The molecule features a central tetrahedral carbon atom bonded to three distinct substituents:
1. A methyl group.
2. An imidazole ring linked by a methylene group. The imidazole, an aromatic ring containing two nitrogen atoms in meta positions, is attached via its N-1 position and is otherwise unsubstituted.
3. A -CH2-N=C(OH)- linker where:
   - The first carbon is single-bonded to the central carbon.
   - This carbon is also connected to a nitrogen atom that forms a double bond with the second carbon (the imine carbon) of the chain.
   - The imine carbon carries a hydroxyl group and is further connected to a bicyclic system.

The bicyclic system attached to the terminal imine carbon comprises:
1. A five-membered ring with a 1H-pyrazole core, featuring two adjacent nitrogen atoms both located at the beta position relative to the imine carbon attachment point.
2. A six-membered ring containing one nitrogen and five carbons. This ring is fused to the pyrazole ring through a shared nitrogen and carbon. All bonds in this ring are single except for an aromatic bond between the shared carbon and nitrogen.