Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384037114> ?p ?o ?g. }
- W4384037114 endingPage "789" @default.
- W4384037114 startingPage "789" @default.
- W4384037114 abstract "Suboptimal light stress in grapevines is increasing worldwide with the spread of grapevine cultivation, which can affect grapevine physiology and productivity, such as in Southern China. Abscisic acid (ABA) is an important hormone in plant adaptive responses to abiotic stress, including low light stress. However, ABA signaling pathway genes (APGs) are not well characterized in the grapevine, and little is known of their potentially mitigating role in grapevine growth under weak light stress. Our study aimed to explore the potential role of the ABA signaling pathway in the response of grapevines to suboptimal light conditions. In this study, APGs were identified in the grapevine genome, and the distribution of conserved motifs was shown to reflect their phylogenetic relationships. Gene duplication analysis indicated that segmental duplication was an important driver for gene expansion in the grapevine ABA signaling pathway. Suboptimal conditions of light were shown to seriously affect the growth of grapevine leaves and berries, with the differential regulation of APGs in the grapevine. Our study summarizes the basic characteristics of APGs in grapevine, which can now be examined further for their roles in grapevine’s response to suboptimal light conditions." @default.
- W4384037114 created "2023-07-13" @default.
- W4384037114 creator A5031856097 @default.
- W4384037114 creator A5042304979 @default.
- W4384037114 creator A5050749324 @default.
- W4384037114 creator A5053160426 @default.
- W4384037114 creator A5057847121 @default.
- W4384037114 creator A5063583148 @default.
- W4384037114 creator A5065830847 @default.
- W4384037114 creator A5089960678 @default.
- W4384037114 date "2023-07-11" @default.
- W4384037114 modified "2023-09-27" @default.
- W4384037114 title "Identification of ABA Signaling Pathway Genes and Their Differential Regulation in Response to Suboptimal Light Stress in Grape (Vitis vinifera L.)" @default.
- W4384037114 cites W1971314565 @default.
- W4384037114 cites W1974439236 @default.
- W4384037114 cites W1982372752 @default.
- W4384037114 cites W2000972613 @default.
- W4384037114 cites W2001879779 @default.
- W4384037114 cites W2004207118 @default.
- W4384037114 cites W2020134788 @default.
- W4384037114 cites W2027076128 @default.
- W4384037114 cites W2035908878 @default.
- W4384037114 cites W2038574100 @default.
- W4384037114 cites W2044809277 @default.
- W4384037114 cites W2050724760 @default.
- W4384037114 cites W2054172811 @default.
- W4384037114 cites W2055043387 @default.
- W4384037114 cites W2070647161 @default.
- W4384037114 cites W2090810102 @default.
- W4384037114 cites W2107277218 @default.
- W4384037114 cites W2115212162 @default.
- W4384037114 cites W2125842439 @default.
- W4384037114 cites W2152207030 @default.
- W4384037114 cites W2337706971 @default.
- W4384037114 cites W2477968059 @default.
- W4384037114 cites W2532171400 @default.
- W4384037114 cites W2598416781 @default.
- W4384037114 cites W2811298311 @default.
- W4384037114 cites W2888947642 @default.
- W4384037114 cites W2911065819 @default.
- W4384037114 cites W295576476 @default.
- W4384037114 cites W2967725780 @default.
- W4384037114 cites W3021167804 @default.
- W4384037114 cites W3036319615 @default.
- W4384037114 cites W3036545920 @default.
- W4384037114 cites W3092412695 @default.
- W4384037114 cites W3113123493 @default.
- W4384037114 cites W3127191409 @default.
- W4384037114 cites W3144309749 @default.
- W4384037114 cites W3174659187 @default.
- W4384037114 cites W3183860071 @default.
- W4384037114 cites W3214112150 @default.
- W4384037114 cites W4205488633 @default.
- W4384037114 cites W4206998232 @default.
- W4384037114 cites W4224981423 @default.
- W4384037114 cites W4280584308 @default.
- W4384037114 cites W4281844778 @default.
- W4384037114 cites W4285591471 @default.
- W4384037114 cites W4292730347 @default.
- W4384037114 cites W4307944949 @default.
- W4384037114 cites W4309078588 @default.
- W4384037114 cites W4309090964 @default.
- W4384037114 cites W4317933983 @default.
- W4384037114 cites W4321354350 @default.
- W4384037114 doi "https://doi.org/10.3390/horticulturae9070789" @default.
- W4384037114 hasPublicationYear "2023" @default.
- W4384037114 type Work @default.
- W4384037114 citedByCount "0" @default.
- W4384037114 crossrefType "journal-article" @default.
- W4384037114 hasAuthorship W4384037114A5031856097 @default.
- W4384037114 hasAuthorship W4384037114A5042304979 @default.
- W4384037114 hasAuthorship W4384037114A5050749324 @default.
- W4384037114 hasAuthorship W4384037114A5053160426 @default.
- W4384037114 hasAuthorship W4384037114A5057847121 @default.
- W4384037114 hasAuthorship W4384037114A5063583148 @default.
- W4384037114 hasAuthorship W4384037114A5065830847 @default.
- W4384037114 hasAuthorship W4384037114A5089960678 @default.
- W4384037114 hasBestOaLocation W43840371141 @default.
- W4384037114 hasConcept C104317684 @default.
- W4384037114 hasConcept C132215390 @default.
- W4384037114 hasConcept C151730666 @default.
- W4384037114 hasConcept C2779591172 @default.
- W4384037114 hasConcept C2982966219 @default.
- W4384037114 hasConcept C2992143071 @default.
- W4384037114 hasConcept C54355233 @default.
- W4384037114 hasConcept C59822182 @default.
- W4384037114 hasConcept C7602840 @default.
- W4384037114 hasConcept C86803240 @default.
- W4384037114 hasConcept C89519541 @default.
- W4384037114 hasConceptScore W4384037114C104317684 @default.
- W4384037114 hasConceptScore W4384037114C132215390 @default.
- W4384037114 hasConceptScore W4384037114C151730666 @default.
- W4384037114 hasConceptScore W4384037114C2779591172 @default.
- W4384037114 hasConceptScore W4384037114C2982966219 @default.
- W4384037114 hasConceptScore W4384037114C2992143071 @default.
- W4384037114 hasConceptScore W4384037114C54355233 @default.
- W4384037114 hasConceptScore W4384037114C59822182 @default.
- W4384037114 hasConceptScore W4384037114C7602840 @default.