Customized products + CRO services
—— Providing green biomanufacturing solutions for the pharmaceutical and chemical industries
1.Customized product services
High-purity chiral building blocks · Precise delivery
※ Main product series:
Chiral alcohols, chiral acids, chiral amines, chiral esters, etc
※ Technical Advantages:
● Enzyme screening and modification platform for developing non-natural substrate-specific catalytic enzymes
● Mild reaction conditions (room temperature, normal pressure, near-neutral pH) reduce by-products
● The product's EE value can reach ≥99.5%, meeting the requirements for new drug application and commercial production
※ Typical supply case:
1. Long-term supply of multiple chiral intermediates to top domestic pharmaceutical companies
2. Delivery cycle is shortened by 30%-50% compared to chemical methods
2.CRO Services (Process Development).
From Genes to Processes: Developing enzyme-catalyzed production routes for you
※ Scope of Services:
● Target molecular route design & enzyme screening/directed evolution
● Laboratory small-scale → pilot scale-up → industrialized process package
● Enzymatic substitution and modification of existing chemical processes (cost reduction, waste reduction, and improved optical purity).
※ Applicable fields:
Active pharmaceutical ingredients, pesticide intermediates, fragrances, functional chemicals
※ Cooperation Model:
Milestone-based payment / technology transfer / joint filing
3.Benchmark Client Witness (Domestic Listed Companies).
● Hengrui Medicine | Development and supply of enzymatic intermediates for major anti-tumor and anesthetic products
● Xianju Pharmaceutical | Industrialization of biotechnology for key chiral intermediates in steroid drugs
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- ◆ R&D Experience:
- Independently built a library of over 1,000 enzymes, covering ketoreductase, transaminase, hydrolase, and more
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- ◆ Delivery Guarantee:
- Fermentation capacity from 50L to 2000L, capable of quickly responding to orders from kilograms to tons
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- ◆ Compliance Support:
- Assisted clients in completing the enzymatic catalysis section of DMF documentation