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Gli2 modulates cell cycle re-entry through autophagy-mediated regulation on the length of primary cilia

机译：GLI2通过自噬介导的调节调节细胞周期重新进入在原发性纤毛的长度上

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Ching-Ju Hsiao; Chia-Hsiang Chang; Ridwan Babatunde Ibrahim; I-Hsuan Lin; Chun-Hung Wang; Won-Jing Wang; Jin-Wu Tsai;
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1. Gli2 modulates cell cycle re-entry through autophagy-mediated regulation of the length of primary cilia [J] . Hsiao Ching-Ju, Chang Chia-Hsiang, Ibrahim Ridwan Babatunde, Journal of Cell Science . 2018,第24期

机译：GLI2通过自噬介导的法规调节细胞周期重新进入原发性纤毛的长度的调节
2. Investigation of GLI2 functions in regulating primary cilia and cell cycle re-entry using CRISPR/Cas 9 technology [J] . Hsaio C. -J., Chang C. H., Tsai J. -W. Journal of Neurochemistry: Offical Journal of the International Society for Neurochemistry . 2017,第S1期

机译：使用CRISPR / CAS 9技术调查初级纤毛和细胞周期再入的GLI2功能
3. FOP Negatively Regulates Ciliogenesis and Promotes Cell Cycle Re-entry by Facilitating Primary Cilia Disassembly [J] . Jiang Huadong, Liu Shanshan, Cheung Man-Hei, Frontiers in Cell and Developmental Biology . 2020,第1期

机译：FOP通过促进原发性纤毛拆卸来负面调节纤氯化并促进细胞周期重新进入
4. Arsenic trioxide reduces cell growth via down-regulation of Gli2 in gastric cancer [C] . Xiaowei Chi, Xiaoru Wang, Jie Liu, International Conference on Biological Information and Biomedical Engineering . 2018

机译：三氧化二砷通过下调胃癌中Gli2的表达来减少细胞生长
5. Regulation of MCM Helicase Loading During Early Differentiation and Cell Cycle Re-entry [D] . Matson, Jacob Peter. 2019

机译：早期分化和细胞周期再进入过程中MCM解旋酶负载的调节
6. FOP Negatively Regulates Ciliogenesis and Promotes Cell Cycle Re-entry by Facilitating Primary Cilia Disassembly [O] . Huadong Jiang, Shanshan Liu, Man-Hei Cheung, 2020

机译：FOP通过促进原发性纤毛拆卸来负面调节纤氯化并促进细胞周期重新进入
7. FOP plays a negative role in ciliogenesis and promotes cell cycle re-entry by facilitating primary cilia disassembly [O] . Huadong Jiang, Man-Hei Cheung, Aftab Amin, 2019

机译：FOP在Cilio生成中起着负面作用，通过促进原发性纤毛拆卸来促进细胞周期重新进入

Gli2 modulates cell cycle re-entry through autophagy-mediated regulation on the length of primary cilia

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