The pharmaceutical industry constantly seeks advanced chemical intermediates to drive innovation, particularly in the development of critical medications like anti-tumor drugs. Tetrabenzyl pyrophosphate, identified by its CAS number 990-91-0, stands as a crucial organic synthesis intermediate, indispensable for creating sophisticated therapeutic agents.

As a foundational component in the synthesis of anti-tumor products, Tetrabenzyl pyrophosphate provides chemists with a versatile platform. Its chemical structure allows for precise modifications essential for designing molecules that exhibit targeted efficacy against cancer cells. The process of synthesizing these life-saving drugs requires intermediates with high purity and consistent quality, making Tetrabenzyl pyrophosphate a preferred choice for many research and development projects. The effectiveness of the synthesis of anti-tumor products often depends on the reliable performance of this chemical reagent.

The physical characteristics of Tetrabenzyl pyrophosphate, such as its white powder form and a melting point between 63-66 °C, are important for its handling and application. These well-defined properties ensure predictability in chemical reactions. For procurement professionals, understanding the 'Tetrabenzyl pyrophosphate supplier' landscape and comparing 'Tetrabenzyl pyrophosphate prices' are vital steps in securing a dependable supply chain. The CAS 990-91-0 is the universal identifier that guarantees the correct compound is sourced.

Beyond its primary role in anti-tumor drug development, Tetrabenzyl pyrophosphate also serves as a valuable chemical reagent in broader organic synthesis. Its stability and reactivity make it suitable for a range of complex molecular constructions. When researchers need to 'buy Tetrabenzyl pyrophosphate', they often look for assurances of high purity, typically 99% assay, to ensure the integrity of their experimental outcomes.

Effective storage and handling are critical for maintaining the quality of Tetrabenzyl pyrophosphate. Standard practice dictates storing it in a cool, dry environment in tightly sealed containers. This preserves its reactive potential and ensures it remains a viable intermediate for critical synthesis pathways. The meticulous care taken with such chemical reagents highlights their sensitivity and importance in scientific endeavors.

In essence, Tetrabenzyl pyrophosphate is a cornerstone intermediate for the pharmaceutical industry, particularly for the synthesis of anti-tumor drugs. Its contribution to the field underscores the importance of specialized organic synthesis intermediates and reliable chemical reagents in the advancement of medical science.