C17H20N4O6

C17H20N4O6 is a molecular formula representing a chemical species composed of 17 carbon atoms, 20 hydrogen atoms, 4 nitrogen atoms, and 6 oxygen atoms. Its nominal molecular weight is about 376.37 g/mol.

Because a single formula does not encode connectivity, many constitutional isomers and stereoisomers can share this formula. The degree of unsaturation (DBE) for C17H20N4O6 is 10, implying a substantial amount of multiple bonds and/or rings, such as fused aromatic systems or heterocyclic rings with carbonyls.

Identification of the exact compound requires structural data (for example, SMILES or InChI) or spectroscopic data (NMR, IR, MS). In databases, C17H20N4O6 may refer to multiple distinct compounds; a given record will include structural diagrams and identifiers.

Possible functional groups that could occur in compounds with this formula include carbonyl-containing groups (such as ketones, aldehydes, esters, amides, imides), nitrogen-containing heterocycles, and potential nitro groups or amino substituents. The exact arrangement of atoms determines properties and reactivity, which range widely across potential isomers.

Applications or relevance depend on the specific compound identified by a structure; without that, the formula is primarily of use for formula-based searches and theoretical considerations in chemical datasets. For precise information, consult a chemical database and the experimental data associated with the particular compound bearing this formula.