A patented technology jointly developed by Chemistry Professor Po-Shen Pan, Chemistry alumnus Shuo-Pei Chiu, and physician Yi-Wei Chen of Taipei Veterans General Hospital has recently been successfully licensed to Genhealth Pharma with support from the University’s Office of Research and Development. The transferred technology, titled “Method for Preparing Tetraboronic Compounds and Tetraboronic Compounds,” will serve as the foundation for an upcoming industry–academia collaboration aimed at developing boron-containing drugs for cancer treatment.

Prof. Pan’s research team has long been dedicated to anticancer drug development, with a focus on the synthesis of boron-containing compounds. Conventional boron compounds typically rely on multi-step organic synthesis, which is complex, costly, and prone to damaging key boronic functional groups. In response to clinical and industrial needs, the team proposed an innovative combinatorial synthesis strategy that enables the direct construction of four boronic functional groups onto a target drug molecule under a single reaction condition, significantly simplifying the process while enhancing molecular stability.

The technology was granted patents in both Taiwan and the United States in 2020, and later received a Gold Medal at the invention competition of the 2023 Taiwan Innotech Expo. Prof. Pan, who also serves as Dean of Research and Development, noted that patent applications must balance technical disclosure with flexible protection scope to effectively safeguard research results. Throughout the process, the Office of Research and Development assisted in patent evaluation, coordination with patent attorneys, and strategic planning of application procedures, allowing the team to focus on advancing the core technology. After securing the patent, the team enhanced the technology’s visibility through invention exhibitions, ultimately facilitating collaboration with Genhealth Pharma and initiating subsequent drug development plans following the technology transfer.

“Successfully completing this technology transfer not only reflects the team’s technical efforts and the support of the department’s facilities, but also highlights the strength of Tamkang University’s institutional support system,” Pan emphasized. He noted that patents are not the endpoint of research, but rather a critical bridge connecting academic outcomes with industrial applications. With standardized procedures and support from the Office of Research and Development, faculty members can follow clear processes for patent applications and technology transfer, reducing procedural uncertainties while enhancing opportunities to secure large-scale or integrated projects. Through patent protection and industry–academia collaboration mechanisms, research results can be effectively translated into real-world products, amplifying the societal impact of academic research.