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Surgical Experience in Pediatric Patients with
... articulate with the atlas, protrude from the external surface of this part. These condyles are located lateral to the anterior half of the foramen magnum. They are oval in shape, convex downward, face downward and laterally, and have their long axes directed forward and medially. A tubercle that gi ...
... articulate with the atlas, protrude from the external surface of this part. These condyles are located lateral to the anterior half of the foramen magnum. They are oval in shape, convex downward, face downward and laterally, and have their long axes directed forward and medially. A tubercle that gi ...
Front of the leg and dorsum of the foot
... It is formed from the lateral planter artery, the arch completed medially by its union with the deep planter branch of the dorsalis pedis artery. The arch gives: • four planter metatarsal s. • The proper digital artery to the lateral side of the little. • Each planter metatarsal artery gives perfora ...
... It is formed from the lateral planter artery, the arch completed medially by its union with the deep planter branch of the dorsalis pedis artery. The arch gives: • four planter metatarsal s. • The proper digital artery to the lateral side of the little. • Each planter metatarsal artery gives perfora ...
Upper limb - Wikispaces
... 10. Biceps: scapula to radius- flex elbow 11. Triceps: scapula/humerus to ulna- extend elbow 12. Pronator: Medial humerus to radius- medial rotation of forearm (pronation) 13. Flexor carpi radialis: medial humerus to 2nd/3rd metacarpal- flex/abduct hand 14. Flexor Digitorum: medial humerus/ulna to p ...
... 10. Biceps: scapula to radius- flex elbow 11. Triceps: scapula/humerus to ulna- extend elbow 12. Pronator: Medial humerus to radius- medial rotation of forearm (pronation) 13. Flexor carpi radialis: medial humerus to 2nd/3rd metacarpal- flex/abduct hand 14. Flexor Digitorum: medial humerus/ulna to p ...
Microsurgical anatomy of the retroauricular
... (Figs. 9a, b, c). The venous system of this region, as mentioned before is highly complex in organization. Katsuta et al. [11] has classified them into two major systems - a larger posterolateral venous channel, called the sigmoid part, receiving the flow of sigmoid sinus and a smaller anteromedial ...
... (Figs. 9a, b, c). The venous system of this region, as mentioned before is highly complex in organization. Katsuta et al. [11] has classified them into two major systems - a larger posterolateral venous channel, called the sigmoid part, receiving the flow of sigmoid sinus and a smaller anteromedial ...
Muscles of the Pelvis
... – Iliac fossa: concavity on medial surface for the iliacus muscle. – Auricular surface: on medial side for articulation with the ...
... – Iliac fossa: concavity on medial surface for the iliacus muscle. – Auricular surface: on medial side for articulation with the ...
The peritoneum
... • Formation of lymphocytes and monocyte • Phagocytosis of bacteria, inert particles and white blood cells and platelets • Destroying effete or abnormal red blood cells ...
... • Formation of lymphocytes and monocyte • Phagocytosis of bacteria, inert particles and white blood cells and platelets • Destroying effete or abnormal red blood cells ...
Dr.Kaan Yücel http://yeditepeanatomy1.org Bones of the lower limb
... intercondylar fossa but merge anteriorly, forming a shallow longitudinal depression, the patellar surface, which articulates with the patella. The lateral surface of the lateral condyle has a central projection called the lateral epicondyle. The medial epicondyle is a rounded eminence on the medial ...
... intercondylar fossa but merge anteriorly, forming a shallow longitudinal depression, the patellar surface, which articulates with the patella. The lateral surface of the lateral condyle has a central projection called the lateral epicondyle. The medial epicondyle is a rounded eminence on the medial ...
BACK AND UPPER LIMB
... the spinal cord; occlusion or surgical ligation has disastrous consequences Posterior spinal artery - irregular paired vessels that are branches of the vertebral artery and are reinforced by radicular branches ...
... the spinal cord; occlusion or surgical ligation has disastrous consequences Posterior spinal artery - irregular paired vessels that are branches of the vertebral artery and are reinforced by radicular branches ...
Axillary artery
... 3. Follows the biceps tendon with a synovial sheath in the intertubercular groove 4. Loose; surrounding muscles have crucial role to keep the articular surfaces together (“muscle-dependent joint”) 5. At adducted arm it forms the axillary recess 6. Articular cavity communicates with bursae (subdeltoi ...
... 3. Follows the biceps tendon with a synovial sheath in the intertubercular groove 4. Loose; surrounding muscles have crucial role to keep the articular surfaces together (“muscle-dependent joint”) 5. At adducted arm it forms the axillary recess 6. Articular cavity communicates with bursae (subdeltoi ...
