Light and Scanning Electron Microscopic Study of the Dorsal Lingual Papillae of the Goitered Gazelle (Gazelle subgutturosa)

Harem, Melek Koçak; Harem, İsmail Şah; Sarı, Ebru Karadağ; Aydın, Mehmet Faruk

doi:10.3923/javaa.2011.1906.1913

Cited by 22 publications

(48 citation statements)

References 9 publications

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“…In the chital deer, filiform papillae were densely distributed on the rostral two-thirds of the dorsal surface of the tongue, and these increased in size from the lingual apex to the lingual body. Similarly, a great number of filiform papillae are present particularly on the rostral half of the dorsal lingual surface in goitered gazelle (Kocak Harem et al 2011), sitatunga (Emura et al 2011b), barking deer (Adnyane et al 2011) and goat (Kumar et al 1998;Kurtul and Atalgın 2008). In accordance with the present study, filiform papillae consist of a larger main papillae with smaller secondary papillae in some domestic and wild ruminants (Agungpriyono et al 1995;Kurtul and Atalgın 2008;Emura et al 2011a,b;Kocak Harem et al 2011).…”

Section: Discussionsupporting

confidence: 90%

“…There were two secondary papillae that originated from the basal portion of the main filiform papilla in the chital deer. These secondary papillae were detected on only the rostral half of the tongue in the lesser mouse deer (Agungpriyono et al 1995) and lingual apex in the goitered gazelle (Kocak Harem et al 2011). We detected secondary projections in all filiform papillae on the dorsal and ventral surfaces of the lingual apex and the dorsal surface of the lingual body.…”

Section: Discussionmentioning

confidence: 68%

“…Similarly, a great number of filiform papillae are present particularly on the rostral half of the dorsal lingual surface in goitered gazelle (Kocak Harem et al 2011), sitatunga (Emura et al 2011b), barking deer (Adnyane et al 2011) and goat (Kumar et al 1998;Kurtul and Atalgın 2008). In accordance with the present study, filiform papillae consist of a larger main papillae with smaller secondary papillae in some domestic and wild ruminants (Agungpriyono et al 1995;Kurtul and Atalgın 2008;Emura et al 2011a,b;Kocak Harem et al 2011). The numbers of secondary projections of filiform papillae were 2-3 in lesser mouse deer (Agungpriyono et al 1995), 2 in Formosan serow (Atoji et al 1998) and goitered gazelle (Kocak Harem et al 2011), 3-6 in Saanen goat (Kurtul and Atalgın 2008), 6-8 in goat (Kumar et al 1998), 2-4 in Bactrian camel (Erdunchaolu et al 2001) and one in one-humped camel (Qayyum et al 1988).…”

Section: Discussionmentioning

confidence: 96%

“…The comparative morphological peculiarities of the tongue have been observed in many ruminant species. Diversities of the lingual structures have been investigated by gross anatomy (Kobayashi et al 2005;Shao et al 2010;Emura et al 2011a,b), scanning electron microscopy (Chamorro et al 1986;de Paz Cabello et al 1988;Kumar et al 1998;Tadjalli and Pazhoomand 2004;Kurtul and Atalgın 2008;Emura et al 2011a,b) and light microscopy (Agungpriyono et al 1995;Atoji et al 1998;Zheng and Kobayashi 2006;Kocak Harem et al 2011;Kokubun et al 2012). These studies have reported similarities and differences in relation to external form of the tongue and struc-tures of the lingual papillae among the species of Artiodactyla order.…”

Section: Introductionmentioning

confidence: 99%

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Anatomical and scanning electron microscopic studies of the tongue and lingual papillae in the chital deer (Axis axis, Erxleben 1777)

Erdoğan

Pérez

2013

Acta Zoologica

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This research presents the first definitive anatomical description of the tongue and lingual papillae of the chital deer. In this study, tongues of five deer were used. The tongue was fairly elongated and terminated in oval apex. Cone‐shaped filiform papilla was composed of one larger main papilla and two smaller secondary papillae, which emerged from bottom of main papilla. Rounded fungiform papillae were randomly distributed on the body and torus, and some fungiform papillae were surrounded by evident groove. On the ventral surface, some of them had evident fossa on their surfaces. The lenticular papillae on the lateral and rostral side of the torus were smaller in length compared with ones localized on central region of the torus. Eleven to fourteen circumvallate papillae were situated on each caudolateral side of the torus. The circumvallate papillae were surrounded by a prominent gustatory groove and there were no annular pads surrounding the groove. Morphological features of the tongue of the chital deer were similar to some wild and domestic ruminants. In this regard; it is thought that this research will provide morphological contributions for deer species as there are not sufficient and detailed sources on species‐specific morphology in researches on Cervidae family.

