Ansa debuts with $68M series A for enzymatic DNA synthesis, hold the blocking groups
By using enzyme-cleavable linkers instead of blocking groups, Ansa can generate long, undamaged DNA molecules
Ansa aims to stand out among DNA synthesis companies by ditching the blocking groups typically used to build DNA strands base-by-base by using linker-anchored nucleotides to facilitate synthesis of long, undamaged DNA molecules via a fully enzymatic process. It will use its Northpond-led $68 million series A to build DNA synthesizers, optimize downstream DNA processing and prepare to launch its service offerings.
Synthetic DNA production is a cyclical process that adds one nucleotide at a time to create customized DNA molecules for a wide range of applications, including production of antibodies and cell and gene therapies. Because well-established chemical synthesis methods require weeks to months to generate long fragments, start-ups such as Ansa Biotechnologies Inc. are turning to enzymatic synthesis to generate longer, purer DNA strands faster...
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