Kohanemine

Kohanemine is a fictional organic compound frequently used in textbooks and teaching materials to illustrate principles of medicinal chemistry and pharmacology. The name combines a synthetic prefix with the common amine functional group, signaling its role as an amine-containing heterocycle in example problems.

In these hypothetical descriptions, kohanemine is portrayed as a small heterocyclic amine with an aromatic core and a secondary amine. It is described as moderately lipophilic, capable of forming hydrogen bonds, and amenable to typical amine chemistry such as alkylation and acylation, making it useful for illustrating reaction mechanisms.

Synthesis in the examples usually involves simple precursors that undergo cyclization followed by amination. The steps are designed to demonstrate general concepts rather than provide a practical laboratory protocol, and they emphasize how ring structure and substituents influence reactivity.

Pharmacology and applications: Kohanemine is depicted as a ligand in fictional receptor models, used to discuss structure-activity relationships and the idea that small changes in substituents can alter binding affinity and selectivity. It has no confirmed biological activity in real organisms.

Safety and regulatory status: As a fictional compound, kohanemine has no real-world safety data, toxicity profile, or regulatory status. It exists solely as an educational construct to illustrate core concepts in chemistry and pharmacology.