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Artificial DNA synthesis, a fundamental tool of synthetic biology, enables scientists to create DNA molecules of virtually any sequence without a template. Construction begins with the base-by-base synthesis of oligonucleotides (oligos), followed by assembly into double-stranded DNA (dsDNA) fragments. These custom DNA fragments can be used directly, cloned into vectors, or assembled into larger constructs to serve a variety of research uses.
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.
While the differences between automated and manual storage may appear strictly mechanical, they have far-reaching consequences for sample quality, resource utilization, and collection management.
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.
Diagnosed with cancer at age five, Emily Whitehead was the first child to receive CAR T-cell therapy in 2011. Now, her family is helping other children.
Manufacturing and distribution of cell and gene therapies relies on stable low temperatures. Explore ways to increase rigor when storing CGT materials.
Azenta Life Sciences bridges the gap between biobanks and industry. It partners with biobanks around the world to help industry scientists procure the samples they need while also respecting the policies and guidelines of the academic institutions and expectations of the PIs collecting the samples.