With technology as its core driving force, BOC Sciences is committed to providing high-tech development and production platforms. Our R&D center has more than 2,000 scientists and nine world-class technology platforms, which can meet the development and manufacturing of various chemical synthesis drugs. BOC Sciences is strengthening strategic deployment, exploring new business areas, deploying new technology platforms, and continuously improving our CDMO service capabilities.
The efficient, flexible and scalable continuous chemical platform can meet nearly a hundred reaction types and provide comprehensive process development and optimization services.
The high-quality catalytic platform provides services such as new enzyme development, fermentation, immobilization, and catalytic process development to better assist green production.
Provide development services for complex and highly active APIs, as well as drug application and registration.
Focus on researching the solid form of drugs, and provide professional technical services such as crystal form screening, crystallization process development and optimization.
Mainly used for the separation and identification of complex APIs and intermediates, especially the screening of chiral analysis methods; and the development of separation and purification methods in the scale-up process.
The integrated coupling technology platform from early research and development to GMP production can also provide a complete analysis method for the characterization of antibody-drug conjugates.
By adding appropriate control measures in the process development and scale-up process to control impurities and provide better product quality.
Focus on using advanced synthesis technology to solve a series of complex peptide modification problems, and we are dedicated to solving your special needs.
The world's leading asymmetric hydrogenation technology platform can provide efficient synthesis services for chiral intermediates and APIs.
The world's leading custom platform for high-throughput synthesis of oligonucleotides, capable of providing synthesis scales from micrograms to kilograms.