oxygenase, laccase and peroxidase through recombinant technology and reasonable enzyme design play an important role in the environmental application of biodegradation of organic and toxic pollutants.
Protein engineering technology transforms recombinant proteins into material-binding variants that can be used to coat implants, devices, and injectable carriers, providing targeted therapy to any part of the body.
The application of protein engineering in nano-biotechnology keeps pace with the times. Protein is the main focus of simultaneous synthesis and assembly of nanotechnology systems. Biocombination tools for protein engineering are applied to nanobiotechnology to monitor the selective binding of peptide sequences to inorganic surfaces.