Researchers gain faster access to complex DNA
Integrated DNA Technologies and Ansa Biotechnologies expand ordering platform enabling direct ordering of complex DNA constructs up to 50 kb
7 Sept 2026
Integrated DNA Technologies (IDT), a Danaher company, and Ansa Biotechnologies, Inc., have announced an expansion of their partnership to provide researchers worldwide broader access to Ansa’s Clonal DNA and XL Clonal DNA through IDT’s global e-commerce platform.
The expansion creates a streamlined experience that helps researchers move from sequence design to research-ready DNA with greater speed, clarity, and confidence across standard, complex, and ultra-complex constructs.
The expansion builds on strong customer adoption since the companies began collaborating. To date, more than 400 institutions across academia, biotechnology, and pharmaceutical research in 33 countries have ordered Ansa Clonal DNA through IDT.
Across constructs ranging from 146 bp to 49.1 kb, the collaboration has expanded supported synthesis complexity by 42-fold, reflected in IDT Complexity Scores averaging 54 and reaching as high as 249. Ansa maintained a 97 percent fulfillment rate, underscoring the scalability and reliability of its DNA synthesis platform.
The new workflow builds on this demonstrated demand by helping researchers evaluate feasibility earlier, make informed decisions with greater confidence, and move more quickly from design to order. The integrated ordering experience provides clear visibility into the appropriate fulfillment option, feasibility, pricing, and expected turnaround times before checkout.
AI-enabled design and advances in synthetic biology are increasing the technical ambition of research programs, including demand for longer constructs and sequences containing challenging motifs. Orders enabled by the expanded partnership include complex genes and homology-directed repair donors ordered alongside CRISPR products, pointing to use in gene editing research, as well as applications in drug discovery, vaccine research, synthetic biology, and agrigenomics.
By connecting Ansa’s differentiated synthesis capabilities with IDT’s ordering experience, IDT and Ansa are working to narrow the gap between what researchers can design and what they can obtain as research-ready DNA.
Researchers can submit a sequence through IDT and view available fulfillment pathways based on length and complexity, including eligible IDT genes, Ansa Clonal DNA, and Ansa XL Clonal DNA options. The integrated experience supports mixed orders, allowing customers to consider sequence requirements, timing, and fulfillment needs in one workflow — with greater access to synthetic DNA across a broad range of sequence requirements, including challenging motifs, complex designs, and longer constructs.
Each submitted sequence is screened for factors such as GC content, homopolymers, and repetitive elements, and then matched with the appropriate fulfillment pathway.
The new integration establishes a foundation for continued expansion of the IDT and Ansa customer experience. The companies intend to explore additional capabilities that further connect design, synthesis, and ordering workflows, helping researchers access increasingly complex DNA solutions with greater speed, confidence, and scalability as scientific needs evolve.
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How does the expanded IDT and Ansa Biotechnologies partnership improve access to synthetic DNA?
Researchers worldwide can order Ansa Clonal DNA and XL Clonal DNA through IDT’s global e-commerce platform. The integrated workflow shows eligible fulfillment options, feasibility, pricing, and expected turnaround times before checkout, helping researchers move efficiently from sequence design to research-ready DNA.
What DNA sequence lengths and complexity levels are supported by IDT and Ansa?
The collaboration has fulfilled constructs ranging from 146 bp to 49.1 kb and expanded supported synthesis complexity 42-fold. IDT Complexity Scores averaged 54 and reached 249, while Ansa maintained a 97% fulfillment rate across orders from more than 400 institutions in 33 countries.
How does IDT match complex DNA sequences with the appropriate fulfillment pathway?
IDT screens submitted sequences for GC content, homopolymers, repetitive elements, length, and complexity. Researchers can then view suitable pathways, including eligible IDT genes, Ansa Clonal DNA, and Ansa XL Clonal DNA, supporting mixed orders for gene editing, drug discovery, vaccine research, synthetic biology, and agrigenomics.