Matches in SemOpenAlex for { <https://semopenalex.org/work/W2789993173> ?p ?o ?g. }
- W2789993173 endingPage "180" @default.
- W2789993173 startingPage "172" @default.
- W2789993173 abstract "This investigation aims to fill gaps in our understanding of the intestinal immune cells of elasmobranchs. Whole digestive tracts of fifteen thornback ray Raja clavata were provided by a trawl fleet from the Gulf of Asinara (Sardinia, western Mediterranean Sea). Histochemical, immunohistochemical and ultrastructural observations were conducted on the spiral intestine. Three types of granular cells were identified; type I in epithelium, types II and III in lamina propria-submucosa, with each of them containing cytoplasmic granules with different ultrastructural characteristics. Data on size and density of each granular cell type are provided. Immunostaining of intestinal sections showed the reactivity of the granular cells: type I cells were positive for lysozyme, mast cell tryptase and tumor necrosis factor-ɑ based on antibody staining; type III cells were immune-reactive to anti-interleukin 6 antibody, whilst type II cells were negative to all the antibodies used. Comparison of each granular cell type with immune cells of teleosts or mammals and an hypothesis on their nature and function are reported. A potential role for granular cells in intestinal cellular immunity is also discussed with respect to type I and type III cells having similarities to Paneth cells and neutrophils, respectively." @default.
- W2789993173 created "2018-03-29" @default.
- W2789993173 creator A5017952399 @default.
- W2789993173 creator A5023980037 @default.
- W2789993173 creator A5055279060 @default.
- W2789993173 creator A5056934304 @default.
- W2789993173 creator A5066530948 @default.
- W2789993173 creator A5073036060 @default.
- W2789993173 date "2018-04-01" @default.
- W2789993173 modified "2023-09-27" @default.
- W2789993173 title "Intestinal granular cells of a cartilaginous fish, thornback ray Raja clavata: Morphological characterization and expression of different molecules" @default.
- W2789993173 cites W1543219264 @default.
- W2789993173 cites W1556465713 @default.
- W2789993173 cites W1627878190 @default.
- W2789993173 cites W1840567140 @default.
- W2789993173 cites W1954140332 @default.
- W2789993173 cites W1963694830 @default.
- W2789993173 cites W1966182336 @default.
- W2789993173 cites W1970455614 @default.
- W2789993173 cites W1975316963 @default.
- W2789993173 cites W1994858966 @default.
- W2789993173 cites W1996567795 @default.
- W2789993173 cites W1999708798 @default.
- W2789993173 cites W2001278813 @default.
- W2789993173 cites W2002228782 @default.
- W2789993173 cites W2002706411 @default.
- W2789993173 cites W2007050309 @default.
- W2789993173 cites W2009281873 @default.
- W2789993173 cites W2010020438 @default.
- W2789993173 cites W2014308472 @default.
- W2789993173 cites W2024097100 @default.
- W2789993173 cites W2025482750 @default.
- W2789993173 cites W2038562020 @default.
- W2789993173 cites W2039862469 @default.
- W2789993173 cites W2045596756 @default.
- W2789993173 cites W2046729864 @default.
- W2789993173 cites W2046776183 @default.
- W2789993173 cites W2047916431 @default.
- W2789993173 cites W2048514167 @default.
- W2789993173 cites W2052660149 @default.
- W2789993173 cites W2058976118 @default.
- W2789993173 cites W2062594555 @default.
- W2789993173 cites W2066794848 @default.
- W2789993173 cites W2069931076 @default.
- W2789993173 cites W2075732474 @default.
- W2789993173 cites W2076970838 @default.
- W2789993173 cites W2078258222 @default.
- W2789993173 cites W2087871108 @default.
- W2789993173 cites W2099119307 @default.
- W2789993173 cites W2100004532 @default.
- W2789993173 cites W2104171140 @default.
- W2789993173 cites W2111034338 @default.
- W2789993173 cites W2115076706 @default.
- W2789993173 cites W2118352951 @default.
- W2789993173 cites W2119568588 @default.
- W2789993173 cites W2126268794 @default.
- W2789993173 cites W2129920453 @default.
- W2789993173 cites W2134415362 @default.
- W2789993173 cites W2135392289 @default.
- W2789993173 cites W2138541168 @default.
- W2789993173 cites W2139053623 @default.
- W2789993173 cites W2144081083 @default.
- W2789993173 cites W2144595868 @default.
- W2789993173 cites W2146640164 @default.
- W2789993173 cites W2147041980 @default.
- W2789993173 cites W2149085554 @default.
- W2789993173 cites W2152892793 @default.
- W2789993173 cites W2155340026 @default.
- W2789993173 cites W2156976032 @default.
- W2789993173 cites W2159861680 @default.
- W2789993173 cites W2161002194 @default.
- W2789993173 cites W2171194410 @default.
- W2789993173 cites W2177076048 @default.
- W2789993173 cites W2228634142 @default.
- W2789993173 cites W2249342498 @default.
- W2789993173 cites W2266273223 @default.
- W2789993173 cites W2272787105 @default.
- W2789993173 cites W2305446329 @default.
- W2789993173 cites W2400245958 @default.
- W2789993173 cites W2405505865 @default.
- W2789993173 cites W2461184308 @default.
- W2789993173 cites W2556736746 @default.
- W2789993173 cites W2561789094 @default.
- W2789993173 cites W2565082820 @default.
- W2789993173 cites W2585336733 @default.
- W2789993173 cites W2586654326 @default.
- W2789993173 cites W2603257593 @default.
- W2789993173 cites W2734435776 @default.
- W2789993173 cites W2740220090 @default.
- W2789993173 cites W4229688459 @default.
- W2789993173 cites W4242361704 @default.
- W2789993173 doi "https://doi.org/10.1016/j.fsi.2018.02.019" @default.
- W2789993173 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29432864" @default.
- W2789993173 hasPublicationYear "2018" @default.
- W2789993173 type Work @default.
- W2789993173 sameAs 2789993173 @default.
- W2789993173 citedByCount "5" @default.
- W2789993173 countsByYear W27899931732018 @default.