Chapter 2: General Anatomy.
... Other clinical and arthroscopic findings confirm some of these changes. Arthroscopy showed osteoarthrosis was more frequently present in the temporal connective tissue than in the disk. Reciprocal clicking was common in joints with slight or no osteoarthrosis. Crepitation correlated with advanced an ...
... Other clinical and arthroscopic findings confirm some of these changes. Arthroscopy showed osteoarthrosis was more frequently present in the temporal connective tissue than in the disk. Reciprocal clicking was common in joints with slight or no osteoarthrosis. Crepitation correlated with advanced an ...
Former and present aspects in neuro-skull architecture
... Our opinion is that the anterior part of the occipital rafter and the circle around the foramen magnum become parts of the resistance structures of the cranial base, next to the sphenoidal body. By that, only the posterior part of the classical occipital rafter remains simply occipital rafter. Accor ...
... Our opinion is that the anterior part of the occipital rafter and the circle around the foramen magnum become parts of the resistance structures of the cranial base, next to the sphenoidal body. By that, only the posterior part of the classical occipital rafter remains simply occipital rafter. Accor ...
Osteology and cranial musculature of Caiman latirostris
... triangular outline with the lateral margins converging anteriorly. In other caimans, the lateral margin of the rostral area is wavy. In this view, the premaxillary–maxillary curvature is practically absent (Fig. 2A,B). The lateral margins of the skull in the postorbital region are straight or slight ...
... triangular outline with the lateral margins converging anteriorly. In other caimans, the lateral margin of the rostral area is wavy. In this view, the premaxillary–maxillary curvature is practically absent (Fig. 2A,B). The lateral margins of the skull in the postorbital region are straight or slight ...
Morphology of the temporal canal and postglenoid foramen with
... petrosquamous sinus or the temporal canal [7, 15, 16, 19, 20]. The temporal canal starts in the groove of the transverse sinus and then the petrosquamous sinus and proceeds between the squama and the pyramid of the temporal bone, leaving the skull through one or several foramina on the inferior and ...
... petrosquamous sinus or the temporal canal [7, 15, 16, 19, 20]. The temporal canal starts in the groove of the transverse sinus and then the petrosquamous sinus and proceeds between the squama and the pyramid of the temporal bone, leaving the skull through one or several foramina on the inferior and ...
Head_and_Neck_Review_Cranial_Nerves_2011Final
... through orbit via Ophthalmic Veins to Cavernous Sinus - Infections lateral to nose particularly dangerous; also infections from teeth can spread through pterygoid venous plexus ...
... through orbit via Ophthalmic Veins to Cavernous Sinus - Infections lateral to nose particularly dangerous; also infections from teeth can spread through pterygoid venous plexus ...
Mesial temporal lobe epilepsy
... Operation: ATL of 4.5cm (superior, middle, and inferior), with either partial or full hippocampectomy Results: - At one year, 69% (total) versus 38% (partial) were seizure-free after surgery - At 6 months, no difference in several memory tests ...
... Operation: ATL of 4.5cm (superior, middle, and inferior), with either partial or full hippocampectomy Results: - At one year, 69% (total) versus 38% (partial) were seizure-free after surgery - At 6 months, no difference in several memory tests ...
BIOE 220/RAD 220 REVIEW SESSION January 23, 2011
... within 24 hours to email, and can make time for additional meetings outside of the review sessions if there’s demand. • If you would like us to cover something specific at the weekly ...
... within 24 hours to email, and can make time for additional meetings outside of the review sessions if there’s demand. • If you would like us to cover something specific at the weekly ...
PTA 198 Anatomy and Physiology
... 4. Explain/describe the physiology of deglutition and the three stages. (voluntary, Pharyngeal, and Esophageal) 5. Be able to identify/locate organs and ducts of the respiratory systems on charts and models. Also be able to explain/describe their functions: a. Nose and Nasal cavity: external nares, ...
... 4. Explain/describe the physiology of deglutition and the three stages. (voluntary, Pharyngeal, and Esophageal) 5. Be able to identify/locate organs and ducts of the respiratory systems on charts and models. Also be able to explain/describe their functions: a. Nose and Nasal cavity: external nares, ...
