A suberized exodermis is required for tomato drought tolerance

A suberized exodermis is required for tomato drought tolerance

Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of e...

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Published in:Nature plants Vol. 10; no. 1; pp. 118 - 130
Main Authors: Cantó-Pastor, Alex, Kajala, Kaisa, Shaar-Moshe, Lidor, Manzano, Concepción, Timilsena, Prakash, De Bellis, Damien, Gray, Sharon, Holbein, Julia, Yang, He, Mohammad, Sana, Nirmal, Niba, Suresh, Kiran, Ursache, Robertas, Mason, G. Alex, Gouran, Mona, West, Donnelly A., Borowsky, Alexander T., Shackel, Kenneth A., Sinha, Neelima, Bailey-Serres, Julia, Geldner, Niko, Li, Song, Franke, Rochus Benni, Brady, Siobhan M.
Format: Journal Article
Language:English
Published: London Nature Publishing Group UK 01-01-2024
Nature Publishing Group
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631/208/212/2019
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BASIC BIOLOGICAL SCIENCES
Biomedical and Life Sciences
Biosynthesis
Cell wall
Diffusion barriers
Drought
Drought resistance
Enzymes
Fatty acids
Genes
Genetic analysis
Glycerol
Hypotheses
Life Sciences
Microscopy
Plant biology
Plant roots
Plant Sciences
Root apical meristem
Roots
Solutes
Tomatoes
Transcription factors
Transcriptomics
Water shortages
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Abstract Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of endodermal differentiation but is absent in the tomato endodermis. Instead, suberin is present in the exodermis, a cell type that is absent in the model organism Arabidopsis thaliana . Here we demonstrate that the suberin regulatory network has the same parts driving suberin production in the tomato exodermis and the Arabidopsis endodermis. Despite this co-option of network components, the network has undergone rewiring to drive distinct spatial expression and with distinct contributions of specific genes. Functional genetic analyses of the tomato MYB92 transcription factor and ASFT enzyme demonstrate the importance of exodermal suberin for a plant water-deficit response and that the exodermal barrier serves an equivalent function to that of the endodermis and can act in its place. Plant roots can respond to the environment by modifying cell type development. Here, the molecular pathways controlling root exodermal suberin are defined, as is its role in drought response. Modulating exodermal suberin levels can be a target for improved plant environmental resilience.
AbstractList Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of endodermal differentiation but is absent in the tomato endodermis. Instead, suberin is present in the exodermis, a cell type that is absent in the model organism Arabidopsis thaliana. Here we demonstrate that the suberin regulatory network has the same parts driving suberin production in the tomato exodermis and the Arabidopsis endodermis. Despite this co-option of network components, the network has undergone rewiring to drive distinct spatial expression and with distinct contributions of specific genes. Functional genetic analyses of the tomato MYB92 transcription factor and ASFT enzyme demonstrate the importance of exodermal suberin for a plant water-deficit response and that the exodermal barrier serves an equivalent function to that of the endodermis and can act in its place.
Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of endodermal differentiation but is absent in the tomato endodermis. Instead, suberin is present in the exodermis, a cell type that is absent in the model organism Arabidopsis thaliana . Here we demonstrate that the suberin regulatory network has the same parts driving suberin production in the tomato exodermis and the Arabidopsis endodermis. Despite this co-option of network components, the network has undergone rewiring to drive distinct spatial expression and with distinct contributions of specific genes. Functional genetic analyses of the tomato MYB92 transcription factor and ASFT enzyme demonstrate the importance of exodermal suberin for a plant water-deficit response and that the exodermal barrier serves an equivalent function to that of the endodermis and can act in its place. Plant roots can respond to the environment by modifying cell type development. Here, the molecular pathways controlling root exodermal suberin are defined, as is its role in drought response. Modulating exodermal suberin levels can be a target for improved plant environmental resilience.
Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of endodermal differentiation but is absent in the tomato endodermis. Instead, suberin is present in the exodermis, a cell type that is absent in the model organism Arabidopsis thaliana. Here we demonstrate that the suberin regulatory network has the same parts driving suberin production in the tomato exodermis and the Arabidopsis endodermis. Despite this co-option of network components, the network has undergone rewiring to drive distinct spatial expression and with distinct contributions of specific genes. Functional genetic analyses of the tomato MYB92 transcription factor and ASFT enzyme demonstrate the importance of exodermal suberin for a plant water-deficit response and that the exodermal barrier serves an equivalent function to that of the endodermis and can act in its place.Plant roots can respond to the environment by modifying cell type development. Here, the molecular pathways controlling root exodermal suberin are defined, as is its role in drought response. Modulating exodermal suberin levels can be a target for improved plant environmental resilience.
Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of endodermal differentiation but is absent in the tomato endodermis. Instead, suberin is present in the exodermis, a cell type that is absent in the model organism Arabidopsis thaliana. Here we demonstrate that the suberin regulatory network has the same parts driving suberin production in the tomato exodermis and the Arabidopsis endodermis. Despite this co-option of network components, the network has undergone rewiring to drive distinct spatial expression and with distinct contributions of specific genes. Functional genetic analyses of the tomato MYB92 transcription factor and ASFT enzyme demonstrate the importance of exodermal suberin for a plant water-deficit response and that the exodermal barrier serves an equivalent function to that of the endodermis and can act in its place.Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of endodermal differentiation but is absent in the tomato endodermis. Instead, suberin is present in the exodermis, a cell type that is absent in the model organism Arabidopsis thaliana. Here we demonstrate that the suberin regulatory network has the same parts driving suberin production in the tomato exodermis and the Arabidopsis endodermis. Despite this co-option of network components, the network has undergone rewiring to drive distinct spatial expression and with distinct contributions of specific genes. Functional genetic analyses of the tomato MYB92 transcription factor and ASFT enzyme demonstrate the importance of exodermal suberin for a plant water-deficit response and that the exodermal barrier serves an equivalent function to that of the endodermis and can act in its place.
Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an apoplastic diffusion barrier, which regulates flow of water, solutes and gases, and is environmentally plastic. Suberin is considered a hallmark of endodermal differentiation but is absent in the tomato endodermis. Instead, suberin is present in the exodermis, a cell type that is absent in the model organism Arabidopsis thaliana . Here we demonstrate that the suberin regulatory network has the same parts driving suberin production in the tomato exodermis and the Arabidopsis endodermis. Despite this co-option of network components, the network has undergone rewiring to drive distinct spatial expression and with distinct contributions of specific genes. Functional genetic analyses of the tomato MYB92 transcription factor and ASFT enzyme demonstrate the importance of exodermal suberin for a plant water-deficit response and that the exodermal barrier serves an equivalent function to that of the endodermis and can act in its place.
Author Mason, G. Alex
Li, Song
Geldner, Niko
Manzano, Concepción
Yang, He
Borowsky, Alexander T.
Holbein, Julia
Kajala, Kaisa
Gouran, Mona
Bailey-Serres, Julia
West, Donnelly A.
Gray, Sharon
Shaar-Moshe, Lidor
Mohammad, Sana
De Bellis, Damien
Ursache, Robertas
Brady, Siobhan M.
Suresh, Kiran
Cantó-Pastor, Alex
Timilsena, Prakash
Nirmal, Niba
Sinha, Neelima
Shackel, Kenneth A.
Franke, Rochus Benni
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  organization: Department of Plant Biology and Genome Center, University of California, Davis
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  text: 2024-01-01
  day: 01
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PublicationTitle Nature plants
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Snippet Plant roots integrate environmental signals with development using exquisite spatiotemporal control. This is apparent in the deposition of suberin, an...
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StartPage 118
SubjectTerms 14/19
14/28
38/39
38/91
631/208/212/2019
631/449/2653/1974
631/449/2661/2146
631/449/448/1365
Alcohol
BASIC BIOLOGICAL SCIENCES
Biomedical and Life Sciences
Biosynthesis
Cell wall
Diffusion barriers
Drought
Drought resistance
Enzymes
Fatty acids
Genes
Genetic analysis
Glycerol
Hypotheses
Life Sciences
Microscopy
Plant biology
Plant roots
Plant Sciences
Root apical meristem
Roots
Solutes
Tomatoes
Transcription factors
Transcriptomics
Water shortages
Title A suberized exodermis is required for tomato drought tolerance
URI https://link.springer.com/article/10.1038/s41477-023-01567-x
https://www.ncbi.nlm.nih.gov/pubmed/38168610
https://www.proquest.com/docview/2918141787
https://www.proquest.com/docview/2910190121
https://www.osti.gov/servlets/purl/2282166
https://pubmed.ncbi.nlm.nih.gov/PMC10808073
Volume 10
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