PEOPLE
Hu, Chung-Chi
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Plant molecular virology and Bioinformatics
(04)22840328 ext. 621, 627, 628
Meng, Menghsiao
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Molecular enzymology and Applied microbiology
(04)22840328 ext. 636, 637, 638
Yang, Chang-Hsien
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1. The investigation of flowering time and flower organ formation
2. The investigation of flower senescence
3. The investigation of male sterility
4. Practical application for flower modification
2. The investigation of flower senescence
3. The investigation of male sterility
4. Practical application for flower modification
Molecular plant development and Transgenic plant
The regulation of flower development is a complex process and is a very competitive field of research in the international arena. In our laboratory, we are interested in the study of the mechanisms controlling flower transition, flower organ formation, flower senescence and male sterility. Through the studies in orchids, lily, Eustoma and model system Arabidopsis thaliana, many important genes related to those topics have been characterized and functional analyzed. All the genes we studied have been published in high ranking journal such as Nature Plants, Nature Communications, Plant Journal, Plant Physiology, Journal of Experiment Botany and Plant and Cell Physiology etc. and patents were obtained during the past few years. Our achievements have been widely recognized and awarded for several important awards and honors, such as Outstanding Research Award from the National Science Council (NSC) and Ministry of Science and Technology (MOST), Academic Award and National Chair Professorships from the Ministry of Education (MOE). The genes we investigated will be used directly in the practical application by transforming them into valuable ornamental plants and valuable crops in controlling their flowering time, flower shape, flower senescence and male sterility.
The regulation of flower development is a complex process and is a very competitive field of research in the international arena. In our laboratory, we are interested in the study of the mechanisms controlling flower transition, flower organ formation, flower senescence and male sterility. Through the studies in orchids, lily, Eustoma and model system Arabidopsis thaliana, many important genes related to those topics have been characterized and functional analyzed. All the genes we studied have been published in high ranking journal such as Nature Plants, Nature Communications, Plant Journal, Plant Physiology, Journal of Experiment Botany and Plant and Cell Physiology etc. and patents were obtained during the past few years. Our achievements have been widely recognized and awarded for several important awards and honors, such as Outstanding Research Award from the National Science Council (NSC) and Ministry of Science and Technology (MOST), Academic Award and National Chair Professorships from the Ministry of Education (MOE). The genes we investigated will be used directly in the practical application by transforming them into valuable ornamental plants and valuable crops in controlling their flowering time, flower shape, flower senescence and male sterility.
(04)22840328 ext. 756, 757, 758
(04)22853126
Leu, Wei-Ming
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Molecular plant development and Transgenic plant
technology
technology
(04)22840328 ext. 767, 768, 769
TsaiChing-Hsiu
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Plant molecular virology and RNA structure
(04)22840328 ext. 651, 652, 653
WangMin-Ying
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Introduction of Biotechnology、Biochemistry、Introduction of Biochemical engineering、Higher biochemical engineering
Biochemical engineering、Genetic engineering、Food engineering、Biomass energy
(04)22840328 ext. 761, 762
Kuan-JuLu
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Plant intracellular communication, Plant growth and development, Plant molecular evolution
(04)22840328 ext. 771
TungYu-Tang
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3
Biotechnology Research and Development of Natural Products
Application of Multi-omics in Biotechnology Research and Development
Application of Multi-omics in Biotechnology Research and Development
Pharmacological exploration of traditional plants for the treatment of disease
Biological and small molecule drug research and development
Establish the animal and cell models for human diseases
Investigating the gut microbiome, proteinome, and metabolome
Biological and small molecule drug research and development
Establish the animal and cell models for human diseases
Investigating the gut microbiome, proteinome, and metabolome
(04)22840328 ext. 631, 632
Ying Wen Huang
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Virology/ Molecular Biology/ Molecular Plant Virology/ Biotechnology
(04)22840328 ext. 626, 623
HUNGFU-YU
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Our laboratory focuses on the formation and regeneration of plant pluripotent cells, with an emphasis on exploring epigenetic mechanisms. In plant systems, pluripotent cells can be induced by wounding or phytohormones and can subsequently re-differentiate into a complete organism. This mechanism is widely applied in biotechnology, such as tissue culture.
Our research aims to investigate the core gene regulatory mechanisms underlying this process and further explore the interactions between transcription factors and epigenetic regulation. Through this, we seek to uncover new possibilities in the formation and regeneration of plant pluripotent cells.
Our research aims to investigate the core gene regulatory mechanisms underlying this process and further explore the interactions between transcription factors and epigenetic regulation. Through this, we seek to uncover new possibilities in the formation and regeneration of plant pluripotent cells.
(04)22840328 ext. 778