Formulation of Research Strategies for Standardization and Value Generation of Substances Derived from Natural Cannabis Resources
강사명Chulhoon Park
강의시간25분
강의개설일2025-12-09
강의소개
The burgeoning interest in cannabis-derived substances for medical and industrial applications has
necessitated a comprehensive framework for research and standardization. This presentation addresses to formulate
research strategies that focus on the standardization and value generation of substances derived from natural
cannabis resources. Utilizing a multi-disciplinary approach that incorporates phytochemical analysis, clinical trials, and
market research, we propose a set of guidelines aimed at ensuring product quality, efficacy, and safety. Our findings
indicate that a standardized protocol for extraction and characterization can lead to enhanced value generation,
opening avenues for pharmaceutical and industrial applications of cannabis-derived drug prodcut. Furthermore,
we identify potential market segments and regulatory challenges, offering a roadmap for stakeholders in the Korea
cannabis industries. The study serves as a foundational step towards the responsible utilization of cannabis resources,
contributing to sustainable development and public health objectives.
강사소개
Chulhun Park studied Pharmacy at Kangwon National University in South Korea
(2008-2012). He got a Ph.D. at Ajou University under the supervision of Prof. Beom-Jin Lee.
The main topic of his dissertation was to develop novel biocompatible material using albumin conjugated with fatty
acids (fattigation-platform technology) to develop self-assembled nanoparticles for delivering various kinds of drugs.
He is currently working as a assistant professor at Jeju National University. Recently, he has focused on the extraction
and analysis of the cannabis plant. He performed the standard of procedures for the quality control of cannabis-based
products and optimizing extraction methods for significant cannabinoids. Additionally, he has researched patient
centered formulations of cannabinoids to develop therapeutic alternatives to conventional medical cannabis products.