The systemic arterial pattern of the guinea pig: The abdomen

Shively, Michael; Stump, John E.

doi:10.1002/ar.1091820309

Cited by 35 publications

(29 citation statements)

References 3 publications

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“…The renal arteries divide into two or more branches in the dog (Reis and Tepe, 1956), cat (Rieck and Reis, 1953) and guinea pig (Shively and Stump, 1975). Fuller and Huelke (1973) demonstrated that the dorsal and ventral branches divided into four branches in the cat and two branches in the dog although some researchers (Aslan, 1995;Aksoy and Ozudogru, 2003) determined that there was a third branch that was observed in some materials.…”

Section: Discussionmentioning

confidence: 99%

Intrarenal arterial patterns in the wolf (Canis lupis)

Özüdoğru¹,

Özdemir²

2005

Vet. Med. - Czech

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Study of the intrarenal arterial pattern of kidney by a corrosion cast method was carried out on 10 kidneys of wolves. The left renal artery was longer than the right one. The renal arteries divided into two dorsal and one ventral branches. The dorsal branches were longer and thinner than the ventral one. Both dorsal and ventral branches gave off the interlobar, arcuate and interlobular arteries, respectively. The right dorsal branch gave off 5–7 segmental arteries, the right ventral branch 4–5 segmental arteries, the left dorsal branch 6–9 segmental arteries and the left ventral branch 7–8 segmental arteries. No anastomoses were observed between the renal arteries and their branches.

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Section: Discussionmentioning

confidence: 99%

Intrarenal arterial patterns in the wolf (Canis lupis)

Özüdoğru¹,

Özdemir²

2005

Vet. Med. - Czech

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“…The A. gastrica sinistra arises from the A. lienalis in pigs (Ge�y, 1975), from the A. gastrolienalis in guinea pigs (Favre, 1967;Perneczky, 1969;Shively and Stump, 1975), from the A. celiaca in rabbits (Craigie, 1948) and other domestic animals (Ge�y, 1975;Nickel et al, 1981). In porcupines, this vessel originated from the A. hepatica.…”

Section: Discussionmentioning

confidence: 99%

The branches of the arteria celiaca in the porcupine (Hystrix cristata)

Atalar¹,

Yılmaz²

2004

Vet. Med. - Czech

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This study is aimed at an investigation of the A. celiaca and its branches in the porcupine. Nine adult porcupines (5 males, 4 females) were injected a coloured latex mixture from the aortic arch for the demonstration of the arteria celiaca. The results indicated that the A. celiaca gave off the A. phrenica caudalis a�er approximately 1 cm from its origin. The A. celiaca was divided into two branches as the A. lienalis and A. hepatica. The A. hepatica was a continuity of celiac artery. The ramus pancreaticus, which was the most important artery for pancreas vascularization, arose from the A. lienalis. The ramus gastrolienalis and the Aa. gastricae breves were observed. The first branch of the A. hepatica was the A. gastrica dextra. The thickest branch of hepatic artery was the A. gastrica sinistra that separated two branches: the ramus visceralis and the ramus parietalis. In summary, in the present study the branches of the A. celiaca in porcupines were studied for the first time. The results of this study may contribute to the data in this area of science.

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“…Unlike chinchilla, in guinea pig (Shively and Stump, 1975) the presence of a common celiaco-mesenteric trunk (from which the two main arteries are detached after a short traject: celiac artery and cranial mesenteric artery) was reported. The presence of this common celiacomesenteric trunk was also described in some cats, sheep and buffalo specimens (Schmidt and Schoenau, 2007).…”

Section: Resultsmentioning

confidence: 99%

“…Studies on the cranial mesenteric artery have been performed in dog (Schmidt and Schoenau, 2007), capuchin monkey (Andrade et al ,2015), buffalo frog (Koichiro et al, 2001), nutria (Culau et al, 2008), porcupine (Atalar and Ylmaz, 2005), raccoon (Lima et al, 2010), opossum (Pinto e Silva et al, 2008), rabbit (Uddin et al, 2012;Rada, 2014) and guinea pig (Shively and Stump, 1975).…”

Section: Introductionmentioning

confidence: 99%

Macroscopic Aspects of the Cranial Mesenteric Artery (Arteria Mesenterica Cranialis) in Chinchilla Lanigera Species

Martonos¹,

Dezdrobitu²,

Stan³

et al. 2017

BUASVMCN-VM

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In this study we have used 10 carcasses of chinchilla females slaughtered by the owner for commercial purposes. The studied animals have been subjected to an antemortem exam in which the semiological constants like: temperature; breats per minute and pulse were recorded. After the examination the subjects were declared clinically healthy. After skinning 30 ml coloring agent was injected intraluminally and dissection of the cranial mesenteric artery was performed. The first collateral branch of this vessel was the caudal pancreatico-duodenal artery (Arteria pancreaticoduodenalis caudalis), followed by 4-5 jejunal arteries (Arteriae jejunales). The cranial mesenteric artery gives off the dorsal cecal artery (Arteria cecalis dorsalis) as one of terminal branches to supply the haustrated part of cecum, the medial cecal artery (Arteria cecalis media) distributed to the tubular part of cecum (second terminal) and ileocolic artery (Arteria ileocolica)(the third terminal). To the best of our knowledge, our results brings significant information about the blood supply of intestines in chinchilla, that could be a real help for clinicians and researchers studying this topic.

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The systemic arterial pattern of the guinea pig: The abdomen

Cited by 35 publications

References 3 publications

Intrarenal arterial patterns in the wolf (Canis lupis)

Intrarenal arterial patterns in the wolf (Canis lupis)

The branches of the arteria celiaca in the porcupine (Hystrix cristata)

Macroscopic Aspects of the Cranial Mesenteric Artery (Arteria Mesenterica Cranialis) in Chinchilla Lanigera Species

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