Scopolamine structure?

What is scopolamine’s chemical structure?

Scopolamine (also called hyoscine) is a tropane alkaloid with a bicyclic “tropane” ring system. Its structure includes:
- A fused, nitrogen-containing bicyclic core (the tropane skeleton)
- An ester linkage to a tropic acid–derived moiety (giving it an ester functional group)
- Multiple ether/oxygen functionalities typical of the tropane family
- A tertiary amine within the tropane ring (often protonated in biological environments) [1]

How would you describe scopolamine’s structure by functional groups?

At a functional-group level, scopolamine contains:
- An ester group (from the acid portion of the tropic acid ester)
- A tertiary amine (the ring nitrogen on the tropane core)
- Oxygen-containing substituents consistent with the tropane’s hydroxyl/ether pattern [1]

What does “scopolamine structure” usually mean online (image vs. formula vs. SMILES)?

People typically search scopolamine structure to find one of these:
- A structural diagram (ring drawing)
- Molecular formula and/or molecular weight
- A machine-readable representation such as SMILES or InChIKey

If you tell me which format you need (image, formula, SMILES, or IUPAC name), I can match it.

Quick identifiers that connect to the structure

Common naming: scopolamine (hyoscine). It is widely cataloged in chemical databases with the same underlying structure and identifiers (useful for retrieving the exact diagram/SMILES) [1].

Source

1. DrugBank (scopolamine): https://go.drugbank.com/drugs/DB00720