Matches in SemOpenAlex for { <https://semopenalex.org/work/W2330861100> ?p ?o ?g. }
- W2330861100 endingPage "4087" @default.
- W2330861100 startingPage "4078" @default.
- W2330861100 abstract "Isotachophoresis (ITP) and electric field gradient focusing (EFGF) are two powerful approaches for simultaneous focusing and separation of charged compounds. Remarkably, in many EFGF methods, isotachophoretic hallmarks have been found, including observations of plateau concentrations and contiguous analyte bands. We discuss the similarities between ITP and EFGF and describe promising possibilities to transfer the functionality and applications developed on one platform to other platforms. Of particular importance is the observation that single-electrolyte isotachophoretic separations with tunable ionic mobility window can be performed, as is illustrated with the example of depletion zone isotachophoresis (dzITP). By exploiting the rapid developments in micro- and nanofluidics, many interesting combinations of ITP and EFGF features can be achieved, yielding powerful analytical platforms for sample preparation, biomarker discovery, molecular interaction assays, drug screening, and clinical diagnostics." @default.
- W2330861100 created "2016-06-24" @default.
- W2330861100 creator A5043410411 @default.
- W2330861100 creator A5076255429 @default.
- W2330861100 creator A5082854195 @default.
- W2330861100 date "2014-04-16" @default.
- W2330861100 modified "2023-09-23" @default.
- W2330861100 title "Isotachophoretic Phenomena in Electric Field Gradient Focusing: Perspectives for Sample Preparation and Bioassays" @default.
- W2330861100 cites W1966020646 @default.
- W2330861100 cites W1969070874 @default.
- W2330861100 cites W1970546285 @default.
- W2330861100 cites W1974077422 @default.
- W2330861100 cites W1976216172 @default.
- W2330861100 cites W1977316529 @default.
- W2330861100 cites W1979962639 @default.
- W2330861100 cites W1980703229 @default.
- W2330861100 cites W1983072443 @default.
- W2330861100 cites W1985803069 @default.
- W2330861100 cites W1987342434 @default.
- W2330861100 cites W1987371605 @default.
- W2330861100 cites W1987455335 @default.
- W2330861100 cites W1989104753 @default.
- W2330861100 cites W1993015087 @default.
- W2330861100 cites W1998944382 @default.
- W2330861100 cites W2003054850 @default.
- W2330861100 cites W2005644024 @default.
- W2330861100 cites W2007133335 @default.
- W2330861100 cites W2007287936 @default.
- W2330861100 cites W2009932933 @default.
- W2330861100 cites W2021406412 @default.
- W2330861100 cites W2024492271 @default.
- W2330861100 cites W2026303463 @default.
- W2330861100 cites W2030791156 @default.
- W2330861100 cites W2032578156 @default.
- W2330861100 cites W2036685467 @default.
- W2330861100 cites W2037867285 @default.
- W2330861100 cites W2040875255 @default.
- W2330861100 cites W2040910365 @default.
- W2330861100 cites W2042539178 @default.
- W2330861100 cites W2046062626 @default.
- W2330861100 cites W2051017773 @default.
- W2330861100 cites W2055205691 @default.
- W2330861100 cites W2056657378 @default.
- W2330861100 cites W2056996095 @default.
- W2330861100 cites W2058274288 @default.
- W2330861100 cites W2059168035 @default.
- W2330861100 cites W2063124668 @default.
- W2330861100 cites W2063137319 @default.
- W2330861100 cites W2063143027 @default.
- W2330861100 cites W2064081996 @default.
- W2330861100 cites W2067072715 @default.
- W2330861100 cites W2071112402 @default.
- W2330861100 cites W2074731879 @default.
- W2330861100 cites W2079635804 @default.
- W2330861100 cites W2079894096 @default.
- W2330861100 cites W2082372764 @default.
- W2330861100 cites W2082841361 @default.
- W2330861100 cites W2085248385 @default.
- W2330861100 cites W2088618553 @default.
- W2330861100 cites W2092617323 @default.
- W2330861100 cites W2094614191 @default.
- W2330861100 cites W2095409140 @default.
- W2330861100 cites W2097506401 @default.
- W2330861100 cites W2102615418 @default.
- W2330861100 cites W2106955343 @default.
- W2330861100 cites W2110791321 @default.
- W2330861100 cites W2120204909 @default.
- W2330861100 cites W2124591605 @default.
- W2330861100 cites W2130869501 @default.
- W2330861100 cites W2132138077 @default.
- W2330861100 cites W2143331248 @default.
- W2330861100 cites W2144154599 @default.
- W2330861100 cites W2152145110 @default.
- W2330861100 cites W2152474670 @default.
- W2330861100 cites W2155280345 @default.
- W2330861100 cites W2156242605 @default.
- W2330861100 cites W2160328164 @default.
- W2330861100 cites W2161377232 @default.
- W2330861100 cites W2167504651 @default.
- W2330861100 cites W2167913741 @default.
- W2330861100 cites W2171958864 @default.
- W2330861100 cites W2315496822 @default.
- W2330861100 cites W2322188107 @default.
- W2330861100 cites W2322960945 @default.
- W2330861100 cites W2571783935 @default.
- W2330861100 cites W4237510947 @default.
- W2330861100 cites W4239223477 @default.
- W2330861100 doi "https://doi.org/10.1021/ac403764e" @default.
- W2330861100 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24670194" @default.
- W2330861100 hasPublicationYear "2014" @default.
- W2330861100 type Work @default.
- W2330861100 sameAs 2330861100 @default.
- W2330861100 citedByCount "11" @default.
- W2330861100 countsByYear W23308611002014 @default.
- W2330861100 countsByYear W23308611002015 @default.
- W2330861100 countsByYear W23308611002020 @default.
- W2330861100 countsByYear W23308611002022 @default.
- W2330861100 crossrefType "journal-article" @default.