RNA Synthesis | Compounds for RNA Synthesis | kbDNA

Kbdna, Inc01 Oct, 2021Science

The synthesis of RNA is conventionally more sensitive than DNA. This poses challenges in developing very similar synthesis compounds such as amidites and supports, but with the right chemistry to counter RNA-specific hurdles. Stability and structural confirmation are routine offenders, and both can be countered by utilizing backbone phosphorothioation and reverse synthesis techniques.

Infectious Disease Recombinant Proteins - kbDNA

Kbdna, Inc01 Oct, 2021Science

Infectious disease proteins are crucial for both diagnostics and therapeutics R&D. Whether they are supporting the development of a commercial detection kit or generating a custom antibody, these proteins need to meet their native structure and disease components.

Recombinant Biomarker Proteins - kbDNA

Kbdna, Inc01 Oct, 2021Science

Biological markers act as quantifiable molecular tools in scientific research. They help identify and validate a wide array of biological conditions and processes. Protein biomarker techniques have enabled significant innovation in molecular diagnostics, disease research, and therapy development.

Biotinylated Recombinant Proteins - kbDNA

Kbdna, Inc01 Oct, 2021Science

Recombinant proteins are becoming increasingly difficult to express. With no universal system in place, the variability in how they are presented on commercial catalogs and online stores has proven counterproductive to many a lab. Recombinants have elaborate data that far exceed the capabilities of the average search-and-buy web catalogs. Evidence suggests that these limited e-commerce websites dilute the complexity and the key value of reagent data. As a result, recombinant proteins are increasingly regarded as commodities.

Long Nucleotide Synthesis, Nucleotide Synthesis Technology

Kbdna, Inc01 Oct, 2021Science

Nature provides the building blocks, we develop the tools. kbDNA?s platform is powered by diverse technical experience in nucleic acid chemistry. This has allowed the integration of proprietary reagents and over 40 years of efficient click-chemistry synthesis to operate under one roof and produce novel ssDNA and RNA.

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