Spinographic Interpretation
... the side of atlas laterality and measure the number of degrees the APL is above or below the level line (90° mark on the protractor) xviii. On the side of laterality, construct a line along the slope of the condyle and one along the slope of the C2 superior articulating surface. xix. Measure the ang ...
... the side of atlas laterality and measure the number of degrees the APL is above or below the level line (90° mark on the protractor) xviii. On the side of laterality, construct a line along the slope of the condyle and one along the slope of the C2 superior articulating surface. xix. Measure the ang ...
The Skeletal Structure
... Pubis – Forms front of pelvis. Has to separate slightly in childbirth Ishium – Forms the ‘boney bum’ Femur – Largest bone in the body, responsible for support and movement Patella – Protects the knee joint Tibia – Support and Movement Fibula – Support and Movement Tarsals – Bones of ankle and heel. ...
... Pubis – Forms front of pelvis. Has to separate slightly in childbirth Ishium – Forms the ‘boney bum’ Femur – Largest bone in the body, responsible for support and movement Patella – Protects the knee joint Tibia – Support and Movement Fibula – Support and Movement Tarsals – Bones of ankle and heel. ...
The frontal bone:-
... Age changes in the skull At birth the skull forms a much larger proportion of the fetal body length than in the adult. In the newborn the distance from the lower border of the mandible to the inferior orbital margin is about one-third of the total height of the skull. In the adult it is about one-h ...
... Age changes in the skull At birth the skull forms a much larger proportion of the fetal body length than in the adult. In the newborn the distance from the lower border of the mandible to the inferior orbital margin is about one-third of the total height of the skull. In the adult it is about one-h ...
Primary Sinus Surgery
... to skull base Second – Middle, oriented in a Vertical plane and attached to lamina papyracea (basal lamella and separates ant from post ethmoids) Third – Posterior, oriented in a horizontal plane and attaches to perpendicular plate of palate (forms roof of middle meatus, anterior to sphenopalati ...
... to skull base Second – Middle, oriented in a Vertical plane and attached to lamina papyracea (basal lamella and separates ant from post ethmoids) Third – Posterior, oriented in a horizontal plane and attaches to perpendicular plate of palate (forms roof of middle meatus, anterior to sphenopalati ...
PowerPoint Presentation - Crestwood Local Schools
... 6. Tarsus- collective term to the seven bones of the ankle a. Talus- superior and posterior, attachment for the tibia b. Calcaneous- heel bone, largest and strongest c. Cuboidal- lateral bone d. Navicular- anterior to the talus but posterior to the cuneiforms e. Cuneiforms- 3 of them, lateral, media ...
... 6. Tarsus- collective term to the seven bones of the ankle a. Talus- superior and posterior, attachment for the tibia b. Calcaneous- heel bone, largest and strongest c. Cuboidal- lateral bone d. Navicular- anterior to the talus but posterior to the cuneiforms e. Cuneiforms- 3 of them, lateral, media ...
View/Open - Smithsonian Institution
... by the red-uced number of vertical rows of teeth in the dentaries, the deep and nearly vertical suture between the frontal and nasal bones for the better anchorage of the crest, and the short, broad nature of the cerebral expansion of the brain as indicated by the this ...
... by the red-uced number of vertical rows of teeth in the dentaries, the deep and nearly vertical suture between the frontal and nasal bones for the better anchorage of the crest, and the short, broad nature of the cerebral expansion of the brain as indicated by the this ...
superiorly with the parietal bone by the squamosal suture anteriorly
... muscle, as the child moves the head. It can be recognized as a bony projection at the end of the second year. ...
... muscle, as the child moves the head. It can be recognized as a bony projection at the end of the second year. ...
Skull, Brain and Cranial Nerves
... Facial bones =framework of face Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
... Facial bones =framework of face Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
Axial Skeleton
... C) Now look for cartilage (fibrocartilage and hyaline cartilage). Hyaline will be located at the ends where the bone will articulate with another bone. In some cases fibrocartilage will be visible in the shape of a C on the end of the cow tibia. Closely look at the difference between the two cartila ...
... C) Now look for cartilage (fibrocartilage and hyaline cartilage). Hyaline will be located at the ends where the bone will articulate with another bone. In some cases fibrocartilage will be visible in the shape of a C on the end of the cow tibia. Closely look at the difference between the two cartila ...
Skull, Brain and Cranial Nerves
... Facial bones =framework of face Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
... Facial bones =framework of face Form cavities for sense organs Opening for air + food passage Hold teeth Anchor face muscles ...
State the roles of bones, ligaments, muscles, tendons and nerves in
... State the roles of bones, ligaments, muscles, tendons and nerves in human movement ...
