FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2617075062> ?p ?o ?g. }

• W2617075062 endingPage "10" @default.
• W2617075062 startingPage "1" @default.
• W2617075062 abstract "Effects of seasonality and increasing Cr(VI) concentrations on leaf starch-sucrose partitioning, sucrose- and starch-related enzyme activities, and carbon allocation toward leaf development were analyzed in fronds (floating leaves) of the floating fern Salvinia minima. Carbohydrates and enzyme activities of Cr-exposed fronds showed different patterns in winter and summer. Total soluble sugars, starch, glucose and fructose increased in winter fronds, while sucrose was higher in summer ones. Starch and soluble carbohydrates, except glucose, increased under increasing Cr(VI) concentrations in winter fronds, while in summer ones only sucrose increased under Cr(VI) treatment. In summer fronds starch, total soluble sugars, fructose and glucose practically stayed without changes in all assayed Cr(VI) concentrations. Enzyme activities related to starch and sucrose metabolisms (e.g. ADPGase, SPS, SS and AI) were higher in winter fronds than in summer ones. Total amylase and cFBPase activities were higher in summer fronds. Cr(VI) treatment increased enzyme activities, except ADPGase, in both winter and summer fronds but no clear pattern changes were observed. Data of this study show clearly that carbohydrate metabolism is differently perturbed by both seasonality and Cr(VI) treatment in summer and winter fronds, which affects leaf starch-sucrose partitioning and specific leaf area (SLA) in terms of carbon investment." @default.
• W2617075062 created "2017-06-05" @default.
• W2617075062 creator A5016416568 @default.
• W2617075062 creator A5051509245 @default.
• W2617075062 creator A5054150211 @default.
• W2617075062 creator A5077119030 @default.
• W2617075062 creator A5081824066 @default.
• W2617075062 date "2017-09-01" @default.
• W2617075062 modified "2023-10-10" @default.
• W2617075062 title "Effect of seasonality and Cr(VI) on starch-sucrose partitioning and related enzymes in floating leaves of Salvinia minima" @default.
• W2617075062 cites W1497245978 @default.
• W2617075062 cites W1516284522 @default.
• W2617075062 cites W1548946251 @default.
• W2617075062 cites W1590594690 @default.
• W2617075062 cites W1775749144 @default.
• W2617075062 cites W1963673232 @default.
• W2617075062 cites W1967074938 @default.
• W2617075062 cites W1968834637 @default.
• W2617075062 cites W1969296671 @default.
• W2617075062 cites W1972097556 @default.
• W2617075062 cites W1985342306 @default.
• W2617075062 cites W1987056539 @default.
• W2617075062 cites W1990319852 @default.
• W2617075062 cites W1999697846 @default.
• W2617075062 cites W2002234664 @default.
• W2617075062 cites W2002305606 @default.
• W2617075062 cites W2006826289 @default.
• W2617075062 cites W2008916737 @default.
• W2617075062 cites W2009316797 @default.
• W2617075062 cites W2009359995 @default.
• W2617075062 cites W2011154159 @default.
• W2617075062 cites W2012498036 @default.
• W2617075062 cites W2013681533 @default.
• W2617075062 cites W2014966869 @default.
• W2617075062 cites W2016188457 @default.
• W2617075062 cites W2017695847 @default.
• W2617075062 cites W2018233263 @default.
• W2617075062 cites W2019710932 @default.
• W2617075062 cites W2022916205 @default.
• W2617075062 cites W2023380876 @default.
• W2617075062 cites W2024164303 @default.
• W2617075062 cites W2024294682 @default.
• W2617075062 cites W2027093466 @default.
• W2617075062 cites W2030418458 @default.
• W2617075062 cites W2030635758 @default.
• W2617075062 cites W2031982770 @default.
• W2617075062 cites W2037327976 @default.
• W2617075062 cites W2038986595 @default.
• W2617075062 cites W2063791074 @default.
• W2617075062 cites W2064503591 @default.
• W2617075062 cites W2071867864 @default.
• W2617075062 cites W2072699709 @default.
• W2617075062 cites W2073508224 @default.
• W2617075062 cites W2080591246 @default.
• W2617075062 cites W2092031590 @default.
• W2617075062 cites W2101778601 @default.
• W2617075062 cites W2102578282 @default.
• W2617075062 cites W2103306149 @default.
• W2617075062 cites W2104219577 @default.
• W2617075062 cites W2107348937 @default.
• W2617075062 cites W2109324504 @default.
• W2617075062 cites W2114874948 @default.
• W2617075062 cites W2114966676 @default.
• W2617075062 cites W2117329063 @default.
• W2617075062 cites W2123914237 @default.
• W2617075062 cites W2130868249 @default.
• W2617075062 cites W2131879748 @default.
• W2617075062 cites W2134894833 @default.
• W2617075062 cites W2140270742 @default.
• W2617075062 cites W2142489064 @default.
• W2617075062 cites W2143413042 @default.
• W2617075062 cites W2144725705 @default.
• W2617075062 cites W2161538709 @default.
• W2617075062 cites W2161854638 @default.
• W2617075062 cites W2162753946 @default.
• W2617075062 cites W2166069609 @default.
• W2617075062 cites W2170754463 @default.
• W2617075062 cites W2172241964 @default.
• W2617075062 cites W2183364581 @default.
• W2617075062 cites W2195998820 @default.
• W2617075062 cites W2297408184 @default.
• W2617075062 cites W2331586510 @default.
• W2617075062 cites W2344479202 @default.
• W2617075062 cites W2414498432 @default.
• W2617075062 cites W2551418054 @default.
• W2617075062 cites W4299483215 @default.
• W2617075062 doi "https://doi.org/10.1016/j.plaphy.2017.05.014" @default.
• W2617075062 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28578143" @default.
• W2617075062 hasPublicationYear "2017" @default.
• W2617075062 type Work @default.
• W2617075062 sameAs 2617075062 @default.
• W2617075062 citedByCount "8" @default.
• W2617075062 countsByYear W26170750622019 @default.
• W2617075062 countsByYear W26170750622020 @default.
• W2617075062 countsByYear W26170750622022 @default.
• W2617075062 countsByYear W26170750622023 @default.
• W2617075062 crossrefType "journal-article" @default.
• W2617075062 hasAuthorship W2617075062A5016416568 @default.

• next