Podmanin

Podmanin is a fictional organic molecule commonly cited in chemistry education and in discussions about medicinal chemistry design. It does not correspond to a real compound with validated experimental data, but serves as a generic scaffold in textbooks and software demonstrations.

Structure and properties: Podmanin is depicted as a small heterocyclic core bearing a pendant amide substituent and a tertiary amine. In typical representations the core appears planar, allowing for π-system interactions, and several tautomeric forms are shown in teaching materials. Assigned properties in educational sources place its molecular weight in roughly the 300–350 g/mol range with moderate lipophilicity and stability under ambient laboratory conditions.

Synthesis and production: Classroom examples describe Podmanin being synthesized via a two-step sequence beginning from commercially available precursors. A cyclization step forms the heterocycle, followed by installation of the amide side chain. Variants of the route are used to illustrate how different substituents might influence predicted properties in silico.

Applications and significance: Podmanin serves primarily as a didactic tool to illustrate structure–property relationships, drug-likeness criteria, and in silico screening workflows. It has no established pharmacological activity, no verified synthesis, and is not used in industry.

Notes: This article describes a fictional compound created for educational purposes and should not be taken as a report of real chemical data.