FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2008092829> ?p ?o ?g. }

• W2008092829 endingPage "18" @default.
• W2008092829 startingPage "1" @default.
• W2008092829 abstract "The organization of glycine-like immunoreactive (GLY-LIR) processes was investigated within the sympathetic preganglionic neuropils of male Sprague-Dawley rats and pigeons (Columba livia). Sympathetic preganglionic neurons were retrogradely labeled with horseradish peroxidase following injections into the superior cervical ganglion in rats or into the avian homologue of the mammalian stellate ganglion (paravertebral ganglion 14) in pigeons. Glycine-like immunoreactivity was visualized using postembedding immunoperoxidase and immunogold labeling methods. The neuropils surrounding pigeon sympathetic preganglionic neurons in the principal preganglionic cell column (nucleus of Terni) and in the nucleus intercalatus contained numerous GLY-LIR puncta. Many of these processes appeared to be ‘terminal-like’ swellings which closely apposed retrogradely labeled preganglionic perikarya and proximal dendrites. GLY-LIR somal and dendritic processes were intermingled among retrogradely labeled preganglionic neurons in the nucleus of Terni. None of these GLY-LIR cells were retrogradely labeled. The neuropils surrounding sympathetic preganglionic neurons in the rat also contained numerous GLY-LIR puncta; there were, however, qualitative differences in the density of such profiles across the preganglionic subnuclei. Within the central autonomic and intercalated regions there were numerous GLY-LIR processes, many of which closely apposed retrogradely labeled sympathetic preganglionic somas and proximal dendrites. Within the principal preganglionic cell column, the nucleus intermediolateralis pars principalis (Ilp), there were very few GLY-LIR ‘terminal-like’ swellings closely apposed to cell bodies in regions of high somal packing density. In regions were this density diminished, GLY-LIR puncta closely apposed retrogradely labeled perikarya and proximal dendritic processes. GLY-LIR spinal neurons were never observed to be within Ilp proper but were present in areas immediately dorsal (lateral lamina V), medial and ventral (lateral lamina VII). GLY-LIR neurons were never retrogradely labeled. The ultrastructural features of GLY-LIR terminals within the sympathetic preganglionic neuropils of both vertebrates were nearly identical. GLY-LIR terminal boutons formed synaptic contacts with retrogradely labeled preganglionic somas as well as with large and medium-sized proximal dendrites. The majority of identified GLY-LIR terminals, however, contacted non-retrogradely labeled medium and small caliber dendrites within the preganglionic neuropils. Ninety-eight percent of GLY-LIR synapses formed symmetric specializations with the postsynaptic element. Ninety-six percent of the GLY-LIR terminal boutons contained some combination of pleomorphic vesicles. These light and electron microscopic observations support the hypothesis that glycine is localized in terminals presynaptic to sympathetic preganglionic perikarya and dendrites. This presynaptic localization strengthens existing physiological and pharmacological data and is consistent with the suggestion that glycine may be functioning as an inhibitory neurotransmitter in the sympathetic preganglionic neuropils of vertebrates." @default.
• W2008092829 created "2016-06-24" @default.
• W2008092829 creator A5051581313 @default.
• W2008092829 creator A5068948467 @default.
• W2008092829 creator A5087683436 @default.
• W2008092829 date "1992-01-01" @default.
• W2008092829 modified "2023-10-15" @default.
• W2008092829 title "Glycine-like immunoreactive input to sympathetic preganglionic neurons" @default.
• W2008092829 cites W107623016 @default.
• W2008092829 cites W1582488751 @default.
• W2008092829 cites W1593324214 @default.
• W2008092829 cites W1628508588 @default.
• W2008092829 cites W1719244275 @default.
• W2008092829 cites W1901708675 @default.
• W2008092829 cites W1905325352 @default.
• W2008092829 cites W1964583098 @default.
• W2008092829 cites W1974340569 @default.
• W2008092829 cites W1974778357 @default.
• W2008092829 cites W1975402093 @default.
• W2008092829 cites W1977097525 @default.
• W2008092829 cites W1983970166 @default.
• W2008092829 cites W1986468973 @default.
