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Accelerating global operations to manage and process samples critical to vaccine development.
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Learn about sample management best practices, gain advice from industry leaders, gain access to global regulatory and logistics guidelines and find simple support tools that can help you make better sample management decisions.
Improve sample tracking, ensure sample integrity and drive process efficiency with Azenta Sample Storage Tubes. Explore the range, and select the best tube for your workflow.
Ultra low DNA binding microplates made from PP, fit for Next Generation Sequencing (NGS) and other sensitive applications with ultra-low DNA input. Off the shelf options. Custom solutions on request.
Life science organizations must collect and manage large numbers of research samples to bring a new therapeutic or diagnostic to market. This is a complex process.
Comprehensive genomics services provide end to end solutions and best-in-class data quality from the trusted experts in genomics.
Plastic storage tubes are used in laboratories worldwide to store biological and chemical samples.
Azenta Life Sciences' world class service team is committed to ensuring you meet your business objectives by providing a flexible portfolio of service products designed to optimize up-time and productivity.
Azenta Life Sciences has established, documented, implemented and currently maintains a quality management system that fulfills the needs of customers.
We are Azenta Life Sciences. We provide unrivaled sample exploration and management solutions to help our customers accelerate discovery, development and delivery.
The cold chain for advanced therapies is complex and customized. But the industry is moving toward packaging standards to streamline the process.
Part one of our Protecting Complete Chain of Custody Series.
Discover how single-cell sequencing from Azenta coupled with the data analysis platform from ROSALIND enables researchers to easily analyze scRNA-Seq data.
Generating recombinant adeno-associated virus (AAV) with high-fidelity DNA can be challenging. Learn the best practices for working with AAV vectors.
Learn how Dr. Sam Wasser and his team at the University of Washington are using DNA analysis to help law enforcement prosecute elephant poachers.
Learn more about the relationship between molecular mechanisms and evolution in the emergence of antimicrobial resistance. Read our expert interview with Dr. Mato Lagator.
Technologies for proteomics have lagged compared to their genomic counterparts in terms of throughput, specificity, and cost. However, Olink’s new assay is closing the gap.
We discuss how lentiviruses have been engineered to deliver transgenes safely and how researchers today generate lentiviral preparations.
Artificial DNA synthesis, a fundamental tool of synthetic biology, enables scientists to create DNA molecules of virtually any sequence without a template.
To help you decide which method of antibody production is the most appropriate for your needs, we will look at the process, benefits, and challenges of each one.