pharynx
... They have their maximum size in childhood. They lie on each side in the tonsilar sinus in the lateral wall of the oropharynx between the palatoglossal arches (anterior) and ...
... They have their maximum size in childhood. They lie on each side in the tonsilar sinus in the lateral wall of the oropharynx between the palatoglossal arches (anterior) and ...
Surface Anatomy (Part 2) - Seattle Central College
... The oral cavity is lined by a mucous membrane called the oral mucosa. It consists of a stratified squamous epithelium, which may or may not be keratinized, and an underlying connective tissue layer, the lamina propria. The surface is kept moist with mucus produced by the major and numerous minor sal ...
... The oral cavity is lined by a mucous membrane called the oral mucosa. It consists of a stratified squamous epithelium, which may or may not be keratinized, and an underlying connective tissue layer, the lamina propria. The surface is kept moist with mucus produced by the major and numerous minor sal ...
THE ANATOMY OF THE TONGUE OF RANA HEXADACTYLA.
... fibres run upwards and backwards, while the succeeding ones bend backwards to run parallel to the surface of the tongue. At about a sixth of the length of the whole tongue the lateral fibrous fascia of the whole genioglossus passes below the dorsal part of the muscle as an inward lateral extension, ...
... fibres run upwards and backwards, while the succeeding ones bend backwards to run parallel to the surface of the tongue. At about a sixth of the length of the whole tongue the lateral fibrous fascia of the whole genioglossus passes below the dorsal part of the muscle as an inward lateral extension, ...
Palatine Tonsils
... mucous membrane, and its free medial surface projects into the pharynx. The surface is pitted by numerous small openings that lead into the tonsillar crypts. The tonsil is covered on its lateral surface by a fibrous capsule . The capsule is separated from the superior constrictor muscle by loose are ...
... mucous membrane, and its free medial surface projects into the pharynx. The surface is pitted by numerous small openings that lead into the tonsillar crypts. The tonsil is covered on its lateral surface by a fibrous capsule . The capsule is separated from the superior constrictor muscle by loose are ...
anatomy of the digestive system - Yeditepe University Pharma
... The tongue is a mass of striated muscle covered with mucous membrane. It forms part of the floor of the oral cavity and part of the anterior wall of the oropharynx. Its anterior part is in the oral cavity and is somewhat triangular in shape with a blunt apex of tongue which is directed anteriorly. T ...
... The tongue is a mass of striated muscle covered with mucous membrane. It forms part of the floor of the oral cavity and part of the anterior wall of the oropharynx. Its anterior part is in the oral cavity and is somewhat triangular in shape with a blunt apex of tongue which is directed anteriorly. T ...
The Head and Neck
... - lateralno od m. hyoglossus i površno kroz oba trokuta prolazi n.XII s venom pratilicom - medijalno i ispod hyoglossus-a leži a. lingualis ...
... - lateralno od m. hyoglossus i površno kroz oba trokuta prolazi n.XII s venom pratilicom - medijalno i ispod hyoglossus-a leži a. lingualis ...
6-2016-17 9-10 cr. n. jamePowerPoint Presentation
... Observe the palatal arches as they contract and the soft palate as it swings up and back in order to close off the nasopharynx from the oropharynx. Normal palatal arches will constrict and elevate, and the uvula will remain in the midline as it is elevated. With paralysis there is no elevation or co ...
... Observe the palatal arches as they contract and the soft palate as it swings up and back in order to close off the nasopharynx from the oropharynx. Normal palatal arches will constrict and elevate, and the uvula will remain in the midline as it is elevated. With paralysis there is no elevation or co ...
I. Neurophysiology of Swallowing
... The midline of tongue is forced upward by actions of the mylohyoid, geniohyoid, and digastric muscles; The root of tongue presses against the velum through action of the styloglossus and hyoglossus muscles; and The bolus is propelled upward and backward toward faucial arches . ...
... The midline of tongue is forced upward by actions of the mylohyoid, geniohyoid, and digastric muscles; The root of tongue presses against the velum through action of the styloglossus and hyoglossus muscles; and The bolus is propelled upward and backward toward faucial arches . ...
anteriorly
... • Near its emergence from the skull, receives branches from the upper cervical nerve (C-1). • These cervical fibers leave the nerve as the superior root of the ansa cervicalis. • Innervates the muscles of the tongue. ...
... • Near its emergence from the skull, receives branches from the upper cervical nerve (C-1). • These cervical fibers leave the nerve as the superior root of the ansa cervicalis. • Innervates the muscles of the tongue. ...
11 Axial Muscles - Orange Coast College
... The tongue is an agile, highly mobile organ. It consists of intrinsic muscles that curl, squeeze, and fold the tongue during chewing and speaking. ...
... The tongue is an agile, highly mobile organ. It consists of intrinsic muscles that curl, squeeze, and fold the tongue during chewing and speaking. ...
