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Biobanking Solutions

Integrated biobanking infrastructure solutions

Biobanks play a critical role in advancing clinical research, translational medicine, and precision health. From sample collection, preparation, and storage to tracking and downstream analysis, Thermo Fisher Scientific technologies help preserve biospecimen integrity and enable reliable research workflows. Explore genomic, proteomic, and metabolomic analysis capabilities that transform high-quality biospecimens into meaningful molecular insights, supporting biomarker discovery and population-scale research initiatives.

Supporting population-scale biobanking and proteomics research initiatives

Large-scale biobanks such as the UK Biobank are transforming biomedical research by enabling population-level insights across genomics, proteomics, and clinical data. Olink, now part of Thermo Fisher Scientific, offers affinity-based proteomics technologies as well as Thermo Scientific mass spectrometry solutions provide comprehensive protein characterization and biomarker discovery. Together, these approaches help researchers generate high-quality molecular data to advance disease research, risk prediction, and precision medicine. 

 

Thermo Fisher supports biobanking initiatives with integrated solutions for sample collection, long-term storage, tracking, and downstream analysis. By enabling standardized workflows and protecting sample integrity at scale, Thermo Fisher helps biobanks and research partners generate reliable, shareable data that maximizes the long-term value of biospecimens. 

 

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Technologies

Advanced instruments and infrastructure designed to support biobanking operations from sample processing through long-term preservation and downstream molecular analysis.

Solutions

Integrated biobanking workflows that connect automation, storage, monitoring, and informatics to enable secure, traceable, and scalable operations.

Sample collection

Solutions for standardized biospecimen collection, stabilization, and processing to preserve sample quality from the start. Support reliable sample handling and consistent aliquoting workflows to maintain integrity across downstream applications.

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Sample preparation and processing

Tools and consumables designed to support consistent aliquoting, labeling, and preparation for downstream applications.

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Cold storage and cryogenic solutions

From cold storage solutions to benchtop tools and biosafety cabinets, explore the range of our latest innovations in laboratory equipment.


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Sample analysis

Analyze biospecimens to generate reliable, reproducible genomic and proteomic data while maintaining sample integrity. Characterize molecular variation, identify biomarkers, and translate high-quality samples into meaningful insights for downstream research and discovery.

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Sample tracking and information management

Barcoding, inventory management, and monitoring solutions that help ensure full chain-of-custody and compliance. Support real-time sample visibility, accurate tracking, and secure data management across the biobanking lifecycle.

 

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Quality, compliance and monitoring

Environmental monitoring solutions that enable continuous temperature surveillance, real-time alerts, and automated reporting to support regulatory compliance and uninterrupted research.  Available remote solutions to ensure operational reliability.


 

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Integrated Biobanking Workflows

Explore Thermo Fisher's end-to-end biobanking workflows, connecting sample collection, preparation, storage, tracking, and analysis. Discover cell biology and cell culture solutions that support sample processing, cell-based research, and downstream applications helping biorepositories operate efficiently and confidently from start to finish.

 

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Frequently asked questions

What is a biobank and why is it important?

A biobank is a facility that collects, processes, stores, and manages biological samples such as blood, tissue, and DNA for research and clinical applications. High-quality biobanking is essential for advancing translational research, enabling biomarker discovery, and supporting precision medicine initiatives. Learn more about Thermo Fisher’s approach to biobanking workflows to understand how each stage contributes to impactful research.

 

How can Thermo Fisher support biobanking workflows?

Thermo Fisher Scientific provides end-to-end solutions across the biobanking lifecycle, including sample collection, preparation, storage, tracking, and analysis. Explore our integrated biobanking workflows to see how these solutions work together to ensure sample integrity, traceability, and scalability.

 

What solutions help maintain sample integrity during storage?

Ultra-low temperature freezers and cryogenic systems are essential for preserving biospecimens. Thermo Fisher offers advanced ultra-low temperature freezers and cryogenic storage systems, along with monitoring solutions, to maintain stable conditions and protect samples over time.

 

How can I track and manage samples in a biobank?

Sample tracking can be managed through barcode-based identification systems and SampleManager™ Laboratory Information Management System (LIMS), which provides full visibility into sample location, status, and history. Learn more about our LIMS solutions for biobanks and how they support compliance and audit readiness.

 

What technologies are used for biobank sample analysis?

Biobank samples can be analyzed using a range of molecular and analytical technologies, including next-generation sequencing (NGS), PCR, qPCR, microarrays, mass spectrometry, and Olink proteomics platforms. These tools enable genomic and proteomic research across both small and population-scale studies.

 

Can Thermo Fisher help set up a new biobank or laboratory?

Yes. Thermo Fisher offers programs such as the Jump Start New Lab Program, which supports biotech startups and academic labs with equipment planning, installation, and workflow guidance to accelerate lab readiness.

 

How do monitoring systems support biobanking operations?

Monitoring systems provide real-time tracking of temperature and environmental conditions. Thermo Fisher’s data logging and monitoring solutions help alert users to deviations and support continuous protection of stored biospecimens.

 

How can biobanks scale operations efficiently?

Scalable biobanking requires integrated workflows that combine automation, storage infrastructure, and informatics systems. Explore Thermo Fisher’s biobanking workflows and automation solutions to see how they support growth from small collections to large population-scale biobanks.

Contact us for a biobanking consultation and unlock the full potential of your biobank.

For Laboratory Use. It is the customer’s responsibility to ensure that the performance of the product is suitable for customers’ specific uses or applications.