The Largest Supplier of PseudoUridine in The World

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Applications

Pseudouridine Modification in RNA

Pseudouridine modification is the earliest and most abundant RNA modification, so it is also called the "fifth base".

RNA Modification

RNA modification plays an important role in the occurrence and development of life activities and diseases. More than 180 different types of RNA modifications have been identified.

Formation of pseudoUridine

There are two main mechanisms for the formation of pseudouridine in RNA. In prokaryotes only one mechanism exists. In eukaryotes, both mechanisms are present.

Quantification and localization of pseudoUridine in RNA

Quantification and localization of pseudoUridine in RNA are indispensable tools for the study of pseudouridylation of certain RNA.

What is mRNA vaccine?

The principle of mRNA vaccines is the translation of messenger RNA into antigens after delivery into the host cell through various pathways.

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BOC Sciences is a custom lab chemical supply company provides wide range of bulk compounds to the pharmaceutical, agrochemical, and biotechnology industries.

Our annual output of pseudoUridine is currently over 500 kg. Its analogue - N1-MethylpseudoUridine (CAS 13860-38-3), is also our key product and has been used as raw material in the mRNA vaccine against COVID-19. We have been supplying the materials to the current production of COVID-19 mRNA vaccines with recognized quality.

BOC Sciences supplies pseudoUridine and its derivatives to support your production. We are committed to offering competitive prices and timely delivery of our products with guaranteed.

BOC Sciences has become the largest supplier of pseudoUridine in the world with the most production capacity.

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The largest pseudoUridine manufacturer in the world

The largest pseudoUridine supplier

Pseudouridine-modified RNA

Custom PseudoUridine Modified RNA Synthesis Service

Products

Isotope Labeled pseudoUridine

Modified pseudoUridine

Phosphate pseudoUridine

Phosphoramidite pseudoUridine

pseudoUridine

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