Academic Research ｜ Advanced Plant and Food Crop Biotechnology Center

[Tuan-Hua David Ho] ABA inducible highly proline-rich protein regulates roots development (RePRP)

Hsiao, A-S et al., 2020 Plant Physiology

ABA inducible highly proline-rich protein (RePRP) control cell elongation and carbon reserves via an order-by-disorder mechanism, regulating the highly ordered cytoskeleton for development of “short-but-heavy” roots as an adaptive response to water deficit in rice.

Article source: http://www.plantphysiol.org/cgi/doi/10.1104/pp.19.01372

Back to list

News

2024-08-20

Director Chiang En-Pei and Dean Huang Chieh-Chen′s Team Wins First Prize at the ′Green Ideas International Invention and Design Competition

2024-07-04

Decoding the Key Genes of Orchid: Chang-Hsien Yang from National Chung Hsing University Elected as Academia Sinica Life Sciences Academician

2024-04-25

Congratulating Academician Tuan-Hua David Ho on Receiving the 2024 Charles Reid Barnes Life Membership Award from the American Society of Plant Biologists

Team Award Record

Director Chiang En-Pei and Dean Huang Chieh-Chen′s Team Wins First Prize at the ′Green Ideas International Invention and Design Competition

Decoding the Key Genes of Orchid: Chang-Hsien Yang from National Chung Hsing University Elected as Academia Sinica Life Sciences Academician

Dr. Wilhelm Gruissem Develop Biofortified Rice with High VitB1 Content Without Affecting Yield

Highlights

[Miin-Huey Lee] Comparative genomics of three Colletotrichum scovillei strains and genetic analysis revealed genes involved in fungal growth and virulence on chili pepper

[Shyi-Dong Yeh] Modification of the helper-component protease of papaya ringspot virus Vietnam isolate to generate attenuated mutants for disease management by cross protection