Matches in SemOpenAlex for { <https://semopenalex.org/work/W3015432380> ?p ?o ?g. }
- W3015432380 endingPage "540" @default.
- W3015432380 startingPage "540" @default.
- W3015432380 abstract "Microalgae biotechnology has a high potential for sustainable bioproduction of diverse high-value biomolecules. Some of the main bottlenecks in cell-based bioproduction, and more specifically in microalgae-based bioproduction, are due to insufficient methods for rapid and efficient cell characterization, which contributes to having only a few industrially established microalgal species in commercial use. Dielectrophoresis-based microfluidic devices have been long established as promising tools for label-free handling, characterization, and separation of broad ranges of cells. The technique is based on differences in dielectric properties and sizes, which results in different degrees of cell movement under an applied inhomogeneous electrical field. The method has also earned interest for separating microalgae based on their intrinsic properties, since their dielectric properties may significantly change during bioproduction, in particular for lipid-producing species. Here, we provide a comprehensive review of dielectrophoresis-based microfluidic devices that are used for handling, characterization, and separation of microalgae. Additionally, we provide a perspective on related areas of research in cell-based bioproduction that can benefit from dielectrophoresis-based microdevices. This work provides key information that will be useful for microalgae researchers to decide whether dielectrophoresis and which method is most suitable for their particular application." @default.
- W3015432380 created "2020-04-17" @default.
- W3015432380 creator A5001739345 @default.
- W3015432380 creator A5084191089 @default.
- W3015432380 creator A5086111079 @default.
- W3015432380 creator A5086561742 @default.
- W3015432380 creator A5088233251 @default.
- W3015432380 date "2020-04-09" @default.
- W3015432380 modified "2023-10-12" @default.
- W3015432380 title "Separation, Characterization, and Handling of Microalgae by Dielectrophoresis" @default.
- W3015432380 cites W1552031058 @default.
- W3015432380 cites W1577288068 @default.
- W3015432380 cites W1914735833 @default.
- W3015432380 cites W1969565273 @default.
- W3015432380 cites W1973627561 @default.
- W3015432380 cites W1976588922 @default.
- W3015432380 cites W1978319602 @default.
- W3015432380 cites W1978914624 @default.
- W3015432380 cites W1979213741 @default.
- W3015432380 cites W1985119633 @default.
- W3015432380 cites W2007649186 @default.
- W3015432380 cites W2009910733 @default.
- W3015432380 cites W2024847194 @default.
- W3015432380 cites W2038234055 @default.
- W3015432380 cites W2042153026 @default.
- W3015432380 cites W2043656065 @default.
- W3015432380 cites W2049852630 @default.
- W3015432380 cites W2056713822 @default.
- W3015432380 cites W2060941577 @default.
- W3015432380 cites W2066712469 @default.
- W3015432380 cites W2068282748 @default.
- W3015432380 cites W2079574010 @default.
- W3015432380 cites W2081428159 @default.
- W3015432380 cites W2088696800 @default.
- W3015432380 cites W2090468806 @default.
- W3015432380 cites W2094862313 @default.
- W3015432380 cites W2115213839 @default.
- W3015432380 cites W2118837769 @default.
- W3015432380 cites W2126250714 @default.
- W3015432380 cites W2132207273 @default.
- W3015432380 cites W2133257120 @default.
- W3015432380 cites W2133318440 @default.
- W3015432380 cites W2134149045 @default.
- W3015432380 cites W2136492335 @default.
- W3015432380 cites W2145913874 @default.
- W3015432380 cites W2147964064 @default.
- W3015432380 cites W2151972396 @default.
- W3015432380 cites W2159120652 @default.
- W3015432380 cites W2165821458 @default.
- W3015432380 cites W2198891683 @default.
- W3015432380 cites W2277089633 @default.
- W3015432380 cites W2277445488 @default.
- W3015432380 cites W2398786292 @default.
- W3015432380 cites W2407100010 @default.
- W3015432380 cites W2461901993 @default.
- W3015432380 cites W2467276886 @default.
- W3015432380 cites W2467914500 @default.
- W3015432380 cites W2514195316 @default.
- W3015432380 cites W2523690231 @default.
- W3015432380 cites W2534164612 @default.
- W3015432380 cites W2552043465 @default.
- W3015432380 cites W2552483876 @default.
- W3015432380 cites W2562088756 @default.
- W3015432380 cites W2569736200 @default.
- W3015432380 cites W2592631289 @default.
- W3015432380 cites W2595890885 @default.
- W3015432380 cites W2613936478 @default.
- W3015432380 cites W2624919703 @default.
- W3015432380 cites W2741937577 @default.
- W3015432380 cites W2752449691 @default.
- W3015432380 cites W2757827200 @default.
- W3015432380 cites W2778253740 @default.
- W3015432380 cites W2792313051 @default.
- W3015432380 cites W2792707976 @default.
- W3015432380 cites W2810521313 @default.
- W3015432380 cites W2891943120 @default.
- W3015432380 cites W2948276389 @default.
- W3015432380 cites W2996020521 @default.
- W3015432380 cites W3150931164 @default.
- W3015432380 doi "https://doi.org/10.3390/microorganisms8040540" @default.
- W3015432380 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7232385" @default.
- W3015432380 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32283664" @default.
- W3015432380 hasPublicationYear "2020" @default.
- W3015432380 type Work @default.
- W3015432380 sameAs 3015432380 @default.
- W3015432380 citedByCount "23" @default.
- W3015432380 countsByYear W30154323802020 @default.
- W3015432380 countsByYear W30154323802021 @default.
- W3015432380 countsByYear W30154323802022 @default.
- W3015432380 countsByYear W30154323802023 @default.
- W3015432380 crossrefType "journal-article" @default.
- W3015432380 hasAuthorship W3015432380A5001739345 @default.
- W3015432380 hasAuthorship W3015432380A5084191089 @default.
- W3015432380 hasAuthorship W3015432380A5086111079 @default.
- W3015432380 hasAuthorship W3015432380A5086561742 @default.
- W3015432380 hasAuthorship W3015432380A5088233251 @default.
- W3015432380 hasBestOaLocation W30154323801 @default.
- W3015432380 hasConcept C106825181 @default.