FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894606099> ?p ?o ?g. }

• W2894606099 endingPage "351" @default.
• W2894606099 startingPage "343" @default.
• W2894606099 abstract "Abstract Low light stress is a major limiting factor for melon to reach its full potential of fruit yield and quality in cold season production. This study investigated the effect of low light stress on sucrose synthesis and galactosyl-sucrose oligosaccharide loading in melon leaves, galactosyl-sucrose oligosaccharide unloading, and sugar accumulation in fruits under greenhouse conditions using the low light-tolerant cultivar Yujinxiang and the low light-sensitive cultivar Yuxue. The results showed that in melon leaves, sucrose content and activities of related synthase enzymes decreased significantly under low light stress. The reduction of sucrose content and the activity of sucrose phosphate synthase (SPS) and sucrose synthase in the synthesis direction (SS-s) in Yujinxiang (30.9%, 16.5%, 30.0%, respectively) were significantly less than those in Yuxue (60.6%, 31.6%, 40.5%, respectively). The raffinose and stachyose content as well as the activity of stachyose synthase also significantly decreased after shading. The reduction of stachyose synthase activity in Yujinxiang (23.8%) was significantly less than that in Yuxue (32.4%), indicating that sucrose synthesis and galactosyl-sucrose oligosaccharide loading in melon leaves were inhibited under low light stress and the low light-sensitive cultivar was more greatly influenced. In melon fruits, stachyose content and the activities of acid and alkaline α-galactosidases significantly decreased under low light conditions, but the raffinose content was higher from 10 to 20 days after anthesis, indicating that the imported assimilates reduced, and galactosyl-sucrose oligosaccharide unloading was inhibited after shading. During the earlier stage of fruit development, significant decreases in the activities of acid invertase (AI), neutral invertase (NI), and sucrose synthase in the cleavage direction (SS-c) were observed in the two cultivars after shading, sink strength reduced. In the later stage of fruit development, sucrose accumulation was inhibited by decreasing the activities of SPS and SS-s, but no significant difference was observed between the two cultivars suggesting that the difference of sugar content among the two cultivars might be due to the imported assimilates under low light conditions." @default.
• W2894606099 created "2018-10-12" @default.
• W2894606099 creator A5038760334 @default.
• W2894606099 creator A5044442130 @default.
• W2894606099 creator A5068285591 @default.
• W2894606099 creator A5077205462 @default.
• W2894606099 creator A5083479866 @default.
• W2894606099 date "2019-01-01" @default.
• W2894606099 modified "2023-10-17" @default.
• W2894606099 title "Inhibition of sucrose and galactosyl-sucrose oligosaccharide metabolism in leaves and fruits of melon (Cucumis melo L.) under low light stress" @default.
• W2894606099 cites W119847216 @default.
• W2894606099 cites W1604141357 @default.
• W2894606099 cites W1961201852 @default.
• W2894606099 cites W1967139041 @default.
• W2894606099 cites W1968825242 @default.
• W2894606099 cites W1970642339 @default.
• W2894606099 cites W1978624849 @default.
• W2894606099 cites W1986520745 @default.
• W2894606099 cites W1997523230 @default.
• W2894606099 cites W2001597728 @default.
• W2894606099 cites W2007156778 @default.
• W2894606099 cites W2009919649 @default.
• W2894606099 cites W2014236666 @default.
• W2894606099 cites W2014314133 @default.
• W2894606099 cites W2015497561 @default.
• W2894606099 cites W2015979974 @default.
• W2894606099 cites W2017600751 @default.
• W2894606099 cites W2023312084 @default.
• W2894606099 cites W2032763267 @default.
• W2894606099 cites W2035084850 @default.
• W2894606099 cites W2036936120 @default.
• W2894606099 cites W2041969841 @default.
• W2894606099 cites W2042941936 @default.
• W2894606099 cites W2046063412 @default.
• W2894606099 cites W2047270247 @default.
• W2894606099 cites W2050136116 @default.
• W2894606099 cites W2052367816 @default.
• W2894606099 cites W2056581725 @default.
• W2894606099 cites W2057487258 @default.
• W2894606099 cites W2059252288 @default.
• W2894606099 cites W2059339307 @default.
• W2894606099 cites W2059976517 @default.
• W2894606099 cites W2060451925 @default.
• W2894606099 cites W2063410649 @default.
• W2894606099 cites W2063417901 @default.
• W2894606099 cites W2063822950 @default.
• W2894606099 cites W2063986338 @default.
• W2894606099 cites W2070535837 @default.
• W2894606099 cites W2070921461 @default.
• W2894606099 cites W2072507499 @default.
• W2894606099 cites W2073580922 @default.
• W2894606099 cites W2073614121 @default.
• W2894606099 cites W2076186966 @default.
• W2894606099 cites W2076406686 @default.
• W2894606099 cites W2077984143 @default.
• W2894606099 cites W2081787555 @default.
• W2894606099 cites W2084072171 @default.
• W2894606099 cites W2085469879 @default.
• W2894606099 cites W2086847193 @default.
• W2894606099 cites W2087793138 @default.
• W2894606099 cites W2088978986 @default.
• W2894606099 cites W2089930623 @default.
• W2894606099 cites W2090760579 @default.
• W2894606099 cites W2092617063 @default.
• W2894606099 cites W2093856334 @default.
• W2894606099 cites W2094632800 @default.
• W2894606099 cites W2102928589 @default.
• W2894606099 cites W2104780637 @default.
• W2894606099 cites W2113127753 @default.
• W2894606099 cites W2127485518 @default.
• W2894606099 cites W2133379837 @default.
• W2894606099 cites W2135076557 @default.
• W2894606099 cites W2141834074 @default.
• W2894606099 cites W2144957420 @default.
• W2894606099 cites W2157011531 @default.
• W2894606099 cites W2159206221 @default.
• W2894606099 cites W2160520387 @default.
• W2894606099 cites W2162456880 @default.
• W2894606099 cites W2165708703 @default.
• W2894606099 cites W2182696321 @default.
• W2894606099 cites W2185424179 @default.
• W2894606099 cites W2315293949 @default.
• W2894606099 cites W2334479612 @default.
• W2894606099 cites W2407429841 @default.
• W2894606099 cites W2483523258 @default.
• W2894606099 cites W2526076696 @default.
• W2894606099 cites W2544259470 @default.
• W2894606099 cites W2560156909 @default.
• W2894606099 cites W2680176724 @default.
• W2894606099 cites W2719849319 @default.
• W2894606099 cites W2743411479 @default.
• W2894606099 cites W2789882436 @default.
• W2894606099 cites W305961008 @default.
• W2894606099 cites W75821540 @default.
• W2894606099 doi "https://doi.org/10.1016/j.scienta.2018.09.001" @default.
• W2894606099 hasPublicationYear "2019" @default.
• W2894606099 type Work @default.
• W2894606099 sameAs 2894606099 @default.

• next