The Vagus Nerve - Lightweight OCW University of Palestine
... • Ipsilateral paralysis of sternocleidomastoid ...
... • Ipsilateral paralysis of sternocleidomastoid ...
Cortical tongue area studied by chronically
... sensory responses were found outside of the classic precentral or postcentral area on the lateral surface of the cortex. Motor responses (parietal motor responses ') could occur posterior ...
... sensory responses were found outside of the classic precentral or postcentral area on the lateral surface of the cortex. Motor responses (parietal motor responses ') could occur posterior ...
Marvellous points outside the meridians (head)
... Opposite side of nose: congestive coryza; or bleeding: tonify. Urine: abundant, frequent needs at night and at beginning of night: tonify; edema, urine insufficient: disperse. Parts of the body: Opposite scapula. Lateral upper arm, same side; forearm (radial and supinator muscles). Also thumb and in ...
... Opposite side of nose: congestive coryza; or bleeding: tonify. Urine: abundant, frequent needs at night and at beginning of night: tonify; edema, urine insufficient: disperse. Parts of the body: Opposite scapula. Lateral upper arm, same side; forearm (radial and supinator muscles). Also thumb and in ...
Ppts/Gross Anatomy Case 3
... muscles (mainly the lateral pterygoid) “pulls” mandible toward side of lesion when mouth is opened. ...
... muscles (mainly the lateral pterygoid) “pulls” mandible toward side of lesion when mouth is opened. ...
Floor of Mouth Cancer Resection - Vula
... It then loops downward and anteriorly and crosses medial to XIIn and the stylohyoid muscle. It then courses directly anteriorly below hyoglossus and finally ascends as the ranine artery (profunda linguae) submucosally on the undersurface of the tongue as far as its tip; it lies to either side of the ...
... It then loops downward and anteriorly and crosses medial to XIIn and the stylohyoid muscle. It then courses directly anteriorly below hyoglossus and finally ascends as the ranine artery (profunda linguae) submucosally on the undersurface of the tongue as far as its tip; it lies to either side of the ...
Deglutition - Famona Site
... When the bulk of the bolus has entered the upper oropharynx, the tongue moves backwards towards the posterior pharyngeal wall and meets the contraction resulting from the pharyngeal constrictors. The tongue of the epiglottis is gradually displaced with the bolus and is bent downwards at the side so ...
... When the bulk of the bolus has entered the upper oropharynx, the tongue moves backwards towards the posterior pharyngeal wall and meets the contraction resulting from the pharyngeal constrictors. The tongue of the epiglottis is gradually displaced with the bolus and is bent downwards at the side so ...
19-last 4 cranial nerves
... The Glossopharyngeal Nerve (IX) • Mixed nerve • Innervates the tongue,(pos.1/3) pharynx, tonsil. • Test; gag reflex. ...
... The Glossopharyngeal Nerve (IX) • Mixed nerve • Innervates the tongue,(pos.1/3) pharynx, tonsil. • Test; gag reflex. ...
LOCOREGIONAL ANESTHESIA OF THE HEAD PAIN
... The majority of the sensory innervation of the teeth, bone, and soft tissue of the oral cavity and the facial skin is provided by the right and left trigeminal nerves (V). The three branches of the sensory root (ophthalmic [V1], maxillary [V2] and mandibular [V3] branches) supply the skin of the fac ...
... The majority of the sensory innervation of the teeth, bone, and soft tissue of the oral cavity and the facial skin is provided by the right and left trigeminal nerves (V). The three branches of the sensory root (ophthalmic [V1], maxillary [V2] and mandibular [V3] branches) supply the skin of the fac ...
neural crests
... form cartilages of the larynx ( thyroid, cricoid, arytenoid, corniculate and cuneiform). Muscles of fouth arch (cricothyroid, elevator palatini, constrictor of the pharynx) are innervated by superior laryngeal branch of the vagus. Intrinsic muscles of the larynx are innervated by the recurrent laryn ...
... form cartilages of the larynx ( thyroid, cricoid, arytenoid, corniculate and cuneiform). Muscles of fouth arch (cricothyroid, elevator palatini, constrictor of the pharynx) are innervated by superior laryngeal branch of the vagus. Intrinsic muscles of the larynx are innervated by the recurrent laryn ...
