FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1991032004> ?p ?o ?g. }

• W1991032004 endingPage "306" @default.
• W1991032004 startingPage "291" @default.
• W1991032004 abstract "The distribution of retrogradely and transneuronally labeled neurons was studied in CNS of rats 4 days after injections of the Bartha strain of pseudorabies virus (PRV) into the medial gastrocnemius (MG) muscle. Tissue sections were processed for immunohistochemical detection of PRV. Retrogradely labeled cells were identified in the ipsilateral MG motor colum in the caudal L4 and the L5 spinal segments. In order to evaluate the efficacy of PRV retrograde cell body labeling, the number of PRV retrogradely labeled neurons in the MG motor column was compared to the number labeled with two conventional retrograde cell body markers — Fluoro-Gold and cholera toxin-HRP. A ratio of 1:3 representing medium-sized (< 30 μm) versus large neurons (>30 μm) was found in the Fluoro-Gold dye experiments; a 1:2 ratio was seen in the PRV experiments. In contrast, when cholera toxin-HRP was used as a retrograde marker, mainly large neurons were labeled; the medium-to-large cell body ratio was 1:10 suggesting cholera toxin-HRP may have a greater affinity for the terminals of α-motoneurons as opposed to γ-motoneurons. Transneuronally labeled cells were identified in the L1–L6 spinal gray matter, intermediolateral cell column (T11-L2), lateral spinal nucleus and medial part of lamina VII in C4 and C5 spinal segments, brainstem (caudal raphe nuclei, rostral ventrolateral medulla, A5 cell group, paralemniscal nucleus, locus coeruleus, subcoeruleus nucleus, red nucleus) and paraventricular hypothalamic nucleus. In the L5 spinal cord, transneuronally labeled neurons were seen in the ipsilateral spinal laminae I and II and bilaterally in spinal laminae IV–VIII, and X. Similar results were obtained in rats that had chronic unilateral L3–L6 dorsal rhizotomies indicating most of the labeling was due to retrograde transneuronal cell body labeling. In order to determine whether PRV was transported into the spinal cord by the dorsal root axons, the ipsilateral dorsal root ganglia (DRGs) were examined for PRV immunoreactivity; none was found. However, using the polymerase chain reaction, viral DNA was shown to be present in the ipsilateral DRGs indicating that some of spinal cord cell body labeling may have resulted from anterograde transneuronal labeling, as well." @default.
• W1991032004 created "2016-06-24" @default.
• W1991032004 creator A5009191247 @default.
• W1991032004 creator A5013732611 @default.
• W1991032004 creator A5042270990 @default.
• W1991032004 creator A5084988227 @default.
• W1991032004 creator A5085511921 @default.
• W1991032004 date "1992-03-01" @default.
• W1991032004 modified "2023-10-18" @default.
• W1991032004 title "Transneuronal labeling of spinal interneurons and sympathetic preganglionic neurons after pseudorabies virus injections in the rat medial gastrocnemius muscle" @default.
• W1991032004 cites W1207348004 @default.
• W1991032004 cites W126354016 @default.
• W1991032004 cites W1587475087 @default.
• W1991032004 cites W1929764420 @default.
• W1991032004 cites W1965198328 @default.
• W1991032004 cites W1968394760 @default.
• W1991032004 cites W1968560518 @default.
• W1991032004 cites W1970540065 @default.
• W1991032004 cites W1971977004 @default.
• W1991032004 cites W1974128337 @default.
• W1991032004 cites W1980925491 @default.
• W1991032004 cites W1981341955 @default.
• W1991032004 cites W1984126536 @default.
• W1991032004 cites W1984862078 @default.
• W1991032004 cites W1985117209 @default.
• W1991032004 cites W1987163112 @default.
• W1991032004 cites W1997843359 @default.
• W1991032004 cites W2001747795 @default.
• W1991032004 cites W2004306632 @default.
• W1991032004 cites W2005072972 @default.
• W1991032004 cites W2012347176 @default.
• W1991032004 cites W2012601730 @default.
• W1991032004 cites W2013001448 @default.
• W1991032004 cites W2013106094 @default.
• W1991032004 cites W2018869991 @default.
• W1991032004 cites W2020447785 @default.
• W1991032004 cites W2025763720 @default.
• W1991032004 cites W2028547471 @default.
• W1991032004 cites W2033678717 @default.
• W1991032004 cites W2035521605 @default.
• W1991032004 cites W2036500364 @default.
• W1991032004 cites W2038063686 @default.
• W1991032004 cites W2038233838 @default.
• W1991032004 cites W2038512264 @default.
• W1991032004 cites W2041272952 @default.
• W1991032004 cites W2044408344 @default.
• W1991032004 cites W2045588484 @default.
• W1991032004 cites W2047968968 @default.
• W1991032004 cites W2048147840 @default.
• W1991032004 cites W2051977834 @default.
• W1991032004 cites W2054685394 @default.
• W1991032004 cites W2064024419 @default.
• W1991032004 cites W2070641078 @default.
• W1991032004 cites W2071707165 @default.
• W1991032004 cites W2078046946 @default.
• W1991032004 cites W2080208049 @default.
• W1991032004 cites W2082739336 @default.
• W1991032004 cites W2082827864 @default.
• W1991032004 cites W2083250525 @default.
• W1991032004 cites W2083810160 @default.
• W1991032004 cites W2085408819 @default.
• W1991032004 cites W2087781345 @default.
• W1991032004 cites W2088731734 @default.
• W1991032004 cites W2093645564 @default.
• W1991032004 cites W2095157771 @default.
• W1991032004 cites W2095328228 @default.
• W1991032004 cites W2123095717 @default.
• W1991032004 cites W2123286493 @default.
• W1991032004 cites W2135657448 @default.
• W1991032004 cites W2137921668 @default.
• W1991032004 cites W2150592498 @default.
• W1991032004 cites W2164963364 @default.
• W1991032004 cites W2328588998 @default.
• W1991032004 cites W2338813932 @default.
• W1991032004 cites W3108633287 @default.
• W1991032004 cites W61881615 @default.
• W1991032004 doi "https://doi.org/10.1016/0006-8993(92)90829-x" @default.
• W1991032004 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/1322222" @default.
• W1991032004 hasPublicationYear "1992" @default.
• W1991032004 type Work @default.
• W1991032004 sameAs 1991032004 @default.
• W1991032004 citedByCount "141" @default.
• W1991032004 countsByYear W19910320042013 @default.
• W1991032004 countsByYear W19910320042014 @default.
• W1991032004 countsByYear W19910320042015 @default.
• W1991032004 countsByYear W19910320042016 @default.
• W1991032004 countsByYear W19910320042017 @default.
• W1991032004 countsByYear W19910320042018 @default.
• W1991032004 countsByYear W19910320042019 @default.
• W1991032004 countsByYear W19910320042020 @default.
• W1991032004 countsByYear W19910320042021 @default.
• W1991032004 countsByYear W19910320042022 @default.
• W1991032004 crossrefType "journal-article" @default.
• W1991032004 hasAuthorship W1991032004A5009191247 @default.
• W1991032004 hasAuthorship W1991032004A5013732611 @default.
• W1991032004 hasAuthorship W1991032004A5042270990 @default.
• W1991032004 hasAuthorship W1991032004A5084988227 @default.
• W1991032004 hasAuthorship W1991032004A5085511921 @default.

• next