| English Name | Chinese Name | Department | Research Field |
| Yeh, Kuo-Chen | 葉國楨 | Agricultural Biotechnology Research Center | Heavy metal homeostasis in plants |
| Hsiao, Pei-Wen | 蕭培文 | Agricultural Biotechnology Research Center | Herbal medicine against prostate cancer |
| Yeh, Hsin-Hung | 葉信宏 | Agricultural Biotechnology Research Center | Plant Virology |
| Shih, Ming-Che | 施明哲 | Agricultural Biotechnology Research Center | Orchid functional genomics and biotechnology; Hypoxia signaling mechanisms in Arabidopsis and Rice |
| Shyur, Lie-Fen | 徐麗芬 | Agricultural Biotechnology Research Center | Protein engineering of enzymes for agricultural biotech applications; Anti-inflammatory medicinal plants and phytocompounds for cancer prevention and metabolomics study |
| Chiou, Tzyy-Jen | 邱子珍 | Agricultural Biotechnology Research Center | Regulatory network in sensing phosphate availability in plants |
| Charng, Yee-yung | 常怡雍 | Agricultural Biotechnology Research Center | Plant Heat Stress Response and Thermotolerance Mechanisms |
| Yang, Wen-Chin | 楊文欽 | Agricultural Biotechnology Research Center | R&D of phytogenics for animal health; Biology and study of the selected diseases; R&D of nutraceuticals and therapeutics for the selected diseases |
| Chan, Ming-Tsair | 詹明才 | Agricultural Biotechnology Research Center | Plant Stress Signaling; Plant-Environment Microorganism Communication; Plant Genetic Engineering |
| Chen, Yet-Ran | 陳逸然 | Agricultural Biotechnology Research Center | Development of high-throughput mass spectrometry based OMICS technologies; Study of peptide hormones signaling involved in the plant development |
| Fang, Su-Chiung | 方素瓊 | Agricultural Biotechnology Research Center | Cell cycle control and the retinoblastoma tumor suppressor pathway; Micropropagation in orchids |
| Chen, Ho-Ming | 陳荷明 | Agricultural Biotechnology Research Center | Banana Somatic Variants Resistant to Fusarium Wilt: Molecular Markers and Resistance Mechanisms; Mechanisms and Functions of Post-transcriptional Gene Regulations in Plant Defense Pathways; Application of Next-generation Sequencing (NGS) Data to Basic and Translational Research |
| Yang, Yu-Liang | 楊玉良 | Agricultural Biotechnology Research Center | Development and application of imaging mass spectrometry on natural products research; A new strategy and source for searching new therapeutic leads from nature |
| Suen, Der-Fen | 孫德芬 | Agricultural Biotechnology Research Center | The regulatory mechanism of tapetum function and the role of mitochondria during pollen development |
| Ho, Cheng-Hsun | 何承訓 | Agricultural Biotechnology Research Center | 藉創造與利用不同的生物感應元與利用其多面向研究方法深入了解不同營養源的吸收、運送及利用之調控運轉機制; 整合植物對其不同之營養物質，如氨鹽基、多肽的吸收、運送及其調控作用 |
| Liu, Ming-Jung | 劉明容 | Agricultural Biotechnology Research Center | The divergence of translational control for stress-responsive gene expression between wild and domesticated tomatoes |
| Lin, Yao-Cheng | 林耀正 | Agricultural Biotechnology Research Center | Systems Genetics of Crop Stress Biology; Plant Phenotyping; Comparative genomics |
| Yamada, Masashi | 山田昌史 | Agricultural Biotechnology Research Center | Understanding of the regulation mechanism of ROS distributions at the specific root developmental zone under the RGF1 peptide signal; Understanding the spatial regulation mechanism of ROS distributions in the root developmental zone under abiotic stress |
| Lin, Yu-Ling | 林于鈴 | Agricultural Biotechnology Research Center | Development of the immunomodulators from Chinese herbal medicine for cancer therapy |
| Lin, Jer-Young | 林哲揚 | Agricultural Biotechnology Research Center | understanding how a seed is formed |