An anomalous belly of sternothyroid muscle and its significance
... was crossing over the thyroid artery and inserted to the hyoid bone and intermediate tendon of digastric muscles. The superior thyroid artery was below the above tendon on its way to the thyroid gland (Figure 1). A branch from the ansa cervicalis innervated the muscle. Discussion The intrinsic mus ...
... was crossing over the thyroid artery and inserted to the hyoid bone and intermediate tendon of digastric muscles. The superior thyroid artery was below the above tendon on its way to the thyroid gland (Figure 1). A branch from the ansa cervicalis innervated the muscle. Discussion The intrinsic mus ...
The Cranial Nerves
... 12 pairs, (two are attached to the cerebrum and 10 are attached to the brain stem Nine are attached to the ventral surface of the brain stem, while one is attached to the back of the midbrain (Trochlear). They leave the cranial cavity by passing through small foramina in the skull bones Both ‘names’ ...
... 12 pairs, (two are attached to the cerebrum and 10 are attached to the brain stem Nine are attached to the ventral surface of the brain stem, while one is attached to the back of the midbrain (Trochlear). They leave the cranial cavity by passing through small foramina in the skull bones Both ‘names’ ...
The Etiology of Orthodontic Problems - KSU - Home
... • It is the great increase in out breeding b/w human populations. Eg Chinese ,Japanese, Europeans ,Polynesian, and Hawaiian. • Many studies were conducted on humans as well as animals to confirm that inheritance plays major role in malocclusion. • On animals such as mixing b/w different types of dog ...
... • It is the great increase in out breeding b/w human populations. Eg Chinese ,Japanese, Europeans ,Polynesian, and Hawaiian. • Many studies were conducted on humans as well as animals to confirm that inheritance plays major role in malocclusion. • On animals such as mixing b/w different types of dog ...
Ear Anatomy
... about 4 mm. above the stylomastoid foramen, and gives off an ascending branch which joins the facial nerve. d. reaches the surface by passing through the tympanomastoid fissure between the mastoid process and the tympanic part of the temporal bone 5) Facial (only sensory branch – intratemporal) a. V ...
... about 4 mm. above the stylomastoid foramen, and gives off an ascending branch which joins the facial nerve. d. reaches the surface by passing through the tympanomastoid fissure between the mastoid process and the tympanic part of the temporal bone 5) Facial (only sensory branch – intratemporal) a. V ...
Nerves
... Origin: From the outer surface of the alveolar margins of the maxilla and mandible opposite the molar teeth and from the pterygomandibular ligament. Insertion: the muscle fibers pass forward, forming the muscle layer of the cheek. The muscle is pierced by the parotid duct. At the angle of the mouth ...
... Origin: From the outer surface of the alveolar margins of the maxilla and mandible opposite the molar teeth and from the pterygomandibular ligament. Insertion: the muscle fibers pass forward, forming the muscle layer of the cheek. The muscle is pierced by the parotid duct. At the angle of the mouth ...
sugameddex - Jennifer Ranieri Professional Portfolio
... – Eliminates gag reflex and facilitates nasal intubation by blockade of posterior pharynx – Not adequate alone – Patient opens their mouth, 22-25 gauge needle used to inject 2-4 mL of local anesthetic bilaterally at the base of the palatoglossal arch (also called the anterior tonsillar pillar) – Hig ...
... – Eliminates gag reflex and facilitates nasal intubation by blockade of posterior pharynx – Not adequate alone – Patient opens their mouth, 22-25 gauge needle used to inject 2-4 mL of local anesthetic bilaterally at the base of the palatoglossal arch (also called the anterior tonsillar pillar) – Hig ...
The Palate - كلية طب الاسنان
... of the muscle raises the palatopharyngeal fold of mucous membrane that constitutes the posterior pillar. It is inserted to the posterior border of thyroid cartilage . It elevates wall of pharynx, pulls palatopharyngeal arch upward and medially. The muscle is an elevator of the larynx and pharynx. 5/ ...
... of the muscle raises the palatopharyngeal fold of mucous membrane that constitutes the posterior pillar. It is inserted to the posterior border of thyroid cartilage . It elevates wall of pharynx, pulls palatopharyngeal arch upward and medially. The muscle is an elevator of the larynx and pharynx. 5/ ...