• W2008092829 cites W1989901564 @default.
• W2008092829 cites W1991818630 @default.
• W2008092829 cites W1995918428 @default.
• W2008092829 cites W1998017204 @default.
• W2008092829 cites W2005349051 @default.
• W2008092829 cites W2012038687 @default.
• W2008092829 cites W2012047795 @default.
• W2008092829 cites W2013015099 @default.
• W2008092829 cites W2022398856 @default.
• W2008092829 cites W2024480407 @default.
• W2008092829 cites W2030386595 @default.
• W2008092829 cites W2034233883 @default.
• W2008092829 cites W2035426170 @default.
• W2008092829 cites W2035665118 @default.
• W2008092829 cites W2039890389 @default.
• W2008092829 cites W2042974069 @default.
• W2008092829 cites W2049092897 @default.
• W2008092829 cites W2063223361 @default.
• W2008092829 cites W2066911649 @default.
• W2008092829 cites W2067627391 @default.
• W2008092829 cites W2071780344 @default.
• W2008092829 cites W2072587076 @default.
• W2008092829 cites W2076595777 @default.
• W2008092829 cites W2084414231 @default.
• W2008092829 cites W2086189627 @default.
• W2008092829 cites W2089244845 @default.
• W2008092829 cites W2089529294 @default.
• W2008092829 cites W2092588870 @default.
• W2008092829 cites W2092874909 @default.
• W2008092829 cites W2094051674 @default.
• W2008092829 cites W2096389219 @default.
• W2008092829 cites W2130795310 @default.
• W2008092829 cites W2134022846 @default.
• W2008092829 cites W2136739064 @default.
• W2008092829 cites W2143869833 @default.
• W2008092829 cites W2174738915 @default.
• W2008092829 cites W2317667639 @default.
• W2008092829 cites W2412467961 @default.
• W2008092829 cites W2419596186 @default.
• W2008092829 cites W4298340699 @default.
• W2008092829 doi "https://doi.org/10.1016/0006-8993(92)90504-3" @default.
• W2008092829 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/1611482" @default.
• W2008092829 hasPublicationYear "1992" @default.
• W2008092829 type Work @default.
• W2008092829 sameAs 2008092829 @default.
• W2008092829 citedByCount "40" @default.
• W2008092829 countsByYear W20080928292012 @default.
• W2008092829 countsByYear W20080928292014 @default.
• W2008092829 countsByYear W20080928292015 @default.
• W2008092829 countsByYear W20080928292022 @default.
• W2008092829 crossrefType "journal-article" @default.
• W2008092829 hasAuthorship W2008092829A5051581313 @default.
• W2008092829 hasAuthorship W2008092829A5068948467 @default.
• W2008092829 hasAuthorship W2008092829A5087683436 @default.
• W2008092829 hasConcept C105702510 @default.
• W2008092829 hasConcept C181199279 @default.
• W2008092829 hasConcept C2777676563 @default.
• W2008092829 hasConcept C2780723820 @default.
• W2008092829 hasConcept C2781334511 @default.
• W2008092829 hasConcept C55493867 @default.
• W2008092829 hasConcept C86803240 @default.
• W2008092829 hasConcept C95444343 @default.
• W2008092829 hasConceptScore W2008092829C105702510 @default.
• W2008092829 hasConceptScore W2008092829C181199279 @default.
• W2008092829 hasConceptScore W2008092829C2777676563 @default.
• W2008092829 hasConceptScore W2008092829C2780723820 @default.
• W2008092829 hasConceptScore W2008092829C2781334511 @default.
• W2008092829 hasConceptScore W2008092829C55493867 @default.
• W2008092829 hasConceptScore W2008092829C86803240 @default.
• W2008092829 hasConceptScore W2008092829C95444343 @default.
• W2008092829 hasIssue "1" @default.
• W2008092829 hasLocation W20080928291 @default.
• W2008092829 hasLocation W20080928292 @default.
• W2008092829 hasOpenAccess W2008092829 @default.
• W2008092829 hasPrimaryLocation W20080928291 @default.
• W2008092829 hasRelatedWork W1521870603 @default.

• next