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Section: Discussionsupporting

confidence: 90%

Section: Discussionmentioning

confidence: 68%

Section: Discussionmentioning

confidence: 96%

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

Anatomical and scanning electron microscopic studies of the tongue and lingual papillae in the chital deer (Axis axis, Erxleben 1777)

Erdoğan

Pérez

2013

Acta Zoologica

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“…Extensive morphologic research has also been presented on the filiform papillae in other ruminant species and breeds, including Formosan serows (Atoji et al, 1998), Blackbucks (Emura et al, 1999), Barbary sheep (Emura et al, 2000), Saanen goats (Kurtul & Atalgın, 2008), goitered gazelles (Harem et al, 2011), chital deer (Erdogan & Pérez, 2014), giraffes (Emura et al, 2013), one-humped camels (El Sharaby et al, 2012), and Bactrian camels (Eerdunchaolu et al, 2001). These previous works have reported on the orientations, distributions, appearances, ultrastructures and functions of such papillae.…”

Section: Introductionmentioning

confidence: 99%

Morphologic Effects of Filiform Papilla Root on the Lingual Mechanical Functions of Chinese Yellow Cattle

Qian

Ren

2016

Int. J. Morphol.

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SUMMARY:The morphology of filiform papilla root in the tongue of Chinese yellow cattle were studied by scanning electron microscopy, and several geometric models were established to analyze the possible effects of such structures on lingual mechanical functions. Conical and tongue-like filiform papillae were detected in different locations on the lingual surface, along with six types of root structures. A lingual groove surrounded the papillae in five of these structures. To date, such grooves have not been discussed in studies on bovine lingual morphology, and those distributed on the dorsal surface of the lingual apex can limit the motion ranges of filiform papillae. Two secondary papillae emerged from a groove on the dorsal surface of the lingual apex's caudal half; these papillae can protect a filiform papilla root from damage. The grooves and the flat orientation of such papillae on the dorsal surface of the lingual body can reduce energy expenditure during forage transportation. A lingual rib that can strengthen the filiform papilla root emerged from a groove on the dorsal surface of the rostral half of the lingual body. On the dorsal surface of the lingual body's caudal half, all filiform papillae emerged from a groove to form low lingual walls that can protect the roots from being crushed by forage. High lingual walls were generated on the lateral surface of the lingual apex; these walls enable filiform papillae to adapt to harsh food environments effectively. The root structures on the lingual body's lateral surface were adequately simple and did not exhibit lingual grooves; thus, hydraulic resistance may decrease during mastication. Diverse root structures can optimize the lingual mechanical functions and improve self-protection capability in combination with the appearance and distributions of these papillae. All the aforementioned features may be the result of environmental adaption and cattle evolution.

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Macro‐ and microscopic study on the tongue and lingual papillae of Bison bonasus hybrid as an interspecific species (Bos taurus × Bison bonasus)

Plewa

Jackowiak

2020

Microscopy Res & Technique

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Nowadays the processes of crossing of different mammalian species are well characterized in light of genetics, and possibility of reproduction. Generally, lack detailed studies on changes in anatomy and histology of internal systems of hybrids. Bison bonasus hybrid is an interspecific species between the bull of European bison (Bison bonasus), and female of domesticated cattle (Bos taurus). To study the anatomy of tongue and distribution of lingual papillae on Bison bonasus hybrid tongue, a stereomicroscopic and scanning electron microscopic observations was conducted. We aimed to study the appearance of macro‐ and microscopic traits in relation to parental species and other bovids. Results indicate that Bison bonasus hybrid tongue possesses characteristic traits for parental species and ruminants from Bovidae family and also species‐specific features differ from mentioned animals. Specific new traits in hybrid are: V‐shaped arrangement of lingual papillae on ventral surface of the tongue, rosette arrangement of conical papillae on the top of lingual prominence, bigger number of vallate papillae and closer arrangement of vallate papillae. In hybrid observed also the appearance of combination of parental traits. Similar to European bison are rectangular shape of lingual prominence and absence of filiform papillae on the root of tongue. Presence of lateral processes of filiform papillae on the apex of tongue, and arrangement of vallate papillae into two rows corresponded to cattle. Development of new morphological features of tongue and its mucosal papillae in Bison bonasus hybrid opens new issue for future studies on organs of digestive system in animals after hybridization.

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Light and Scanning Electron Microscopic Study of the Dorsal Lingual Papillae of the Goitered Gazelle (Gazelle subgutturosa)

Cited by 22 publications

References 9 publications

Anatomical and scanning electron microscopic studies of the tongue and lingual papillae in the chital deer (Axis axis, Erxleben 1777)

Anatomical and scanning electron microscopic studies of the tongue and lingual papillae in the chital deer (Axis axis, Erxleben 1777)

Morphologic Effects of Filiform Papilla Root on the Lingual Mechanical Functions of Chinese Yellow Cattle

Macro‐ and microscopic study on the tongue and lingual papillae of Bison bonasus hybrid as an interspecific species (Bos taurus × Bison bonasus)

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