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• W1925651000 endingPage "1027" @default.
• W1925651000 startingPage "1014" @default.
• W1925651000 abstract "The importance of the arginyl-tRNA protein transferase (ATE), the enzyme mediating post-translation arginylation of proteins in the N-end rule degradation (NERD) pathway of protein stability, was analysed in Physcomitrella patens and compared to its known functions in other eukaryotes. We characterize ATE:GUS reporter lines as well as ATE mutants in P. patens to study the impact and function of arginylation on moss development and physiology. ATE protein abundance is spatially and temporally regulated in P. patens by hormones and light and is highly abundant in meristematic cells. Further, the amount of ATE transcript is regulated during abscisic acid signalling and downstream of auxin signalling. Loss-of-function mutants exhibit defects at various levels, most severely in developing gametophores, in chloroplast starch accumulation and senescence. Thus, arginylation is necessary for moss gametophyte development, in contrast to the situation in flowering plants. Our analysis further substantiates the conservation of the N-end rule pathway components in land plants and highlights lineage-specific features. We introduce moss as a model system to characterize the role of the NERD pathway as an additional layer of complexity in eukaryotic development." @default.
• W1925651000 created "2016-06-24" @default.
• W1925651000 creator A5002023600 @default.
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• W1925651000 creator A5036441626 @default.
• W1925651000 creator A5052076805 @default.
• W1925651000 creator A5052422800 @default.
• W1925651000 creator A5058282749 @default.
• W1925651000 date "2015-10-02" @default.
• W1925651000 modified "2023-10-18" @default.
• W1925651000 title "Spatio‐temporal patterning of arginyl‐ <scp>tRNA</scp> protein transferase ( <scp>ATE</scp> ) contributes to gametophytic development in a moss" @default.
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