Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)

In this study, syrinx of five male common bulbuls (Pycnontus barbatus) weighing (25.93 ±0.89 g) and five male indigenous pigeons (Columba domestica) weighing (286±0.73 g) were examined for macroscopic structure. The results showed the anatomical positions of the syrinx. The syrinx was observed ventr...

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Main Authors: A. M.S. AL-badri, B. A. Jassim, J. G. Abbas
Format: Article
Language:English
Published: College of Veterinary Medicine 2014-06-01
Series:Al-Qadisiyah Journal of Veterinary Medicine Sciences
Online Access:http://www.qu.edu.iq/journalvm/index.php/vm_journal/article/view/284
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spelling doaj-e985b3da98e34ec890bbe6c7e08cc6762020-11-25T00:56:44ZengCollege of Veterinary MedicineAl-Qadisiyah Journal of Veterinary Medicine Sciences 1818-57462313-44292014-06-011318893Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)A. M.S. AL-badri0B. A. Jassim1J. G. Abbas2Coll. of sci. Univ. of WasitColl. of sci./ Univ. of Al- MuthanaColl. of Vet. Med./ Univ. of Al- Qassim greenIn this study, syrinx of five male common bulbuls (Pycnontus barbatus) weighing (25.93 ±0.89 g) and five male indigenous pigeons (Columba domestica) weighing (286±0.73 g) were examined for macroscopic structure. The results showed the anatomical positions of the syrinx. The syrinx was observed ventral to the esophagus exactly on the base of heart in the common bulbul, whilst in pigeon; the syrinx was hidden by the heart. The morphological structure of the syrinx in both species could be classified as tracheobronchial type. The number of tracheo-syringeal rings could not be determined certainly in common bulbul, while in the pigeon, tracheo-syringeal part was composed of the two cartilaginous rings (T1 and T2). These two cartilaginous rings were different in diameters and joined each other at the middle. In the common bulbul, tympanum which is the middle part of syrinx has the bilateral bulla; while tympanum of pigeon does not have bulla. Furthermore, the broncho-syringeal cartilages from the caudal part of a syrinx, which is composed of five C-shaped rings in both species. The caudal syringeal part of common bulbul has intrabronchial foramen, which absents in a pigeon. http://www.qu.edu.iq/journalvm/index.php/vm_journal/article/view/284
collection DOAJ
language English
format Article
sources DOAJ
author A. M.S. AL-badri
B. A. Jassim
J. G. Abbas
spellingShingle A. M.S. AL-badri
B. A. Jassim
J. G. Abbas
Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)
Al-Qadisiyah Journal of Veterinary Medicine Sciences
author_facet A. M.S. AL-badri
B. A. Jassim
J. G. Abbas
author_sort A. M.S. AL-badri
title Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)
title_short Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)
title_full Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)
title_fullStr Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)
title_full_unstemmed Macroscopic study of syrinx in the common bulbul (Pycnontus barbatus) and indigenous pigeon (Columba domestica)
title_sort macroscopic study of syrinx in the common bulbul (pycnontus barbatus) and indigenous pigeon (columba domestica)
publisher College of Veterinary Medicine
series Al-Qadisiyah Journal of Veterinary Medicine Sciences
issn 1818-5746
2313-4429
publishDate 2014-06-01
description In this study, syrinx of five male common bulbuls (Pycnontus barbatus) weighing (25.93 ±0.89 g) and five male indigenous pigeons (Columba domestica) weighing (286±0.73 g) were examined for macroscopic structure. The results showed the anatomical positions of the syrinx. The syrinx was observed ventral to the esophagus exactly on the base of heart in the common bulbul, whilst in pigeon; the syrinx was hidden by the heart. The morphological structure of the syrinx in both species could be classified as tracheobronchial type. The number of tracheo-syringeal rings could not be determined certainly in common bulbul, while in the pigeon, tracheo-syringeal part was composed of the two cartilaginous rings (T1 and T2). These two cartilaginous rings were different in diameters and joined each other at the middle. In the common bulbul, tympanum which is the middle part of syrinx has the bilateral bulla; while tympanum of pigeon does not have bulla. Furthermore, the broncho-syringeal cartilages from the caudal part of a syrinx, which is composed of five C-shaped rings in both species. The caudal syringeal part of common bulbul has intrabronchial foramen, which absents in a pigeon.
url http://www.qu.edu.iq/journalvm/index.php/vm_journal/article/view/284
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AT bajassim macroscopicstudyofsyrinxinthecommonbulbulpycnontusbarbatusandindigenouspigeoncolumbadomestica
AT jgabbas macroscopicstudyofsyrinxinthecommonbulbulpycnontusbarbatusandindigenouspigeoncolumbadomestica
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