NTPs are nucleotides with three phosphate groups that play a vital and unparalleled role in biological systems and are the basic biomolecules of almost all life processes. Naturally occurring (deoxy)ribonucleoside triphosphates ((d)NTPs) are important units in (DNA)RNA biosynthesis. The synthesis of naturally occurring NTPs is of key value for the in-depth study of the structure and function of nucleic acids. Various modified NTPs have important therapeutic and diagnostic applications, such as working as antiviral therapeutic agents.
Fig.1 Chemical structures of (d)NTPs. (CD BioGlyco)
Large-scale, efficient production of naturally occurring NTPs has been achieved by a variety of biochemical methods. Non-natural NTPs are not substrates preferred by enzymes, and chemical synthesis is necessary. The chemical synthesis of NTPs faces many challenges. Most reactions require harsh conditions and are sensitive to water, with many by-products, unstable products to hydrolysis, and difficulties in product separation and purification. Scientists are tirelessly exploring new ways to synthesize NTPs and breaking through the barriers resulting from these challenges.
CD BioGlyco integrates the most cutting-edge and efficient NTP biological/chemical synthesis methods to offer customers NTP products with accurate structure and qualified purity. We have various NTP production services to support your research.
CD BioGlyco is striving to become a leader in the life science industry. We have continuously improved Platforms to help our clients research. If you have any need for our NTP production services, please do not hesitate to contact us.
