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New Role for an Old Rule: N-end Rule-Mediated Degradation of Ethylene Responsive Factor Proteins Governs Low Oxygen Response in Plants

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Journal of Integrative Plant Biology 2013年第1期55卷 31-39页

作者： francesco licausi Chiara Pucciariello Pierdomenico Perata Plant Lab Institute of Life Sciences Scuola Superiore Sant' Anna

The N-end rule pathway regulates protein degradation, which depends on exposed N-terminal sequences in prokaryotes and eukaryotes. In plants, conserved and specific enzymes stimulate selective proteolysis. Although a number of developmental and growth phenotypes have been reported for mutants in the N-end rule, its function has remained unrelated to specific physiological pathways. The first report of the direct involvement of the N-end rule in stress responses focused on hypoxic signaling and how the oxygen-dependent oxidation of cystein promotes the N-end rule-mediated degradation of ethylene responsive factor （ERF）-VII proteins, the master regulators of anaerobic responses. It has been suggested that plants have evolved specific mechanisms to tune ERF-VII availability in the nucleus. In this review, we speculate that ERF-VII proteins are reversibly protected from degradation via membrane sequestration. The oxidative response in plants subjected to anoxic conditions suggests that reactive oxygen and nitrogen species （reactive oxygen species and reactive nitrogen species） may interact or interfere with the N-end rule pathway-mediated response to hypoxia.

关键词： Ethylene response factor flooding hypoxia N-end rule pathway ubiquitin.

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Suffocated shoots:Hypoxia-induced synthesis of salicylic acid inhibits plant regeneration

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Molecular Plant 2024年第4期17卷 528-530页

作者： Ximena Chirinos francesco licausi Department of Biology University of OxfordSouth Parks RoadOxford OX13RBUK

Plant cells possess the unique ability to revert differentiated somatic cells back to a pluripotent state,a trait utilized in in vitro tissue *** plant propagation strategy involves the exogenous supplementation of auxin and cytokinin,two phytohormones that promote cellular reprogramming and de novo *** exposed to an auxin-rich medium,somatic cells proliferate and form the callus,a pluripotent cell *** the attainment of pluripotency,the callus can be transferred to a cytokinin-rich medium to induce shoot regeneration.

关键词： plant synthesis transferred

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Underwater survival:Calcium signaling keeps plants afloat

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Molecular Plant 2023年第6期16卷 971-972页

作者： Daai Zhang francesco licausi Department of Biology University of OxfordSouth Park RoadOxford OX13RBUK

Plant submergence is a composite stress where hypoxia plays a critical *** inhibits growth and threatens survival by limiting ATP production via oxidative *** in ambient oxygen availability impacts especially those tissues characterized by high metabolic demand or barriers to gas diffusion(Xie et al.,2021).Adaptation to hypoxia involves metabolic and anatomic reprogramming,which are largely controlled by ERFVll transcription factors.

关键词： float programming ambient

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Endogenous Hypoxia in Lateral Root Primordia Controls Root Architecture by Antagonizing Auxin Signaling in Arabidopsis

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Molecular Plant 2019年第4期12卷 538-551页

作者： Vinay Shukla Lara Lombardi Sergio lacopino Ales Pencik Ondrej Novak Pierdomenico Perata Beatrice Giuntoli francesco licausi Unstitute of Life Sciences Scuola Superiore Sant'Anna Pisa Italy Biology Department University of Pisa Pisa Italy Laboratory of Growth Regulators Centre of the Region Hana for Biotechnological and Agricultural Research Institute of Experimental Botany CAS & Faculty of Science. Palacky University Slechtitelu 27 78371 Olomouc Czech Republic

As non-photosynthesizing organs, roots are dependent on diffusion of oxygen from the external environment and, in some in stances, from the shoot for their aerobic metabolism . Establishment of hypoxic niches in the developing tissues of plants has been postulated as a consequence of insufficient diffusion of oxygen to satisfy the demands throughout development. Here, we report that such niches are established at specific stages of lateral root primordia development in Arabidopsis thaliana grown under aerobic conditions. Using gain- and loss-of-function mutants, we show that ERF-Ⅶ transcription factors, which mediate hypoxic responses, control root architecture by acting in cells with a high level of auxin signaling. ERF-Ⅶs repress the expression of the auxin-induced genes LBD16, LBD18, and PUCHI, which are essential for lateral root development, by binding to their promoters. Our results support a model in which the establishment of hypoxic n iches in the developing lateral root primordia con tributes to the shutting down of key auxin-induced genes and regulates the production of lateral roots.

关键词： Arabidopsis auxin ERF-VII, hypoxia lateral root root development

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