This compound is primarily used in research settings to study the metabolism and pharmacological effects of synthetic cannabinoids. It serves as a key metabolite in understanding how substances like JWH 200 are broken down in the body, which is crucial for developing detection methods in forensic and toxicological studies. Researchers analyze its behavior to gain insights into the potential health risks and toxicity associated with synthetic cannabinoid use. Additionally, it aids in the development of analytical techniques for identifying and quantifying such compounds in biological samples, contributing to efforts in drug abuse prevention and public health safety.