Chapter 5 The Human Body
... • Vertebral column – Cervical (7) – Thoracic (12) – Lumbar (5) – Sacrum (5) – Coccyx (4) ...
... • Vertebral column – Cervical (7) – Thoracic (12) – Lumbar (5) – Sacrum (5) – Coccyx (4) ...
The “Dehydrated” Lumbar Intervertebral Disk on MR, its Anatomy
... in the nucleus pulposus and loss of clear annular-nuclear demarcation in anatomic sections 2. A feature present in dark disks, but not always evident in MR images is a radial tears of the annulus fibrosus. The radial tear may be shown by examining correlating anatomic images in ...
... in the nucleus pulposus and loss of clear annular-nuclear demarcation in anatomic sections 2. A feature present in dark disks, but not always evident in MR images is a radial tears of the annulus fibrosus. The radial tear may be shown by examining correlating anatomic images in ...
Frontal bone - abuad lms - Afe Babalola University
... • bones forming the lateral portion of the neurocranium include: the frontal, parietal, occipital, sphenoid, and temporal bones • bones forming the visible part of the facial skeleton include the nasal, maxilla, and zygomatic bones and the mandible • The main features of the neurocranial part are th ...
... • bones forming the lateral portion of the neurocranium include: the frontal, parietal, occipital, sphenoid, and temporal bones • bones forming the visible part of the facial skeleton include the nasal, maxilla, and zygomatic bones and the mandible • The main features of the neurocranial part are th ...
the temporomandibular ligament
... anteriorly to the superior head of the lateral pterygoid muscle and posteriorly to the retrodiscal tissue, moves out from between the condyle and the fossa, so that the mandible and temporal bone contact is made on something other than the articular disc. This, as explained above, is usually very pa ...
... anteriorly to the superior head of the lateral pterygoid muscle and posteriorly to the retrodiscal tissue, moves out from between the condyle and the fossa, so that the mandible and temporal bone contact is made on something other than the articular disc. This, as explained above, is usually very pa ...
THE ABDOMEN -Located bt thorax and pelvis is surrounded by the
... -3 flat muscles, 1 vertical muscle - direction of the fibers -All four of them function to compress and support abdominal viscera -Involved in some trunk flexion -From most superficial to deep: 1. External oblique - fibers course inferiomedially, interdigitate on lateral sides with the fibers of the ...
... -3 flat muscles, 1 vertical muscle - direction of the fibers -All four of them function to compress and support abdominal viscera -Involved in some trunk flexion -From most superficial to deep: 1. External oblique - fibers course inferiomedially, interdigitate on lateral sides with the fibers of the ...
Palatine Bones
... cranium (braincase) – protects the brain and associated sense organs – swelling of the brain inside the rigid cranium may force tissue through foramen magnum resulting in death – consists of two parts: the calvaria (skullcap) and the cranial base base is divided into three basins that comprise the c ...
... cranium (braincase) – protects the brain and associated sense organs – swelling of the brain inside the rigid cranium may force tissue through foramen magnum resulting in death – consists of two parts: the calvaria (skullcap) and the cranial base base is divided into three basins that comprise the c ...
Quantitative Study of Muscle Spindles in
... The serial transverse sections of inferior oblique muscle revealed muscle spindles of varying sizes, length varying between 100-650 microns and, diameter 50-250 microns. A complex parallel arrangement of groups of large spindles were seen in the belly of the inferior oblique muscle, while the polar ...
... The serial transverse sections of inferior oblique muscle revealed muscle spindles of varying sizes, length varying between 100-650 microns and, diameter 50-250 microns. A complex parallel arrangement of groups of large spindles were seen in the belly of the inferior oblique muscle, while the polar ...
Posterior Axioappendicular Muscles of the Shoulder
... o Posterior part extends and laterally rotates the arm o The middle part is multipennate; the others are unipennate It cannot initiate abduction on its own when the arm is fully adducted- thus it needs supraspinatus to initiate the movement. It becomes effective after about 15 degrees of abduction. ...
... o Posterior part extends and laterally rotates the arm o The middle part is multipennate; the others are unipennate It cannot initiate abduction on its own when the arm is fully adducted- thus it needs supraspinatus to initiate the movement. It becomes effective after about 15 degrees of abduction. ...
the updated simplified spinal anesthesia - Debunk
... but the point has not been directed upwards to miss the lamina of the lower vertebra. In fact, the needle has been thrust straight forward and hits the left lamina just where it fuses with the opposite member to form the base of the spine, and below the limit of the attachment of the ligamentum flav ...
