ROS-mediated redox signaling during cell differentiation in plants

Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation. The cellular redox state has a major impact on cell fate and multicellular organism development. However, the exact molecular mechanisms through which ROS manifest their regulatio...

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Published inBiochimica et biophysica acta Vol. 1850; no. 8; pp. 1497 - 1508
Main Authors Schmidt, Romy, Schippers, Jos H.M.
Format Journal Article
LanguageEnglish
Published Netherlands Elsevier B.V 01.08.2015
Subjects
Cell differentiation
Cell Differentiation - physiology
cell division
Cell Proliferation
Meristem - cytology
Meristem - growth & development
Meristem - metabolism
Models, Biological
Oxidation-Reduction
Plant
plant development
Plant Roots - cytology
Plant Roots - growth & development
Plant Roots - metabolism
Plant Shoots - cytology
Plant Shoots - growth & development
Plant Shoots - metabolism
Reactive oxygen species
Reactive Oxygen Species - metabolism
Redox
Signal Transduction - physiology
Signaling
transcription (genetics)
Redox
Signaling
Reactive oxygen species
Plant
Cell differentiation
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Abstract Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation. The cellular redox state has a major impact on cell fate and multicellular organism development. However, the exact molecular mechanisms through which ROS manifest their regulation over cellular development are only starting to be understood in plants. ROS levels are constantly monitored and any change in the redox pool is rapidly sensed and responded upon. Different types of ROS cause specific oxidative modifications, providing the basic characteristics of a signaling molecule. Here we provide an overview of ROS sensors and signaling cascades that regulate transcriptional responses in plants to guide cellular differentiation and organ development. Although several redox sensors and cascades have been identified, they represent only a first glimpse on the impact that redox signaling has on plant development and growth. We provide an initial evaluation of ROS signaling cascades involved in cell differentiation in plants and identify potential avenues for future studies. This article is part of a Special Issue entitled Redox regulation of differentiation and de-differentiation. •The cellular redox state plays a key role in cell fate decisions.•A compendium of current redox sensors and signaling cascades is presented.•Redox-sensitive transcription factors play a key role during cell differentiation.
AbstractList Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation.BACKGROUNDReactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation.The cellular redox state has a major impact on cell fate and multicellular organism development. However, the exact molecular mechanisms through which ROS manifest their regulation over cellular development are only starting to be understood in plants. ROS levels are constantly monitored and any change in the redox pool is rapidly sensed and responded upon. Different types of ROS cause specific oxidative modifications, providing the basic characteristics of a signaling molecule. Here we provide an overview of ROS sensors and signaling cascades that regulate transcriptional responses in plants to guide cellular differentiation and organ development.SCOPE OF REVIEWThe cellular redox state has a major impact on cell fate and multicellular organism development. However, the exact molecular mechanisms through which ROS manifest their regulation over cellular development are only starting to be understood in plants. ROS levels are constantly monitored and any change in the redox pool is rapidly sensed and responded upon. Different types of ROS cause specific oxidative modifications, providing the basic characteristics of a signaling molecule. Here we provide an overview of ROS sensors and signaling cascades that regulate transcriptional responses in plants to guide cellular differentiation and organ development.Although several redox sensors and cascades have been identified, they represent only a first glimpse on the impact that redox signaling has on plant development and growth.MAJOR CONCLUSIONSAlthough several redox sensors and cascades have been identified, they represent only a first glimpse on the impact that redox signaling has on plant development and growth.We provide an initial evaluation of ROS signaling cascades involved in cell differentiation in plants and identify potential avenues for future studies. This article is part of a Special Issue entitled Redox regulation of differentiation and de-differentiation.GENERAL SIGNIFICANCEWe provide an initial evaluation of ROS signaling cascades involved in cell differentiation in plants and identify potential avenues for future studies. This article is part of a Special Issue entitled Redox regulation of differentiation and de-differentiation.
Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation. The cellular redox state has a major impact on cell fate and multicellular organism development. However, the exact molecular mechanisms through which ROS manifest their regulation over cellular development are only starting to be understood in plants. ROS levels are constantly monitored and any change in the redox pool is rapidly sensed and responded upon. Different types of ROS cause specific oxidative modifications, providing the basic characteristics of a signaling molecule. Here we provide an overview of ROS sensors and signaling cascades that regulate transcriptional responses in plants to guide cellular differentiation and organ development. Although several redox sensors and cascades have been identified, they represent only a first glimpse on the impact that redox signaling has on plant development and growth. We provide an initial evaluation of ROS signaling cascades involved in cell differentiation in plants and identify potential avenues for future studies. This article is part of a Special Issue entitled Redox regulation of differentiation and de-differentiation. •The cellular redox state plays a key role in cell fate decisions.•A compendium of current redox sensors and signaling cascades is presented.•Redox-sensitive transcription factors play a key role during cell differentiation.
Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation.The cellular redox state has a major impact on cell fate and multicellular organism development. However, the exact molecular mechanisms through which ROS manifest their regulation over cellular development are only starting to be understood in plants. ROS levels are constantly monitored and any change in the redox pool is rapidly sensed and responded upon. Different types of ROS cause specific oxidative modifications, providing the basic characteristics of a signaling molecule. Here we provide an overview of ROS sensors and signaling cascades that regulate transcriptional responses in plants to guide cellular differentiation and organ development.Although several redox sensors and cascades have been identified, they represent only a first glimpse on the impact that redox signaling has on plant development and growth.We provide an initial evaluation of ROS signaling cascades involved in cell differentiation in plants and identify potential avenues for future studies. This article is part of a Special Issue entitled Redox regulation of differentiation and de-differentiation.
Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation. The cellular redox state has a major impact on cell fate and multicellular organism development. However, the exact molecular mechanisms through which ROS manifest their regulation over cellular development are only starting to be understood in plants. ROS levels are constantly monitored and any change in the redox pool is rapidly sensed and responded upon. Different types of ROS cause specific oxidative modifications, providing the basic characteristics of a signaling molecule. Here we provide an overview of ROS sensors and signaling cascades that regulate transcriptional responses in plants to guide cellular differentiation and organ development. Although several redox sensors and cascades have been identified, they represent only a first glimpse on the impact that redox signaling has on plant development and growth. We provide an initial evaluation of ROS signaling cascades involved in cell differentiation in plants and identify potential avenues for future studies. This article is part of a Special Issue entitled Redox regulation of differentiation and de-differentiation.
Author Schmidt, Romy
Schippers, Jos H.M.
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Keywords Redox
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Reactive oxygen species
Plant
Cell differentiation
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Snippet Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation. The cellular redox state has a major...
Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation.BACKGROUNDReactive oxygen species (ROS)...
Reactive oxygen species (ROS) have emerged in recent years as important regulators of cell division and differentiation.The cellular redox state has a major...
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SubjectTerms Cell differentiation
Cell Differentiation - physiology
cell division
Cell Proliferation
Meristem - cytology
Meristem - growth & development
Meristem - metabolism
Models, Biological
Oxidation-Reduction
Plant
plant development
Plant Roots - cytology
Plant Roots - growth & development
Plant Roots - metabolism
Plant Shoots - cytology
Plant Shoots - growth & development
Plant Shoots - metabolism
Reactive oxygen species
Reactive Oxygen Species - metabolism
Redox
Signal Transduction - physiology
Signaling
transcription (genetics)
Title ROS-mediated redox signaling during cell differentiation in plants
URI https://dx.doi.org/10.1016/j.bbagen.2014.12.020
https://www.ncbi.nlm.nih.gov/pubmed/25542301
https://www.proquest.com/docview/1703698513
https://www.proquest.com/docview/2000224398
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