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Thermo Fisher Scientific offers bioprocessing services that support biologic and advanced therapy programs from process development through manufacturing. Each service is designed to enhance workflow efficiency, increase scalability, maintain consistency across a connected global network, and facilitate the efficient advancement of programs. Whether you are advancing monoclonal antibodies (mAbs), scaling messenger RNA (mRNA) production, or developing cell and gene therapies, our services help streamline progress at various stages.
Advance cell culture productivity with flexible upstream services. From collaborative media design to pilot-scale production, our upstream solutions help accelerate development and maintain consistent performance across batches.
Strengthen process understanding and compliance with analytical and QC testing services that enable actionable insights. From custom assay development to advanced bioprocess analytics, we can help your efforts to sustain quality at every stage.
Enhance manufacturing consistency and operational reliability with services that protect your supply chain. From single-use support to cGMP chemical sourcing, our operational solutions support continuity and efficiency.
Our bioprocessing services support every phase of your development lifecycle. From initial process design and small-scale optimization to clinical trials and full-scale commercial manufacturing, our flexible cGMP and non-cGMP solutions aim to align with your production needs at each phase of your molecule’s journey.
Our teams work closely with you to tailor bioprocess services to your process requirements, molecule type, and production scale. From helping to optimize chromatography resins and cell culture media formulations to facilitating enhanced analytics, each service is designed to meet the technical and operational demands of your workflow. Discover more Thermo Fisher services.
Reach out to our technical specialists to discuss your workflow and specific modality. Together, we can evaluate your current process, discuss what is working well, and identify actionable next steps for further development.
For research use or further manufacturing. Not for diagnostic use or direct administration into humans or animals.