Adaptation to water deficit in citrus scion/rootstock associations is modulated by polyploidy and is related to specific changes in root and leaf transcriptome

Name: Adaptation to water deficit in citrus scion/rootstock associations is modulated by polyploidy and is related to specific changes in root and leaf transcriptome
Creator: Raphael Morillon
Published: 2025-05-22T07:11:22.831Z
Keywords: Agronomy

Morillon, Raphael; Calvez, Leny

doi:10.17632/rghn6ctww7.1

Adaptation to water deficit in citrus scion/rootstock associations is modulated by polyploidy and is related to specific changes in root and leaf transcriptome

Published: 22 May 2025| Version 1 | DOI: 10.17632/rghn6ctww7.1

Contributors:

Raphael Morillon, Leny Calvez

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Supplementary dataset S1 and S2: DEG, GO, and KEGG analyses performed on leaf and root samples from four citrus scion/rootstock combinations with different ploidy levels, under control and water deficit conditions.

Adaptation to water deficit in citrus scion/rootstock associations is modulated by polyploidy and is related to specific changes in root and leaf transcriptome

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