Synthetic biology is exactly the solution: It can be used to re-engineer fungi or bacteria (commonly used saccharomyces cerevisiae and Escherichia coli) at the molecular level, so as to create genetically engineered strain with specific or unnatural functions. 

This engineered strain can produce the required components in a directional manner through microbial fermentation after the required target components are generated through metabolism, thus skipping the planting process of raw materials and subverting the traditional extraction process. 

"Synthetic biology" is the frontier field of biology that the developed countries focus on at present, and it is also the high ground in the future bio-medicine and health industry, so it has been listed as a special project in the National Key R&D Program in 2020 by the Ministry of Science and Technology of the People's Republic of China. 

By virtue of the leading synthetic biotechnology, INGIA has established a world-leading production platform and research and development system covering efficient engineering bacteria construction, microbial metabolism regulation and optimization, efficient biotransformation/fermentation and separation and purification. Based on the original solvent-free separation & purification technology, INGIA has achieved the production without organic solvents, making the production process more green, and fit more with the carbon neutrality development philosophy.