Frontal Bone
... • Glenoid cavity houses the head of humerus • Spine is on posterior aspect • Three fossa are the site of origin for the rotator cuff muscles: supraspinous, infraspinous and subscapular fossa ...
... • Glenoid cavity houses the head of humerus • Spine is on posterior aspect • Three fossa are the site of origin for the rotator cuff muscles: supraspinous, infraspinous and subscapular fossa ...
The leg
... connective tissue that spans the distance between facing borders of the tibial and fibular shafts. The collagen fibers descend obliquely from the lateral border of the tibia to the interosseous border of the fibula, except superiorly where there is a ligamentous band, which ascends from the tibia to ...
... connective tissue that spans the distance between facing borders of the tibial and fibular shafts. The collagen fibers descend obliquely from the lateral border of the tibia to the interosseous border of the fibula, except superiorly where there is a ligamentous band, which ascends from the tibia to ...
12_skeleton_upper_appendicular-29sept2016
... If you break clavicle, whole shoulder collapses. Scapula [“shovel”]: lies over 2nd to 7th ribs. 245 borders superior, axillary, vertebral (or medial and lateral) angles superior and inferior glenoid fossa [“socket-like”] articulates with head of humerus supra glenoid tubercle [“above” and “bump litt ...
... If you break clavicle, whole shoulder collapses. Scapula [“shovel”]: lies over 2nd to 7th ribs. 245 borders superior, axillary, vertebral (or medial and lateral) angles superior and inferior glenoid fossa [“socket-like”] articulates with head of humerus supra glenoid tubercle [“above” and “bump litt ...
ch 5 day 5
... Vertebrae in the different regions of the spine have very specific structural characteristics. These unique regional characteristics of the vertebrae are described next. Cervical Vertebrae The seven cervical vertebrae (identified as C1 to C7) form the neck region of the spine. The first two verte ...
... Vertebrae in the different regions of the spine have very specific structural characteristics. These unique regional characteristics of the vertebrae are described next. Cervical Vertebrae The seven cervical vertebrae (identified as C1 to C7) form the neck region of the spine. The first two verte ...
Cranial nerves
... • Forms geniculate ganglion (taste & salivation) and turns sharply inferiorly (chorda tympani leaves) • Stylomastoid foramen to supply muscles including those of facial expression. ...
... • Forms geniculate ganglion (taste & salivation) and turns sharply inferiorly (chorda tympani leaves) • Stylomastoid foramen to supply muscles including those of facial expression. ...
Basal ganglia Axial cut
... Cranial Nerve VII: Facial Nerve 1. Motor function: muscles of facial expression. 2. Parasympathetic function: innervation to lacrimal glands and some salivary gland. 3. Visceral sensory function: taste from anterior 2/3 of tongue ...
... Cranial Nerve VII: Facial Nerve 1. Motor function: muscles of facial expression. 2. Parasympathetic function: innervation to lacrimal glands and some salivary gland. 3. Visceral sensory function: taste from anterior 2/3 of tongue ...
Dinosaurs from the Jurassic of Sichuan
... The prevomer is a pair of elements that are in mutual contact at their anterior two-thirds and is located posteroventral to the premaxillae. Laterally, it is in contact with the maxilla and posteriorly is in contact with the palatine. Its posterolateral side composes a portion of the choanae’s media ...
... The prevomer is a pair of elements that are in mutual contact at their anterior two-thirds and is located posteroventral to the premaxillae. Laterally, it is in contact with the maxilla and posteriorly is in contact with the palatine. Its posterolateral side composes a portion of the choanae’s media ...
Muscles of the Head - Coach Frei Science
... Platysma A broad, sheet-like muscle that covers the ...
... Platysma A broad, sheet-like muscle that covers the ...
OMT in Acute and Chronic Sinusitis
... thumbs laterally toward the temples and then inferiorly towards the maxillary area • Repeat the cycle 6-8 times. ...
... thumbs laterally toward the temples and then inferiorly towards the maxillary area • Repeat the cycle 6-8 times. ...
