Molecular Biotechnology
Redwood has a professional molecular biology research and development platform, based on genetics and biochemistry, using engineering, designing gene transcription, and achieving the optimal expression of biosynthesis by deploying the transcription ability of each gene. According to the target compound design gene sequence, with the help of computing power analysis simulation, through gene mutation, directional evolution, library building, high-throughput screening and other means, to achieve high-performance biological enzymes to build artificial biosynthesis pathways, to achieve the construction of the core functional blocks of cell factories.
We have a variety of industrial enzyme libraries such as oxidases, dehydrogenases, lytic enzymes, hydrolases, isomerases, reductases, transaminases, etc.
Technological revolution
Understanding the catalytic principle of enzymes can make artificial simulations of enzymes more targeted and design new catalysts widely used in the chemical industry, thus bringing a revolution to the chemical industry.
Promote the development of genetic engineering
Molecular biology also played a huge role in bioengineering technology, and the success of recombinant DNA technology in 1973 paved the way for the development of genetic engineering.
Addressing human genetic diseases
The further development of genetic engineering will provide fundamental solutions for the targeted breeding of animal, plant and microbial varieties and the effective control and treatment of some human genetic diseases.
Where chemical happens
Where chemical happens