BOC Sciences delivers end-to-end services from target identification to hit screening, lead optimization, synthesis, and bioconjugation. Leveraging advanced tools and tailored workflows, we accelerate small molecule development and enable efficient candidate advancement.
Comprehensive target analysis integrating bioinformatics and pathway mapping to validate and prioritize drug discovery targets efficiently.
BOC Sciences provides expert validation of hit compounds with advanced technology, equipment, and a professional team supporting drug development.
Optimized lead discovery combining medicinal chemistry and comprehensive profiling to advance potent and selective drug candidates.
Employ computational modeling and simulation to streamline hit identification and enhance compound prioritization.
Access extensive, diverse screening libraries to maximize hit discovery and support high-throughput screening campaigns.
Implement cutting-edge screening techniques for accurate, rapid identification of bioactive compounds in drug discovery pipelines.
Broad expertise in various reaction types ensuring optimal route design and synthesis efficiency.
Specialized custom synthesis services delivering high-purity compounds to meet unique research and production requirements.
Innovative process R&D to optimize reaction conditions, improve yields, and support scale-up manufacturing.
Efficient and scalable API synthesis tailored to support drug development and commercial manufacturing needs.
Flexible and reliable synthesis support tailored to diverse chemical production needs across research, development, and manufacturing stages.
Expert chiral synthesis offering enantioselective methods to produce optically pure intermediates and APIs.
Precise biomolecule labeling services to enable detection, tracking, and functional studies in drug development and diagnostics.
Expert bioconjugation solutions linking biomolecules to enhance targeted delivery, stability, and therapeutic efficacy.
Comprehensive pre-formulation screening to assess physicochemical properties and guide optimal formulation strategies early in development.
Innovative formulation design and screening to identify stable, effective drug delivery systems tailored to product requirements.
End-to-end formulation development services optimizing stability, bioavailability, and manufacturability for successful drug products.
At BOC Sciences, our comprehensive analytical and characterization services ensure accurate evaluation of compound efficacy, physicochemical properties, and quality attributes. Covering pharmacological testing, PK profiling, impurity analysis, and material property assessment, these services support efficient R&D workflows, optimize formulation strategies, and enhance decision-making across drug development stages.
BOC Sciences integrates advanced technologies across drug discovery, synthesis, and bioconjugation, delivering end-to-end solutions that accelerate development timelines and improve candidate quality.
We tailor synthesis and analytical services to unique project needs, ensuring flexibility, high purity, and scalability to support diverse research and commercial manufacturing goals.
Utilizing state-of-the-art screening, chiral synthesis, and labeling techniques, BOC Sciences enhances precision, efficiency, and therapeutic performance throughout the drug development process.
BOC Sciences delivers comprehensive, customized solutions spanning drug discovery, synthesis, screening, and bioconjugation services. With deep scientific expertise and cutting-edge technologies, we support pharmaceutical companies and research institutions worldwide in accelerating the development of innovative small molecule therapeutics.
Our capabilities cover target analysis, hit identification, lead optimization, scalable custom synthesis, and advanced biomolecule labeling, ensuring high purity, precision, and efficiency at every stage. Client-centric and quality-focused, BOC Sciences tailors flexible services to meet diverse project needs, facilitating streamlined workflows and faster progression from research to application.
We routinely reply within 24 hours