Ch.7 Anatomy of Bones and Joints - South Tech
... U-shaped bone In neck At base of tongue Only bone in body that does NOT articulate with another bone • Suspended from styloid process by muscles and ligaments ...
... U-shaped bone In neck At base of tongue Only bone in body that does NOT articulate with another bone • Suspended from styloid process by muscles and ligaments ...
skeletal system
... upper cervical region (C1 and C2), and the lower cervical region (C3 through C7). C1 is termed the Atlas and C2 the Axis. Atlas (C1) The Atlas is the first cervical vertebra and therefore abbreviated C1. This vertebra supports the skull. Its appearance is different from the other spinal vertebrae. T ...
... upper cervical region (C1 and C2), and the lower cervical region (C3 through C7). C1 is termed the Atlas and C2 the Axis. Atlas (C1) The Atlas is the first cervical vertebra and therefore abbreviated C1. This vertebra supports the skull. Its appearance is different from the other spinal vertebrae. T ...
Chapter Cranium part 1
... although the surgical techniques have been modified in every period of time, most of them are still used in today's medicine. The above mentioned skull trepanation is for example today a standard emergency operation, used to relieve acute pressure on the brain during larger internal bleedings. Until ...
... although the surgical techniques have been modified in every period of time, most of them are still used in today's medicine. The above mentioned skull trepanation is for example today a standard emergency operation, used to relieve acute pressure on the brain during larger internal bleedings. Until ...
File
... A joint or articulation (or articular surface) is the location at which bones connect. They are constructed to allow movement (except for skull, sacral, sternal, and pelvic bones) and provide mechanical support, and are classified structurally and functionally. There are 3 different types of joints. ...
... A joint or articulation (or articular surface) is the location at which bones connect. They are constructed to allow movement (except for skull, sacral, sternal, and pelvic bones) and provide mechanical support, and are classified structurally and functionally. There are 3 different types of joints. ...
Unit 10 The Human Body - Jamestown Public Schools
... Bone marrow - soft tissue found in bone cavities Yellow marrow - made of fat cells Red marrow - produces red blood cells, some white blood cells, & platelets ...
... Bone marrow - soft tissue found in bone cavities Yellow marrow - made of fat cells Red marrow - produces red blood cells, some white blood cells, & platelets ...
Skull base - Rackcdn.com
... Maturation of the Central Skull Base - Sagittal Midline central skull base in a 1 week old: A patent spheno-occipital synchondrosis ( ) and a partially patent craniopharyngeal canal ( ) are noted. Midline central skull base in a 2 year old: Spheno-occipital synchondrosis ( ) is patent and its compr ...
... Maturation of the Central Skull Base - Sagittal Midline central skull base in a 1 week old: A patent spheno-occipital synchondrosis ( ) and a partially patent craniopharyngeal canal ( ) are noted. Midline central skull base in a 2 year old: Spheno-occipital synchondrosis ( ) is patent and its compr ...
The skeleton has multiple purposes: To give rigidity/structure to the
... The skeleton has multiple purposes: To give rigidity/structure to the body, to act as a lever for the muscles to contract and extend against, to act as a store for valuable minerals such as calcium, red blood cells ( carriers of oxygen ) are made in the bone marrow. Skeleton: Skull, Vertebrae( Cervi ...
... The skeleton has multiple purposes: To give rigidity/structure to the body, to act as a lever for the muscles to contract and extend against, to act as a store for valuable minerals such as calcium, red blood cells ( carriers of oxygen ) are made in the bone marrow. Skeleton: Skull, Vertebrae( Cervi ...
Skeleton: Axial - MDC Faculty Home Pages
... • Eighty bones segregated into three regions – 1.- Skull – 2.- Vertebral column – 3.- Bony thorax ...
... • Eighty bones segregated into three regions – 1.- Skull – 2.- Vertebral column – 3.- Bony thorax ...
The Two Comedians, by Chris Peters Kaan Yücel M.D., Ph.D. 19
... separate parts normally fuse. Sometimes one of these centers fails to fuse with the main bone, giving the appearance of an extra bone. ...
... separate parts normally fuse. Sometimes one of these centers fails to fuse with the main bone, giving the appearance of an extra bone. ...
skeletal
... Eighty bones segregated into three regions o Skull o Vertebral column o Bony thorax The Skull The skull, the body’s most complex bony structure, is formed by the cranium and facial bones Cranium – protects the brain and is the site of attachment for head and neck muscle Facial bones o Supply ...
... Eighty bones segregated into three regions o Skull o Vertebral column o Bony thorax The Skull The skull, the body’s most complex bony structure, is formed by the cranium and facial bones Cranium – protects the brain and is the site of attachment for head and neck muscle Facial bones o Supply ...
bone
... separate parts normally fuse. Sometimes one of these centers fails to fuse with the main bone, giving the appearance of an extra bone. ...
... separate parts normally fuse. Sometimes one of these centers fails to fuse with the main bone, giving the appearance of an extra bone. ...
eEdE-141 - Rackcdn.com
... and posterior portion of the paired temporal bones. Seats the cerebellar hemispheres and brainstem. Important soft tissue structures include CN 7-12, petrous portions of the ICA’s, vertebrobasilar arteries, sigmoid transverse, torcula, and occipital sinuses, and the vestibular and auditory apparatus ...
