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Wang Fang-Fang

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Publication

Featured researches published by Wang Fang-Fang.

PLOS Pathogens | 2017

Identification of essential amino acids for detection of DSF.

Cai Zhen; Yuan Zhi-Hui; Zhang Huan; Pan Yue; Wu Yao; Tian Xiu-Qi; Wang Fang-Fang; Wang Li; Qian Wei

PLOS Pathogens | 2017

DSF directly binds to the sensor region of RpfC.

Cai Zhen; Yuan Zhi-Hui; Zhang Huan; Pan Yue; Wu Yao; Tian Xiu-Qi; Wang Fang-Fang; Wang Li; Qian Wei

PLOS Pathogens | 2017

Impact of substitution of essential amino acids in RpfC sensor on DSF perception and bacterial virulence.

Cai Zhen; Yuan Zhi-Hui; Zhang Huan; Pan Yue; Wu Yao; Tian Xiu-Qi; Wang Fang-Fang; Wang Li; Qian Wei

PLOS Pathogens | 2017

Putative N-terminal sensor and transmembrane helices are essential to RpfC regulation in virulence.

Cai Zhen; Yuan Zhi-Hui; Zhang Huan; Pan Yue; Wu Yao; Tian Xiu-Qi; Wang Fang-Fang; Wang Li; Qian Wei

PLOS Pathogens | 2017

DSF stimulates the autokinase activity of full-length RpfC.

Cai Zhen; Yuan Zhi-Hui; Zhang Huan; Pan Yue; Wu Yao; Tian Xiu-Qi; Wang Fang-Fang; Wang Li; Qian Wei

PLOS Pathogens | 2017

The input region of RpfC is essential in DSF sensing.

Cai Zhen; Yuan Zhi-Hui; Zhang Huan; Pan Yue; Wu Yao; Tian Xiu-Qi; Wang Fang-Fang; Wang Li; Qian Wei

PLOS Pathogens | 2016

VgrS senses Fe3+ depletion by its sensor region.

Wang Li; Pan Yue; Yuan Zhi-Hui; Zhang Huan; Peng Bao-Yu; Wang Fang-Fang; Qian Wei

PLOS Pathogens | 2016

Dissection of the VgrR binding consensus motif.

Wang Li; Pan Yue; Yuan Zhi-Hui; Zhang Huan; Peng Bao-Yu; Wang Fang-Fang; Qian Wei

PLOS Pathogens | 2016

Iron-VgrR binding disassociates VgrR-DNA and VgrR-VgrS interactions.

Wang Li; Pan Yue; Yuan Zhi-Hui; Zhang Huan; Peng Bao-Yu; Wang Fang-Fang; Qian Wei

PLOS Pathogens | 2016

vgrR-vgrS modulates bacterial responses to iron-replete and depleted conditions.

Wang Li; Pan Yue; Yuan Zhi-Hui; Zhang Huan; Peng Bao-Yu; Wang Fang-Fang; Qian Wei

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