FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2011126002> ?p ?o ?g. }

• W2011126002 endingPage "9359" @default.
• W2011126002 startingPage "9350" @default.
• W2011126002 abstract "Suwannee River fulvic acid (SRFA) was dialyzed through a 100–500 molecular weight cutoff dialysis membrane, and the dialysate and retentate were analyzed by UV–visible absorption and high-resolution Orbitrap mass spectrometry (MS). A significant fraction (36% based on dissolved organic carbon) of SRFA passed through the dialysis membrane. The fraction of SRFA in the dialysate had a different UV–visible absorption spectrum and was enriched in low molecular weight molecules with a more aliphatic composition relative to the initial SRFA solution. Comparison of the SRFA spectra collected by Orbitrap MS and Fourier transform ion cyclotron resonance MS (FT-ICR MS) demonstrated that the mass accuracy of the Orbitrap MS is sufficient for determination of unique molecular formulas of compounds with masses <600 Da in a complex mixture, such as SRFA. The most intense masses detected by Orbitrap MS were found in the 100–200 Da mass range. Many of these low molecular masses corresponded to molecular formulas of previously identified compounds in organic matter, lignin, and plants, and the use of the standard addition method provided an upper concentration estimate of selected target compounds in SRFA. Collectively, these results provide evidence that SRFA contains low molecular weight components that are present individually or in loosely bound assemblies." @default.
• W2011126002 created "2016-06-24" @default.
• W2011126002 creator A5001802334 @default.
• W2011126002 creator A5022337602 @default.
• W2011126002 creator A5058526751 @default.
• W2011126002 creator A5068682577 @default.
• W2011126002 date "2012-08-22" @default.
• W2011126002 modified "2023-10-11" @default.
• W2011126002 title "Low Molecular Weight Components in an Aquatic Humic Substance As Characterized by Membrane Dialysis and Orbitrap Mass Spectrometry" @default.
• W2011126002 cites W1492254333 @default.
• W2011126002 cites W1583299696 @default.
• W2011126002 cites W1618907537 @default.
• W2011126002 cites W165561925 @default.
• W2011126002 cites W1967294764 @default.
• W2011126002 cites W1970801056 @default.
• W2011126002 cites W1973315556 @default.
• W2011126002 cites W1974198933 @default.
• W2011126002 cites W1977694175 @default.
• W2011126002 cites W1985030578 @default.
• W2011126002 cites W1987984346 @default.
• W2011126002 cites W1989089243 @default.
• W2011126002 cites W1994029344 @default.
• W2011126002 cites W1994940124 @default.
• W2011126002 cites W1995415001 @default.
• W2011126002 cites W1997903290 @default.
• W2011126002 cites W1999050826 @default.
• W2011126002 cites W1999613393 @default.
• W2011126002 cites W2005246793 @default.
• W2011126002 cites W2005643557 @default.
• W2011126002 cites W2006117571 @default.
• W2011126002 cites W2007663401 @default.
• W2011126002 cites W2010328686 @default.
• W2011126002 cites W2010332398 @default.
• W2011126002 cites W2013400972 @default.
• W2011126002 cites W2013436286 @default.
• W2011126002 cites W2014166878 @default.
• W2011126002 cites W2016444844 @default.
• W2011126002 cites W2019765698 @default.
• W2011126002 cites W2021145760 @default.
• W2011126002 cites W2021828609 @default.
• W2011126002 cites W2024398624 @default.
• W2011126002 cites W2027068200 @default.
• W2011126002 cites W2034435881 @default.
• W2011126002 cites W2036632032 @default.
• W2011126002 cites W2039501616 @default.
• W2011126002 cites W2040979692 @default.
• W2011126002 cites W2041074201 @default.
• W2011126002 cites W2041102105 @default.
• W2011126002 cites W2049565756 @default.
• W2011126002 cites W2050065626 @default.
• W2011126002 cites W2053063529 @default.
• W2011126002 cites W2054811648 @default.
• W2011126002 cites W2060926947 @default.
• W2011126002 cites W2068608770 @default.
• W2011126002 cites W2070145719 @default.
• W2011126002 cites W2072430487 @default.
• W2011126002 cites W2072614406 @default.
• W2011126002 cites W2073665364 @default.
• W2011126002 cites W2074321916 @default.
• W2011126002 cites W2074704891 @default.
• W2011126002 cites W2077536246 @default.
• W2011126002 cites W2079318126 @default.
• W2011126002 cites W2097043351 @default.
• W2011126002 cites W2122560304 @default.
• W2011126002 cites W2147089261 @default.
• W2011126002 cites W2152660846 @default.
• W2011126002 cites W2155384541 @default.
• W2011126002 cites W2163153896 @default.
• W2011126002 cites W2165118184 @default.
• W2011126002 cites W2166253531 @default.
• W2011126002 cites W2168526533 @default.
• W2011126002 cites W2321548141 @default.
• W2011126002 cites W2338862842 @default.
• W2011126002 cites W4237761670 @default.
• W2011126002 doi "https://doi.org/10.1021/es302468q" @default.
• W2011126002 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22866871" @default.
• W2011126002 hasPublicationYear "2012" @default.
• W2011126002 type Work @default.
• W2011126002 sameAs 2011126002 @default.
• W2011126002 citedByCount "86" @default.
• W2011126002 countsByYear W20111260022012 @default.
• W2011126002 countsByYear W20111260022013 @default.
• W2011126002 countsByYear W20111260022014 @default.
• W2011126002 countsByYear W20111260022015 @default.
• W2011126002 countsByYear W20111260022016 @default.
• W2011126002 countsByYear W20111260022017 @default.
• W2011126002 countsByYear W20111260022018 @default.
• W2011126002 countsByYear W20111260022019 @default.
• W2011126002 countsByYear W20111260022020 @default.
• W2011126002 countsByYear W20111260022021 @default.
• W2011126002 countsByYear W20111260022022 @default.
• W2011126002 countsByYear W20111260022023 @default.
• W2011126002 crossrefType "journal-article" @default.
• W2011126002 hasAuthorship W2011126002A5001802334 @default.
• W2011126002 hasAuthorship W2011126002A5022337602 @default.
• W2011126002 hasAuthorship W2011126002A5058526751 @default.
• W2011126002 hasAuthorship W2011126002A5068682577 @default.
• W2011126002 hasConcept C107872376 @default.

• next