... State the roles of bones, ligaments, muscles, tendons and nerves in human movement ...
other review
... Match the terms in the key with the appropriateleader lines on the drawings of the humerus and the radius and ulna. Also decide whether the bones shown are right or left bonesand whether the view shown is an anterior or a posterior view. k ...
... Match the terms in the key with the appropriateleader lines on the drawings of the humerus and the radius and ulna. Also decide whether the bones shown are right or left bonesand whether the view shown is an anterior or a posterior view. k ...
Female pelvis and fetal skull
... Skull bones such as the mandible and maxilla are unfused Bones of vault: parietal, part of occipital, frontal,and temporal bones. Lamboidal suture Important Landmarks Chin Brow Anterior fontanelle: (bregma) its diamond shaped lie at the junction of sagittal, frontal and coronal sutures, larger ...
... Skull bones such as the mandible and maxilla are unfused Bones of vault: parietal, part of occipital, frontal,and temporal bones. Lamboidal suture Important Landmarks Chin Brow Anterior fontanelle: (bregma) its diamond shaped lie at the junction of sagittal, frontal and coronal sutures, larger ...
The Skeletal System
... Foramen rotundum - Maxillary nerve (V2) Foramen ovale - Mandibular nerve (V3) Foramen spinosum - middle meningeal vessels Foramen lacerum - loop of internal carotid artery ...
... Foramen rotundum - Maxillary nerve (V2) Foramen ovale - Mandibular nerve (V3) Foramen spinosum - middle meningeal vessels Foramen lacerum - loop of internal carotid artery ...
the cranium
... orbit that provides passage for the opRc nerve and the ophthalmic artery. 2. THE SUPERIOR ORBITAL FISSURE is a triangular opening between the wings of the sphenoid bone that provides passage for the ophthalmic nerve, a branch of the trigeminal nerve, and for the oculomotor, trochlear, and abducen ...
... orbit that provides passage for the opRc nerve and the ophthalmic artery. 2. THE SUPERIOR ORBITAL FISSURE is a triangular opening between the wings of the sphenoid bone that provides passage for the ophthalmic nerve, a branch of the trigeminal nerve, and for the oculomotor, trochlear, and abducen ...
Skeletal System
... Cranium = encloses and protects brain, composed of eight large, flat bones Facial bones = hold eyes in anterior position, facilitate facial muscle movement, fourteen bones total All but one of the bones of the skull are joined together by sutures = interlocking, immovable joints. Mandible (jawbone) ...
... Cranium = encloses and protects brain, composed of eight large, flat bones Facial bones = hold eyes in anterior position, facilitate facial muscle movement, fourteen bones total All but one of the bones of the skull are joined together by sutures = interlocking, immovable joints. Mandible (jawbone) ...
Appendicular Skeleton (con`t)
... • skull cranium • parietal bone paired bones superior & lateral walls of cranium; meet in midline @ sagittal suture and form coronal suture (frontal bone) • temporal bones inferior to parietal ; join @ squamous sutures • bone markings ...
... • skull cranium • parietal bone paired bones superior & lateral walls of cranium; meet in midline @ sagittal suture and form coronal suture (frontal bone) • temporal bones inferior to parietal ; join @ squamous sutures • bone markings ...
Incidence of interparietal bones in the adult human skulls of south
... experimental study on human fetuses, Srivastava[4] concluded that the boundary is the highest nuchal line, but in contrast to previous studies, states that the supraoccipital part, which lies below this line, is partly membrane bone and partly cartilage bone. The area between the highest and superio ...
... experimental study on human fetuses, Srivastava[4] concluded that the boundary is the highest nuchal line, but in contrast to previous studies, states that the supraoccipital part, which lies below this line, is partly membrane bone and partly cartilage bone. The area between the highest and superio ...
Anatomy Notes 9_26
... § Inlet is larger and more circular § Pelvis as a whole is shallower, and the bones are lighter and thinner § Ilia flare more laterally § Sacrum is shorter and less curved § Ischial spines are shorter and farther apart; thus, the outlet is larger § Pubic arch is more rounded because the angle ...
... § Inlet is larger and more circular § Pelvis as a whole is shallower, and the bones are lighter and thinner § Ilia flare more laterally § Sacrum is shorter and less curved § Ischial spines are shorter and farther apart; thus, the outlet is larger § Pubic arch is more rounded because the angle ...
chapt06_lecture_5e - Body-Health-and
... – Cheek bones – Also form floor and lateral wall of each eye orbit ...
... – Cheek bones – Also form floor and lateral wall of each eye orbit ...
Bones of upper limb
... List the characteristic features of each bone. Differentiate between bones of right and left sides. List the articulations between the different bones. ...
... List the characteristic features of each bone. Differentiate between bones of right and left sides. List the articulations between the different bones. ...
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.