Ansa Biotechnologies utilizes proprietary enzymatic technology to synthesize complex DNA sequences up to 5 kb in length without the need for assembly, enabling the direct synthesis of challenging constructs such as GC-rich sequences and CRISPR arrays. This technology addresses the limitations of traditional DNA synthesis methods, allowing researchers to obtain reliable and rapid access to the complex sequences necessary for advanced scientific projects.
Funding
$83.4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
NSP6Founders
Product
Problem
Traditional DNA synthesis methods struggle with complex sequences, such as those with high GC or AT content, repetitive elements like CRISPR arrays, or those prone to forming secondary structures. Researchers are often forced to compromise on sequence design, endure long turnaround times, or abandon projects altogether due to these limitations.
Solution
Ansa Biotechnologies provides custom DNA synthesis services, specializing in constructs up to 7.5 kb in length. Their proprietary enzymatic technology enables direct synthesis of complex DNA sequences, up to 600 bp without assembly, that are challenging or impossible to produce using conventional methods. This approach allows for reliable and rapid access to previously inaccessible sequences, accelerating research and development across various fields.
Target Audience
The primary customers are researchers and companies in healthcare, pharmaceuticals, biological research, food and agriculture, and industrial biotechnology who require complex DNA sequences for their projects.
Features
- Direct synthesis of DNA constructs up to 7.5 kb
- Proprietary enzymatic technology for no-assembly synthesis of complex sequences up to 600 bp
- Capability to synthesize GC-rich, AT-rich, and repetitive sequences, including CRISPR arrays
- Synthesis of sequences prone to forming secondary structures, such as those found in promoters, UTRs, and terminators
- On-time delivery guarantee