Joints
... • Thin layer of dense fibrous connective tissue unites bones of the skull • Immovable • If fuse completely in adults ...
... • Thin layer of dense fibrous connective tissue unites bones of the skull • Immovable • If fuse completely in adults ...
File
... If sitting, facing the tube and slightly away from the vertical bucky. The neck is extended as far as possible to bring the vertex of the skull in contact with the bucky If lying down, the patient’s shoulders are raised on pillows and the neck hyper -extended to bring the vertex of the skull in cont ...
... If sitting, facing the tube and slightly away from the vertical bucky. The neck is extended as far as possible to bring the vertex of the skull in contact with the bucky If lying down, the patient’s shoulders are raised on pillows and the neck hyper -extended to bring the vertex of the skull in cont ...
SKELETAL SYSTEM An Introduction to the Human Adult and Fetal
... 3) (2) temporal bones 4) occipital bone 5) sphenoid bone 6) ethmoid bone There are several sutures, immovable joints composed of connective fibrous tissue holding two bones together. Identify the line marking the coronal suture between the frontal and parietal bones, the sagittal suture between the ...
... 3) (2) temporal bones 4) occipital bone 5) sphenoid bone 6) ethmoid bone There are several sutures, immovable joints composed of connective fibrous tissue holding two bones together. Identify the line marking the coronal suture between the frontal and parietal bones, the sagittal suture between the ...
Sphenoid bone - كلية طب الاسنان
... It is the most posterior of the cranial bones forming the posterior wall and part of base of the skull and most of posterior cranial fossa. It is consist of two parts; squamous part and basilar part. In between these parts is the foramen magnum of the occipital bone through which passes the spinal c ...
... It is the most posterior of the cranial bones forming the posterior wall and part of base of the skull and most of posterior cranial fossa. It is consist of two parts; squamous part and basilar part. In between these parts is the foramen magnum of the occipital bone through which passes the spinal c ...
The middle cranial fossa is separated from the posterior cranial
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. 8-The carotid canal Transmi ...
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. 8-The carotid canal Transmi ...
ppt
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. 8-The carotid canal Transmi ...
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. 8-The carotid canal Transmi ...
The middle cranial fossa is separated from the posterior cranial
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. ...
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. ...
lesser wing
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. 8-The carotid canal Transmi ...
... The middle meningeal artery 7-Foramen lacerum lies between the apex of the petrous part of the temporal bone and the sphenoid bone in life is filled by cartilage and fibrous tissue, and only small blood vessels pass through this tissue from the cranial cavity to the neck. 8-The carotid canal Transmi ...
05. meninges2010-10-01 03:411.1 MB
... arachnoid and pia are widely separated to form the subarachnoid cisternae. It projects in certain areas into the venous sinuses to form arachnoid villi which are numerous along the superior sagittal sinus and serve as sites where the cerebrospinal fluid diffuse into the bloodstream. Aggregations of ...
... arachnoid and pia are widely separated to form the subarachnoid cisternae. It projects in certain areas into the venous sinuses to form arachnoid villi which are numerous along the superior sagittal sinus and serve as sites where the cerebrospinal fluid diffuse into the bloodstream. Aggregations of ...
Appendicular Skeleton Pectoral Girdle General:
... ¨ Features of the diaphysis (shaft): ¤ Deltoid tuberosity: attachment for the deltoid(shoulder) muscle Radial groove-‐ marks the course ...
... ¨ Features of the diaphysis (shaft): ¤ Deltoid tuberosity: attachment for the deltoid(shoulder) muscle Radial groove-‐ marks the course ...
The Skeletal System
... Eighty bones segregated into three regions ◦ Skull ◦ Vertebral column ◦ Bony thorax ...
... Eighty bones segregated into three regions ◦ Skull ◦ Vertebral column ◦ Bony thorax ...
Chapter 7: The Skeleton AXIAL SKELETON Skull
... 11. Figure 5-‐10 is a diagram of the hand. Using the terms below label the structures ...
... 11. Figure 5-‐10 is a diagram of the hand. Using the terms below label the structures ...
Chap 07 Study Outline
... ________________joints occur where articulating surfaces are nearly flat or slightly curved, allowing a back-and-forth motion. Give an example of this type: In a __________________joint, a convex surface fits into a concave surface; movement is in one plane only. Give an example of this type of join ...
... ________________joints occur where articulating surfaces are nearly flat or slightly curved, allowing a back-and-forth motion. Give an example of this type: In a __________________joint, a convex surface fits into a concave surface; movement is in one plane only. Give an example of this type of join ...
