Plant editosome database: a curated database of RNA editosome in plants

Man Li(Chinese Academy of Sciences), Lin Xia(Chinese Academy of Sciences), Yuansheng Zhang(Chinese Academy of Sciences), Guangyi Niu(Chinese Academy of Sciences), Mengwei Li(Chinese Academy of Sciences), Pei Wang(Chinese Academy of Sciences), Yang Zhang(Chinese Academy of Sciences), Jian Sang(Chinese Academy of Sciences), Dong Zou(Chinese Academy of Sciences), Songnian Hu(Chinese Academy of Sciences), Lili Hao(Chinese Academy of Sciences), Zhang Zhang(Chinese Academy of Sciences)
Nucleic Acids Research
October 17, 2018
Cited by 55Open Access
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Abstract

RNA editing plays an important role in plant development and growth, enlisting a number of editing factors in the editing process and accordingly revealing the diversity of plant editosomes for RNA editing. However, there is no resource available thus far that integrates editosome data for a variety of plants. Here, we present Plant Editosome Database (PED; http://bigd.big.ac.cn/ped), a curated database of RNA editosome in plants that is dedicated to the curation, integration and standardization of plant editosome data. Unlike extant relevant databases, PED incorporates high-quality editosome data manually curated from related publications and organelle genome annotations. In the current version, PED integrates a complete collection of 98 RNA editing factors and 20 836 RNA editing events, covering 203 organelle genes and 1621 associated species. In addition, it contains functional effects of editing factors in regulating plant phenotypes and includes detailed experimental evidence. Together, PED serves as an important resource to help researchers investigate the RNA editing process across a wide range of plants and thus would be of broad utility for the global plant research community.


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