Anatomy and Embryology of the Pharynx
... prominence, maxillary prominences, and the frontonasal prominence ...
... prominence, maxillary prominences, and the frontonasal prominence ...
To increase the capacity of the underlying structures to withstand the
... • Lingual frenum: the proper borders must be established with movements of the tongue when border molding. The genioglossus muscle influences the length of the flange during normal movements of the tongue. • Sublingual gland area: maximum extension desired without overextension. • Mylohyoid area: th ...
... • Lingual frenum: the proper borders must be established with movements of the tongue when border molding. The genioglossus muscle influences the length of the flange during normal movements of the tongue. • Sublingual gland area: maximum extension desired without overextension. • Mylohyoid area: th ...
Cranial Nerves Oh Once One Takes The Anatomy
... 2. somatic motor to muscles of mastication, anterior belly of digastric, mylohyoid, tensor tympani, tensor veli palatini iv. all the divisions have MANY branches that go on to supply specific muscles and regions of the face and neck 6. Abducent/Abducens (VI) – exits through superior orbital fissure ...
... 2. somatic motor to muscles of mastication, anterior belly of digastric, mylohyoid, tensor tympani, tensor veli palatini iv. all the divisions have MANY branches that go on to supply specific muscles and regions of the face and neck 6. Abducent/Abducens (VI) – exits through superior orbital fissure ...
Superficial muscles of neck Platysma Attaches from inferior border of
... Pharyngeal branch of vagus nerve via pharyngeal plexus Elevates soft palate during swallowing and yawning o Palatoglossus Pharyngeal branch of vagus nerve via pharyngeal plexus Elevates posterior part of tongue and draws soft palate onto tongue o Palatopharyngeus Pharyngeal branch of vagus ...
... Pharyngeal branch of vagus nerve via pharyngeal plexus Elevates soft palate during swallowing and yawning o Palatoglossus Pharyngeal branch of vagus nerve via pharyngeal plexus Elevates posterior part of tongue and draws soft palate onto tongue o Palatopharyngeus Pharyngeal branch of vagus ...
Clef Lip and Palate
... facial aspect of the max and mand alveolar ridge. Palatal exostoses (palatal tubercles) occur along the lingual aspect of max tuberosities. Solitary exostoses; may occur in response to local irritation. May develop beneath free gingival or skin grafts. May see Reactive Subpontine exostosis which may ...
... facial aspect of the max and mand alveolar ridge. Palatal exostoses (palatal tubercles) occur along the lingual aspect of max tuberosities. Solitary exostoses; may occur in response to local irritation. May develop beneath free gingival or skin grafts. May see Reactive Subpontine exostosis which may ...
Document
... 10. _____ Infections of the Maxillary sinus can be persistent due to poor drainage of the sinus. In which of the following is the opening of the Maxillary sinus located? A. Sphenoethmoidal recess B. Superior meatus C. Superior concha D. Hiatus semilunaris of the middle meatus E. Inferior meatus 11. ...
... 10. _____ Infections of the Maxillary sinus can be persistent due to poor drainage of the sinus. In which of the following is the opening of the Maxillary sinus located? A. Sphenoethmoidal recess B. Superior meatus C. Superior concha D. Hiatus semilunaris of the middle meatus E. Inferior meatus 11. ...
SELECT THE ONE BEST ANSWER OR COMPLETION 1. The
... A. cranial nerve II B. cranial nerve III - superior division C. cranial nerve III - inferior division D. cranial nerve V - lacrimal division E. cranial nerve V - nasocilliary branch 17. Ciliary body muscle contraction A. relaxes the zonules thereby decreasing curvature of the lens B. relaxes the zon ...
... A. cranial nerve II B. cranial nerve III - superior division C. cranial nerve III - inferior division D. cranial nerve V - lacrimal division E. cranial nerve V - nasocilliary branch 17. Ciliary body muscle contraction A. relaxes the zonules thereby decreasing curvature of the lens B. relaxes the zon ...
Pigmentation of the Fungiform Papillae of the Tongue in
... the sore does not disappear after two weeks. Infection may result from trauma of the tongue caused by biting, eating something hot or foods that are too acidic[4,5]. Tongue papillae are very tiny structures and on the same way most of the time there abnormality also considered as tiny. In the oral p ...
... the sore does not disappear after two weeks. Infection may result from trauma of the tongue caused by biting, eating something hot or foods that are too acidic[4,5]. Tongue papillae are very tiny structures and on the same way most of the time there abnormality also considered as tiny. In the oral p ...
Anatomy nose bones external: nasal processes of frontal bones
... XII to tongue and floor of mouth ...
... XII to tongue and floor of mouth ...
Anatomy Quiz For April 16th
... 44. REVIEW: What 3 things make up the posterior triangle of the neck? Nme the structure & name it’s border (posterior wall, floor, anterior wall) 45. Now, do the same for the anterior triangle. 46. Which vein travels obliquely across SCM? 47. What causes a pulse behind the clavicle? 48. Proximal to ...
... 44. REVIEW: What 3 things make up the posterior triangle of the neck? Nme the structure & name it’s border (posterior wall, floor, anterior wall) 45. Now, do the same for the anterior triangle. 46. Which vein travels obliquely across SCM? 47. What causes a pulse behind the clavicle? 48. Proximal to ...
14-PHARYNX2009-02-12 01:493.3 MB
... • Muscular tube lying behind the nose, oral cavity & larynx • Extends from the base of the skull to level of the 6th cervical vertebra, where it is continuous with the esophagus • The anterior wall is deficient and shows (from above downward): Posterior nasal apertures Opening of the oral cavity ...
