Morphological Investigation of the Veins and Bile Vessels of Rabbit Liver

Kamelia Stamatova-yovcheva; Rosen Dımıtrov; Ömer Gürkan Dilek; David Yovcvhev

Article Details

Morphological Investigation of the Veins and Bile Vessels of Rabbit Liver

Authors:

Kamelia Stamatova-yovcheva | Rosen Dımıtrov | Ömer Gürkan Dilek | David Yovcvhev

Publisher:

Burdur Mehmet Akif Ersoy University

Main Topics:

Sağlık Kurumları Yönetimi

Journal:

Mehmet Akif Ersoy Üniversitesi Veteriner Fakültesi Dergisi Vol.8 Issue 2, pp.118-124

Document Type:

Article

Publication Date:

8/2023

Document Language:

English

Document ID (Org No.):

2001294323

pISSN:

2148-6239

Keywords:

Abstract:

 The focus was to investigate the anatomical specifics of v. portae, vv. hepaticae and ductus choledochus by corrosion. We investigated 10 sexually mature, clinically healthy New Zealand White rabbits, 8 months old, weighing 2.8 kg to 3.2 kg. To determine the veins and bile vessels, a cold-curing acrylic-based plastic Duracryl  was used. The main portal vessel was an intraorganic continuation of v. portae, after its branching into caudate lobe. The main portal vein was divided into v. portae dextra and v. portae sinistra, when entering lobus hepatis dexter and lobus hepatis sinister. V. portae sinistra caudalis was a branch of v. portae sinistra. The venous drainage of the rabbit liver in was carried out by v. hepatica sinistra caudalis, v. hepatica sinistra, v. hepatica dextra, v. hepatica media and venous vessel in lobus caudatus. V. hepatica sinistra and v. hepatica media had a common origin and took blood from lobus hepatis sinister medialis. V. hepatica dextra drained lobus hepatis dexter. V. hepatica sinistra caudalis was a direct tributary of the caudal vena cava. Ductus hepaticus communis was well developed and collected the bile from the main bile duct. Ductus hepaticus dexter drained lobus hepatis dexter and evacuated the bile into the main bile duct. Ductus hepaticus sinister caudalis flowed directly into ductus hepaticus communis. Ductus hepaticus sinister passed into the main bile duct.

 The focus was to investigate the anatomical specifics of v. portae, vv. hepaticae and ductus choledochus by corrosion. We investigated 10 sexually mature, clinically healthy New Zealand White rabbits, 8 months old, weighing 2.8 kg to 3.2 kg. To determine the veins and bile vessels, a cold-curing acrylic-based plastic Duracryl  was used. The main portal vessel was an intraorganic continuation of v. portae, after its branching into caudate lobe. The main portal vein was divided into v. portae dextra and v. portae sinistra, when entering lobus hepatis dexter and lobus hepatis sinister. V. portae sinistra caudalis was a branch of v. portae sinistra. The venous drainage of the rabbit liver in was carried out by v. hepatica sinistra caudalis, v. hepatica sinistra, v. hepatica dextra, v. hepatica media and venous vessel in lobus caudatus. V. hepatica sinistra and v. hepatica media had a common origin and took blood from lobus hepatis sinister medialis. V. hepatica dextra drained lobus hepatis dexter. V. hepatica sinistra caudalis was a direct tributary of the caudal vena cava. Ductus hepaticus communis was well developed and collected the bile from the main bile duct. Ductus hepaticus dexter drained lobus hepatis dexter and evacuated the bile into the main bile duct. Ductus hepaticus sinister caudalis flowed directly into ductus hepaticus communis. Ductus hepaticus sinister passed into the main bile duct.

 The focus was to investigate the anatomical specifics of v. portae, vv. hepaticae and ductus choledochus by corrosion. We investigated 10 sexually mature, clinically healthy New Zealand White rabbits, 8 months old, weighing 2.8 kg to 3.2 kg. To determine the veins and bile vessels, a cold-curing acrylic-based plastic Duracryl  was used. The main portal vessel was an intraorganic continuation of v. portae, after its branching into caudate lobe. The main portal vein was divided into v. portae dextra and v. portae sinistra, when entering lobus hepatis dexter and lobus hepatis sinister. V. portae sinistra caudalis was a branch of v. portae sinistra. The venous drainage of the rabbit liver in was carried out by v. hepatica sinistra caudalis, v. hepatica sinistra, v. hepatica dextra, v. hepatica media and venous vessel in lobus caudatus. V. hepatica sinistra and v. hepatica media had a common origin and took blood from lobus hepatis sinister medialis. V. hepatica dextra drained lobus hepatis dexter. V. hepatica sinistra caudalis was a direct tributary of the caudal vena cava. Ductus hepaticus communis was well developed and collected the bile from the main bile duct. Ductus hepaticus dexter drained lobus hepatis dexter and evacuated the bile into the main bile duct. Ductus hepaticus sinister caudalis flowed directly into ductus hepaticus communis. Ductus hepaticus sinister passed into the main bile duct.

 The focus was to investigate the anatomical specifics of v. portae, vv. hepaticae and ductus choledochus by corrosion. We investigated 10 sexually mature, clinically healthy New Zealand White rabbits, 8 months old, weighing 2.8 kg to 3.2 kg. To determine the veins and bile vessels, a cold-curing acrylic-based plastic Duracryl  was used. The main portal vessel was an intraorganic continuation of v. portae, after its branching into caudate lobe. The main portal vein was divided into v. portae dextra and v. portae sinistra, when entering lobus hepatis dexter and lobus hepatis sinister. V. portae sinistra caudalis was a branch of v. portae sinistra. The venous drainage of the rabbit liver in was carried out by v. hepatica sinistra caudalis, v. hepatica sinistra, v. hepatica dextra, v. hepatica media and venous vessel in lobus caudatus. V. hepatica sinistra and v. hepatica media had a common origin and took blood from lobus hepatis sinister medialis. V. hepatica dextra drained lobus hepatis dexter. V. hepatica sinistra caudalis was a direct tributary of the caudal vena cava. Ductus hepaticus communis was well developed and collected the bile from the main bile duct. Ductus hepaticus dexter drained lobus hepatis dexter and evacuated the bile into the main bile duct. Ductus hepaticus sinister caudalis flowed directly into ductus hepaticus communis. Ductus hepaticus sinister passed into the main bile duct.

Article Details

Morphological Investigation of the Veins and Bile Vessels of Rabbit Liver

Authors: Kamelia Stamatova-yovcheva | Rosen Dımıtrov | Ömer Gürkan Dilek | David Yovcvhev

Publisher: Burdur Mehmet Akif Ersoy University

Main Topics: Sağlık Kurumları Yönetimi

Journal: Mehmet Akif Ersoy Üniversitesi Veteriner Fakültesi Dergisi Vol.8 Issue 2, pp.118-124

Document Type: Article

Publication Date: 8/2023

Document Language: English

Document ID (Org No.): 2001294323

pISSN: 2148-6239

corrosion

ductus hepaticus communis

rabbit liver

v. portae

vv. hepaticae

Issues

Authors:

Kamelia Stamatova-yovcheva | Rosen Dımıtrov | Ömer Gürkan Dilek | David Yovcvhev

Publisher:

Burdur Mehmet Akif Ersoy University

Main Topics:

Sağlık Kurumları Yönetimi

Journal:

Mehmet Akif Ersoy Üniversitesi Veteriner Fakültesi Dergisi Vol.8 Issue 2, pp.118-124

Document Type:

Article

Publication Date:

8/2023

Document Language:

English

Document ID (Org No.):

2001294323

pISSN:

2148-6239