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- W2898103667 endingPage "1565" @default.
- W2898103667 startingPage "1548" @default.
- W2898103667 abstract "Citrus are mainly grown in low pH soils with high active aluminum (Al). ‘Xuegan’ (Citrus sinensis (L.) Osbeck) and ‘Shatian pummelo’ (Citrus grandis (L.) Osbeck) seedlings were fertilized for 18 weeks with nutrient solution containing either 0 mM (control) or 1 mM (Al toxicity) AlCl3·6H2O. Aluminum induced decreases of biomass, leaf photosynthesis, relative water content and total soluble protein levels, and increases of methylglyoxal levels only occurred in C. grandis roots and leaves. Besides, the Al-induced decreases of pigments and alterations of chlorophyll a fluorescence transients and fluorescence parameters were greater in C. grandis leaves than those in C. sinensis leaves. Aluminum-treated C. grandis had higher stem and leaf Al levels and similar root Al levels relative to Al-treated C. sinensis, but lower Al distribution in roots and Al uptake per plant. Aluminum toxicity decreased nitrogen, phosphorus, potassium, calcium, magnesium and sulfur uptake per plant in C. grandis and C. sinensis seedlings, with the exception of Al-treated C. sinensis seedlings exhibiting increased sulfur uptake per plant and unaltered magnesium uptake per plant. Under Al-stress, macroelement uptake per plant was higher in C. sinensis than that in C. grandis. Aluminum toxicity decreased the ratios of reduced glutathione/(reduced + oxidized glutathione) and of ascorbate/(ascorbate + dehydroascorbate) only in C. grandis roots and leaves. The activities of most antioxidant enzymes, sulfur metabolism-related enzymes and glyoxalases and the levels of S-containing compounds were higher in Al-treated C. sinensis roots and leaves than those in Al-treated C. grandis ones. Thus, C. sinensis displayed higher Al tolerance than C. grandis did. The higher Al tolerance of C. sinensis might involve: (i) more Al accumulation in roots and less transport of Al from roots to shoots; (ii) efficient maintenance of nutrient homeostasis; and (iii) efficient maintenance of redox homeostasis via detoxification systems of reactive oxygen species and methylglyoxal." @default.
- W2898103667 created "2018-11-02" @default.
- W2898103667 creator A5017027004 @default.
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- W2898103667 creator A5068758946 @default.
- W2898103667 date "2018-04-27" @default.
- W2898103667 modified "2023-10-05" @default.
- W2898103667 title "Aluminum effects on photosynthesis, reactive oxygen species and methylglyoxal detoxification in two Citrus species differing in aluminum tolerance" @default.
- W2898103667 cites W116253160 @default.
- W2898103667 cites W1209189896 @default.
- W2898103667 cites W1500110370 @default.
- W2898103667 cites W1520338034 @default.
- W2898103667 cites W1535751027 @default.
- W2898103667 cites W1594364959 @default.
- W2898103667 cites W1912410317 @default.
- W2898103667 cites W1966846925 @default.
- W2898103667 cites W1969507191 @default.
- W2898103667 cites W1975473360 @default.
- W2898103667 cites W1975892234 @default.
- W2898103667 cites W1977322844 @default.
- W2898103667 cites W1978171612 @default.
- W2898103667 cites W1980925734 @default.
- W2898103667 cites W1985781089 @default.
- W2898103667 cites W1988745049 @default.
- W2898103667 cites W1989262583 @default.
- W2898103667 cites W1996637332 @default.
- W2898103667 cites W2000922007 @default.
- W2898103667 cites W2005982879 @default.
- W2898103667 cites W2006752221 @default.
- W2898103667 cites W2008424293 @default.
- W2898103667 cites W2010269504 @default.
- W2898103667 cites W2010954777 @default.
- W2898103667 cites W2017880758 @default.
- W2898103667 cites W2019136411 @default.
- W2898103667 cites W2021497965 @default.
- W2898103667 cites W2033649957 @default.
- W2898103667 cites W2037195088 @default.
- W2898103667 cites W204374657 @default.
- W2898103667 cites W2044039547 @default.
- W2898103667 cites W2053105772 @default.
- W2898103667 cites W2057080210 @default.
- W2898103667 cites W2067648853 @default.
- W2898103667 cites W2068550389 @default.
- W2898103667 cites W2068629476 @default.
- W2898103667 cites W2068633348 @default.
- W2898103667 cites W2069204870 @default.
- W2898103667 cites W2069498446 @default.
- W2898103667 cites W2072787683 @default.
- W2898103667 cites W2075492481 @default.
- W2898103667 cites W2084340339 @default.
- W2898103667 cites W2084491169 @default.
- W2898103667 cites W2086778317 @default.
- W2898103667 cites W2087628710 @default.
- W2898103667 cites W2091191948 @default.
- W2898103667 cites W2092998377 @default.
- W2898103667 cites W2097097019 @default.
- W2898103667 cites W2100193053 @default.
- W2898103667 cites W2100929291 @default.
- W2898103667 cites W2106239345 @default.
- W2898103667 cites W2106948458 @default.
- W2898103667 cites W2110294345 @default.
- W2898103667 cites W2113586888 @default.
- W2898103667 cites W2114368257 @default.
- W2898103667 cites W2115529853 @default.
- W2898103667 cites W2116795687 @default.
- W2898103667 cites W2117547035 @default.
- W2898103667 cites W2118519973 @default.
- W2898103667 cites W2123067437 @default.
- W2898103667 cites W2129058385 @default.
- W2898103667 cites W2129772211 @default.
- W2898103667 cites W2138303159 @default.
- W2898103667 cites W2139367650 @default.
- W2898103667 cites W2143101462 @default.
- W2898103667 cites W2144391590 @default.
- W2898103667 cites W2145868093 @default.
- W2898103667 cites W2149387414 @default.
- W2898103667 cites W2159066906 @default.
- W2898103667 cites W2167945444 @default.
- W2898103667 cites W2167995049 @default.
- W2898103667 cites W2168497545 @default.
- W2898103667 cites W2174321285 @default.
- W2898103667 cites W2180474109 @default.
- W2898103667 cites W2282403098 @default.
- W2898103667 cites W2476848253 @default.
- W2898103667 cites W2547313128 @default.
- W2898103667 cites W2562956461 @default.
- W2898103667 cites W2569672542 @default.
- W2898103667 cites W2578996068 @default.
- W2898103667 cites W2590637542 @default.
- W2898103667 cites W2592271914 @default.
- W2898103667 cites W2633548720 @default.
- W2898103667 cites W2734097161 @default.
- W2898103667 cites W2773773693 @default.
- W2898103667 cites W4247734158 @default.