发表论文 |
[1] fgf1δhbs prevents diabetic cardiomyopathy by maintaining mitochondrial homeostasis and reducing oxidative stress via ampk/nur77 suppression. dezhong wang*, yuan yin*, shuyi wang*, tianyang zhao*, fanghua gong, yushuo zhao, beibei wang, yuli huang, zizhao cheng, guanghui zhu, zengshou wang, yang wang, jun ren, guang liang#, xiaokun li#, zhifeng huang#. signal transduction and targeted therapy. 2021 mar 24;6(1):133. （i区top，if=18.2） [2] pparγ mediates the anti-epithelial-mesenchymal transition effects of fgf1δhbs in chronic kidney diseases via inhibition of tgf-β1/smad3 signaling. dezhong wang*, tianyang zhao*, yushuo zhao*, yuan yin, yuli huang, zizhao cheng, beibei wang, sidan liu, minling pan, difei sun#, zengshou wang#, guanghui zhu#. frontiers in pharmacology. 2021 jun 3;12:690535. (ii区，if=5.8) [3] fgf1δhbs ameliorates chronic kidney disease via pi3k/akt mediated suppression of oxidative stress and inflammation. dezhong wang*, mengyun jin*, xinyu zhao*, tianyang zhao, wei lin, zhengle he, miaojuan fan, wei jin, jie zhou, lingwei jin, chao zheng, hui jin, yushuo zhao, xiaokun li, lei ying, yang wang#, guanghui zhu#, zhifeng huang#. cell death & disease. 2019 jun 12;10(6):464. （ii区，if=8.5） [4] expression of bioactive anti-cd20 antibody fragments and induction of er stress response in arabidopsis seeds. wang d, ma j, sun d, li h, jiang c#, li x#. applied microbiology and biotechnology. 2015 aug;99(16):6753-64. （ii区top，if=4.8） |
