Drug Discovery

1）Various reagents in pedigree construction, maintenance and use are developed to achieve cost reduction, efficiency increase and independence of biological application reagents

2）Identify and validate new drug targets using pedigree tracing techniques to optimize treatment regimens and improve efficacy for diseases such as cancer

3）Relying on large facilities, discover and confirm new targets for tumor and aging, combined with artificial intelligence technology, analyze the drug lineage law, and discover new strategies for precision treatment of major diseases

4）Pathogenetic spectrum and target intervention pharmacodynamics of infectious diseases

5）Construct a lipid compound library with novel structure and diverse skeleton, screen safe and efficient nucleic acid targeted delivery systems targeting different tissues and cell types in vivo, complete the validation of targeted functions in animals, and cooperate in the pipeline research and development of anti-tumor, infectious disease vaccines and cell therapies based on RNA technology

6）mRNA modified CAR T cells against solid tumors

7）Design and screen small molecule compounds and corresponding CAR T cell products that can delay T cell depletion or promote T cell invasion of tumors