(1)zhang, p., qian, d., luo, c., niu, y., li, t., li, c., xiang, y., wang, x., niu, y.* (2021) arabidopsis adf5 acts as a downstream target gene of cbfs in response to low-temperature stress. front. cell dev.biol. 9: 635533.
(2)zhou, y.1, yang, y.1 and niu, y.1, fan, t., qian, d., luo, c.,shi, y., li, s., an, l., xiang, y.* (2020) the tip-localized phosphatidylserine established by arabidopsis ala3 is crucial for rab gtpase-mediated vesicle trafficking and pollen tube growth. plant cell 32(10): 3170-3187
(3)qian, d., zhang, z., he, j., zhang, p., ou, x., li, t., niu, l., nan, q., niu, y., he, w., an, l., jiang, k., xiang, y.* (2019) arabidopsis adf5 promotes stomatal closure by regulating actin cytoskeleton remodeling in response to aba and drought stress. j. exp. bot. 70(2): 435-446.
(4)niu, y.1* and xiang, y.* (2018). an overview of biomembrane functions in plant responses to high-temperature stress. front. plant sci. 9:915. (入选2020年“高被引论文”)
(5)niu, y.1*, qian, d., liu, b., ma, j., wan, d., wang, x., he, w., xiang, y.* (2017). ala6, a p4-type atpase, is involved in heat stress responses in arabidopsis thaliana. front. plant sci. 8:1732.
(6)nan, q.1, qian, d.1, niu, y., he, y., tong, s., niu, z., ma, j., yang, y., an, l., wan, d.*, xiang, y.* (2017). plant actin-depolymerizing factors possess opposing biochemical properties arising from key amino acid changes throughout evolution. plant cell 29:395-408. (highlighted paper by science editor in “in brief” ).
(7)zhu, j.1, nan, q.1, qin, t.1, qian, d., mao, t., yuan, s., wu, x., niu, y., bai, q., an, l., xiang, y.* (2017). higher-ordered actin structures remodeled by arabidopsis actin-depolymerizing factor5 are important for pollen germination and pollen tube growth. mol. plant 10:1065-1081.
(8)niu, y.1, wang, y., li, p., zhang, f., liu, h.* and zheng, g.* (2013). drought stress induces oxidative stress and antioxidant defense system in ascorbate-deficient vtc1 mutants of arabidopsis thaliana. acta physiol. plant 35: 1189-1200.
注:“1”第一作者,“*”通讯作者