Synthetic Biology

Synthetic biology is the design and construction of novel biological entitles, such as enzymes, genetic circuits, and cells, or the redesign of existing biological systems using engineered principles. The purpose of synthetic biology is to solve problems or create new products for industries, agriculture, and medicine in a sustainable manner.

Synbio Technologies established a proprietary bio-design, biosynthesis, and bio-learning platform to provide a broad range of DBTL steps (Design-Build-Test-Learn) in the synthetic biology pipeline. Our synthetic biology services cover from pathway design, DNA synthesis, strain construction, strain optimization, metabolites analysis and bioprocess development and more. Our Ph.D. level scientists help you with consultation, evaluation, and execution of your interests in all DBTL service areas.

Competitive Advantages

  • Professional Synthesis Platform: Syno® 2.0 platform can synthesize any simple or complex gene sequence.
  • High-throughput Synthesis Platform: Syno® 3.0 high-throughput synthesis platform can assure large-scale gene fragment synthesis, such as pathway synthesis and small genome synthesis.
  • Trusted Technical Support: Professional team extensively experienced in the synthetic biology field is here for you to support your research.



Case Study

Butyrate and butanol can be synthesized directly from acetyl-CoA in an analogous fashion with fatty acid biosynthesis. Through rigorous pathway design, we can express the key enzymes within this metabolic process. Transforming the pathway constructs into E.coli can improve the production of butyrate and butanol.

Butyrate Synthesis:

Butanol Synthesis: