In the realm of chemical synthesis and research, understanding the fundamental properties of a compound is paramount. This knowledge guides experimental design, reaction optimization, and the successful application of chemicals in various fields. For professionals working with specialized compounds, such as pharmaceutical intermediates, a detailed understanding of their characteristics is indispensable.

Consider IDO-IN-7, identified by its CAS number 1402837-78-8. This compound, often utilized in the synthesis of more complex molecules, possesses specific physical and chemical properties that dictate its behavior in reactions. While direct experimental data might be limited for such niche compounds, predictive modeling provides valuable insights.

For IDO-IN-7, key predicted properties include its boiling point, pKa, and density. The boiling point offers a clue about its volatility and the temperatures at which it might undergo phase changes during synthesis or purification. The pKa value is critical for understanding its acidic or basic nature, influencing its reactivity in acid-base reactions or its ionization state in different solvents. Density, on the other hand, is essential for volumetric calculations and material handling.

These physical characteristics are not merely academic data points; they have practical implications. For instance, a compound with a low boiling point might require careful temperature control during reactions to prevent loss. A compound with a specific pKa might be chosen for reactions where pH control is critical. The accuracy of these predicted values, often derived from sophisticated computational methods, helps researchers anticipate how the compound will behave, thereby optimizing reaction conditions and improving experimental outcomes.

For chemists and researchers looking to source IDO-IN-7, understanding these properties is a crucial step. It ensures that the material procured is suitable for the intended application and allows for informed decisions regarding handling, storage, and reaction parameters. This detailed insight into chemical properties is a cornerstone of successful synthetic chemistry and advanced material research.