... • Muscular tube lying behind the nose, oral cavity & larynx • Extends from the base of the skull to level of the 6th cervical vertebra, where it is continuous with the esophagus • The anterior wall is deficient and shows (from above downward): Posterior nasal apertures Opening of the oral cavity ...
Muscles of facial expression
... Muslces of face expression -> ALL 2ND PHARYNGEAL ARCH o Supplied by CN VII o CN VII -> 5 of 7 nerves types o Primary root -> cell bodies in facial nucleus SVE (branchial motor) (muscles of face expression) o Intermediate nerve motor -> cell bodies in superior salivatory nucleus GVE (to salivar ...
... Muslces of face expression -> ALL 2ND PHARYNGEAL ARCH o Supplied by CN VII o CN VII -> 5 of 7 nerves types o Primary root -> cell bodies in facial nucleus SVE (branchial motor) (muscles of face expression) o Intermediate nerve motor -> cell bodies in superior salivatory nucleus GVE (to salivar ...
Method for ablating interior sections of the tongue
... in addition to avoidance of central nervous system depres sants such as sedatives or alcohol. The medical measures ...
... in addition to avoidance of central nervous system depres sants such as sedatives or alcohol. The medical measures ...
15a – Histo of Nose, Teeth, Throat I – McWho
... smells like ammonia or the “hot” in spicy food like peppers – thermal, tactile, common chemical sense – relayed to brain via CN V ...
... smells like ammonia or the “hot” in spicy food like peppers – thermal, tactile, common chemical sense – relayed to brain via CN V ...
Cranial Nerves
... Processes transverse the cribiform plate and synapse in the olfactory bulb which through the lateral olfactory stria project directly to the primary olfactory cortex (piriform cortex, parts of the amygdala, and part of the entorhinal cortex), located on the anterior portion of the parahippocampal gy ...
... Processes transverse the cribiform plate and synapse in the olfactory bulb which through the lateral olfactory stria project directly to the primary olfactory cortex (piriform cortex, parts of the amygdala, and part of the entorhinal cortex), located on the anterior portion of the parahippocampal gy ...
Human Anatomy تشريح / د . سيف (م 8
... bodies of the C4– C6 vertebrae. Its posterior and lateral walls are formed by the middle and inferior pharyngeal constrictor muscles. Internally, the wall is formed by the palatopharyngeus and stylopharyngeus muscles. The laryngopharynx communicates with the larynx through the laryngeal inlet on its ...
... bodies of the C4– C6 vertebrae. Its posterior and lateral walls are formed by the middle and inferior pharyngeal constrictor muscles. Internally, the wall is formed by the palatopharyngeus and stylopharyngeus muscles. The laryngopharynx communicates with the larynx through the laryngeal inlet on its ...
Sheet 1
... The Tongue -The tongue is a mass of striated muscle covered with mucous membrane. -It’s divided into right and left halves by a midline groove. -The mucous membrane of the upper surface of the tongue can be divided into anterior two thirds and posterior one third by a V-shaped sulcus, the Sulcus Ter ...
... The Tongue -The tongue is a mass of striated muscle covered with mucous membrane. -It’s divided into right and left halves by a midline groove. -The mucous membrane of the upper surface of the tongue can be divided into anterior two thirds and posterior one third by a V-shaped sulcus, the Sulcus Ter ...
The oral biology of bad breath
... Trained noses partly agree with sulfide meters May be more relevant clinically Requires extensive training, periodic calibration Mainly for research, specialized clinics The jury of one's peers Your spouse or your best friends Your dentist (or your patient) Relevant to the social consequenc ...
... Trained noses partly agree with sulfide meters May be more relevant clinically Requires extensive training, periodic calibration Mainly for research, specialized clinics The jury of one's peers Your spouse or your best friends Your dentist (or your patient) Relevant to the social consequenc ...
GENERAL SPLANCHNOLOGY
... The tip, apex The root, radix linguae (it attaches the tongue to the mandible and to the ...
... The tip, apex The root, radix linguae (it attaches the tongue to the mandible and to the ...
Trigeminal, Facial, Glossopharyngeal
... major and minor palatine nerves, inferior posterior nasal nerves – mucous membrane of nasal cavity, palatal mucous membrane Cheek bone nerve (anterior part of temporal and posterior part of frontal area, secretion parasympathetic fibers of lacrimal gland) ...
... major and minor palatine nerves, inferior posterior nasal nerves – mucous membrane of nasal cavity, palatal mucous membrane Cheek bone nerve (anterior part of temporal and posterior part of frontal area, secretion parasympathetic fibers of lacrimal gland) ...
Face innervations 11
... major and minor palatine nerves, inferior posterior nasal nerves – mucous membrane of nasal cavity, palatal mucous membrane Cheek bone nerve (anterior part of temporal and posterior part of frontal area, secretion parasympathetic fibers of lacrimal gland) ...
... major and minor palatine nerves, inferior posterior nasal nerves – mucous membrane of nasal cavity, palatal mucous membrane Cheek bone nerve (anterior part of temporal and posterior part of frontal area, secretion parasympathetic fibers of lacrimal gland) ...
Development of the Face
... These lateral lingual swellings rapidly enlarge, merge with each other, and overgrow the tuberculum impar to form the oral part of the tongue. An U-shaped sulcus develops in front of and on both sides of this oral part, which allows it to be free and highly mobile, except at the region of the lingua ...
... These lateral lingual swellings rapidly enlarge, merge with each other, and overgrow the tuberculum impar to form the oral part of the tongue. An U-shaped sulcus develops in front of and on both sides of this oral part, which allows it to be free and highly mobile, except at the region of the lingua ...
Document
... Smile, frown, puff cheeks, smile, show teeth. Facial muscles intact & symmetrical. ...
... Smile, frown, puff cheeks, smile, show teeth. Facial muscles intact & symmetrical. ...
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).