FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W780506889> ?p ?o ?g. }

• W780506889 endingPage "140" @default.
• W780506889 startingPage "126" @default.
• W780506889 abstract "The nitrogen (N) uptake kinetic parameters for Microcystis field assemblages collected from the San Francisco Bay Delta (Delta) in 2012 and non-toxic and toxic laboratory culture strains of M. aeruginosa were assessed. The 15N tracer technique was used to investigate uptake of ammonium (NH4+), nitrate (NO3−), urea and glutamic acid over short-term incubations (0.5–1 h), and to study inhibition of NO3−, NH4+ and urea uptake by NH4+, NO3− and NH4+, respectively. This study demonstrates that Delta Microcystis can utilize different forms of inorganic and organic N, with the greatest capacity for NH4+ uptake and the least for glutamic acid uptake, although N uptake did not always follow the classic Michaelis–Menten hyperbolic relationship at substrate concentrations up to 67 μmol N L−1. Current ambient N concentrations in the Delta may be at sub-saturating levels for N uptake, indicating that if N loading (especially NH4+) were to increase, Delta Microcystis assemblages have the potential for increased N uptake rates. Delta Microcystis had the highest specific affinity, α, for NH4+ and the lowest for NO3−. In culture, N uptake by non-toxic and toxic M. aeruginosa strains was much higher than from the field, but followed similar N utilization trends to those in the field. Neither strain showed severe inhibition of NO3− uptake by NH4+ or inhibition of NH4+ uptake on NO3−, but both strains showed some inhibition of urea uptake by NH4+." @default.
• W780506889 created "2016-06-24" @default.
• W780506889 creator A5009559917 @default.
• W780506889 creator A5025894394 @default.
• W780506889 creator A5064188009 @default.
• W780506889 creator A5076377983 @default.
• W780506889 date "2015-07-01" @default.
• W780506889 modified "2023-10-18" @default.
• W780506889 title "Uptake and inhibition kinetics of nitrogen in Microcystis aeruginosa : Results from cultures and field assemblages collected in the San Francisco Bay Delta, CA" @default.
• W780506889 cites W1482867610 @default.
• W780506889 cites W1550631129 @default.
• W780506889 cites W1965141982 @default.
• W780506889 cites W1965838835 @default.
• W780506889 cites W1968195001 @default.
• W780506889 cites W1974403393 @default.
• W780506889 cites W1975397470 @default.
• W780506889 cites W1978007507 @default.
• W780506889 cites W1979965213 @default.
• W780506889 cites W1980210733 @default.
• W780506889 cites W1981978334 @default.
• W780506889 cites W1982786942 @default.
• W780506889 cites W1983065343 @default.
• W780506889 cites W1983359706 @default.
• W780506889 cites W1987562782 @default.
• W780506889 cites W1988383141 @default.
• W780506889 cites W1990257459 @default.
• W780506889 cites W1990466720 @default.
• W780506889 cites W1992619286 @default.
• W780506889 cites W1997720038 @default.
• W780506889 cites W1999627193 @default.
• W780506889 cites W2002651877 @default.
• W780506889 cites W2005898830 @default.
• W780506889 cites W2007847610 @default.
• W780506889 cites W2008776779 @default.
• W780506889 cites W2009203538 @default.
• W780506889 cites W2010817504 @default.
• W780506889 cites W2015915918 @default.
• W780506889 cites W2017418032 @default.
• W780506889 cites W2018721905 @default.
• W780506889 cites W2019120299 @default.
• W780506889 cites W2025698506 @default.
• W780506889 cites W2026763969 @default.
• W780506889 cites W2028100108 @default.
• W780506889 cites W2029918756 @default.
• W780506889 cites W2036149491 @default.
• W780506889 cites W2037514852 @default.
• W780506889 cites W2046597617 @default.
• W780506889 cites W2055777340 @default.
• W780506889 cites W2059290826 @default.
• W780506889 cites W2061362244 @default.
• W780506889 cites W2064335056 @default.
• W780506889 cites W2073265394 @default.
• W780506889 cites W2073723669 @default.
• W780506889 cites W2075256541 @default.
• W780506889 cites W2076048913 @default.
• W780506889 cites W2080101008 @default.
• W780506889 cites W2080433965 @default.
• W780506889 cites W2080767706 @default.
• W780506889 cites W2082851797 @default.
• W780506889 cites W2083030902 @default.
• W780506889 cites W2088082576 @default.
• W780506889 cites W2088428163 @default.
• W780506889 cites W2090157291 @default.
• W780506889 cites W2092745156 @default.
• W780506889 cites W2095489410 @default.
• W780506889 cites W2101468162 @default.
• W780506889 cites W2109792076 @default.
• W780506889 cites W2110533085 @default.
• W780506889 cites W2112448118 @default.
• W780506889 cites W2116177972 @default.
• W780506889 cites W2117606791 @default.
• W780506889 cites W2118130960 @default.
• W780506889 cites W2119671698 @default.
• W780506889 cites W2120292901 @default.
• W780506889 cites W2121591716 @default.
• W780506889 cites W2125303562 @default.
• W780506889 cites W2125438596 @default.
• W780506889 cites W2128089700 @default.
• W780506889 cites W2129351365 @default.
• W780506889 cites W2130864290 @default.
• W780506889 cites W2133204047 @default.
• W780506889 cites W2134792037 @default.
• W780506889 cites W2136532935 @default.
• W780506889 cites W2138331244 @default.
• W780506889 cites W2138436021 @default.
• W780506889 cites W2142782952 @default.
• W780506889 cites W2149290306 @default.
• W780506889 cites W2150122639 @default.
• W780506889 cites W2154583481 @default.
• W780506889 cites W2156159384 @default.
• W780506889 cites W2160964840 @default.
• W780506889 cites W2162952289 @default.
• W780506889 cites W2167774267 @default.
• W780506889 cites W2169048626 @default.
• W780506889 cites W4230943927 @default.
• W780506889 doi "https://doi.org/10.1016/j.hal.2015.06.002" @default.
• W780506889 hasPublicationYear "2015" @default.
• W780506889 type Work @default.

• next