... but the point has not been directed upwards to miss the lamina of the lower vertebra. In fact, the needle has been thrust straight forward and hits the left lamina just where it fuses with the opposite member to form the base of the spine, and below the limit of the attachment of the ligamentum flav ...
R. Barsbold KINETICISM AND PECULIARITIES IN THE MAXILLARY
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
ANATOMY TEAM Lecture (6) Mediastinum
... pericardium (Mediastinal and diaphragmatic parts of parietal pleura.) THORACIC DUCT: 1- Continuation of the upper end of cysternachili. (cysternachili is place that contains lymph from lower half of body, under diaphragm). 2- Passes through aortic opening. Pposterior to esophagus in posteriormediast ...
... pericardium (Mediastinal and diaphragmatic parts of parietal pleura.) THORACIC DUCT: 1- Continuation of the upper end of cysternachili. (cysternachili is place that contains lymph from lower half of body, under diaphragm). 2- Passes through aortic opening. Pposterior to esophagus in posteriormediast ...
doc
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
... posteriorly by the prootic. Apparently cranial nerves III and IV exited through the lateral edge of this zone, which was bounded by the medial edge of the ventral surface of the laterosphenoid. The orbitosphenoid is contiguous with part of the bottom of the anterior region of the cerebral cranium in ...
4 Lecture The BRAINSTEM Medulla Oblongata
... to the pyramid, These fibers emerge from the decussation of the lemnisci and convey sensory information to the thalamus. The medial longitudinal fasciculus forms a small tract of nerve fibers situated on each side of the midline posterior to the medial lemniscus and anterior to the hypoglossal nucle ...
... to the pyramid, These fibers emerge from the decussation of the lemnisci and convey sensory information to the thalamus. The medial longitudinal fasciculus forms a small tract of nerve fibers situated on each side of the midline posterior to the medial lemniscus and anterior to the hypoglossal nucle ...
Bones and Skeletal Tissues
... • Formed from 26 bones in the adult • Transmits weight of trunk to the lower limbs • Surrounds and protects the spinal cord The Vertebral Column • Serves as attachment sites for muscles of the neck and back • Held in place by ligaments • Anterior and posterior longitudinal ligaments ...
... • Formed from 26 bones in the adult • Transmits weight of trunk to the lower limbs • Surrounds and protects the spinal cord The Vertebral Column • Serves as attachment sites for muscles of the neck and back • Held in place by ligaments • Anterior and posterior longitudinal ligaments ...
bones - Fisiokinesiterapia
... cranium (braincase) – protects the brain and associated sense organs – swelling of the brain inside the rigid cranium may force tissue through foramen magnum resulting in death – consists of two parts: the calvaria (skullcap) and the cranial base base is divided into three basins that comprise the c ...
... cranium (braincase) – protects the brain and associated sense organs – swelling of the brain inside the rigid cranium may force tissue through foramen magnum resulting in death – consists of two parts: the calvaria (skullcap) and the cranial base base is divided into three basins that comprise the c ...
Surgical Approach: Fixation at C1-2
... type III fx then must be simple Posterior bone and wiring fusion is gold standard Posterior instrumentation (transarticular, lateral mass, pedicle, translaminar screws) offer immediate rigidity and ...
... type III fx then must be simple Posterior bone and wiring fusion is gold standard Posterior instrumentation (transarticular, lateral mass, pedicle, translaminar screws) offer immediate rigidity and ...
Vertebra
![](https://commons.wikimedia.org/wiki/Special:FilePath/Vertebra_Superior_View.jpg?width=300)
In the vertebrate spinal column, each vertebra is an irregular bone with a complex structure composed of bone and some hyaline cartilage, the proportions of which vary according to the segment of the backbone and the species of vertebrate animal.The basic configuration of a vertebra varies; the large part is the body, and the central part is the centrum. The upper and lower surfaces of the vertebra body give attachment to the intervertebral discs. The posterior part of a vertebra forms a vertebral arch, in eleven parts, consisting of two pedicles, two laminae, and seven processes. The laminae give attachment to the ligamenta flava. There are vertebral notches formed from the shape of the pedicles, which form the intervertebral foramina when the vertebrae articulate. These foramina are the entry and exit conducts for the spinal nerves. The body of the vertebra and the vertebral arch form the vertebral foramen, the larger, central opening that accommodates the spinal canal, which encloses and protects the spinal cord.Vertebrae articulate with each other to give strength and flexibility to the spinal column, and the shape at their back and front aspects determines the range of movement. Structurally, vertebrae are essentially alike across the vertebrate species, with the greatest difference seen between an aquatic animal and other vertebrate animals. As such, vertebrates take their name from the vertebrae that compose the vertebral column.