Matches in SemOpenAlex for { <https://semopenalex.org/work/W2904367606> ?p ?o ?g. }
- W2904367606 endingPage "7" @default.
- W2904367606 startingPage "1" @default.
- W2904367606 abstract "There is still much to learn about the cells used for cell- and gene-based therapies in the clinical setting. Stem cells are found in virtually all tissues in the human body. As a result, cells isolated from these tissues are a heterogeneous population consisting of various subpopulations including stem cells. Several strategies have been used to isolate and define the subpopulations that constitute these heterogeneous populations, one of which is the side population (SP) assay. SP cells are identified by their ability to efflux a fluorescent dye at a rate that is greater than the main cell population. This elevated rate of dye efflux has been attributed to the expression of members of the ATP-binding cassette (ABC) transporter protein family. SP cells have been identified in various tissues. In this review, we discuss the research to date on SP cells, focussing on SP cells identified in haematopoietic stem cells, adipose-derived stromal cells, and dental pulp." @default.
- W2904367606 created "2018-12-22" @default.
- W2904367606 creator A5010874845 @default.
- W2904367606 creator A5024788520 @default.
- W2904367606 creator A5055493521 @default.
- W2904367606 creator A5062933235 @default.
- W2904367606 creator A5081239414 @default.
- W2904367606 date "2018-12-06" @default.
- W2904367606 modified "2023-10-12" @default.
- W2904367606 title "Side Population: Its Use in the Study of Cellular Heterogeneity and as a Potential Enrichment Tool for Rare Cell Populations" @default.
- W2904367606 cites W11318889 @default.
- W2904367606 cites W1483167997 @default.
- W2904367606 cites W1492396077 @default.
- W2904367606 cites W1497036244 @default.
- W2904367606 cites W1546006749 @default.
- W2904367606 cites W1553345136 @default.
- W2904367606 cites W1556673058 @default.
- W2904367606 cites W1563425389 @default.
- W2904367606 cites W1572957432 @default.
- W2904367606 cites W1576191627 @default.
- W2904367606 cites W1757282672 @default.
- W2904367606 cites W1838336174 @default.
- W2904367606 cites W1908587496 @default.
- W2904367606 cites W1910958497 @default.
- W2904367606 cites W1970572671 @default.
- W2904367606 cites W1985605815 @default.
- W2904367606 cites W1990950476 @default.
- W2904367606 cites W1992396018 @default.
- W2904367606 cites W1993910454 @default.
- W2904367606 cites W1993932646 @default.
- W2904367606 cites W1998271117 @default.
- W2904367606 cites W2003848471 @default.
- W2904367606 cites W2004128999 @default.
- W2904367606 cites W2010150702 @default.
- W2904367606 cites W2011172128 @default.
- W2904367606 cites W2016965630 @default.
- W2904367606 cites W2021672266 @default.
- W2904367606 cites W2022054172 @default.
- W2904367606 cites W2028735725 @default.
- W2904367606 cites W2036817876 @default.
- W2904367606 cites W2038313049 @default.
- W2904367606 cites W2039506795 @default.
- W2904367606 cites W2045738244 @default.
- W2904367606 cites W2051870121 @default.
- W2904367606 cites W2052530372 @default.
- W2904367606 cites W2053175960 @default.
- W2904367606 cites W2062042932 @default.
- W2904367606 cites W2062512555 @default.
- W2904367606 cites W2067282464 @default.
- W2904367606 cites W2068657930 @default.
- W2904367606 cites W2082639360 @default.
- W2904367606 cites W2083156208 @default.
- W2904367606 cites W2083960233 @default.
- W2904367606 cites W2084936584 @default.
- W2904367606 cites W2085582793 @default.
- W2904367606 cites W2088633922 @default.
- W2904367606 cites W2091270548 @default.
- W2904367606 cites W2093896964 @default.
- W2904367606 cites W2102085111 @default.
- W2904367606 cites W2108759674 @default.
- W2904367606 cites W2114915163 @default.
- W2904367606 cites W2115062578 @default.
- W2904367606 cites W2124284252 @default.
- W2904367606 cites W2132689936 @default.
- W2904367606 cites W2137956382 @default.
- W2904367606 cites W2144193351 @default.
- W2904367606 cites W2150485214 @default.
- W2904367606 cites W2168018732 @default.
- W2904367606 cites W2171655040 @default.
- W2904367606 cites W2240633951 @default.
- W2904367606 cites W2512454832 @default.
- W2904367606 cites W2593656253 @default.
- W2904367606 cites W2625285338 @default.
- W2904367606 cites W41858242 @default.
- W2904367606 cites W4233128922 @default.
- W2904367606 cites W4239653488 @default.
- W2904367606 cites W4362218353 @default.
- W2904367606 cites W83691264 @default.
- W2904367606 doi "https://doi.org/10.1155/2018/2472137" @default.
- W2904367606 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6304857" @default.
- W2904367606 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30627171" @default.
- W2904367606 hasPublicationYear "2018" @default.
- W2904367606 type Work @default.
- W2904367606 sameAs 2904367606 @default.
- W2904367606 citedByCount "5" @default.
- W2904367606 countsByYear W29043676062019 @default.
- W2904367606 countsByYear W29043676062020 @default.
- W2904367606 countsByYear W29043676062022 @default.
- W2904367606 crossrefType "journal-article" @default.
- W2904367606 hasAuthorship W2904367606A5010874845 @default.
- W2904367606 hasAuthorship W2904367606A5024788520 @default.
- W2904367606 hasAuthorship W2904367606A5055493521 @default.
- W2904367606 hasAuthorship W2904367606A5062933235 @default.
- W2904367606 hasAuthorship W2904367606A5081239414 @default.
- W2904367606 hasBestOaLocation W29043676061 @default.
- W2904367606 hasConcept C104317684 @default.
- W2904367606 hasConcept C109159458 @default.
- W2904367606 hasConcept C149011108 @default.