Oral cavity and pharynx
... With the end of the development of the definitive palate, the primitive oral cavity is divided into the definitive oral cavity and the nasal cavity which is divided from the beginning into ...
... With the end of the development of the definitive palate, the primitive oral cavity is divided into the definitive oral cavity and the nasal cavity which is divided from the beginning into ...
6. The Pharynx - UCLA Linguistics
... bone, also has little function in speech. To some extent it can be considered as an elevator of the hyoid bone, but its most important role for speech is simply as the back wall of the vocal tract. The inferior pharyngeal constrictor also performs this function, but plays a more important role const ...
... bone, also has little function in speech. To some extent it can be considered as an elevator of the hyoid bone, but its most important role for speech is simply as the back wall of the vocal tract. The inferior pharyngeal constrictor also performs this function, but plays a more important role const ...
MINI-Calc Detailed Surgical Technique
... Step #5: Reduction of Posterior Tuberosity ·· The reduction of the tuberosity is not well visualized from within the wound, but can be well visualized with an axial or Harris view of the heel, supplemented with a lateral view. ·· Obtain improved traction in difficult situations by using a fully thr ...
... Step #5: Reduction of Posterior Tuberosity ·· The reduction of the tuberosity is not well visualized from within the wound, but can be well visualized with an axial or Harris view of the heel, supplemented with a lateral view. ·· Obtain improved traction in difficult situations by using a fully thr ...
LECTURE ( 8 ) CRANIAL NERVES IX
... It leaves the cranial cavity by passing through the jugular foramen in company with the Vagus , Acessory nerves(cranial fiber) and the Internal jugular vein It Passes forwards between Internal jugular vein and External carotid artery. Lies Deep to Styloid process. Passes between external and interna ...
... It leaves the cranial cavity by passing through the jugular foramen in company with the Vagus , Acessory nerves(cranial fiber) and the Internal jugular vein It Passes forwards between Internal jugular vein and External carotid artery. Lies Deep to Styloid process. Passes between external and interna ...
25. Motor cranial nerves
... sensory. Cranial nerves III, IV, VI, XI and XII are motor (although also function balance). ...
... sensory. Cranial nerves III, IV, VI, XI and XII are motor (although also function balance). ...
Embryology Lec5 Dr.Ban The branchial apparatus =The branchial
... The pharyngeal arches are a series of externally visible anterior tissue bands lying under the early brain. Each arch though initially formed from similar components will differentiate to form different head and neck structures. ...
... The pharyngeal arches are a series of externally visible anterior tissue bands lying under the early brain. Each arch though initially formed from similar components will differentiate to form different head and neck structures. ...
Oral sensation
... there is NO tongue ‘map’ responsiveness to the five basic modalities is present in all areas of the tongue.Chandrashekar et al, 2006. Nature ...
... there is NO tongue ‘map’ responsiveness to the five basic modalities is present in all areas of the tongue.Chandrashekar et al, 2006. Nature ...
Head and Neck ppt - student.ahc.umn.edu
... Formation of the Tongue The tongue begins to develop at about 4 weeks. The oral part (anterior two-thirds) develops from two distal tongue buds (lateral lingual swellings) and a median tongue bud (tuberculum impar) [1st branchial arch]. Innervation: V nerve The pharyngeal part develops from the cop ...
... Formation of the Tongue The tongue begins to develop at about 4 weeks. The oral part (anterior two-thirds) develops from two distal tongue buds (lateral lingual swellings) and a median tongue bud (tuberculum impar) [1st branchial arch]. Innervation: V nerve The pharyngeal part develops from the cop ...
Document
... Formation of the Tongue The tongue begins to develop at about 4 weeks. The oral part (anterior two-thirds) develops from two distal tongue buds (lateral lingual swellings) and a median tongue bud (tuberculum impar) [1st branchial arch]. Innervation: V nerve The pharyngeal part develops from the cop ...
... Formation of the Tongue The tongue begins to develop at about 4 weeks. The oral part (anterior two-thirds) develops from two distal tongue buds (lateral lingual swellings) and a median tongue bud (tuberculum impar) [1st branchial arch]. Innervation: V nerve The pharyngeal part develops from the cop ...
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).