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• W2089235837 endingPage "271" @default.
• W2089235837 startingPage "257" @default.
• W2089235837 abstract "We characterized spinomedullary neurons that project to the ventrolateral portion of the medulla that receives lamina I terminations in two sets of experiments in the cat. First, their distribution was examined using single unilateral iontophoretic injections of cholera toxin subunit B. The injection sites were characterized by microelectrode recordings from nociceptive- and thermoreceptive-specific units, indicative of lamina I input. The spinomedullary neurons were symmetrically distributed bilaterally, predominantly (63–69%) in lamina I but also in laminae V–VIII and the thoracic lateral horn (intermediolateral cell column). In horizontal sections, spinomedullary lamina I neurons included all three main morphological types described earlier. Second, spinomedullary and spinothalamic neurons were compared in retrograde double-labeling experiments. Different combinations of tracers were injected in the right thalamus and the left or right ventrolateral medulla (guided by recordings). The numbers of spinomedullary and spinothalamic neurons on the left side were comparable, and the segmental and laminar distributions were similar, except that a greater proportion of spinomedullary neurons originated from thoracic segments. However, the proportion of double-labeled neurons was consistently ∼1%, indicating that spinomedullary and spinothalamic pathways arise from separate subpopulations. Spinomedullary neurons were more ventrally located within lamina I than spinothalamic neurons. A significantly greater proportion of spinomedullary neurons had fusiform somata (49% vs. 36%). These observations indicate that lamina I is the major source of spinal input to this portion of the ventrolateral medulla, that the projection includes several morphological types of inputs, and that this projection is distinct from the spinothalamic projection. These findings are consistent with the concept that lamina I projections constitute an ascending homeostatic afferent pathway relating the physiological condition of the body. J. Comp. Neurol. 458:257–271, 2003. © 2003 Wiley-Liss, Inc." @default.
• W2089235837 created "2016-06-24" @default.
• W2089235837 creator A5031930865 @default.
• W2089235837 creator A5046323921 @default.
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• W2089235837 date "2003-02-26" @default.
• W2089235837 modified "2023-09-24" @default.
• W2089235837 title "Differentiation of lamina I spinomedullary and spinothalamic neurons in the cat" @default.
• W2089235837 cites W120090531 @default.
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• W2089235837 cites W1541247974 @default.
• W2089235837 cites W1618331065 @default.
• W2089235837 cites W1655949536 @default.
• W2089235837 cites W1766894222 @default.
• W2089235837 cites W1869902672 @default.
• W2089235837 cites W1889938522 @default.
• W2089235837 cites W1896668466 @default.
• W2089235837 cites W1909253124 @default.
• W2089235837 cites W1943576895 @default.
• W2089235837 cites W1970703935 @default.
• W2089235837 cites W1970758810 @default.
• W2089235837 cites W1974823421 @default.
• W2089235837 cites W1975302317 @default.
• W2089235837 cites W1975891501 @default.
• W2089235837 cites W1980402691 @default.
• W2089235837 cites W1986737101 @default.
• W2089235837 cites W1986894440 @default.
• W2089235837 cites W1987257468 @default.
• W2089235837 cites W1988548196 @default.
• W2089235837 cites W1989855069 @default.
• W2089235837 cites W1993634784 @default.
• W2089235837 cites W2004177831 @default.
• W2089235837 cites W2007789607 @default.
• W2089235837 cites W2008534684 @default.
• W2089235837 cites W2012266117 @default.
• W2089235837 cites W2013914537 @default.
• W2089235837 cites W2023254879 @default.
• W2089235837 cites W2024216738 @default.
• W2089235837 cites W2024970406 @default.
• W2089235837 cites W2027214950 @default.
• W2089235837 cites W2027654826 @default.
• W2089235837 cites W2035491326 @default.
• W2089235837 cites W2036921417 @default.
• W2089235837 cites W2038088914 @default.
• W2089235837 cites W2038167358 @default.
• W2089235837 cites W2041487048 @default.
• W2089235837 cites W2042081318 @default.
• W2089235837 cites W2049289818 @default.
• W2089235837 cites W2052054538 @default.
• W2089235837 cites W2052136257 @default.
• W2089235837 cites W2052640006 @default.
• W2089235837 cites W2054694497 @default.
• W2089235837 cites W2060840048 @default.
• W2089235837 cites W2077920374 @default.
• W2089235837 cites W2079675460 @default.
• W2089235837 cites W2080323247 @default.
• W2089235837 cites W2082142058 @default.
• W2089235837 cites W2084626694 @default.
• W2089235837 cites W2085030088 @default.
• W2089235837 cites W2094738379 @default.
• W2089235837 cites W2096428903 @default.
• W2089235837 cites W2103914031 @default.
• W2089235837 cites W2106913678 @default.
• W2089235837 cites W2107705149 @default.
• W2089235837 cites W2124820082 @default.
• W2089235837 cites W2140879128 @default.
• W2089235837 cites W2142823391 @default.
• W2089235837 cites W2147075626 @default.
• W2089235837 cites W2151931180 @default.
• W2089235837 cites W2152112328 @default.
• W2089235837 cites W2159666568 @default.
• W2089235837 cites W2161934021 @default.
• W2089235837 cites W2162316825 @default.
• W2089235837 cites W2169760350 @default.
• W2089235837 cites W2170926352 @default.
• W2089235837 cites W2176637169 @default.
• W2089235837 cites W2208342892 @default.
• W2089235837 cites W2252486781 @default.
• W2089235837 cites W2270775000 @default.
• W2089235837 cites W2296330949 @default.
• W2089235837 cites W2396318432 @default.
• W2089235837 cites W2403888040 @default.
• W2089235837 cites W2409408386 @default.
• W2089235837 cites W2419123221 @default.
• W2089235837 cites W4298446485 @default.
• W2089235837 cites W4299358654 @default.
• W2089235837 cites W57547414 @default.
• W2089235837 doi "https://doi.org/10.1002/cne.10592" @default.
• W2089235837 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/12619080" @default.
• W2089235837 hasPublicationYear "2003" @default.
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