ABOUT US

In 2024, relying on Anhui Agricultural University and based on the State Key Laboratory of Tea Biology and Resource Utilization jointly established by the province and the ministry, the National Key Laboratory was successfully reorganized in collaboration with the Tea Research Institute of the Chinese Academy of Agricultural Sciences and Hunan Agricultural University. In December of the same year, it was approved as the National Key Laboratory of Tea Germplasm Innovation and Resource Utilization.

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RESEARCH

Advanced Science Publishes the Latest Progress of Professor Xia Enhua's Team on the Coordinated Regulation of Tea Quality and Cold Tolerance

The Laboratory's Professor Song Chuankui Team Reveals the “Accelerator–Brake” Mechanism by Which Low Temperature Precisely Regulates Tea Aroma

Nature Communications | The Laboratory's Professor Wei Chaoling Team Reveals How Structural Variation Drives the Domestication of Flavour and Disease Resistance, Based on Tea Plant Pangenome Research

Plant Physiology Publishes the Laboratory's Wei Chaoling Team's Discovery of a New Mechanism by Which Exogenous cis-3-Hexenyl Acetate Activates Jasmonate Signalling to Enhance Tea Plant Resistance to Ectropis obliqua

Plant Biotechnology Journal | Professor Song Chuankui's Team Discovers the Molecular Mechanism by Which Cold Stress-Induced Volatiles Such as (Z)-3-Hexenol Enhance Tea Plant Cold Tolerance by Activating Ca2+ Signalling

Plant Physiology | The Laboratory's Professors Xia Tao and Gao Liping Reveal a New Mechanism by Which the Long Non-Coding RNA Cslnc170 Enhances Tea Plant Resistance to Anthracnose via Activating the CsLOX4-Mediated Jasmonate Pathway

Plant Physiology | AAU's Song Chuankui / Jing Tingting Team Reveals a New Mechanism by Which the Calcium-Decoding Module CAMTA3–WRKY70–LOX3 Mediates the Volatile DMNT to Induce Jasmonate and Regulate Tea Plant Insect Resistance

Plant Physiology Publishes the Findings of the Laboratory's Zhang Zhaoliang and Wan Xiaochun Teams on the Regulatory Mechanism of Theanine Distribution Between Stem and Leaf in Tea Plants

Plant, Cell & Environment | AAU's Wei Chaoling / Liu Shengrui Team Reveals the Molecular Mechanism by Which the CsMYB72–CsPR10-9 Module Regulates Tea Plant Resistance to Anthracnose

Plant, Cell & Environment | AAU's Song Chuankui / Jing Tingting Team Reveals a New Mechanism by Which β-Elemene Synergizes with Jasmonate in Tea Plant Aphid Resistance

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