Used in the synthesis of retinoid-based compounds, this amine serves as a key intermediate in pharmaceuticals targeting skin disorders such as acne and psoriasis. Its lipophilic structure allows for enhanced cellular penetration, making it valuable in dermatological treatments. It is also employed in the development of selective retinoid receptor agonists, which play roles in anti-aging formulations and cancer therapy research. Additionally, its stable tetrahydronaphthalene core supports use in creating biologically active molecules with improved metabolic resistance.