Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210368769> ?p ?o ?g. }
- W4210368769 endingPage "1524" @default.
- W4210368769 startingPage "1524" @default.
- W4210368769 abstract "Executor (E) genes comprise a new type of plant resistance (R) genes, identified from host-Xanthomonas interactions. The Xanthomonas-secreted transcription activation-like effectors (TALEs) usually function as major virulence factors, which activate the expression of the so-called susceptibility (S) genes for disease development. This activation is achieved via the binding of the TALEs to the effector-binding element (EBE) in the S gene promoter. However, host plants have evolved EBEs in the promoters of some otherwise silent R genes, whose expression directly causes a host cell death that is characterized by a hypersensitive response (HR). Such R genes are called E genes because they trap the pathogen TALEs in order to activate expression, and the resulting HR prevents pathogen growth and disease development. Currently, deploying E gene resistance is becoming a major component in disease resistance breeding, especially for rice bacterial blight resistance. Currently, the biochemical mechanisms, or the working pathways of the E proteins, are still fuzzy. There is no significant nucleotide sequence homology among E genes, although E proteins share some structural motifs that are probably associated with the signal transduction in the effector-triggered immunity. Here, we summarize the current knowledge regarding TALE-type avirulence proteins, E gene activation, the E protein structural traits, and the classification of E genes, in order to sharpen our understanding of the plant E genes." @default.
- W4210368769 created "2022-02-08" @default.
- W4210368769 creator A5004455002 @default.
- W4210368769 creator A5011517981 @default.
- W4210368769 creator A5028793855 @default.
- W4210368769 creator A5049706981 @default.
- W4210368769 creator A5054197589 @default.
- W4210368769 date "2022-01-28" @default.
- W4210368769 modified "2023-10-18" @default.
- W4210368769 title "Plant Executor Genes" @default.
- W4210368769 cites W1512943857 @default.
- W4210368769 cites W1930743149 @default.
- W4210368769 cites W1969477996 @default.
- W4210368769 cites W1973715915 @default.
- W4210368769 cites W1978129709 @default.
- W4210368769 cites W1981869165 @default.
- W4210368769 cites W1987188990 @default.
- W4210368769 cites W1988043209 @default.
- W4210368769 cites W2035983426 @default.
- W4210368769 cites W2039865022 @default.
- W4210368769 cites W2045244426 @default.
- W4210368769 cites W2050757906 @default.
- W4210368769 cites W2055370635 @default.
- W4210368769 cites W2073873559 @default.
- W4210368769 cites W2080315424 @default.
- W4210368769 cites W2083582836 @default.
- W4210368769 cites W2089502924 @default.
- W4210368769 cites W2090701628 @default.
- W4210368769 cites W2091708974 @default.
- W4210368769 cites W2093195179 @default.
- W4210368769 cites W2098567697 @default.
- W4210368769 cites W2113093511 @default.
- W4210368769 cites W2114278177 @default.
- W4210368769 cites W2119400422 @default.
- W4210368769 cites W2130931930 @default.
- W4210368769 cites W2145534896 @default.
- W4210368769 cites W2148622499 @default.
- W4210368769 cites W2162515800 @default.
- W4210368769 cites W2163695733 @default.
- W4210368769 cites W2166934949 @default.
- W4210368769 cites W2332004370 @default.
- W4210368769 cites W2396897119 @default.
- W4210368769 cites W2461658902 @default.
- W4210368769 cites W2478751547 @default.
- W4210368769 cites W2518214535 @default.
- W4210368769 cites W2547951732 @default.
- W4210368769 cites W2595504516 @default.
- W4210368769 cites W2763033959 @default.
- W4210368769 cites W2770147894 @default.
- W4210368769 cites W2774555330 @default.
- W4210368769 cites W2784096040 @default.
- W4210368769 cites W2785524837 @default.
- W4210368769 cites W2795099363 @default.
- W4210368769 cites W2802312629 @default.
- W4210368769 cites W2895357059 @default.
- W4210368769 cites W2903542617 @default.
- W4210368769 cites W2924139971 @default.
- W4210368769 cites W2935240938 @default.
- W4210368769 cites W2944516789 @default.
- W4210368769 cites W2971535575 @default.
- W4210368769 cites W2980989652 @default.
- W4210368769 cites W2982003255 @default.
- W4210368769 cites W3001465589 @default.
- W4210368769 cites W3019321279 @default.
- W4210368769 cites W3027771447 @default.
- W4210368769 cites W3029403343 @default.
- W4210368769 cites W3036142539 @default.
- W4210368769 cites W3036597641 @default.
- W4210368769 cites W3088540584 @default.
- W4210368769 cites W3119494770 @default.
- W4210368769 cites W3121240799 @default.
- W4210368769 cites W3123645317 @default.
- W4210368769 cites W3127005915 @default.
- W4210368769 cites W3134207726 @default.
- W4210368769 cites W3135261379 @default.
- W4210368769 cites W3154855090 @default.
- W4210368769 cites W3157127964 @default.
- W4210368769 cites W3160263276 @default.
- W4210368769 cites W3163855438 @default.
- W4210368769 cites W3191346341 @default.
- W4210368769 cites W3197297962 @default.
- W4210368769 doi "https://doi.org/10.3390/ijms23031524" @default.
- W4210368769 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35163443" @default.
- W4210368769 hasPublicationYear "2022" @default.
- W4210368769 type Work @default.
- W4210368769 citedByCount "9" @default.
- W4210368769 countsByYear W42103687692022 @default.
- W4210368769 countsByYear W42103687692023 @default.
- W4210368769 crossrefType "journal-article" @default.
- W4210368769 hasAuthorship W4210368769A5004455002 @default.
- W4210368769 hasAuthorship W4210368769A5011517981 @default.
- W4210368769 hasAuthorship W4210368769A5028793855 @default.
- W4210368769 hasAuthorship W4210368769A5049706981 @default.
- W4210368769 hasAuthorship W4210368769A5054197589 @default.
- W4210368769 hasBestOaLocation W42103687691 @default.
- W4210368769 hasConcept C104317684 @default.
- W4210368769 hasConcept C165525559 @default.
- W4210368769 hasConcept C17744445 @default.