| buy deuterium | BOC Sciences is an innovator and manufacturer of stable isotope labeling materials in the industry. BOC Sciences meets the market demand for stable isotope labeled reference compounds, advanced intermediates, final pharmaceutical substances, bioactive substances, and metabolites. We use advanced technology and strict quality specifications to meet the needs of customers. |
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| stable isotope building blocks | BOC Sciences is an innovator and manufacturer of stable isotope labeling materials in the industry. BOC Sciences meets the market demand for stable isotope labeled reference compounds, advanced intermediates, final pharmaceutical substances, bioactive substances, and metabolites. We use advanced technology and strict quality specifications to meet the needs of customers. |
| DOPG-DOPC-50-50 Anionic Liposomes | BOC Sciences provides a wide range of liposome products, including cationic liposomes, anionic liposomes, fluorescently labeled liposomes, clodronate liposomes, ATP liposomes, etc., as well as a variety of high-quality liposome preparation materials. |
| DOPS-DOPC-20-80 Anionic Liposomes | BOC Sciences provides a wide range of liposome products, including cationic liposomes, anionic liposomes, fluorescently labeled liposomes, clodronate liposomes, ATP liposomes, etc., as well as a variety of high-quality liposome preparation materials. |
| 5'-O-(4,4'-Dimethoxytrityl)-N1-methylpseudoUridine | BOC Sciences has become the largest supplier of pseudoUridine in the world with the most production capacity. 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. |
| buy 52777-29-4 | BOC Sciences has become the largest supplier of pseudoUridine in the world with the most production capacity. 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. |
| mPEG-Plys | BOC Sciences is committed to supplying high quality polyethylene glycol (PEG) derivatives, PEG copolymers and PEG raw materials for the research of universities, research institutions, biotechnology companies and pharmaceutical companies to meet the needs of the vast majority of customers. |
| Small-molecule Homobifunctional PEG | BOC Sciences is committed to supplying high quality polyethylene glycol (PEG) derivatives, PEG copolymers and PEG raw materials for the research of universities, research institutions, biotechnology companies and pharmaceutical companies to meet the needs of the vast majority of customers. |
| Isobornyl Methacrylate | BOC Sciences is a leading supplier of various types of polymers and monomers for researchers and laboratory professionals. Our advanced R&D facilities enable us to offer more than 3,000 products and custom synthesis services. |
| Minoxidil Impurity A | BOC Sciences is a leading supplier of various types of polymers and monomers for researchers and laboratory professionals. Our advanced R&D facilities enable us to offer more than 3,000 products and custom synthesis services. |
| nucleoside phosphoramidites for sale | The phosphoramidite method is one of the strategies of nucleic acid chemical synthesis. Each cycle of the synthesis of nucleic acid chains is through high-efficiency and chemically active nucleotide 3'-phosphoramidite intermediates, which become stable pentavalent phosphate triesters after oxidation. The phosphoramidite method is currently the most commonly used DNA automated solid-phase synthesis method. |
| commercial fluorescence ph indicator | BOC Sciences is committed to providing customers with high-quality pH indicators. The wavelength range of our pH-sensitive fluorescent probes/ indicators is from 500 nm to 780 nm, and the pH response value is between 5-7.5, which can meet the needs of different experiments. |