The Mechanisms Underlying Physiological and Molecular Responses to Waterlogging in Flax

Waterlogging due to excessive rainfall has become a factor limiting flax production in southern China. This has led to morphology alteration, and biomass and yield reduction in field crop production. Flax variety Zhongyama 1 was planted in sand culture, and the adaptive mechanisms of the responses t...

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Published inJournal of natural fibers Vol. 20; no. 2
Main Authors Qiu, Caisheng, Qiu, HuaJiao, Peng, Dingxiang, Chen, Jianhua, Wang, Yufu, Stybayev, Gani, Baitelenova, Aliya, Kipshakpayeva, Gulden, Begalina, Almagul, Wu, Zhimin
Format Journal Article
LanguageEnglish
Published Abingdon Taylor & Francis 18.08.2023
Taylor & Francis Ltd
Taylor & Francis Group
Subjects
Biomass
Biosynthesis
China
Crop production
Electron transport
Electron transport chain
field crops
Flax
Gene expression
genes
glucose
Glucose metabolism
Glutathione
Glycolysis
Height
Lignin
lignin synthesis and degradation
Metabolism
oxygen
phenylpropanoid biosynthesis
Plant growth
Plant hormones
rain
Rainfall
Reactive oxygen species
resistant agriculture
sand
Signal transduction
Waterlogging
亚麻
抗性农业
木质素的合成和降解
水涝
苯丙素生物合成
China
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Abstract Waterlogging due to excessive rainfall has become a factor limiting flax production in southern China. This has led to morphology alteration, and biomass and yield reduction in field crop production. Flax variety Zhongyama 1 was planted in sand culture, and the adaptive mechanisms of the responses to waterlogging in the fast growth and harvest stage were determined. According to the results, height and total biomass decreased significantly under waterlogged conditions during the fast growth period; furthermore, in the harvest stage, flax height increased significantly, whereas the technical length, fork diameter, and weight decreased significantly. For gene expression, the gene of glucose, glutathione metabolism, was up-regulated in shoot, and the gene of phenylpropanoid metabolic, lignin, was up-regulated in root. The results suggested that the synthesis and degradation of lignin is involved in flax resistance to waterlogging, especially in terms of phenylpropanoid biosynthesis, glycolysis, and metabolism of plant hormone signal transduction. Furthermore, unpaired electrons flowing through the electron transport chain may react with oxygen to produce ROS and hamper plant growth, development, and survival.
AbstractList Waterlogging due to excessive rainfall has become a factor limiting flax production in southern China. This has led to morphology alteration, and biomass and yield reduction in field crop production. Flax variety Zhongyama 1 was planted in sand culture, and the adaptive mechanisms of the responses to waterlogging in the fast growth and harvest stage were determined. According to the results, height and total biomass decreased significantly under waterlogged conditions during the fast growth period; furthermore, in the harvest stage, flax height increased significantly, whereas the technical length, fork diameter, and weight decreased significantly. For gene expression, the gene of glucose, glutathione metabolism, was up-regulated in shoot, and the gene of phenylpropanoid metabolic, lignin, was up-regulated in root. The results suggested that the synthesis and degradation of lignin is involved in flax resistance to waterlogging, especially in terms of phenylpropanoid biosynthesis, glycolysis, and metabolism of plant hormone signal transduction. Furthermore, unpaired electrons flowing through the electron transport chain may react with oxygen to produce ROS and hamper plant growth, development, and survival.
Author Kipshakpayeva, Gulden
Peng, Dingxiang
Begalina, Almagul
Baitelenova, Aliya
Chen, Jianhua
Wang, Yufu
Stybayev, Gani
Qiu, Caisheng
Qiu, HuaJiao
Wu, Zhimin
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crossref_primary_10_3390_agronomy13092215
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Snippet Waterlogging due to excessive rainfall has become a factor limiting flax production in southern China. This has led to morphology alteration, and biomass and...
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SubjectTerms Biomass
Biosynthesis
China
Crop production
Electron transport
Electron transport chain
field crops
Flax
Gene expression
genes
glucose
Glucose metabolism
Glutathione
Glycolysis
Height
Lignin
lignin synthesis and degradation
Metabolism
oxygen
phenylpropanoid biosynthesis
Plant growth
Plant hormones
rain
Rainfall
Reactive oxygen species
resistant agriculture
sand
Signal transduction
Waterlogging
亚麻
抗性农业
木质素的合成和降解
水涝
苯丙素生物合成
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Title The Mechanisms Underlying Physiological and Molecular Responses to Waterlogging in Flax
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