Sumoylation in lens differentiation and pathogenesis

DOI	Resolve DOI: http://doi.org/10.2174/1566524017666170109123238
Author	Search for: Xiang, J-W; Search for: Chen, Z-G; Search for: Gong, Lili; Search for: Xiao, Y.; Search for: Qing, W-J; Search for: Wang, Lisi; Search for: Hu, X-H; Search for: Huang, Z-X; Search for: Qi, R-L; Search for: Yang, T-H; Search for: Arrigo, A-P; Search for: Zhang, Lei¹ ; Search for: Tang, X-C; Search for: Huang, S.; Search for: Liu, F-Y; Search for: Luo, Z-W; Search for: Liu, Y-F; Search for: Sun, Q.; Search for: Gigantelli, J.; Search for: Liu, Y-Z; Search for: Li, D. W-C
Name affiliation	National Research Council Canada. Energy, Mining and Environment
Type	Article
Series title	Current Molecular Medicine; no. 17
ISSN	1566-5240 1875-5666
Abstract	Sumoylation, a post-translational modification discovered over a decade ago, turns out to be a very important regulatory mechanism mediating multiple cellular processes. Recent studies from our laboratory and others also revealed that it plays a crucial role in regulating both differentiation and pathogenesis of the ocular lenses. This review will summarize these progresses.
Publication date	2017-01
Publisher	Bentham Science
Language	English
Peer reviewed	Yes
NPARC number	23001316
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Record identifier	04702de5-9e40-4ea9-8005-311adef019e8
Record created	2017-01-17
Record modified	2017-03-14