Oligonucleotide synthesis is the chemical synthesis of short nucleic acid fragments with defined sequence. In this process, 2 ‘- deoxynucleosides (dA, dC, dG and dT), ribonucleosides (A, C, G and U) or chemically modified nucleosides (such as LNA) are synthesized by solid-phase phosphoramide method to obtain sequences with specific chemical structure and function. Oligo synthesis has the characteristics of stable, efficient and rapid synthesis, usually in the form of primers or probes, widely used in PCR amplification, DNA sequencing, molecular diagnosis and many other fields.
Our oligo synthesis platform equips state-of-the-art synthesizers and leading professional teams experienced in synthesis and modification technologies. This allows us to provide high-quality oligo products to scientific researchers and industrial customers around the world. By leveraging our advanced and innovative manufacturing process, Synbio Technologies offers a wide range of oligonucleotide synthesis options, including custom DNA oligos,diagnostic oligos & probes, NGS oligos, modified oligos, antisense oligos, and CpG ODNs. We also provide high-throughput oligo library and oligo pool synthesis to customers with large-scale oligo projects. With over a decade of experience in the field of synthetic biology, Synbio Technologies is your trusted partner for all your synthetic biology needs.
Recommended for orders containing more than 96 sequences
Standard Oligo Synthesis Process
Our scientific team will perform proprietary DNA sequence analysis and design, based on the unique request of each customer. CpG-based chemical oligo synthesis will be completed by utilizing our industry leading manufacture process. MS analysis and other stringent quality control methods will be conducted for final sequence verification.
Using high-throughput semiconductor chip synthesis technology to provide customers with the design and synthesis of various library oligos, including oligo pools, trimer oligos, and sgRNA library oligos.
High throughput oligo synthesis, up to 1 million oligos can be synthesized on a single chip within one synthetic circle.
Certified with the highest manufacturing standards (ISO9001 & ISO13485), stringent QC & QA standards, large-scale sequencing verifying the average mutation rate to be lower than 1/1000.
Various highly customizable options of purification, specifications and delivery forms, and flexible synthesis scale is available upon request all well.
Qualified and available for multiple applications such as molecular diagnosis, chip sequencing, genome engineering, tumor research, forensic identification, precision medicine, IVD, digital information storage, etc.
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