Touchlight’s cell-free DNA platform offers a fundamentally different approach to DNA manufacturing—enabling the rapid, scalable, and high-quality production of enzymatically produced DNA for advanced therapies. At the core of this…
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Touchlight’s Chief Scientific Officer, Dr. Jill Makin, discusses how the rapid evolution of advanced therapeutics is reshaping the industry, and why cell‑free DNA is has emerged as a foundational technology…
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This application note evaluates the in vivo performance of Touchlight’s doggybone DNA™ (dbDNA™) compared with conventional plasmid DNA when delivered using Sartorius Polyplus non‑viral delivery reagents. The study investigates how…
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As cell and gene therapy scales, DNA choice matters. Learn the advantages of cell‑free DNA vs pDNA in this Q&A with Touchlight’s CSO.
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Discover how Touchlight’s novel circular DNA architectures—mbDNA™, sscDNA, hsscDNA, and dscDNA—enable precise, efficient gene insertion for next‑generation gene editing and non‑viral gene therapy.
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Plasmid DNA has long been the workhorse of cell and gene therapy — supporting countless clinical programs and enabling many of the field’s most important breakthroughs. At the same time,…
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How AI Assisted Bioprocessing Can Transform Biotech Biotechnology is evolving, but some methods haven’t caught up. Slow experiments, costly materials, and outdated assumptions are holding back innovation. As demand…
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Learn how doggybone DNA (dbDNA™) vaccines offer a safe, scalable alternative to plasmid DNA for cancer immunotherapy, delivering strong immune responses without bacterial components. Download the full article to learn:…
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This article explores the development of an optimized linear DNA vaccine for influenza using Touchlight’s dbDNA™ platform. By incorporating neuraminidase (NA) alongside haemagglutinin (HA) and leveraging DNA targeting sequences (DTS),…
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This article presents a comparative study between traditional plasmid DNA vaccines and novel enzymatically produced linear DNA constructs known as "Doggybones." These linear constructs, which exclude unnecessary bacterial elements, demonstrated…
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