Skeletal System
... • Zygoma (2): cheek bones • Lacrimal (2): small bones form medial wall of each eye socket • Palatine (2): forms back roof of mouth and floor of nose • Inferior turbinate (2): forms curved ledge inside side wall of nose ...
... • Zygoma (2): cheek bones • Lacrimal (2): small bones form medial wall of each eye socket • Palatine (2): forms back roof of mouth and floor of nose • Inferior turbinate (2): forms curved ledge inside side wall of nose ...
Functional structure of the skull
... → along the medial wall of the orbit → through nasolacrimal groove and ethmoid bones → along the floor of the orbit → along the inferior orbital fissure → through the lateral orbital wall, zygomaticofrontal junction and the zygomatic arch Intranasally: through the base of the perpendicular plate of ...
... → along the medial wall of the orbit → through nasolacrimal groove and ethmoid bones → along the floor of the orbit → along the inferior orbital fissure → through the lateral orbital wall, zygomaticofrontal junction and the zygomatic arch Intranasally: through the base of the perpendicular plate of ...
Skeletal System
... d. Mastoid portion: behind the ear e. Tympanic portion: walls of acoustic meatus 5. Occipital: back of skull, inferior portion has foramen magnum where spinal cord passes through; sides of foramen have two ...
... d. Mastoid portion: behind the ear e. Tympanic portion: walls of acoustic meatus 5. Occipital: back of skull, inferior portion has foramen magnum where spinal cord passes through; sides of foramen have two ...
KNR 181 Lab intro - knr181labvedeenfall09
... There will be several quizzes, some unannounced, some may be “bonus” quizzes There will be several assignments, some for extra-credit. Your grade is determined by the percentage of the total points available. This accounts for 40% of your overall grade in 181. ...
... There will be several quizzes, some unannounced, some may be “bonus” quizzes There will be several assignments, some for extra-credit. Your grade is determined by the percentage of the total points available. This accounts for 40% of your overall grade in 181. ...
Bone Markings
... Centrum – rounded central portion, which faces anteriorly in the human vertebral column Vertebral arch – composed of pedicles, laminae, and spinous process, it represents he junction of all posterior extensions from the vertebral body Vertebral (spinal) foramen – opening enclosed by the body and ver ...
... Centrum – rounded central portion, which faces anteriorly in the human vertebral column Vertebral arch – composed of pedicles, laminae, and spinous process, it represents he junction of all posterior extensions from the vertebral body Vertebral (spinal) foramen – opening enclosed by the body and ver ...
The Axial skeleton
... mandibular fossa1, the zygomatic process, styloid process , mastoid process , the carotid canal that we saw it before within the petrous part , the mastoid notch for the digastrics muscle(not important now) . In the occipital bone , you can see the pharyngeal tubercle within the basilar part or the ...
... mandibular fossa1, the zygomatic process, styloid process , mastoid process , the carotid canal that we saw it before within the petrous part , the mastoid notch for the digastrics muscle(not important now) . In the occipital bone , you can see the pharyngeal tubercle within the basilar part or the ...
Chapter 7: The Axial Skeleton
... 1. The vertebral body (centrum) transfers weight along the spine. 2. The vertebral arch (posterior margin of the vertebral foramen) includes: - pedicles (walls of the vertebral arch) - laminae (roof of the vertebral arch) - spinous process (projection where vertebral laminae fuse) - transverse proce ...
... 1. The vertebral body (centrum) transfers weight along the spine. 2. The vertebral arch (posterior margin of the vertebral foramen) includes: - pedicles (walls of the vertebral arch) - laminae (roof of the vertebral arch) - spinous process (projection where vertebral laminae fuse) - transverse proce ...
Practical 3 Worksheet
... 5. The coronal suture lies between which two bones? Frontal and Parietal bones. 6. The sagittal suture lies between which two bones? L & R Parietal bones 7. Is the impression of the middle ...
... 5. The coronal suture lies between which two bones? Frontal and Parietal bones. 6. The sagittal suture lies between which two bones? L & R Parietal bones 7. Is the impression of the middle ...
Skeletal system 2
... c. Patella: (Knee Cap) - It is seseamoid in shape & located anterior to knee joint - Maintain position of the tendon when knee is bent & increase leverage of knee joint d. Tibia and Fibula: -Tibia is also called Shin bone. Situted medially at the leg - Fibula is parallel and lateral to Tibia. It doe ...
... c. Patella: (Knee Cap) - It is seseamoid in shape & located anterior to knee joint - Maintain position of the tendon when knee is bent & increase leverage of knee joint d. Tibia and Fibula: -Tibia is also called Shin bone. Situted medially at the leg - Fibula is parallel and lateral to Tibia. It doe ...
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.