Hospitals, biopharmaceutical companies and academia researchers rely on biobanks and biorepositories for the most critical piece of the puzzle—biological samples and their associated data.
Whether you’re managing the inventory of a freezer or an entire biorepository, Thermo Fisher Scientific has a solution to your biobank needs. Discover our virtual biobank, and see how we can help you with sample collection, preparation, storage, analysis and transport.
Exosomes, microvesicles, retrovirus-like particles and apoptotic bodies are extracellular vesicles that all cells secrete into extracellular space—and they could be a valuable fraction to biobank.
This Smart Note explores how Matrix 2D barcodes can be successfully read following exposure to 100% DMSO solution with and without abrasion that may be introduced during routine laboratory use and handling.
It is important to know what to expect when preparing for a sample inventory event. There are many factors to consider when going through the inventory process, from pre-inventory prep work to sample transfer to managing sample integrity.
We have prepared three eModules designed to assist in managing the inventory process—these modules include helpful information on the “why” of the inventory process as well as tips and recommendations for each stage.
Researchers require innovative solutions to ensure that their biobanking projects are a success. From initial sample collection to storage and use in downstream applications, precious biospecimens should be handled with care. Precision medicine research in particular relies on sophisticated biobanking systems to maintain sample integrity and streamline workflows.
The real value of biospecimens is the data they generate through techniques like genomic and proteomic analysis. The extensive amounts of data, results and reports need to be collated from a variety of these collaborating partners. Adding to the complexity, the timely and accurate flow of information is essential.
The success of a biobank project starts at the point of collection to ensure the quality of samples and establishing a robust sample information foundation. Our pledge is to simplify and improve the quality of the critical stages in the biobanking process to ensure successful downstream research of biological specimens.
A critical biobanking stage, preparation ensures that target sample components are ready for storage in an optimal format for downstream use. The preparation of biological samples lays the groundwork for a range of critical research objectives such as drug discovery, cancer and disease research, cell therapy, and beyond. Our solutions support sample preparation ranging from extraction, fractionation, and aliquoting, while maintaining traceability from the point of collection at a range of throughput levels for biobanks at any scale.
Safe and secure storage is a non-negotiable part of the biobank workflow. We understand the dual importance of sample integrity and inventory management and offer a comprehensive, sample storage solution designed to protect your samples, track your inventory and provide peace of mind.
Maintaining integrity of your biospecimens at every point of transfer from collection to shipping/distribution is imperative to obtaining quality sample and associated data. The right logistics plan, climate, transport containers, and chain-of-custody as well as the type of samples and their intended use are vital to regulating sample temperature during transportation.
Collaborating partners—including biobanks and biorepositories, pharma and biotech companies, and contract research organizations—have the challenge of working together to ensure the timely and accurate flow of extensive amounts of data, results, and reports. The comprehensive turnkey biobanking portfolio from Thermo Fisher Scientific fosters the collaboration and sharing that are essential to support critical discoveries and advancements.
Access a targeted collection of scientific application notes, case studies, videos, webinars, and white papers for clinical and translational research.
