Matches in SemOpenAlex for { <https://semopenalex.org/work/W2899098949> ?p ?o ?g. }
- W2899098949 endingPage "112" @default.
- W2899098949 startingPage "105" @default.
- W2899098949 abstract "Electrospray ionization mass spectrometry (ESI-MS) is one of the most powerful ionization techniques for characterization of analytes in various areas. Polar solvents such as methanol, water and acetonitrile are commonly used for ESI-MS analysis, while nonpolar solvents such as hexane were usually considered as non-ESI-friendly solvents. Following our recent work on observation of ESI process from solid substrates using nonpolar solvents (Anal Chim Acta, 2018, 1004, 51–57), the analytical properties of ESI-MS with solid substrates and nonpolar solvents were further systematically investigated in this study. Compared to the uses of polar solvents, our results revealed that nonpolar solvents could serve as extractants for enhanced detection of low-polar analytes from complex samples, and could serve as refrigerants for rapid freezing of samples such as peptides, proteins and protein-ligand complexes. Furthermore, nonpolar solvents could be used for formation of ammonia-transition-metal acetylacetonates complexes under ambient conditions." @default.
- W2899098949 created "2018-11-09" @default.
- W2899098949 creator A5001969147 @default.
- W2899098949 creator A5009236216 @default.
- W2899098949 creator A5025984207 @default.
- W2899098949 creator A5041654390 @default.
- W2899098949 date "2019-03-01" @default.
- W2899098949 modified "2023-10-10" @default.
- W2899098949 title "Analytical properties of electrospray ionization mass spectrometry with solid substrates and nonpolar solvents" @default.
- W2899098949 cites W1510744802 @default.
- W2899098949 cites W1605086119 @default.
- W2899098949 cites W1770302995 @default.
- W2899098949 cites W1770986726 @default.
- W2899098949 cites W1861612154 @default.
- W2899098949 cites W1963622826 @default.
- W2899098949 cites W1965612274 @default.
- W2899098949 cites W1967871759 @default.
- W2899098949 cites W1968210653 @default.
- W2899098949 cites W1970605973 @default.
- W2899098949 cites W1978216187 @default.
- W2899098949 cites W1985733030 @default.
- W2899098949 cites W1986627544 @default.
- W2899098949 cites W1989246228 @default.
- W2899098949 cites W1996328701 @default.
- W2899098949 cites W1999069832 @default.
- W2899098949 cites W2006472685 @default.
- W2899098949 cites W2008649582 @default.
- W2899098949 cites W2012304599 @default.
- W2899098949 cites W2013848575 @default.
- W2899098949 cites W2030533925 @default.
- W2899098949 cites W2030578317 @default.
- W2899098949 cites W2041889210 @default.
- W2899098949 cites W2043189480 @default.
- W2899098949 cites W2045007801 @default.
- W2899098949 cites W2046589453 @default.
- W2899098949 cites W2058010685 @default.
- W2899098949 cites W2061800084 @default.
- W2899098949 cites W2065207868 @default.
- W2899098949 cites W2067679100 @default.
- W2899098949 cites W2071864373 @default.
- W2899098949 cites W2078029958 @default.
- W2899098949 cites W2091078000 @default.
- W2899098949 cites W2115381717 @default.
- W2899098949 cites W2116784895 @default.
- W2899098949 cites W2119821689 @default.
- W2899098949 cites W2121222490 @default.
- W2899098949 cites W2127623068 @default.
- W2899098949 cites W2135330210 @default.
- W2899098949 cites W2137332865 @default.
- W2899098949 cites W2145085668 @default.
- W2899098949 cites W2150040586 @default.
- W2899098949 cites W2150854004 @default.
- W2899098949 cites W2157436515 @default.
- W2899098949 cites W2193385211 @default.
- W2899098949 cites W2312973918 @default.
- W2899098949 cites W2345605389 @default.
- W2899098949 cites W2511409931 @default.
- W2899098949 cites W2577561103 @default.
- W2899098949 cites W2775501931 @default.
- W2899098949 cites W2781793505 @default.
- W2899098949 cites W2784560528 @default.
- W2899098949 cites W2897796279 @default.
- W2899098949 doi "https://doi.org/10.1016/j.aca.2018.10.064" @default.
- W2899098949 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30661577" @default.
- W2899098949 hasPublicationYear "2019" @default.
- W2899098949 type Work @default.
- W2899098949 sameAs 2899098949 @default.
- W2899098949 citedByCount "18" @default.
- W2899098949 countsByYear W28990989492018 @default.
- W2899098949 countsByYear W28990989492019 @default.
- W2899098949 countsByYear W28990989492020 @default.
- W2899098949 countsByYear W28990989492021 @default.
- W2899098949 countsByYear W28990989492022 @default.
- W2899098949 countsByYear W28990989492023 @default.
- W2899098949 crossrefType "journal-article" @default.
- W2899098949 hasAuthorship W2899098949A5001969147 @default.
- W2899098949 hasAuthorship W2899098949A5009236216 @default.
- W2899098949 hasAuthorship W2899098949A5025984207 @default.
- W2899098949 hasAuthorship W2899098949A5041654390 @default.
- W2899098949 hasConcept C162356407 @default.
- W2899098949 hasConcept C167050937 @default.
- W2899098949 hasConcept C185592680 @default.
- W2899098949 hasConcept C194451485 @default.
- W2899098949 hasConcept C2777077568 @default.
- W2899098949 hasConcept C2777463227 @default.
- W2899098949 hasConcept C40684141 @default.
- W2899098949 hasConcept C43617362 @default.
- W2899098949 hasConcept C75233609 @default.
- W2899098949 hasConceptScore W2899098949C162356407 @default.
- W2899098949 hasConceptScore W2899098949C167050937 @default.
- W2899098949 hasConceptScore W2899098949C185592680 @default.
- W2899098949 hasConceptScore W2899098949C194451485 @default.
- W2899098949 hasConceptScore W2899098949C2777077568 @default.
- W2899098949 hasConceptScore W2899098949C2777463227 @default.
- W2899098949 hasConceptScore W2899098949C40684141 @default.
- W2899098949 hasConceptScore W2899098949C43617362 @default.
- W2899098949 hasConceptScore W2899098949C75233609 @default.
- W2899098949 hasFunder F4320321001 @default.