1. Ideal objects and tools for modern life science research at the molecular, genetic, and genome levels (E. coli, etc.)
2. Restoration of the ecological environment: a powerful decomposer and converter of organic wastewater, polluted soil, and toxic compounds. (Toluene, etc.)
3. Agriculture: Contributes to soil formation, fertility improvement, and crop production. And can be used to control pests, fix nitrogen, etc.
4. Produce clean energy: develop hydrogen, ethanol, isobutanol and other clean energy sources to reduce environmental pollution
5. Use microbial genetic engineering, enzyme engineering, protein engineering, fermentation engineering, etc. to improve existing microbial fermentation levels and improve economic benefits.
6. Biomedical synthesis: Find ideal drugs in microorganisms or use microorganisms to transform existing drugs. (Penicillin, Streptomycin, etc.)