A. Thalamus

B. Pituitary gland

D. None of the above

A. Breathing difficulty

B. Loss of timbre of voice

D. Hoarseness

A. Fourth arch

B. Second arch

D. Third arch

A. Common carotid artery

B. Vertebral artery

D. Subclavian artery

A. Odontoblasts

B. Schwann cells

C. Neurons

B. Stapedial artery

C. Carotid artery

D. Mandibular artery

A. Maxillary nerve

C. Mandibular nerve

D. Auriculo temporal nerve

A. Dentate nucleus

C. Red nucleus

D. Nucleus solitarius

B. Mandibular branch of the facial nerve

C. Buccal branch of the mandibular nerve

D. Buccal branch of the facial nerve

A. T3 T7

B. L1 L5

D. T1 T3

A. Superior pharyngeal

B. Ascending pharyngeal

D. Maxillary

B. Gingiva of the maxilla

C. Ala of the nosa and lower eyelid

D. The upper cheeks

B. Buccal branch of facial nerve

C. Inferior alveolar nerve

D. All of the above

B. Facial expression; trigeminal ( V cranial )

C. mastication; facial ( VII cranial )

D. Mastication; trigeminal ( V cranial )

A. Suture

B. Saddle

C. Synchondrosis

B. Facial artery

C. Internal carotid artery

D. Trigeminal artery

A. Internal carotid artery

B. Maxillary

C. Superficial temporal

A. Pterygoid venous plexus

B. Veins in orbit

C. Inferior petrosal sinus

B. Basilar artery

C. Labyrinthine artery

D. Internal carotid artery

A. Superior laryngeal

B. C and A

D. Internal laryngeal

A. nsverse process of C6

B. Transverse process of C5

C. Hyoid bone

A. Inferior alveolar nerve

C. Inferior alveolar artery

D. Lingual nerve

B. Teeth

C. Nail

D. Cancellous bone

B. Brachio cephalic

C. External jugular

D. Anterior jugular

A. Foramen spinosum

C. Foramen lacerum

D. Foramen magnum

A. Receives preganglionic parasympathetic fibers, through the greater superficial petrosal nerve

B. Is related to the tensor tympani

C. Is in relation to maxillary nerve

A. Inferior alveolar nerve

B. Auriculotemporal nerve

D. Mylohyoid nerve

A. 18 weeks

B. 6 weeks

D. 13 weeks

A. Inferior alveolar nerve

B. Chorda tympani

D. Mylohyoid nerve

A. Internal jugular vein

C. Vagus nerve

D. Common carotid artery

E. Internal carotid artery

A. Synchondrosis

C. Diarthrosis

D. Synostosis

B. Maxillary and median nasal

C. Mandibular and median nasal

D. Maxillary and mandibular

B. In the midline from hyoid to suprasternal notch

C. In the sub- mental triangle

D. In the posterior triangle

A. Connecting pterygoid plexus

C. Inferior ophthalmic vein

D. None of the above

B. Inferior alveolar artery

C. Middle meningeal artery

D. Facial artery

A. Mental nerve

B. Auriculotemporal nerve

C. Lingual nerve

B. First pharyngeal arch

C. First and second pharyngeal arches

D. Fourth pharyngeal arch

A. Internal carotid

C. Maxillary

D. Superficial temporal

A. Ventral part of I pharyneal pouches

B. Dorsal part of II pharyneal pouches

C. Dorsal part of III pharyneal pouches

A. Arises from the medulla oblongata

B. Carries no taste fibres

D. Suppleis muscles of mastication

A. Recurrent laryngeal

C. External laryngeal

D. Internal laryngeal

A. Mandibular process

B. Rathkes pouch

C. Pharyneal arch

A. Straight sinus

B. Cavernous sinus

C. Ethmoidal sinus

B. Pterygoid venous plexus

C. Veins in orbit

D. Inferior petrosal sinus

A. Mainly supplied by left coronary

C. Highly susceptible to ischaemia

D. Mainly supplied by right coronary

A. Masseter

C. Anterior belly of digastric

D. Medial pterygoid

A. Main source of oxygenated blood to palatine tonsil

C. Supplies branches to both upper and lower lips

D. Conveys post ganglionic sympathetic nerve fibres to the submandibular gland

A. Salivary

B. Gastric

C. Mammary

A. taste from the right anterior two thirds of the tongue would not be affected

B. sympathetic fibre to salivary gland would be interrupted

D. the muscles of mastication would be denervated

A. Cerebral veins

B. Choroid plexus

C. Emissary veins