In the competitive landscape of pharmaceutical research and development, securing high-quality raw materials is fundamental to success. 5-Methyluridine, identified by CAS 1463-10-1, is a pyrimidine nucleoside that serves as a critical intermediate for numerous research applications. As a dedicated 5-Methyluridine supplier, we understand the nuances involved in procuring this essential compound for R&D purposes.

5-Methyluridine, also known by its synonym Ribothymidine, is an endogenous metabolite characterized by its chemical formula C10H14N2O6 and a molecular weight of 258.23. Its biological relevance as a component of nucleic acids and its potential therapeutic applications make it a valuable asset in pharmaceutical laboratories. For researchers aiming to buy 5-Methyluridine, understanding its precise specifications and research applications is key.

The critical role of 5-Methyluridine in pharmaceutical synthesis and biological studies necessitates a reliable supply chain. Its known properties, such as its ability to inhibit cellular replication, position it as an important compound in areas like anticancer drug development and metabolic research. Consequently, access to accurate data on its chemical properties and potential in vivo formulation is crucial for effective utilization.

As a leading 5-Methyluridine manufacturer in China, we prioritize quality control and consistency. Our rigorous testing protocols ensure that each batch of 5-Methyluridine meets high purity standards, thereby supporting the integrity of your research. For companies seeking to purchase 5-Methyluridine, working with a trusted manufacturer provides peace of mind regarding product quality and availability. The competitive 5-Methyluridine price further enhances its accessibility.

We are committed to being your reliable 5-Methyluridine supplier. By choosing to order 5-Methyluridine from us, you are aligning with a partner that values scientific excellence and efficient logistics. Our goal is to facilitate your research by providing seamless access to this vital intermediate, thereby contributing to your R&D successes.