tert-Butyl 5-amino-3,4-dihydroisoquinoline-2(1H)-carboxylate CAS:201150-73-4

As a versatile building block, this molecule facilitates efficient synthesis of pharmaceuticals, agrochemicals and advanced functional materials. Alkylation and acylation of the amine furnishes access to focused libraries for biological screening and structure-activity exploration. Additionally, selective deprotection of the carbamate allows for systematic derivatization of the heterocyclic nitrogen. These transformations produce compounds and fragments valuable for drug discovery efforts. Meanwhile, the heterocyclic structure renders this useful as a monomer for developing polymers with tailored properties. Varying substituents permits control of solubility, thermal stability and mechanical behavior based on application. Furthermore, this compound finds applications in agrochemical design through assembly of pro-pesticide prototypes. Its solubilizing carbamate and reactive amine sites support versatile synthesis. Therefore, owing to multiple reactive handles, this versatile building block plays an important role in pharmaceuticals, agriculture and materials development.