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Noni Franklin-Tong’s research focuses on the cellular mechanisms involved in the model cell-cell recognition system of self-incompatibility (SI) in Papaver rhoeas (the Field Poppy). She is recognized at an international level for her work elucidating the cellular mechanisms responsible for regulating the rejection of “self” pollen.
Noni initiated pioneering research of SI in Papaver rhoeas. Her development of an in vitro bioassay in the 1980s allowed investigation of the cell biology of SI for the first time. This model system enabled elucidation of the signals, targets and cellular mechanisms responsible for regulating the rejection of “self” incompatible pollen. Her research has uncovered an intricate intracellular signalling network triggered by a highly specific cell-cell interaction starting with tip growth inhibition and culminating in programmed cell death. Research continues in collaboration with various labs in the UK and internationally.
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Molecular Plant (2023)
Jianbing Hu,Chenchen Liu,Zezhen Du, Furong Guo, Dan Song,Nan Wang,Zhuangmin Wei, Jingdong Jiang,Zonghong Cao,Chunmei Shi,Siqi Zhang,Chenqiao Zhu,
Plant biotechnology journalno. 5 (2023): 1113-1131
Current Biologyno. 11 (2023): R530-R542
Mei Liang,Zonghong Cao,Andan Zhu,Yuanlong Liu, Mengqin Tao, Huayan Yang,Qiang Xu Jr,Shaohua Wang,Junjie Liu,Yongping Li,Chuanwu Chen,Zongzhou Xie,
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