Skeletal System Part 3
... located in the small of the back and have an enhanced weight-bearing function They have short, thick pedicles and laminae, flat hatchet-shaped spinous processes, and a triangular-shaped vertebral foramen Orientation of articular facets locks the lumbar vertebrae together to provide stability ...
... located in the small of the back and have an enhanced weight-bearing function They have short, thick pedicles and laminae, flat hatchet-shaped spinous processes, and a triangular-shaped vertebral foramen Orientation of articular facets locks the lumbar vertebrae together to provide stability ...
TYPES OF THE JOINTS: 1
... knee joint the leg bump the back of the thigh. ***External ligament: patellar ligament, medial and lateral collateral ligaments. ***Cartilage )(غضاريف: medial and lateral semilunar cartilage that helps in the movement of the articular bones. -If the football player shoot the ball medially there wi ...
... knee joint the leg bump the back of the thigh. ***External ligament: patellar ligament, medial and lateral collateral ligaments. ***Cartilage )(غضاريف: medial and lateral semilunar cartilage that helps in the movement of the articular bones. -If the football player shoot the ball medially there wi ...
Chapter 8 Fill in the Blanks Outline - CM
... separate joints, which allows for a small degree rotation and lateral gliding in addition to flexion and extension. The following are anatomical features associated with this joint and the patella (Figure 8.14): a. The articular capsule is absent from the anterior aspect of the joint where instead i ...
... separate joints, which allows for a small degree rotation and lateral gliding in addition to flexion and extension. The following are anatomical features associated with this joint and the patella (Figure 8.14): a. The articular capsule is absent from the anterior aspect of the joint where instead i ...
Classification of Head Injury
... Plain X-ray examination CT Cerebral angiography Diagnostic bur holes and ventriculography MRI ...
... Plain X-ray examination CT Cerebral angiography Diagnostic bur holes and ventriculography MRI ...
Surface Anatomy of the Transverse Sinus for the Midline
... width of TS should be considered. Tubbs et al (11) have found that the width of the TS tends to be greater on the right side. In our study there was no clear difference between the width of right and left TS. The width of proximal TS is 6.3 mm on average. Considering these results, the first and mos ...
... width of TS should be considered. Tubbs et al (11) have found that the width of the TS tends to be greater on the right side. In our study there was no clear difference between the width of right and left TS. The width of proximal TS is 6.3 mm on average. Considering these results, the first and mos ...
No Slide Title
... 6. Lens of eye 7. Maxillary sinus (45)(49) 8. Internal carotid artery 9. External carotid artery 10. Facial artery (65)(69) 11. Temporal horn of the lateral ventricle 12. Trigone of the lateral ventricle** 13. Occipital horn of the lateral ventricle*** * The lateral wall is seen on image 2, but the ...
... 6. Lens of eye 7. Maxillary sinus (45)(49) 8. Internal carotid artery 9. External carotid artery 10. Facial artery (65)(69) 11. Temporal horn of the lateral ventricle 12. Trigone of the lateral ventricle** 13. Occipital horn of the lateral ventricle*** * The lateral wall is seen on image 2, but the ...
Skull
This article incorporates text in the public domain from the 20th edition of Gray's Anatomy (1918)The skull is a bony structure in the head of most vertebrates (in particular, craniates) that supports the structures of the face and forms a protective cavity for the brain. The skull is composed of two parts: the cranium and the mandible. The skull forms the anterior most portion of the skeleton and is a product of encephalization, housing the brain, many sensory structures (eyes, ears, nasal cavity), and the feeding system. Functions of the skull include protection of the brain, fixing the distance between the eyes to allow stereoscopic vision, and fixing the position of the ears to help the brain use auditory cues to judge direction and distance of sounds. In some animals, the skull also has a defensive function (e.g. horned ungulates); the frontal bone is where horns are mounted. The English word ""skull"" is probably derived from Old Norse ""skalli"" meaning bald, while the Latin word cranium comes from the Greek root κρανίον (kranion).The skull is made of a number of fused flat bones.