FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1995979103> ?p ?o ?g. }

• W1995979103 endingPage "4313" @default.
• W1995979103 startingPage "4305" @default.
• W1995979103 abstract "Imaging mass spectrometry has shown to be a valuable method in medical research and can be performed using different instrumentation and sample preparation methods, each one with specific advantages and drawbacks. Time-of-flight-secondary ion mass spectrometry (TOF-SIMS) has the advantage of high spatial resolution imaging but is often restricted to low mass molecular signals and can be very sensitive to sample preparation artifacts. In this report we demonstrate the advantages of using gas cluster ion beams (GCIBs) in combination with trifluoracetic acid (TFA) vapor exposure for the imaging of lipids in mouse brain sections. There is an optimum exposure to TFA that is beneficial for increasing high mass signal as well as producing signal from previously unobserved species in the mass spectrum. Cholesterol enrichment and crystallization on the sample surface is removed by TFA exposure uncovering a wider range of lipid species in the white matter regions of the tissue, greatly expanding the chemical coverage and the potential application of TOF-SIMS imaging in neurological studies. Ar4000+ (40 keV) in combination with TFA treatment facilitates high resolution, high mass imaging closing the gap between TOF-SIMS and matrix-assisted laser desorption ionization (MALDI)." @default.
• W1995979103 created "2016-06-24" @default.
• W1995979103 creator A5001680940 @default.
• W1995979103 creator A5008361265 @default.
• W1995979103 creator A5031496032 @default.
• W1995979103 creator A5078056491 @default.
• W1995979103 date "2015-04-02" @default.
• W1995979103 modified "2023-09-30" @default.
• W1995979103 title "Improved Molecular Imaging in Rodent Brain with Time-of-Flight-Secondary Ion Mass Spectrometry Using Gas Cluster Ion Beams and Reactive Vapor Exposure" @default.
• W1995979103 cites W129650649 @default.
• W1995979103 cites W1536331044 @default.
• W1995979103 cites W1566441785 @default.
• W1995979103 cites W1582530914 @default.
• W1995979103 cites W1594975246 @default.
• W1995979103 cites W173798027 @default.
• W1995979103 cites W1972090215 @default.
• W1995979103 cites W1977444301 @default.
• W1995979103 cites W1977815070 @default.
• W1995979103 cites W1982533264 @default.
• W1995979103 cites W1985323692 @default.
• W1995979103 cites W1988555029 @default.
• W1995979103 cites W1989447373 @default.
• W1995979103 cites W1989645735 @default.
• W1995979103 cites W1996039778 @default.
• W1995979103 cites W1997469292 @default.
• W1995979103 cites W1999160838 @default.
• W1995979103 cites W2009337748 @default.
• W1995979103 cites W2013540930 @default.
• W1995979103 cites W2022135818 @default.
• W1995979103 cites W2030279845 @default.
• W1995979103 cites W2032072281 @default.
• W1995979103 cites W2032096899 @default.
• W1995979103 cites W2034949869 @default.
• W1995979103 cites W2037839122 @default.
• W1995979103 cites W2039396629 @default.
• W1995979103 cites W2043224118 @default.
• W1995979103 cites W2044712639 @default.
• W1995979103 cites W2045009404 @default.
• W1995979103 cites W2047813746 @default.
• W1995979103 cites W2060295277 @default.
• W1995979103 cites W2062963704 @default.
• W1995979103 cites W2065657816 @default.
• W1995979103 cites W2067080669 @default.
• W1995979103 cites W2067568740 @default.
• W1995979103 cites W2067991907 @default.
• W1995979103 cites W2068912499 @default.
• W1995979103 cites W2070355489 @default.
• W1995979103 cites W2073590018 @default.
• W1995979103 cites W2076091755 @default.
• W1995979103 cites W2077910704 @default.
• W1995979103 cites W2078181849 @default.
• W1995979103 cites W2079518504 @default.
• W1995979103 cites W2082307865 @default.
• W1995979103 cites W2084275081 @default.
• W1995979103 cites W2087713361 @default.
• W1995979103 cites W2090876685 @default.
• W1995979103 cites W2092330976 @default.
• W1995979103 cites W2093168720 @default.
• W1995979103 cites W2093186342 @default.
• W1995979103 cites W2102085111 @default.
• W1995979103 cites W2104016576 @default.
• W1995979103 cites W2108904338 @default.
• W1995979103 cites W2121434493 @default.
• W1995979103 cites W2125108114 @default.
• W1995979103 cites W2128963767 @default.
• W1995979103 cites W2131072636 @default.
• W1995979103 cites W2135817296 @default.
• W1995979103 cites W2145962946 @default.
• W1995979103 cites W2151260274 @default.
• W1995979103 cites W2163738677 @default.
• W1995979103 cites W2170961095 @default.
• W1995979103 cites W2171363761 @default.
• W1995979103 cites W2171782875 @default.
• W1995979103 cites W2226574600 @default.
• W1995979103 cites W2313300359 @default.
• W1995979103 cites W2335028556 @default.
• W1995979103 cites W2356068240 @default.
• W1995979103 cites W24315812 @default.
• W1995979103 cites W2611891563 @default.
• W1995979103 doi "https://doi.org/10.1021/ac504774y" @default.
• W1995979103 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25799886" @default.
• W1995979103 hasPublicationYear "2015" @default.
• W1995979103 type Work @default.
• W1995979103 sameAs 1995979103 @default.
• W1995979103 citedByCount "54" @default.
• W1995979103 countsByYear W19959791032015 @default.
• W1995979103 countsByYear W19959791032016 @default.
• W1995979103 countsByYear W19959791032017 @default.
• W1995979103 countsByYear W19959791032018 @default.
• W1995979103 countsByYear W19959791032019 @default.
• W1995979103 countsByYear W19959791032020 @default.
• W1995979103 countsByYear W19959791032021 @default.
• W1995979103 countsByYear W19959791032022 @default.
• W1995979103 countsByYear W19959791032023 @default.
• W1995979103 crossrefType "journal-article" @default.
• W1995979103 hasAuthorship W1995979103A5001680940 @default.
• W1995979103 hasAuthorship W1995979103A5008361265 @default.
• W1995979103 hasAuthorship W1995979103A5031496032 @default.

• next