... and posterior portion of the paired temporal bones. Seats the cerebellar hemispheres and brainstem. Important soft tissue structures include CN 7-12, petrous portions of the ICA’s, vertebrobasilar arteries, sigmoid transverse, torcula, and occipital sinuses, and the vestibular and auditory apparatus ...
Skeletal - OnCourse
... jugular foramen – allows for passage of jugular vein carotid canal – allows for passage of carotid arteries ...
... jugular foramen – allows for passage of jugular vein carotid canal – allows for passage of carotid arteries ...
SKELETAL SYSTEM LAB
... _____ vomer (VŌ-mer) (1) (part of the nasal septum) _____ inferior nasal concha (2) (These bones located in the lateral wall of the nasal cavity help create turbulence in inhaled air. they are separate bones, unlike the middle and superior nasal conchae which are parts of the ethmoid bone). _____ hy ...
... _____ vomer (VŌ-mer) (1) (part of the nasal septum) _____ inferior nasal concha (2) (These bones located in the lateral wall of the nasal cavity help create turbulence in inhaled air. they are separate bones, unlike the middle and superior nasal conchae which are parts of the ethmoid bone). _____ hy ...
Anatomical Terminology, Skeletal system
... longitudinal plane, dividing the body into right and left parts. The plane passing through the midline of the body, cutting the body into the right and left equal halves is called a midsagittal or median plane. ...
... longitudinal plane, dividing the body into right and left parts. The plane passing through the midline of the body, cutting the body into the right and left equal halves is called a midsagittal or median plane. ...
Bones (Ch7)
... Arches Of The Foot • Maintained by interlocking foot bones, ligaments, and tendons • Allow foot to bear weight • Three arches – Lateral longitudinal – Medial longitudinal – Transverse ...
... Arches Of The Foot • Maintained by interlocking foot bones, ligaments, and tendons • Allow foot to bear weight • Three arches – Lateral longitudinal – Medial longitudinal – Transverse ...
File
... cranial bones *joints of the skull, connection between the skull bones, they are the only type of joints that are immovable because the skull bones don’t move.(that’s why they look like a single bone). *most of it is located in the suture between the parietal and occipital bones. *they are classifie ...
... cranial bones *joints of the skull, connection between the skull bones, they are the only type of joints that are immovable because the skull bones don’t move.(that’s why they look like a single bone). *most of it is located in the suture between the parietal and occipital bones. *they are classifie ...
BIO 201 Practical 1 Sp09
... Latin referring to little cavity; pit or socket; tooth socket; (alveoli of the mandibles and alveoli of the maxillae) Auri – ear, (auricular surface of sacrum and auricular surface of the innominate bone) tubular passage or tunnel in a bone; (carotid canal) Spanish for “shell”; shaped like an elonga ...
... Latin referring to little cavity; pit or socket; tooth socket; (alveoli of the mandibles and alveoli of the maxillae) Auri – ear, (auricular surface of sacrum and auricular surface of the innominate bone) tubular passage or tunnel in a bone; (carotid canal) Spanish for “shell”; shaped like an elonga ...
Organs
... Responsible for monitoring the body's levels of water, acids, salts and proteins. They also eliminate any potential toxins. The kidneys each contain over a million filter units, returning 99% of water passing through them. The remaining 1% becomes urine and passes into the bladder. Blood pumps throu ...
... Responsible for monitoring the body's levels of water, acids, salts and proteins. They also eliminate any potential toxins. The kidneys each contain over a million filter units, returning 99% of water passing through them. The remaining 1% becomes urine and passes into the bladder. Blood pumps throu ...
Osteological notes on Muraenosaurus*
... anterior part has the pits for the hypophyses, into which the inner carotids enter from the side. The anterior part of the basisphenoid is swallow-tailed in form; the upper side of the two processes shows the characteristics of bone covered in cartilage; one finds this in many lacertids, and it is t ...
... anterior part has the pits for the hypophyses, into which the inner carotids enter from the side. The anterior part of the basisphenoid is swallow-tailed in form; the upper side of the two processes shows the characteristics of bone covered in cartilage; one finds this in many lacertids, and it is t ...
one - icsmsu
... From the larger venous sinuses a double layer of dura projects into the cranial cavity forming: The falx cerebri in the midline – partially separates the cranial cavity into right and left – attached to ethmoid bone at front and the vault of the skull above and below The tentorium cerebelli – ...
... From the larger venous sinuses a double layer of dura projects into the cranial cavity forming: The falx cerebri in the midline – partially separates the cranial cavity into right and left – attached to ethmoid bone at front and the vault of the skull above and below The tentorium cerebelli – ...
The Cranial Cavity
... The margins of the grooves for the transverse sinuses on the occipital bone ...
... The margins of the grooves for the transverse sinuses on the occipital bone ...
The Skeleton Chapter 7
... 2. Mandibular symphysis – line of fusion of the two mandible bones b. Maxilla (2) 1. Maxillary sinuses – largest paranasal sinuses c. Zygomatic (2) (zygoma = cheekbone) d. Nasal (2)– forms bridge of the nose e. Lacrimal (2)– lacrimal fossa allows tears to drain into nasal cavity f. Palatine (2)– for ...
... 2. Mandibular symphysis – line of fusion of the two mandible bones b. Maxilla (2) 1. Maxillary sinuses – largest paranasal sinuses c. Zygomatic (2) (zygoma = cheekbone) d. Nasal (2)– forms bridge of the nose e. Lacrimal (2)– lacrimal fossa allows tears to drain into nasal cavity f. Palatine (2)– for ...
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.