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siRNA designed and modified for greater specificity

Ensure library specificity - algorithm optimized guide RNA

A modular and scalable flow cytometer

200 cell lines from our OncoSignature™ library grown in 3D spheroids. Providing more physiologically relevant conditions to screen - giving a better understanding of candidate cancer therapeutics.

The BioXp™ system is the world’s first and only synthetic biology workstation for building libraries, gene fragments, clones, and more.

Gibson Assembly ® RapidAMP™ Ultra kit provides a single day, seamless, assembly-to-transfection-ready DNA workflow. 

Vmax™ X2 competent expression cells are a fast-growing bacterial strain designed and optimized for high-level recombinant protein expression. With a doubling time twice that of E. coli and the ability to generate greater amounts of biomass per volume of cells, Vmax™ X2 yields higher amounts of soluble protein in less time.

Gibson Assembly Ultra kit builds on Codex DNA’s original Gibson Assembly ® technology to expand the ranges of fragment size, fragment number, and project complexity that are compatible with scarless and high-fidelity cloning. 

The Gibson Assembly ®  HiFi kit uses the original Gibson Assembly ®  cloning* method, which has been optimized for the seamless joining of up to five inserts into a plasmid vector, resulting in DNA constructs with reliably low error rates.

DNA variant libraries for expression of antibodies, antigens and other proteins. 

The µPAC™ Flex iON Connect is a user-friendly interface to facilitate fast, reproducible and low dispersion connection of µPAC ™ nanoLC columns to Thermo Fisher Scientific Nanospray Flex™ Series ion sources. It is compatible with any type of 360µm OD electrospray emitters through one-piece fingertight fitting and it embeds a preassembled liquid junction configuration to achieve the best performance.

Synthetic single guide RNAs for efficient gene knockout & unparalleled specificity

Synthetic guide RNAs for efficient gene knockout & unparalleled specificity

Single guide RNA expressing vectors for effective and accurate gene knockout

Combine sgRNA and Cas9 nuclease expression into a single vector for simplified delivery

Our CRISPR Design Tool enables an intuitive one-stop location for guide RNA design and ordering. Utilize the design tool to order guide RNAs for targeted gene knockout or location-specific HDR-mediated genome editing.

Optimize your CRISPR-Cas9 experiments with our specific controls and primers

India Variant B.1.617 Spike Protein, as well as spike mutant proteins from the UK, South African, and Brazilian Variants. Available now!

siRNA designed and modified for greater specificity

Gene silencing in difficult-to-transfect cells guaranteed

Tailored transfection reagents for a wide variety of RNA and cells. High-efficiency delivery, low cellular toxicity, broad dynamic range

Crucial to any gene silencing or microRNA modulation experiment.  RNAi controls allow accurate interpretation for reliable, reproducible results.

Successful gene silencing in your cells of interest

Tightly controlled gene silencing with the most advanced and flexible single-vector inducible shRNA.

A direct and efficient set of tools to study a gene’s function by overexpression in its native context