Matches in SemOpenAlex for { <https://semopenalex.org/work/W201635276> ?p ?o ?g. }
- W201635276 endingPage "342" @default.
- W201635276 startingPage "325" @default.
- W201635276 abstract "Most cells have to perform their physiological functions under a variable osmotic stress, which, because of the relatively high permeability of the plasma membrane for water, may result in frequent alterations in cell size. Intestinal epithelial cells are especially prone to changes in cell volume because of their high capacity of salt and water transport and the high membrane expression of various nutrient transporters. Therefore, to avoid excessive shrinkage or swelling, enterocytes, like most cell types, have developed efficient mechanisms to maintain osmotic balance. This chapter reviews selected model systems that can be used to investigate cell volume regulation in intestinal epithelial cells, with emphasis on the regulatory volume decrease, and the methods available to study the compensatory redistribution of (organic) osmolytes. In addition, a brief summary is presented of the pathways involved in osmosensing and osmosignaling in the intestine." @default.
- W201635276 created "2016-06-24" @default.
- W201635276 creator A5001830371 @default.
- W201635276 creator A5021790168 @default.
- W201635276 creator A5043109979 @default.
- W201635276 creator A5078970391 @default.
- W201635276 date "2007-01-01" @default.
- W201635276 modified "2023-09-25" @default.
- W201635276 title "Osmosignaling and Volume Regulation in Intestinal Epithelial Cells" @default.
- W201635276 cites W109290794 @default.
- W201635276 cites W1548879738 @default.
- W201635276 cites W1580762299 @default.
- W201635276 cites W1593826108 @default.
- W201635276 cites W1602371673 @default.
- W201635276 cites W1675649579 @default.
- W201635276 cites W1967920493 @default.
- W201635276 cites W1968689277 @default.
- W201635276 cites W1971741728 @default.
- W201635276 cites W1972750410 @default.
- W201635276 cites W1983746433 @default.
- W201635276 cites W1985116760 @default.
- W201635276 cites W1985378926 @default.
- W201635276 cites W1992044027 @default.
- W201635276 cites W1992193255 @default.
- W201635276 cites W1997028676 @default.
- W201635276 cites W1997538204 @default.
- W201635276 cites W2001453486 @default.
- W201635276 cites W2005313327 @default.
- W201635276 cites W2009667219 @default.
- W201635276 cites W2014359221 @default.
- W201635276 cites W2018942172 @default.
- W201635276 cites W2026572677 @default.
- W201635276 cites W2032586838 @default.
- W201635276 cites W2032996026 @default.
- W201635276 cites W2036652037 @default.
- W201635276 cites W2045305044 @default.
- W201635276 cites W2045986542 @default.
- W201635276 cites W2056682731 @default.
- W201635276 cites W2067514449 @default.
- W201635276 cites W2067960701 @default.
- W201635276 cites W2069804153 @default.
- W201635276 cites W2072214489 @default.
- W201635276 cites W2079777908 @default.
- W201635276 cites W2080224368 @default.
- W201635276 cites W2083232083 @default.
- W201635276 cites W2084693586 @default.
- W201635276 cites W2085165592 @default.
- W201635276 cites W2085940790 @default.
- W201635276 cites W2105750740 @default.
- W201635276 cites W2106448082 @default.
- W201635276 cites W2115396141 @default.
- W201635276 cites W2120567811 @default.
- W201635276 cites W2125380985 @default.
- W201635276 cites W2132014822 @default.
- W201635276 cites W2134539974 @default.
- W201635276 cites W2135426025 @default.
- W201635276 cites W2141178158 @default.
- W201635276 cites W2148255993 @default.
- W201635276 cites W2149382495 @default.
- W201635276 cites W2153104431 @default.
- W201635276 cites W2158661778 @default.
- W201635276 cites W2159100436 @default.
- W201635276 cites W2159974610 @default.
- W201635276 cites W2161142660 @default.
- W201635276 cites W2162016003 @default.
- W201635276 cites W2171041201 @default.
- W201635276 cites W2186827557 @default.
- W201635276 cites W2224021986 @default.
- W201635276 cites W2259277792 @default.
- W201635276 cites W2276509975 @default.
- W201635276 cites W2286893858 @default.
- W201635276 cites W2290010678 @default.
- W201635276 cites W2334466074 @default.
- W201635276 cites W2395799322 @default.
- W201635276 cites W2415107108 @default.
- W201635276 doi "https://doi.org/10.1016/s0076-6879(07)28019-x" @default.
- W201635276 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17875427" @default.
- W201635276 hasPublicationYear "2007" @default.
- W201635276 type Work @default.
- W201635276 sameAs 201635276 @default.
- W201635276 citedByCount "16" @default.
- W201635276 countsByYear W2016352762013 @default.
- W201635276 countsByYear W2016352762014 @default.
- W201635276 countsByYear W2016352762015 @default.
- W201635276 countsByYear W2016352762020 @default.
- W201635276 countsByYear W2016352762021 @default.
- W201635276 crossrefType "book-chapter" @default.
- W201635276 hasAuthorship W201635276A5001830371 @default.
- W201635276 hasAuthorship W201635276A5021790168 @default.
- W201635276 hasAuthorship W201635276A5043109979 @default.
- W201635276 hasAuthorship W201635276A5078970391 @default.
- W201635276 hasConcept C104317684 @default.
- W201635276 hasConcept C12554922 @default.
- W201635276 hasConcept C127160389 @default.
- W201635276 hasConcept C1491633281 @default.
- W201635276 hasConcept C168529131 @default.
- W201635276 hasConcept C185592680 @default.
- W201635276 hasConcept C41625074 @default.