Matches in SemOpenAlex for { <https://semopenalex.org/work/W2127518700> ?p ?o ?g. }
- W2127518700 endingPage "149" @default.
- W2127518700 startingPage "137" @default.
- W2127518700 abstract "Several studies have indicated that olfactory responses are impeded by amiloride. Therefore, it was of interest to see whether, and if so which, olfactory epithelial cellular compartments have amiloride-sensitive structures. Using ultrastructural methods that involved rapid freezing, freeze-substitution and low temperature embedding of olfactory epithelia, this study shows that, in the rat, this tissue is immunoreactive to antibodies against amiloride sensitive Na(+)-channels. However, microvilli of olfactory supporting cells, as opposed to receptor cilia, contained most of the immunoreactive sites. Apices from which the microvilli sprout and receptor cell dendritic knobs had much less if any of the amiloride-antibody binding sites. Using a direct ligand-binding cytochemical method, this study also confirms earlier ones that showed that olfactory receptor cell cilia have Na+, K(+)-ATPase. It is proposed that supporting cell microvilli and the receptor cilia themselves have mechanisms, different but likely complementary, that participate in regulating the salt concentration around the receptor cell cilia. In this way, both structures help to provide the ambient mucous environment for receptor cells to function properly. This regulation of the salt concentration of an ambient fluid environment is a function that the olfactory epithelium shares with cells of transporting epithelia, such as those of kidney." @default.
- W2127518700 created "2016-06-24" @default.
- W2127518700 creator A5002568636 @default.
- W2127518700 creator A5008621245 @default.
- W2127518700 creator A5022177895 @default.
- W2127518700 creator A5036056918 @default.
- W2127518700 creator A5058375033 @default.
- W2127518700 creator A5074478738 @default.
- W2127518700 date "1998-04-01" @default.
- W2127518700 modified "2023-09-25" @default.
- W2127518700 title "Ultrastructural Localization of Amiloride-sensitive Sodium Channels and Na+,K+ -ATPase in the Rat's Olfactory Epithelial Surface" @default.
- W2127518700 cites W1497063561 @default.
- W2127518700 cites W1539027745 @default.
- W2127518700 cites W1580359002 @default.
- W2127518700 cites W1840515050 @default.
- W2127518700 cites W1951533980 @default.
- W2127518700 cites W1958172963 @default.
- W2127518700 cites W1964508201 @default.
- W2127518700 cites W1978187297 @default.
- W2127518700 cites W1979615372 @default.
- W2127518700 cites W1986001368 @default.
- W2127518700 cites W1987825827 @default.
- W2127518700 cites W1988104632 @default.
- W2127518700 cites W1997187023 @default.
- W2127518700 cites W1999328326 @default.
- W2127518700 cites W2009063887 @default.
- W2127518700 cites W2011920881 @default.
- W2127518700 cites W2029430014 @default.
- W2127518700 cites W2030051243 @default.
- W2127518700 cites W2030414714 @default.
- W2127518700 cites W2031856462 @default.
- W2127518700 cites W2033268898 @default.
- W2127518700 cites W2036561640 @default.
- W2127518700 cites W2037368460 @default.
- W2127518700 cites W2040893207 @default.
- W2127518700 cites W2048971276 @default.
- W2127518700 cites W2051524343 @default.
- W2127518700 cites W2055382611 @default.
- W2127518700 cites W2064755934 @default.
- W2127518700 cites W2065190699 @default.
- W2127518700 cites W2067891783 @default.
- W2127518700 cites W2069754420 @default.
- W2127518700 cites W2072969061 @default.
- W2127518700 cites W2073431514 @default.
- W2127518700 cites W2074725213 @default.
- W2127518700 cites W2075322362 @default.
- W2127518700 cites W2079967637 @default.
- W2127518700 cites W2095266439 @default.
- W2127518700 cites W2100403768 @default.
- W2127518700 cites W2100508228 @default.
- W2127518700 cites W2100837269 @default.
- W2127518700 cites W2105797248 @default.
- W2127518700 cites W2114785247 @default.
- W2127518700 cites W2120245762 @default.
- W2127518700 cites W2123008497 @default.
- W2127518700 cites W2128635872 @default.
- W2127518700 cites W2134101502 @default.
- W2127518700 cites W2136522730 @default.
- W2127518700 cites W2239181400 @default.
- W2127518700 cites W2283336741 @default.
- W2127518700 cites W2310777291 @default.
- W2127518700 cites W2313767683 @default.
- W2127518700 cites W2334783246 @default.
- W2127518700 cites W2396292009 @default.
- W2127518700 cites W2409559175 @default.
- W2127518700 cites W2414675570 @default.
- W2127518700 cites W2414918223 @default.
- W2127518700 cites W2419138931 @default.
- W2127518700 cites W2419212873 @default.
- W2127518700 cites W2438816601 @default.
- W2127518700 cites W2439790593 @default.
- W2127518700 cites W2470632194 @default.
- W2127518700 cites W2489073108 @default.
- W2127518700 cites W2781323054 @default.
- W2127518700 cites W3009204253 @default.
- W2127518700 doi "https://doi.org/10.1093/chemse/23.2.137" @default.
- W2127518700 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9589162" @default.
- W2127518700 hasPublicationYear "1998" @default.
- W2127518700 type Work @default.
- W2127518700 sameAs 2127518700 @default.
- W2127518700 citedByCount "42" @default.
- W2127518700 countsByYear W21275187002012 @default.
- W2127518700 countsByYear W21275187002013 @default.
- W2127518700 countsByYear W21275187002017 @default.
- W2127518700 countsByYear W21275187002018 @default.
- W2127518700 countsByYear W21275187002019 @default.
- W2127518700 countsByYear W21275187002020 @default.
- W2127518700 countsByYear W21275187002021 @default.
- W2127518700 crossrefType "journal-article" @default.
- W2127518700 hasAuthorship W2127518700A5002568636 @default.
- W2127518700 hasAuthorship W2127518700A5008621245 @default.
- W2127518700 hasAuthorship W2127518700A5022177895 @default.
- W2127518700 hasAuthorship W2127518700A5036056918 @default.
- W2127518700 hasAuthorship W2127518700A5058375033 @default.
- W2127518700 hasAuthorship W2127518700A5074478738 @default.
- W2127518700 hasConcept C100094513 @default.
- W2127518700 hasConcept C105702510 @default.
- W2127518700 hasConcept C12554922 @default.