Understanding the journey of a chemical compound from synthesis to application is vital for industries relying on them, especially in the pharmaceutical sector. 2-Hydroxyadenosine, a key fine chemical with CAS number 1818-71-9, has a well-defined supply chain designed to ensure quality and availability for its diverse applications.

The production of 2-Hydroxyadenosine typically involves specialized chemical synthesis processes carried out by manufacturers with expertise in fine chemicals and nucleoside chemistry. Companies producing this compound often focus on achieving high purity levels, crucial for its use as an API intermediate and a chemical reagent in organic synthesis. The supply ability for 2-Hydroxyadenosine is often measured in kilograms to tons, catering to both research and industrial scales.

Packaging and delivery are critical steps to maintain the integrity of 2-Hydroxyadenosine. It is commonly supplied in aluminum foil bags or bottles, ensuring protection from moisture and light. For larger quantities, drums are used. Transportation methods can vary from ocean freight to air or land transport, with considerations for Incoterms like FOB, CFR, or EXW, and ports such as Shanghai or Qingdao being common points of origin.

Once manufactured and packaged, 2-Hydroxyadenosine enters the distribution network, reaching pharmaceutical companies, research institutions, and chemical distributors. Its journey is driven by its critical roles, including its use as an API intermediate in the development of pharmaceuticals, its potential in treating conditions like inflammation and diarrhea, and its role in exploring anti-cancer properties. The compound is also valued as a chemical reagent and a reference standard for traditional Chinese medicinal herbs.

The reliability of the 2-Hydroxyadenosine CAS 1818-71-9 supply chain is crucial. Any disruption can impact critical research projects and pharmaceutical production timelines. Therefore, sourcing from reputable manufacturers and suppliers who adhere to strict quality control measures and efficient logistics is paramount for ensuring the consistent availability of this important fine chemical.