The molecular formula of Sacubitril sodium is C24H28NNaO5.
Sacubitril sodium is an important active pharmaceutical ingredient commonly used in combination therapies, particularly for the treatment of heart failure. Its molecular formula provides a precise representation of its elemental composition, which is fundamental to understanding its chemical identity and pharmaceutical properties.
Understanding the Molecular Composition
A molecular formula details the exact number of atoms of each element that constitute a single molecule of a compound. For Sacubitril sodium, the formula C24H28NNaO5 explicitly indicates:
- C24: Twenty-four carbon atoms
- H28: Twenty-eight hydrogen atoms
- N: One nitrogen atom
- Na: One sodium atom
- O5: Five oxygen atoms
This specific atomic arrangement and quantity are critical to Sacubitril sodium's unique structure and how it interacts within biological systems to exert its therapeutic effects.
Key Chemical Characteristics
Beyond its elemental composition, Sacubitril sodium is further characterized by other essential chemical data:
- Average Mass: The average molecular mass of Sacubitril sodium is approximately 433.480 g/mol. This value reflects the weighted average of the atomic masses of all isotopes for each element in the formula.
- Monoisotopic Mass: For high-precision analytical methods, the monoisotopic mass is often used, which for Sacubitril sodium is 433.186517. This is calculated using the exact mass of the most abundant isotope for each atom.
- ChemSpider ID: Sacubitril sodium is cataloged in chemical databases with a unique identifier, 7999930, which facilitates access to extensive chemical and physical property data online.
These details are indispensable for drug development, quality control, and scientific research, ensuring the correct identification and synthesis of the compound.
Sacubitril Sodium Chemical Profile
Below is a summary of the key chemical identifiers for Sacubitril sodium:
| Property | Value |
|---|---|
| Molecular Formula | C24H28NNaO5 |
| Average Mass | 433.480 g/mol |
| Monoisotopic Mass | 433.186517 |
| ChemSpider ID | 7999930 |
Understanding these fundamental chemical parameters helps illuminate the complexity and precision involved in the design and application of modern pharmaceuticals.
