At SignaGen Laboratories, lentivector design and synthesis are driven by advanced, software-based design platforms that ensure precision, consistency, and regulatory-grade accuracy across every construct. Promoters, transgenes, regulatory elements, and safety features are digitally assembled and validated in silico to eliminate frame errors, unwanted restriction sites, and incompatibilities before any DNA is synthesized.

This computationally guided workflow enables rapid optimization of codon usage, expression cassettes, and vector architecture tailored to each customer’s experimental goals. Once finalized, the digital designs are converted directly into high-fidelity DNA through gene synthesis and cloning, ensuring the physical plasmid precisely matches the verified in silico blueprint. This integrated design-to-synthesis approach delivers reliable, reproducible lentivector backbones optimized for efficient packaging, stable expression, and robust downstream lentivirus production for transgene overexpression and HDR applications.

Please contact us at info@signagen.com to discuss your lentivirus project