Begin with a single tetrahedral (sp3) carbon ("central carbon") that bears four different attachments:
1. An isopropyl group (-CH(CH3)2).
2. A substituent, whose first atom is a carbon, which bears:
   - A hydroxyl group (-OH).
   - A double bond to a nitrogen, which is also bonded to a -CH2-COOH chain (i.e., the N-CH2-COOH segment).
3. A substituent in which the central carbon is bonded directly to a nitrogen; that nitrogen is double-bonded to another carbon, which in turn carries:
   - A hydroxyl group (-OH).
   - An ether linkage (-O-) to a benzene ring. On that benzene ring, at the meta position relative to the ether linkage, there is a saturated seven-membered nitrogen-containing ring (azepane ring) where the nitrogen atom (at N1) bears a methyl group (N-methyl), the third carbon atom (at C3) bears an ethyl group (C3-ethyl), and this carbon is connected to the aforementioned phenyl group.
4. A single hydrogen on the central carbon.
No other stereochemical designations are specified.