Used primarily in research settings for its anticholinergic properties, the compound shows potential in studying neurological pathways related to memory and cognition. It has been investigated for its ability to cross the blood-brain barrier, making it useful in probing central nervous system functions. Due to its structural affinity for muscarinic receptors, it serves as a tool in receptor binding assays and in the development of pharmacological models for neurodegenerative diseases. Limited to laboratory use, it is not approved for clinical therapy.