Gene Synthesis

Quintara provides custom gene synthesis and de novo DNA synthesis support for researchers who need accurate synthetic genes, complex constructs, antibody genes, and cloned plasmids.

We deliver precision-engineered gene synthesis solutions designed to accelerate your research—from antibody discovery to large-scale synthetic biology. Our Regular Gene Synthesis supports ultra-long constructs up to 200 kb and complex sequences (high GC, repeats, toxic genes) with proprietary technology, delivered in as fast as 3 business days. For antibody-focused projects, Abgene Gene Synthesis offers rapid, flat-rate synthesis starting at $59/gene, with 4-business-day production. Both services include Sanger sequencing as standard QC for 100% sequence accuracy, with optional Nanopore full-plasmid sequencing for comprehensive backbone validation. Integrated with our in-house plasmid preparation platform and 130+ ready-to-use vectors, we provide a seamless, one-stop workflow—from design to research-ready plasmid.

• Summer Promotion

  
  

  Offer:

  1. Regular Gene Synthesis

      •  45% off for all samples – only starting from $0.08/bp after savings

      •  waive complex fee

  
  

  2. Abgene Gene Synthesis

      Save $10 per gene with $0 cloning and onboarding fees:

      0 - 800 bp: $49.00/construct

      801 - 1500 bp: $99.00/construct

  
  

  Terms and Conditions:

  •  The promotion 1 applies to all qualifying Regular Gene Synthesis orders, effective August 24 through September 30, 2026.

  •  The promotion 2 applies to all qualifying Abgene Gene Synthesis orders, effective August 17 through September 30, 2026.

  •  The discount will be applied automatically when you place your order through the QuinGo online portal.

  •  Quintara Biosciences reserves all rights to this promotion.

De novo gene synthesis refers to building a DNA sequence directly from a designed digital sequence rather than amplifying it from an existing biological template. For researchers, this means a gene can be designed, optimized, assembled, cloned, and sequence-verified even when the natural template is unavailable, difficult to amplify, or unsuitable for downstream experiments.

As part of a custom gene synthesis workflow, de novo DNA synthesis can support protein expression, antibody discovery, synthetic biology, CRISPR-related construct design, and custom plasmid development.