
Focus on discovery, not cloning
TrueVectors™
TrueVectors combine modular design, embedded digital IDs, and rigorous documentation to power scalable, secure, and data-driven biological innovation. Their hierarchical architecture enables precise optimization of gene expression by allowing individual functional modules to be swapped, tuned, or upgraded without redesigning the entire plasmid. Each TrueVector includes comprehensive, unambiguous annotations and a patented GSIN™ (GenoCAD Standard Identification Number) for full traceability and IP protection across the plasmid supply chain.
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CMV–TrueVector Scaffold
Regular price From $695.00 USDRegular priceUnit price / per -
CMV-mCherry
Regular price From $395.00 USDRegular priceUnit price / per -
CMV-mVenus
Regular price From $395.00 USDRegular priceUnit price / per
Plasmids for digital biology
Services
Get the power behind TrueVectors™ working for you. Our plasmid services give you access to the same advanced design tools, expert workflows, and quality standards we use to build our own catalog, so you can bring your ideas to life faster and with greater confidence.
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New Plasmid Design
Regular price $190.00 USDRegular priceUnit price / per -
Plasmid Design Review
Regular price $290.00 USDRegular priceUnit price / per -
Whole Plasmid Synthesis
Regular price From $495.00 USDRegular priceUnit price / per -
Plasmid Purification
Regular price From $125.00 USDRegular priceUnit price / per
What our clients are saying
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John Glass, Professor and Director, JCVI La Jolla
“Many thanks Jean,
I really appreciate the care and effort you have put into our project.”
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Quinton Allen, Scientist (Soilcea)
“The design review service was a huge help during my plasmid synthesis project.”
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Rachael Tiamiyu, Graduate Student (Wayne State University)
“I am glad to inform you that all the plasmids expression worked out fine.”

Join them — Get better plasmids
Trusted by results-focused teams who move fast and demand reproducibility.
Solutions
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Research
Learn moreModular plasmids designed for rapid iteration, reliable expression, and clean annotations—ideal for academic and early-stage exploration.
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Discovery
Learn moreTraceable, self-documenting constructs that enable high-throughput screening, data integration, and scalable experimentation.
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Manufacturing
Learn moreDigitally signed plasmids with standardized architecture, designed to streamline tech transfer, support compliance, and protect IP.
Plasmid Academy
View all-
Lab Automation for DNA Workflows: Robots to Res...
Casey-Tyler BerezinLab automation using robotics, liquid handlers, and colony pickers streamlines DNA workflows for faster, more reliable plasmid production.
Lab Automation for DNA Workflows: Robots to Res...
Casey-Tyler BerezinLab automation using robotics, liquid handlers, and colony pickers streamlines DNA workflows for faster, more reliable plasmid production.
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How Sequence Complexity Algorithms Shape DNA De...
Casey-Tyler BerezinLearn how complexity algorithms like Shannon entropy and Kolmogorov complexity improve DNA design, manufacturability, and reduce synthesis failures.
How Sequence Complexity Algorithms Shape DNA De...
Casey-Tyler BerezinLearn how complexity algorithms like Shannon entropy and Kolmogorov complexity improve DNA design, manufacturability, and reduce synthesis failures.
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DNA Synthesis in 2025: Technologies, Trends, an...
Casey-Tyler BerezinExplore how DNA and gene synthesis work, from phosphoramidite to enzymatic methods, with 2025 provider insights and design tips for successful constructs.
DNA Synthesis in 2025: Technologies, Trends, an...
Casey-Tyler BerezinExplore how DNA and gene synthesis work, from phosphoramidite to enzymatic methods, with 2025 provider insights and design tips for successful constructs.
What's happening at GenoCAD
View all-
Doing More With Less: Lessons from BioRender’s ...
Discover how to maximize biotech and academic research budgets amid funding cuts. See key takeaways from BioRender’s 2025 report and how GenoCAD helps every experiment count.
Doing More With Less: Lessons from BioRender’s ...
Discover how to maximize biotech and academic research budgets amid funding cuts. See key takeaways from BioRender’s 2025 report and how GenoCAD helps every experiment count.
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GenoFAB Announces Self-Documenting Plasmids
GenoFAB announces publication of groundbreaking self-documenting plasmid technology in Trends in Biotechnology.
GenoFAB Announces Self-Documenting Plasmids
GenoFAB announces publication of groundbreaking self-documenting plasmid technology in Trends in Biotechnology.

Retire outdated plasmids
Learn how TrueVectors™ deliver traceability, modularity, and performance no one else offers.
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