Microbe-induced coordination of plant iron-sulfur metabolism enhances high light stress tolerance of Arabidopsis - Agropolis

Documentation
French (FR)

English (EN)

Journal Articles Plant Communications Year : 2024

Microbe-induced coordination of plant iron-sulfur metabolism enhances high light stress tolerance of Arabidopsis

(1) , (2) , (1) , (1, 3) , (4) , (1) , (1) , (5) , (1) , (1) , (1) , (1)

1
2
3
4
5

Kirti Shekhawat

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Alaguraj Veluchamy

Function : Author

Department of Computational Biology, St. Jude Children’s Research Hospital, Danny Thomas Place, Memphis 38105, TN, United States of America

Anam Fatima

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Gabriel X García-Ramírez

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Max Planck Institute for Plant Breeding Research

Jean-Philippe Reichheld

Function : Author

Laboratoire Génome et développement des plantes

Olga Artyukh

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Katja Fröhlich

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Alexander Polussa

Function : Author

The Forest School, Yale School of the Environment, Yale University, New Haven, Connecticut, USA

Sabiha Parween

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Arun Prasanna Nagarajan

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Naganand Rayapuram

Function : Author

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Heribert Hirt

Function : Correspondent author
PersonId : 1018826

Connectez-vous pour contacter l'auteur

Biological and Environmental Sciences and Engineering Division [Thuwal, Arabie saoudite]

Keywords

high light stress beneficial plant-microbe interaction redox regulation glutaredoxins ethylene signaling high light stress beneficial plant-microbe interaction redox regulation glutaredoxins ethylene signaling

Domains

Life Sciences [q-bio]

Fichier principal

Vignette du fichier

Shekhawat et al.pdf (12.84 Mo)

Origin	Files produced by the author(s)

Jean-Philippe Reichheld : Connect in order to contact the contributor

https://hal.science/hal-04632797

Submitted on : Tuesday, July 2, 2024-6:09:59 PM

Last modification on : Thursday, July 4, 2024-3:12:27 AM

Dates and versions

hal-04632797 , version 1 (02-07-2024)

Identifiers

HAL Id : hal-04632797 , version 1
DOI : 10.1016/j.xplc.2024.101012

Cite

Kirti Shekhawat, Alaguraj Veluchamy, Anam Fatima, Gabriel X García-Ramírez, Jean-Philippe Reichheld, et al.. Microbe-induced coordination of plant iron-sulfur metabolism enhances high light stress tolerance of Arabidopsis. Plant Communications, 2024, pp.101012. ⟨10.1016/j.xplc.2024.101012⟩. ⟨hal-04632797⟩

Export

BibTeX XML-TEI Dublin Core DC Terms EndNote DataCite

Collections

CNRS UNIV-PERP LGDP AGROPOLIS

67 View

8 Download

Altmetric

Share