iVectors™

iVectors™ 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 iVector includes comprehensive, unambiguous annotations and a patented GSIN™ (GenoFAB Standard Identification Number) for full traceability and IP protection across the plasmid supply chain. 

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Services

Get the power behind iVectors™ 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.

Plasmids for digital biology

  • Modular

    Designed as interchangeable parts

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  • Hierarchical

    Layered architecture for scalable control.

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  • Complex

    Not limited by sequence complexity or design constraints

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  • Secure

    Digitally traceable with built-in GSIN™ protection.

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Solutions

  • Research

    Modular plasmids designed for rapid iteration, reliable expression, and clean annotations—ideal for academic and early-stage exploration.

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  • Discovery

    Traceable, self-documenting constructs that enable high-throughput screening, data integration, and scalable experimentation.

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  • Manufacturing

    Digitally signed plasmids with standardized architecture, designed to streamline tech transfer, support compliance, and protect IP.

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Plasmid Academy

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  • Image of a plasmid map highlighting various design errors

    Top 5 Common Mistakes in Plasmid Design (And Ho...

    Casey-Tyler Berezin

    Avoid the most common plasmid design mistakes with tips for optimizing expression, stability, and reproducibility. Design smarter from the start.

    Top 5 Common Mistakes in Plasmid Design (And Ho...

    Casey-Tyler Berezin

    Avoid the most common plasmid design mistakes with tips for optimizing expression, stability, and reproducibility. Design smarter from the start.

  • Bacterial cell with plasmid expressing GFP

    Plasmid Types and Their Applications

    Casey-Tyler Berezin

    Learn how plasmid types like cloning, expression, shuttle, reporter, viral vectors, and artificial chromosomes support diverse molecular biology research goals.

    Plasmid Types and Their Applications

    Casey-Tyler Berezin

    Learn how plasmid types like cloning, expression, shuttle, reporter, viral vectors, and artificial chromosomes support diverse molecular biology research goals.

  • Three panel image of different cell types each containing a plasmid.

    How Plasmid Host Systems Shape Sequence Design

    Casey-Tyler Berezin

    Discover how plasmid design differs across plasmid host systems like bacteria, yeast, and mammalian cells. Learn key components, design tips, and challenges.

    How Plasmid Host Systems Shape Sequence Design

    Casey-Tyler Berezin

    Discover how plasmid design differs across plasmid host systems like bacteria, yeast, and mammalian cells. Learn key components, design tips, and challenges.

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What's happening at GenoFAB

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