Synthetic biology derives from a long-envisioned goal of creating, controlling and programming intricate biological systems. The design and construction of new biological parts, devices, and systems, or the remodeling of existing, natural biological systems provide a broad range of applications in sectors including drug discovery, chemical production and the renewable biofuel industry. Research in synthetic biology involve the transformation of single genes into integrated modules and the study of polygenes and systems associated with genomes.
The next generation DNA synthesis platform offers revolutionary large-scale gene synthesis in an efficient, low cost manner that will open up new avenues for the development and industrialization of synthetic biology applications. By leveraging precise electrochemical technology, massive on-chip parallel synthesis and off-chip UltraTMAssembly technology, the next-generation DNA synthesis platform enables synthesizing of over 500,000 nucleobases and building DNA strands as long as 30,000bp on a single chip with one synthetic circle.
- Patented NGTMCodon optimization software at no extra charge
- 100% sequence verification by Sanger sequencing and NGS
- Customizable delivery format, 96 well plate or 384 well plate
- Bundled cloning service with any plasmid vector
- Streamlined services at minimal cost
- DNA Oligo pools and DNA Oligo pool libraries such as CRISPR-Cas9 sgRNA library, prokaryotic promoter and terminator library, and RNA aptamer library.
- Gene cluster and genome synthesis and assembly.
The proprietary UltraTMAssembly technology developed at Synbio Technologies has overcome several limitations in synthesizing large and complex DNA constructs such as gene clusters, pathways, and genomes. Synbio Tech has manufactured and supplied more than 1 hundred base pairs of 10Kb-long synthetic DNA strands for Synthetic Yeast 2.0 (Sc 2.0) Project. The next generation DNA synthesis platform has successfully assembled 1Kb-long synthetic DNA strands for metabolic and synthetic biology research.
Related ServicesChip Based DNA Synthesis
With help of precise electrochemical technology, Synbio Technologies‘ next-gen chip based DNA synthetic platform can synthesize tens of thousands or even one hundred thousand primers for one-time synthesis on a semiconductor chip.CRISPR-Cas9 sgRNA Library
Synbio Technologies provides one-stop gene function screening services based on the CRISPR-Cas9 sgRNA library system.Your IP, Our DNA
Synbio Technologies utilizes our patented DNA StudioTM which accurately synthesizes a tailor-made sequence that acts as an exclusive DNA “security code”.Digital information storage
DNA storage is a technology that can store text, images, audios and videos by using artificial synthesized DNA as the storage medium, and then fully read the data subsequently.