2008
DOI: 10.1016/j.jchemneu.2008.03.007
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Nuclear organization and morphology of cholinergic, putative catecholaminergic and serotonergic neurons in the brain of the Cape porcupine (Hystrix africaeaustralis): Increased brain size does not lead to increased organizational complexity

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Cited by 32 publications
(100 citation statements)
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References 105 publications
(235 reference statements)
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“…Manger, 2005;Maseko et al, 2007;Bhagwandin et al, 2008;Dwarika et al, 2008;Limacher et al, 2008, Gravett et al, 2009, Pieters et al, 2010Bux et al, 2010). In terms of the orexinergic system this appears to hold true for most mammals; however, the observations of variance in the number of potential orexinergic nuclei in rodents (Nixon and Smale, 2007) may indicate greater organizational variance within an order for this diffusely projecting system than other systems previously studied.…”
Section: Introductionmentioning
confidence: 87%
“…Manger, 2005;Maseko et al, 2007;Bhagwandin et al, 2008;Dwarika et al, 2008;Limacher et al, 2008, Gravett et al, 2009, Pieters et al, 2010Bux et al, 2010). In terms of the orexinergic system this appears to hold true for most mammals; however, the observations of variance in the number of potential orexinergic nuclei in rodents (Nixon and Smale, 2007) may indicate greater organizational variance within an order for this diffusely projecting system than other systems previously studied.…”
Section: Introductionmentioning
confidence: 87%
“…1, 2). The nomenclature used for the cholinergic nuclei was adopted from Woolf (1991), Limacher et al (2008), Bhagwandin et al (2008), Gravett et al (2009), Pieters et al (2010, and Calvey et al (2013), the catecholaminergic nuclei from Hökfelt et al (1984), Smeets and Gonzalez (2000), Limacher et al (2008), Bhagwandin et al (2008), Gravett et al (2009), Pieters et al (2010 and Calvey et al (2013), the serotonergic nuclei from Törk (1990), Limacher et al (2008), Bhagwandin et al (2008), Gravett et al (2009), Pieters et al (2010 and Calvey et al (2013), and the orexinergic nuclei from Kruger et al (2010b), Bhagwandin et al (2011), Gravett et al (2011 and Calvey et al (2013). …”
Section: Methodsmentioning
confidence: 99%
“…The architectonic nomenclature employed in this study was adapted from Jones [2007] and an atlas of the rat brain by Paxinos et al [2009]. The nomenclature used for the cholinergic system was adapted from Woolf [1991], Limacher et al [2008], Bhagwandin et al [2008], Gravett et al [2009], Dell et al [2010] and Pieters et al [2010], the catecholaminergic from Dahlström and Fuxe [1964], Hökfelt et al [1984], Smeets and González [2000], Limacher et al [2008], Bhagwandin et al [2008], Gravett et al [2009], Dell et al [2010] and Pieters et al [2010], the serotonergic from Törk [1990], Limacher et al [2008], Bhagwandin et al [2008], Gravett et al [2009], Dell et al [2010] and Pieters et al [2010], and the orexinergic from Kruger et al [2010], Bhagwandin et al [2011], Gravett et al [2011] and Dell et al [2012]. While we used the standard nomenclature for the catecholaminergic system in this paper, we realize that the neuronal groups we revealed with tyrosine hydroxylase immunohistochemistry may not directly correspond with these nuclei as has been described in previous studies by Dahlström and Fuxe [1964], Hökfelt et al [1976], Meister et al [1988], Kitahama et al [1990Kitahama et al [ , 1996 and Ruggiero et al [1992]; however, given the striking similarity of the results of the tyrosine hydroxylase immunohistochemistry to that seen in other mammals, we feel this terminology is appropriate.…”
Section: Methodsmentioning
confidence: 99%