The multifaceted role of Lon proteolysis in edling establishment and maintenance of plant organelle function: living from protein destruction 期刊名称： Physiologia Plantarum
作者： Stamatis Rigas,Gerasimos Daras,Dikran Tsitkian,Polydefkis Hatzopoulos 年份： 2012年产妇饮食
期号： 第1期
关键词：
税务行政诉讼Mitochondria;Chloroplasts;Peroxisomes;Arabidopsis;Seeds;Seedling;Evolution,
Molecular;Protein Transport;Oxidation-Reduction;Germination
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最近发展区是指摘要：Intracellular lective proteolysis is an important post-translational regulatory mechanism maintaining protein quality control by removing defective, damaged or even deleterious protein aggregates. The ATP-dependent Lon protea is a key component of protein quality control that is highly conrved across the kingdoms of living organisms. Major advancements have been made in bacteria and in non-plant organisms to understand the role of Lon in protection against protein oxidatio
牡丹花功效n, ageing and neurodegenerative dias. This review prents the progress currently made in plants. The Lon gene family in Arabidopsis consists of four members that produce distinct protein isoforms localized in veral organelles. Lon1 and Lon4 that potentially originate from a recent gene duplication event are dual-targeted to mitochondria
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