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Related GMR Articles

Abiotic stress; Cold; MYB; Rice; Transcription factor

The MYB-domain proteins exist universally across diverse organisms and regulate numerous processes during the plant life cycle. In the present research, a full-length MYB gene OsMYB511 was identified from rice seedlings through microarray data. Induction of OsMYB511 by cold stress was dramatic in japonica cultivar Jiucaiqing as compared to indica IR26. ... more

P. Huang; H. Chen; R. Mu; X. Yuan; H.S. Zhang; J. Huang
Abiotic stress; Lipid transfer proteins; Oryza sativa L.; UBQ10

Saline stress is one of the primary factors limiting increased rice productivity in the southern region of Brazil. Farming can be affected by salinity that is due to both the origin of the soils as well as the irrigation water. Lipid transfer proteins (LTPs) have many physiological functions, including in the response to saline stress. Therefore, the objective of this study was to ... more

G.P. Moraes; L.C. Benitez; M.Ndo Amaral; I.L. Vighi; P.A. Auler; L.C. da Maia; V.J. Bianchi; E.J.B. Braga
DNA methylation; Osmotic stress; Proline; Rice

Proline accumulation is involved in plant osmotic stress tolerance. Given that DNA methylation is related to almost all metabolic processes through regulation of gene expression, we suspected that this epigenetic modification and proline biosynthesis are probably related. To test this, we investigated whether osmotic stress-induced proline accumulation is associated with DNA methylation ... more

C.Y. Zhang; N.N. Wang; Y.H. Zhang; Q.Z. Feng; C.W. Yang; B. Liu
Germination; NaCl treatment; Plant height; Proline

MYB, v-myb avian myeloblastosis viral oncogene homolog, proteins play central roles in plant stress response. Previously, we identified a novel R2R3-MYB transcription factor, GmMYB12B2, which affected the expression levels of some key enzyme genes involved in flavonoid biosynthesis in transgenic Arabidopsis. In the present study, we analyzed the expression levels of ... more

X.W. Li; Y. Wang; F. Yan; J.W. Li; Y. Zhao; X. Zhao; Y. Zhai; Q.Y. Wang; X.W. Li; Y. Wang; F. Yan; J.W. Li; Y. Zhao; X. Zhao; Y. Zhai; Q.Y. Wang
Antioxidative enzymes; Arachis hypogaea; Drought tolerance; Gas exchange; Proline

Water stress triggers various cellular responses in plants, altering normal metabolic flow. Pyruvate, an important component of the glycolysis pathway, is directly involved in cell processes, triggering genes that influence drought tolerance. Research with Arabidopsis has shown that synthetic pyruvate relieves drought damage. We evaluated the effects of ... more

D.D. Barbosa; P.D. Fernandes; A.D.A.L. Marcelino; F.A. Silva; M.S. Dias; C.R.C. Silva; R.C. Santos
Annual Medicago; Gene expression; Microarray analysis; Salinity

The present study was conducted to evaluate the responses of three annual Medicago species (M. truncatula, M. laciniata, and M. polymorpha) to salinity. We analyzed publicly available microarray data in NCBI pertaining to salinity-response genes in M. truncatula. Our data search identified Tubby C2 (TLP) and ethylene responsive ... more

F. Gharaghani; F. Rafiei; N. Mirakhorli; E. Ebrahimie
Medicago; Methylation; MSAP; Salinity

Modification of DNA methylation status is one of the mechanisms used by plants to adjust gene expression at both the transcriptional and posttranscriptional levels when plants are exposed to suboptimal conditions. Under abiotic stress, different cultivars often show heritable phenotypic variation accompanied by epigenetic polymorphisms at the DNA methylation level. This variation may ... more

A. Al-Lawati; S. Al-Bahry; R. Victor; A.H. Al-Lawati; M.W. Yaish; A. Al-Lawati; S. Al-Bahry; R. Victor; A.H. Al-Lawati; M.W. Yaish
Cis-elements; Differential expression; Low temperature; Oryza sativa L.; Reactive oxygen species; Salinity

Different rice (Oryza sativa L.) genotypes were subjected to high salinity and low temperature (150 mM NaCl and 13°C, respectively) for 0, 6, 24, 48, or 72 h. We evaluated the simultaneous expression of the genes OsCATA, OsCATB, and OsCATC, correlated gene expression with enzyme activity, and verified the regulation of these ... more

I.L. Vighi; L.C. Benitez; M.Ndo Amaral; P.A. Auler; G.P. Moraes; G.S. Rodrigues; L.C. da Maia; L.S. Pinto; E.J.B. Braga; I.L. Vighi; L.C. Benitez; M.Ndo Amaral; P.A. Auler; G.P. Moraes; G.S. Rodrigues; L.C. da Maia; L.S. Pinto; E.J.B. Braga
2017 Feb 16
14-3-3 Proteins; Adaptation, Physiological; Animals; Fish Proteins; Fishes; Gene expression; Gene Expression Regulation; Gills; Salinity

Fishes adapt to salinity changes primarily through osmotic pressure regulation, a process often associated with several genes, including 14-3-3a, NKCCla, A-14, and Na-K-ATPaseβ. The present study investigated the differential expression of genes 14-3-3a, NKCCla, A-14, and Na-K-ATPaseβ in the gill tissue of Mugil cephalus acclimated to low salinity. Susceptibility relationships between the four ... more

L. Li; M. Jiang; X.Q. Shen
2017 Mar 08
Adaptation, Physiological; Arachis; Calcium-Binding Proteins; Droughts; Plant Leaves; Plant Proteins; Plants, Genetically Modified; rab GTP-Binding Proteins; Salinity; Salt-Tolerant Plants; Signal transduction; Stress, Physiological; Transcription factors

The Rab protein family is the largest family of the small GTP-binding proteins. Among them, the RabG genes are known to be responsive to abiotic stresses, but the molecular mechanisms of the stress responses mediated by RabG genes in plants is poorly understood. To investigate the molecular mechanism of AhRabG gene in peanut, transgenic plants overexpressing the AhRabG gene (S6) with ... more

J.M. Sui; G. Li; G.X. Chen; M.Y. Yu; S.T. Ding; J.S. Wang; L.X. Qiao