Computed Tomography Evaluation of Oral Cavity
... major laterally while the masseter is located posteriorly. It consists of the buccal fat, vessels, nerves, the terminal part of the Stensen’s duct and the facial node. The oral tongue located in the central part of the oral cavity is formed by the anterior two-thirds of the tongue up to the circumva ...
... major laterally while the masseter is located posteriorly. It consists of the buccal fat, vessels, nerves, the terminal part of the Stensen’s duct and the facial node. The oral tongue located in the central part of the oral cavity is formed by the anterior two-thirds of the tongue up to the circumva ...
The Head and Neck
... Palate: forms the roof of the mouth Soft palate (posterior) rises to close off nasopharynx during swallowing; made of smooth muscle Hard palate (anterior) provides surface for tongue to force food against during chewing ...
... Palate: forms the roof of the mouth Soft palate (posterior) rises to close off nasopharynx during swallowing; made of smooth muscle Hard palate (anterior) provides surface for tongue to force food against during chewing ...
section b: written 60 marks
... Has a series of dark bands known as striae of Retzius Is produced by odontoblasts Filliform papillae: ...
... Has a series of dark bands known as striae of Retzius Is produced by odontoblasts Filliform papillae: ...
Ear,Nose,Oral,Pharynx,Larynx
... Tensor veli palatini innervated by medial pterygoid nerve from otic ganglion All other muscles by cranial root of spinal accessory nerve (CN XI) via pharyngeal plexus Sublingual glands Smallest and deepest of glands Lie in floor of mouth within sublingual folds, between mandible and genioglossus mus ...
... Tensor veli palatini innervated by medial pterygoid nerve from otic ganglion All other muscles by cranial root of spinal accessory nerve (CN XI) via pharyngeal plexus Sublingual glands Smallest and deepest of glands Lie in floor of mouth within sublingual folds, between mandible and genioglossus mus ...
08. Odontogenic sinusitis
... palate behind teeth and draw small circles. Place tip of tongue on hard palate and blow air out, rolling the tongue, or making a “r r r r” sound. ...
... palate behind teeth and draw small circles. Place tip of tongue on hard palate and blow air out, rolling the tongue, or making a “r r r r” sound. ...
Base of tongue cancer resection - Vula
... veins (Figure 7). The lingual veins originnate on the dorsum, sides, and undersurface of the tongue and accompany the lingual artery and join the internal jugular vein. The ranine veins originate below the tip of the tongue and are visible on its ventral surface; they accompany the XIIn as venae com ...
... veins (Figure 7). The lingual veins originnate on the dorsum, sides, and undersurface of the tongue and accompany the lingual artery and join the internal jugular vein. The ranine veins originate below the tip of the tongue and are visible on its ventral surface; they accompany the XIIn as venae com ...
Checklist for Breast Examination
... f)Examination of the floor of the mouth : -Asked the patient to open the mouth and to put the tip of the tongue on the roof of the mouth and to bend the head slightly backwards. -Inspected the floor of the mouth and the undersurface of the tongue -Did bimanual palpation for any visible swelling g)Ex ...
... f)Examination of the floor of the mouth : -Asked the patient to open the mouth and to put the tip of the tongue on the roof of the mouth and to bend the head slightly backwards. -Inspected the floor of the mouth and the undersurface of the tongue -Did bimanual palpation for any visible swelling g)Ex ...
Cranial Nerves IX and X: The Glossopharyngeal and Vagus Nerves
... hypothalamus ; there may be cortical innervation . Sensory nuclei include the solitary tract and nucleus, also known as the gustatory nucleus . It is a long nuclear column extending the length of the medulla, located lateral to the dorsal motor nucleus of the vagus, that receives sensory fibers from ...
... hypothalamus ; there may be cortical innervation . Sensory nuclei include the solitary tract and nucleus, also known as the gustatory nucleus . It is a long nuclear column extending the length of the medulla, located lateral to the dorsal motor nucleus of the vagus, that receives sensory fibers from ...
Cranial nerves of face, tongue, jaw, palate, larynx, shoulders
... • Complete involvement below eye, some involvement around eye, little difficulty with forehead and frontalis muscle. (Note: Only applies to voluntary movement, not ...
... • Complete involvement below eye, some involvement around eye, little difficulty with forehead and frontalis muscle. (Note: Only applies to voluntary movement, not ...
Tongue
The tongue is a muscular hydrostat on the floor of the mouth of most vertebrates which manipulates food for mastication. It is the primary organ of taste (gustation), as much of its upper surface is covered in taste buds. The tongue's upper surface is also covered in numerous lingual papillae. It is sensitive and kept moist by saliva, and is richly supplied with nerves and blood vessels. In humans a secondary function of the tongue is phonetic articulation. The tongue also serves as a natural means of cleaning one's teeth. The ability to perceive different tastes is not localised in different parts of the tongue, as is widely believed. This error arose because of misinterpretation of some 19th-century research (see tongue map).