FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1482011827> ?p ?o ?g. }

• W1482011827 endingPage "569" @default.
• W1482011827 startingPage "561" @default.
• W1482011827 abstract "Inorganic cations play decisive roles in many cellular and physiological processes and are essential components of plant nutrition. Therefore, the uptake of cations and their redistribution must be precisely controlled. Vacuolar antiporters are important elements in mediating the intracellular sequestration of these cations. These antiporters are energized by the proton gradient across the vacuolar membrane and allow the rapid transport of cations into the vacuole. CAXs (for CAtion eXchanger) are members of a multigene family and appear to predominately reside on vacuoles. Defining CAX regulation and substrate specificity have been aided by utilising yeast as an experimental tool. Studies in plants suggest CAXs regulate apoplastic Ca(2+) levels in order to optimise cell wall expansion, photosynthesis, transpiration and plant productivity. CAX studies provide the basis for making designer transporters that have been used to develop nutrient enhanced crops and plants for remediating toxic soils." @default.
• W1482011827 created "2016-06-24" @default.
• W1482011827 creator A5010914519 @default.
• W1482011827 creator A5020065657 @default.
• W1482011827 creator A5044355088 @default.
• W1482011827 date "2011-05-12" @default.
• W1482011827 modified "2023-09-29" @default.
• W1482011827 title "Plant cation/H+ exchangers (CAXs): biological functions and genetic manipulations" @default.
• W1482011827 cites W134468571 @default.
• W1482011827 cites W1774442194 @default.
• W1482011827 cites W1964594602 @default.
• W1482011827 cites W1965270044 @default.
• W1482011827 cites W1966787645 @default.
• W1482011827 cites W1969048593 @default.
• W1482011827 cites W1973448386 @default.
• W1482011827 cites W1974526377 @default.
• W1482011827 cites W1976504102 @default.
• W1482011827 cites W1977381505 @default.
• W1482011827 cites W1979728890 @default.
• W1482011827 cites W1982469585 @default.
• W1482011827 cites W1983058249 @default.
• W1482011827 cites W1986790652 @default.
• W1482011827 cites W1988837963 @default.
• W1482011827 cites W1989656603 @default.
• W1482011827 cites W1990048145 @default.
• W1482011827 cites W1995078620 @default.
• W1482011827 cites W2001578055 @default.
• W1482011827 cites W2002791298 @default.
• W1482011827 cites W2004022381 @default.
• W1482011827 cites W2013146219 @default.
• W1482011827 cites W2016699653 @default.
• W1482011827 cites W2024420544 @default.
• W1482011827 cites W2025377723 @default.
• W1482011827 cites W2033350533 @default.
• W1482011827 cites W2041416756 @default.
• W1482011827 cites W2042172570 @default.
• W1482011827 cites W2043252501 @default.
• W1482011827 cites W2045907591 @default.
• W1482011827 cites W2053722103 @default.
• W1482011827 cites W2056215260 @default.
• W1482011827 cites W2060234121 @default.
• W1482011827 cites W2066015779 @default.
• W1482011827 cites W2066876155 @default.
• W1482011827 cites W2071826576 @default.
• W1482011827 cites W2081030546 @default.
• W1482011827 cites W2081382588 @default.
• W1482011827 cites W2091839147 @default.
• W1482011827 cites W2092358480 @default.
• W1482011827 cites W2093244436 @default.
• W1482011827 cites W2095944802 @default.
• W1482011827 cites W2100529375 @default.
• W1482011827 cites W2105759127 @default.
• W1482011827 cites W2107617407 @default.
• W1482011827 cites W2108367015 @default.
• W1482011827 cites W2110024834 @default.
• W1482011827 cites W2113298484 @default.
• W1482011827 cites W2113786433 @default.
• W1482011827 cites W2115474096 @default.
• W1482011827 cites W2116380760 @default.
• W1482011827 cites W2122748132 @default.
• W1482011827 cites W2123738381 @default.
• W1482011827 cites W2125155338 @default.
• W1482011827 cites W2126838280 @default.
• W1482011827 cites W2130098449 @default.
• W1482011827 cites W2132702179 @default.
• W1482011827 cites W2133275423 @default.
• W1482011827 cites W2133588840 @default.
• W1482011827 cites W2134278075 @default.
• W1482011827 cites W2134453446 @default.
• W1482011827 cites W2135425855 @default.
• W1482011827 cites W2138990027 @default.
• W1482011827 cites W2149307435 @default.
• W1482011827 cites W2152961480 @default.
• W1482011827 cites W2153167655 @default.
• W1482011827 cites W2156442455 @default.
• W1482011827 cites W2156628074 @default.
• W1482011827 cites W2163605976 @default.
• W1482011827 cites W2163932028 @default.
• W1482011827 cites W2171492539 @default.
• W1482011827 cites W86994937 @default.
• W1482011827 doi "https://doi.org/10.1111/j.1438-8677.2011.00466.x" @default.
• W1482011827 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21668596" @default.
• W1482011827 hasPublicationYear "2011" @default.
• W1482011827 type Work @default.
• W1482011827 sameAs 1482011827 @default.
• W1482011827 citedByCount "109" @default.
• W1482011827 countsByYear W14820118272012 @default.
• W1482011827 countsByYear W14820118272013 @default.
• W1482011827 countsByYear W14820118272014 @default.
• W1482011827 countsByYear W14820118272015 @default.
• W1482011827 countsByYear W14820118272016 @default.
• W1482011827 countsByYear W14820118272017 @default.
• W1482011827 countsByYear W14820118272018 @default.
• W1482011827 countsByYear W14820118272019 @default.
• W1482011827 countsByYear W14820118272020 @default.
• W1482011827 countsByYear W14820118272021 @default.
• W1482011827 countsByYear W14820118272022 @default.
• W1482011827 countsByYear W14820118272023 @default.

• next