Molar mass of Omeprazole
The molecular formula of Omeprazole is C17H19N3O3S, giving a molar mass of 345.417 g/mol.
Molar mass
345.417g/mol
Computed from the formula with the IUPAC conventional atomic weights (abridged, 2021 edition).
Formula
C17H19N3O3S
Category
Common Drugs
Atoms per molecule
43
Omeprazole conversions
Mass ↔ amount and solution conversions derived from the stored molar mass of 345.417 g/mol.
1 mmol345.417 mg
1 g2.8951 mmol
1 M345.417 g/L
About Omeprazole
The proton-pump inhibitor whose acid-labile benzimidazole ring is activated in the acidic canaliculi of parietal cells, where it covalently disables the H+/K+ ATPase. That targeting is why it suppresses acid far longer than its plasma half-life.
Related compounds
Other entries in Common Drugs.
AmoxicillinC16H19N3O5S · 365.404 g/molAspirin (acetylsalicylic acid)C9H8O4 · 180.159 g/molAtenololC14H22N2O3 · 266.341 g/molAtorvastatinC33H35FN2O5 · 558.650 g/molCaffeineC8H10N4O2 · 194.194 g/molCephalexinC16H17N3O4S · 347.389 g/molCiprofloxacinC17H18FN3O3 · 331.347 g/molDiazepamC16H13ClN2O · 284.743 g/molDiclofenacC14H11Cl2NO2 · 296.147 g/molFamotidineC8H15N7O2S3 · 337.435 g/molIbuprofenC13H18O2 · 206.285 g/molLosartanC22H23ClN6O2 · 438.916 g/mol