Matches in SemOpenAlex for { <https://semopenalex.org/work/W3121733370> ?p ?o ?g. }
- W3121733370 endingPage "1033" @default.
- W3121733370 startingPage "1017" @default.
- W3121733370 abstract "Salt stress triggers the overdose accumulation of reactive oxygen species (ROS) in crop plants, leading to severe oxidative damage to living tissues. MicroRNAs (miRNAs) act as master regulators orchestrating the stress responsive regulatory networks as well as salt tolerance. However, the fundamental roles of miRNAs in modulating salt tolerance in cereal crops, especially in salt-triggered ROS scavenging remain largely unknown. Through small RNA sequencing, a salt-responsive miRNA, miR172 was identified in rice. Further, by generating the miR172-overexpression or MIR172 gene loss-of-function mutant lines, the biological significance of miR172 and its downstream signaling pathways related to salt tolerance were defined. We demonstrated that miR172 is a positive regulator of salt tolerance in both rice and wheat. More interestingly, miR172a and miR172b, but not miR172c or miR172d are involved in salt stress response, emphasizing the functional differentiation within miR172 family members. Further evidence uncovers a novel miR172/IDS1 regulatory module that functions as a crucial molecular rheostat in maintaining ROS homeostasis during salt stress, mainly through balancing the expression of a group of ROS-scavenging genes. Our findings establish a direct molecular link between miRNAs and detoxification response in cereal crops for improving salt tolerance." @default.
- W3121733370 created "2021-02-01" @default.
- W3121733370 creator A5004405673 @default.
- W3121733370 creator A5009988205 @default.
- W3121733370 creator A5011937969 @default.
- W3121733370 creator A5015195367 @default.
- W3121733370 creator A5016592820 @default.
- W3121733370 creator A5021360497 @default.
- W3121733370 creator A5024818901 @default.
- W3121733370 creator A5026010692 @default.
- W3121733370 creator A5027835055 @default.
- W3121733370 creator A5033161198 @default.
- W3121733370 creator A5040485508 @default.
- W3121733370 creator A5044883702 @default.
- W3121733370 creator A5045934163 @default.
- W3121733370 creator A5055814979 @default.
- W3121733370 creator A5061764811 @default.
- W3121733370 creator A5083926246 @default.
- W3121733370 date "2021-02-18" @default.
- W3121733370 modified "2023-10-02" @default.
- W3121733370 title "The miR172/ <i>IDS1</i> signaling module confers salt tolerance through maintaining ROS homeostasis in cereal crops" @default.
- W3121733370 cites W1980400357 @default.
- W3121733370 cites W1992818586 @default.
- W3121733370 cites W1999923675 @default.
- W3121733370 cites W2005115449 @default.
- W3121733370 cites W2009540277 @default.
- W3121733370 cites W2010978356 @default.
- W3121733370 cites W2019552331 @default.
- W3121733370 cites W2029087217 @default.
- W3121733370 cites W2031030183 @default.
- W3121733370 cites W2035618305 @default.
- W3121733370 cites W2056554121 @default.
- W3121733370 cites W2057606871 @default.
- W3121733370 cites W2094177946 @default.
- W3121733370 cites W2097404112 @default.
- W3121733370 cites W2102278945 @default.
- W3121733370 cites W2109728684 @default.
- W3121733370 cites W2110627230 @default.
- W3121733370 cites W2117130027 @default.
- W3121733370 cites W2117547035 @default.
- W3121733370 cites W2118511620 @default.
- W3121733370 cites W2118667866 @default.
- W3121733370 cites W2118720098 @default.
- W3121733370 cites W2125580333 @default.
- W3121733370 cites W2126386203 @default.
- W3121733370 cites W2130305733 @default.
- W3121733370 cites W2137057701 @default.
- W3121733370 cites W2138032440 @default.
- W3121733370 cites W2147145620 @default.
- W3121733370 cites W2152871523 @default.
- W3121733370 cites W2153216467 @default.
- W3121733370 cites W2154074678 @default.
- W3121733370 cites W2154140763 @default.
- W3121733370 cites W2154440161 @default.
- W3121733370 cites W2156476263 @default.
- W3121733370 cites W2157953344 @default.
- W3121733370 cites W2159444732 @default.
- W3121733370 cites W2160069833 @default.
- W3121733370 cites W2163657341 @default.
- W3121733370 cites W2167681032 @default.
- W3121733370 cites W2172292127 @default.
- W3121733370 cites W2179438025 @default.
- W3121733370 cites W2215508736 @default.
- W3121733370 cites W2298980101 @default.
- W3121733370 cites W2328600225 @default.
- W3121733370 cites W2374288382 @default.
- W3121733370 cites W2400786128 @default.
- W3121733370 cites W2527891094 @default.
- W3121733370 cites W2595058084 @default.
- W3121733370 cites W2615401052 @default.
- W3121733370 cites W2673248014 @default.
- W3121733370 cites W2729054356 @default.
- W3121733370 cites W2749309892 @default.
- W3121733370 cites W2793422024 @default.
- W3121733370 cites W2800206218 @default.
- W3121733370 cites W2800974204 @default.
- W3121733370 cites W2808196229 @default.
- W3121733370 cites W2886399919 @default.
- W3121733370 cites W2898202447 @default.
- W3121733370 cites W2904527523 @default.
- W3121733370 cites W2921275324 @default.
- W3121733370 cites W2936805697 @default.
- W3121733370 cites W2962979819 @default.
- W3121733370 cites W2969975516 @default.
- W3121733370 cites W3010616591 @default.
- W3121733370 doi "https://doi.org/10.1111/nph.17211" @default.
- W3121733370 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33462818" @default.
- W3121733370 hasPublicationYear "2021" @default.
- W3121733370 type Work @default.
- W3121733370 sameAs 3121733370 @default.
- W3121733370 citedByCount "54" @default.
- W3121733370 countsByYear W31217333702021 @default.
- W3121733370 countsByYear W31217333702022 @default.
- W3121733370 countsByYear W31217333702023 @default.
- W3121733370 crossrefType "journal-article" @default.
- W3121733370 hasAuthorship W3121733370A5004405673 @default.
- W3121733370 hasAuthorship W3121733370A5009988205 @default.
- W3121733370 hasAuthorship W3121733370A5011937969 @default.