A. Can be ruptured as a result of a fracture of the pterion
B. Passes through foramen ovale
C. Lies mainly is subdural space
D. Is a branch of the first part of the maxillary artery
A. Can be ruptured as a result of a fracture of the pterion
B. Passes through foramen ovale
C. Lies mainly is subdural space
D. Is a branch of the first part of the maxillary artery
A. Is exclusively derived from branches of the external carotid artery
B. Is partly derived from branches of the facial artery
C. Is partly derived from terminal branches of the internal carotid artery
D. Is partly derived from branches of the vertebral artery
A. Is exclusively derived from branches of the external carotid artery
B. Is partly derived from branches of the facial artery
C. Is partly derived from terminal branches of the internal carotid artery
D. Is partly derived from branches of the vertebral artery
A. Superior cerebellar
B. Middle cerebral
C. Internal carotid
D. Anterior communicating
A. Superior cerebellar
B. Middle cerebral
C. Internal carotid
D. Anterior communicating
A. Buccal
B. Maxillary
C. Temporal
D. Cervical
A. Buccal
B. Maxillary
C. Temporal
D. Cervical
A. Ophthalmic artery
B. Inferior alveolar artery
C. Second part of the maxillary artery
D. Third part of the maxillary artery
A. Ophthalmic artery
B. Inferior alveolar artery
C. Second part of the maxillary artery
D. Third part of the maxillary artery
A. Genioglossus
B. Styloglossus
C. Hyoglossus
D. Palatoglossus
A. Genioglossus
B. Styloglossus
C. Hyoglossus
D. Palatoglossus
A. Tensor veli palatini
B. Levator palatini
C. Palatopharyngeus
D. Uvular muscle
A. Tensor veli palatini
B. Levator palatini
C. Palatopharyngeus
D. Uvular muscle
A. Anterior
B. Middle
C. Posterior
D. Postremal
A. Anterior
B. Middle
C. Posterior
D. Postremal
A. Tegmental
B. Ethmoid
C. Tympanic
D. Carotid
A. Tegmental
B. Ethmoid
C. Tympanic
D. Carotid
A. Rupture of a bridging vein can lead to a subdural hemorrhage
B. A subarachnoid hemorrhage can result in a thunderclap headache
C. The Circle of Willis is located in subarachnoid space
D. Onset of symptoms in a subdural is normally faster than an epidural hemorrhage
A. Rupture of a bridging vein can lead to a subdural hemorrhage
B. A subarachnoid hemorrhage can result in a thunderclap headache
C. The Circle of Willis is located in subarachnoid space
D. Onset of symptoms in a subdural is normally faster than an epidural hemorrhage
A. Frontalis
B. Levator labii superioris
C. Levator ani
D. Corrugator supercilia
A. Frontalis
B. Levator labii superioris
C. Levator ani
D. Corrugator supercilia
is composed of five layers
is composed of a deep layer of an aponeurosis
moves when the frontal belly of the occipitofrontalis muscle contracts
is separated from the periosteum of the calvaria by loose connective tissue
is composed of five layers
is composed of a deep layer of an aponeurosis
moves when the frontal belly of the occipitofrontalis muscle contracts
is separated from the periosteum of the calvaria by loose connective tissue
A. Anterior cerebral A.
B. Anterior communicating A.
C. Posterior communicating A.
D. Superior Cerebellar A.
A. Anterior cerebral A.
B. Anterior communicating A.
C. Posterior communicating A.
D. Superior Cerebellar A.
A. It is named according relationship to the lateral pterygoid muscle
B. The middle meningeal artery is a branch of its first part
C. The medial pterygoid artery is a branch of its third part
D. The infra-orbital artery is a branch of its third part
A. It is named according relationship to the lateral pterygoid muscle
B. The middle meningeal artery is a branch of its first part
C. The medial pterygoid artery is a branch of its third part
D. The infra-orbital artery is a branch of its third part
A. It divides with the submandibular gland
B. It lies within the internal acoustic meatus
C. It provides motor innervation to subcutaneous muscles of the face
D. It supplies special sensory innervation to the body of the tongue
A. It divides with the submandibular gland
B. It lies within the internal acoustic meatus
C. It provides motor innervation to subcutaneous muscles of the face
D. It supplies special sensory innervation to the body of the tongue
A. Sphenoethmoidal recess
B. Superior meatus
C. Middle meatus
D. Inferior meatus
A. Sphenoethmoidal recess
B. Superior meatus
C. Middle meatus
D. Inferior meatus
A. Medial Pterygoid
B. Temporalis
C. Lateral Pterygoid
D. Masseter
A. Medial Pterygoid
B. Temporalis
C. Lateral Pterygoid
D. Masseter
It extends over the posterior surface of the masseter muscle
It lies both superficial and deep to the mylohyoid muscle
It is the largest of the three paired salivary glands
The facial nerve divides within it
It extends over the posterior surface of the masseter muscle
It lies both superficial and deep to the mylohyoid muscle
It is the largest of the three paired salivary glands
The facial nerve divides within it
A. Tentorium cerebelli
B. Falx cerebri
C. Diaphragma selli
D. Tentorium cerebri
A. Tentorium cerebelli
B. Falx cerebri
C. Diaphragma selli
D. Tentorium cerebri
A. True
B. False
A. True
B. False



