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• W4220673745 endingPage "1154" @default.
• W4220673745 startingPage "1154" @default.
• W4220673745 abstract "Plants deploy molecular, physiological, and anatomical adaptations to cope with long-term water-deficit exposure, and some of these processes are controlled by circadian clocks. Circadian clocks are endogenous timekeepers that autonomously modulate biological systems over the course of the day–night cycle. Plants’ responses to water deficiency vary with the time of the day. Opening and closing of stomata, which control water loss from plants, have diurnal responses based on the humidity level in the rhizosphere and the air surrounding the leaves. Abscisic acid (ABA), the main phytohormone modulating the stomatal response to water availability, is regulated by circadian clocks. The molecular mechanism of the plant’s circadian clock for regulating stress responses is composed not only of transcriptional but also posttranscriptional regulatory networks. Despite the importance of regulatory impact of circadian clock systems on ABA production and signaling, which is reflected in stomatal responses and as a consequence influences the drought tolerance response of the plants, the interrelationship between circadian clock, ABA homeostasis, and signaling and water-deficit responses has to date not been clearly described. In this review, we hypothesized that the circadian clock through ABA directs plants to modulate their responses and feedback mechanisms to ensure survival and to enhance their fitness under drought conditions. Different regulatory pathways and challenges in circadian-based rhythms and the possible adaptive advantage through them are also discussed." @default.
• W4220673745 created "2022-04-03" @default.
• W4220673745 creator A5001227538 @default.
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• W4220673745 creator A5054360752 @default.
• W4220673745 creator A5055662173 @default.
• W4220673745 creator A5090340745 @default.
• W4220673745 date "2022-03-29" @default.
• W4220673745 modified "2023-10-16" @default.
• W4220673745 title "Regulatory Role of Circadian Clocks on ABA Production and Signaling, Stomatal Responses, and Water-Use Efficiency under Water-Deficit Conditions" @default.
• W4220673745 cites W1481971993 @default.
• W4220673745 cites W1800251099 @default.
• W4220673745 cites W1920633764 @default.
• W4220673745 cites W1970741527 @default.
• W4220673745 cites W1972554335 @default.
• W4220673745 cites W197428693 @default.
• W4220673745 cites W1974429249 @default.
• W4220673745 cites W1980111781 @default.
• W4220673745 cites W1987054630 @default.
• W4220673745 cites W1989657267 @default.
• W4220673745 cites W1991363773 @default.
• W4220673745 cites W1992244454 @default.
• W4220673745 cites W1995815904 @default.
• W4220673745 cites W1997038372 @default.
• W4220673745 cites W1999537622 @default.
• W4220673745 cites W2000758092 @default.
• W4220673745 cites W2001725535 @default.
• W4220673745 cites W2002380731 @default.
• W4220673745 cites W2003555321 @default.
• W4220673745 cites W2004362915 @default.
• W4220673745 cites W2007343477 @default.
• W4220673745 cites W2009154598 @default.
• W4220673745 cites W2012597120 @default.
• W4220673745 cites W2013198399 @default.
• W4220673745 cites W2015270609 @default.
• W4220673745 cites W2018306071 @default.
• W4220673745 cites W2020311756 @default.
• W4220673745 cites W2026924622 @default.
• W4220673745 cites W2033623913 @default.
• W4220673745 cites W2034408939 @default.
• W4220673745 cites W2034874364 @default.
• W4220673745 cites W2035563750 @default.
• W4220673745 cites W2035853823 @default.
• W4220673745 cites W2039612313 @default.
• W4220673745 cites W2043005694 @default.
• W4220673745 cites W2044809277 @default.
• W4220673745 cites W2044895793 @default.
• W4220673745 cites W2047349087 @default.
• W4220673745 cites W2053379680 @default.
• W4220673745 cites W2058651702 @default.
• W4220673745 cites W2062503926 @default.
• W4220673745 cites W2063447434 @default.
• W4220673745 cites W2073813555 @default.
• W4220673745 cites W2077642582 @default.
• W4220673745 cites W2078929441 @default.
• W4220673745 cites W2082976849 @default.
• W4220673745 cites W2085545126 @default.
• W4220673745 cites W2090810102 @default.
• W4220673745 cites W2092698212 @default.
• W4220673745 cites W2096199312 @default.
• W4220673745 cites W2101089197 @default.
• W4220673745 cites W2103467395 @default.
• W4220673745 cites W2104266531 @default.
• W4220673745 cites W2107796685 @default.
• W4220673745 cites W2111909065 @default.
• W4220673745 cites W2113366459 @default.
• W4220673745 cites W2114308295 @default.
• W4220673745 cites W2118874817 @default.
• W4220673745 cites W2119133733 @default.
• W4220673745 cites W2119313854 @default.
• W4220673745 cites W2120570104 @default.
• W4220673745 cites W2123073741 @default.
• W4220673745 cites W2123471722 @default.
• W4220673745 cites W2124547083 @default.
• W4220673745 cites W2125878585 @default.
• W4220673745 cites W2135167537 @default.
• W4220673745 cites W2139026722 @default.
• W4220673745 cites W2139606027 @default.
• W4220673745 cites W2140104288 @default.
• W4220673745 cites W2147948709 @default.
• W4220673745 cites W2148612749 @default.
• W4220673745 cites W2149794092 @default.
• W4220673745 cites W2150035270 @default.
• W4220673745 cites W2153970751 @default.
• W4220673745 cites W2156312783 @default.
• W4220673745 cites W2156444576 @default.
• W4220673745 cites W2157236929 @default.
• W4220673745 cites W2159658503 @default.
• W4220673745 cites W2162607489 @default.
• W4220673745 cites W2164965140 @default.
• W4220673745 cites W2165799466 @default.
• W4220673745 cites W2181818062 @default.
• W4220673745 cites W2302721433 @default.
• W4220673745 cites W2399564141 @default.
• W4220673745 cites W2463105934 @default.
• W4220673745 cites W2469025158 @default.

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