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Your search keyword '"Wendehenne, David"' showing total 10 results
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10 results on '"Wendehenne, David"'

5. NO Signalling in Plant Immunity

Author

Rosnoblet, Claire, primary, Bourque, Stéphane, additional, Nicolas-Francès, Valérie, additional, Lamotte, Olivier, additional, Besson-Bard, Angélique, additional, Jeandroz, Sylvain, additional, and Wendehenne, David, additional

Published
2016
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6. NO-Based Signaling in Plants

Author

Wendehenne, David, primary, Courtois, Cécile, additional, Besson, Angélique, additional, Gravot, Antoine, additional, Buchwalter, Annie, additional, Pugin, Alain, additional, and Lamotte, Olivier, additional

Published
2006
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8. Salicylic Acid- And Nitric Oxide-Mediated Signal Transduction In Disease Resistance

Author

Klessig, Daniel F., primary, Durner, Jörg, additional, Navarre, Roy, additional, Kumar, Dhirendra, additional, Shah, Jyoti, additional, Zhou, Jun Ma, additional, Zhang, Shuqun, additional, Wendehenne, David, additional, Kachroo, Pradeep, additional, Silva, Herman, additional, Yoshioka, Keiko, additional, Trifa, Youssef, additional, Pontier, Dominique, additional, Lam, Eric, additional, Chen, Zhixiang, additional, Anderson, Marc, additional, and Du, He, additional

Published
2001
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10. NO-Based Signaling in Plants.

Author

Lamattina, Lorenzo, Polacco, Joseph C., Wendehenne, David, Courtois, Cécile, Besson, Angélique, Gravot, Antoine, Buchwalter, Annie, Pugin, Alain, and Lamotte, Olivier

Abstract

In animals, nitric oxide (NO) is an endogenously produced radical involved in cell communication and signal transduction. Its functions in plants are currently being discovered at an unprecedented pace, and insight into NO-derived mechanisms has mainly been gained from research on signal transduction. Numerous studies have firmly placed NO as one component of the signal perception-transduction network that connects plant responses to primary signals, including hormones, elicitors of defence responses or abiotic stresses. Protein kinases and the second messengers Ca2+, cGMP, and cADPR convey part of the NO signal within cells. Furthermore, NO-based protein modifications are emerging as broad-based mechanisms for posttranslational regulation of protein function and might be implied in the regulation of numerous signaling pathways. [ABSTRACT FROM AUTHOR]

Published
2007
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