Sustainable Development Goals

Abstract/Objectives

This course focuses on the latest developments in precision medicine, covering companion diagnostics and drug combination, next-generation sequencing, nanomaterials application, novel diagnostic platforms, medical imaging and artificial intelligence integration, and boron neutron capture therapy in nuclear medicine. It invites experts in precision medicine, clinical physicians, and industry professionals to provide in-depth analyses of precision medicine treatment methods and their impact on drug development models.

Results/Contributions

The integration of companion diagnostics and drugs, along with the advancement of next-generation sequencing, has shaped the treatment approach of precision medicine and is also influencing the drug development model. The application of nanomaterials allows for more precise and safer drug delivery. The development and application of novel diagnostic platforms have enhanced the sensitivity of molecular diagnostics. The combination of medical imaging and artificial intelligence has significantly improved the accuracy of lesion identification and treatment speed. Boron neutron capture therapy has enabled the application of nuclear medicine in precision healthcare. This course brings together experts in precision medicine, clinical doctors, and industry practitioners from both within and outside the university to guide participants in understanding precision medicine.

Keywords

Biomarkers, microfluidics, liquid biopsy, companion diagnostics, precision medicine, next-generation sequencing, nanomaterials, boron neutron capture therapy, and microbiome genomics.

Contact Information

周裕珽 教授 / 曾大千 教授 / 黃至正 助理教授
ytchou@life.nthu.edu.tw / tc.tseng@mx.nthu.edu.tw / chihchenghuang@mx.nthu.edu.tw