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Gain operational efficiency, simplified workflows, and control over your lab. Tailor our comprehensive cold-chain sample management, lab automation, and multiomic solutions to support your sample lifecycle needs, from collection to end use.
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.
Fit automation into any space from lab to clinic and keep samples and staff safe without exposing innocent samples to transient warming, while ensuring accurate chain of custody records.
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 sequencing, synthesis and multiomics solutions for research, discovery and clinical phase customers.
The cryo monitoring portal is built to help you track the status of all your cryo freezers and equipment in real-time from anywhere.
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.
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.
Samples for ultra-low input RNA-Seq require careful preparation to maintain RNA quality. Find out how to submit low-input samples for the best results.
For gene therapy vectors like AAV, genomic features can interfere with traditional QC methods. Learn how recent innovations overcome these challenges.
Choose the best assay for your genomics or transcriptomics project using our interactive selection tool and summary of NGS, qPCR, and Sanger methods.
With this tutorial on RNA-Seq data analysis, learn which skills and tools you’ll need, the basics of the software, and example bioinformatics workflows.
Explore the applications of PacBio HiFi long-read sequencing in biomedical research with this recap of a symposium featuring top researchers in the field.
Learn about the challenges of preparing and validating plasmid DNA for AAV vectors containing ITRs and an optimized approach to these processes.
RNA-Seq libraries can be stranded or non-stranded (unstranded). Learn the differences and how to choose the right approach for your NGS project.
Learn how to analyze Sanger sequencing data by understanding the common features of a chromatogram, how bases are assigned, and data quality metrics.