Week 2 Notes - UWI St. Augustine
... • Birth Defect: The GI-Tract may expand into the Thoracic cavity if the diaphragm does not fully form. A posterolateral defect of the diaphragm results in congenital diaphragmatic hernia and is due to failure of fusion between the pleuroperitoneal membranes and other diaphragmatic components. Innerv ...
... • Birth Defect: The GI-Tract may expand into the Thoracic cavity if the diaphragm does not fully form. A posterolateral defect of the diaphragm results in congenital diaphragmatic hernia and is due to failure of fusion between the pleuroperitoneal membranes and other diaphragmatic components. Innerv ...
X-ray 2 Mid term Dr
... Malunion Causes of dislocation include? Trauma Congenital Altered articular surface Muscle imbalance (PONY did not say) A compression fracture w/ more than two fragments is referred to as? Comminuted What is the mechanism of injury which will result in the spinous process being avulsed? Pony said fl ...
... Malunion Causes of dislocation include? Trauma Congenital Altered articular surface Muscle imbalance (PONY did not say) A compression fracture w/ more than two fragments is referred to as? Comminuted What is the mechanism of injury which will result in the spinous process being avulsed? Pony said fl ...
Anatomy 203 OSCE Chart
... • articulates w lateral meniscus • lateral collateral ligament (w bursa) • interior ACL and PCL • medial articulates w patella, bursae, retinacular fibers ...
... • articulates w lateral meniscus • lateral collateral ligament (w bursa) • interior ACL and PCL • medial articulates w patella, bursae, retinacular fibers ...
Femur Attachments
... The retinacular fibres hold down the arteries to the head (mostly from the trochanteric anastomosis) Their rupture may result in avascular necrosis of the head of the femur in intracapsular fracture of the neck. Revacularization of the head depends on new vessels crossing the fracture line, not o ...
... The retinacular fibres hold down the arteries to the head (mostly from the trochanteric anastomosis) Their rupture may result in avascular necrosis of the head of the femur in intracapsular fracture of the neck. Revacularization of the head depends on new vessels crossing the fracture line, not o ...
By: Gary Gray, PT
... What and why the lumbar spine does what it does, and can we take advantage of the why of what it does, to help it do what it really needs to do? The lumbar spine is a miraculous part of the body when it is working correctly The lumbar spine is a continuation of the Chain Reaction™ of the body The l ...
... What and why the lumbar spine does what it does, and can we take advantage of the why of what it does, to help it do what it really needs to do? The lumbar spine is a miraculous part of the body when it is working correctly The lumbar spine is a continuation of the Chain Reaction™ of the body The l ...
Intercostal Spaces
... Present on the inner surface of anterior thoracic wall. Origin: Lower 1/3 of posterior surface of body of sternum, Posterior surface of xiphoid & posterior surfaces of costal cartilages of 4th to 7th ribs. Insertion: Lower border and posterior surfaces costal cartilages of 2nd to 6th ribs. Attachmen ...
... Present on the inner surface of anterior thoracic wall. Origin: Lower 1/3 of posterior surface of body of sternum, Posterior surface of xiphoid & posterior surfaces of costal cartilages of 4th to 7th ribs. Insertion: Lower border and posterior surfaces costal cartilages of 2nd to 6th ribs. Attachmen ...
08 pectoral region & axilla2011-12
... • From 1st rib at its junction with the 1st costal cartilage. • Insertion: • Subclavian groove at the middle 1/3 of the inferior surface of clavicle. • Nerve supply: • Nerve to subclavius from upper trunk of brachial plexus. • Action: • Fixes the clavicle during movement of shoulder joint. ...
... • From 1st rib at its junction with the 1st costal cartilage. • Insertion: • Subclavian groove at the middle 1/3 of the inferior surface of clavicle. • Nerve supply: • Nerve to subclavius from upper trunk of brachial plexus. • Action: • Fixes the clavicle during movement of shoulder joint. ...
Triangles of neck
... • 2- Infrahyoid muscles. • 3- Suprahyoid muscles. • 4- lateral vertebral muscles (scalenae muscles). ...
... • 2- Infrahyoid muscles. • 3- Suprahyoid muscles. • 4- lateral vertebral muscles (scalenae muscles). ...
Appendicular Skeleton •The appendicular skeleton includes the bones of
... •The calcaneus (or heel bone) is the largest of the tarsal bones. •When you stand normally, most of your weight is transferred from the tibia through the talus to the calcaneus bone and then to the ground. •The The other bones of the ankle articulate with each other. •The three cuniform bones are na ...
... •The calcaneus (or heel bone) is the largest of the tarsal bones. •When you stand normally, most of your weight is transferred from the tibia through the talus to the calcaneus bone and then to the ground. •The The other bones of the ankle articulate with each other. •The three cuniform bones are na ...
Location
... Location: small l.n found at or near the caudal border of the infraspinatus m. near the proximal end of the long head of the triceps m. Afferent: from the latissimus dorsi m. Efferent: go to the proper axillary l.n. Lymphocenters of the thoracic cavity: 1- Dorsa thoracic lymphocenter: consists of: A ...
... Location: small l.n found at or near the caudal border of the infraspinatus m. near the proximal end of the long head of the triceps m. Afferent: from the latissimus dorsi m. Efferent: go to the proper axillary l.n. Lymphocenters of the thoracic cavity: 1- Dorsa thoracic lymphocenter: consists of: A ...
muscular control of the lumbar.indd
... the multifidus muscles. The multifidus muscle covers the laminae of the lumbar vertebrae while the erector spinae covers the transverse processes posteriorly. The erector spinae in the lumbar region are primarily composed of the longissimus thoracis and the iliocostalis lumborum. The spinalis thorac ...
... the multifidus muscles. The multifidus muscle covers the laminae of the lumbar vertebrae while the erector spinae covers the transverse processes posteriorly. The erector spinae in the lumbar region are primarily composed of the longissimus thoracis and the iliocostalis lumborum. The spinalis thorac ...
Embryo final study tips
... The first thing to appear during gastrulation is the primitive streak. It forms at the caudal end of epiblast ( ~day 16 – beginning of the 3rd week) and is a thickened linear band of epiblast. It results from the proliferation and migration of cells of the epiblast to the median plane of the embryon ...
... The first thing to appear during gastrulation is the primitive streak. It forms at the caudal end of epiblast ( ~day 16 – beginning of the 3rd week) and is a thickened linear band of epiblast. It results from the proliferation and migration of cells of the epiblast to the median plane of the embryon ...
The Meninges and Blood Vessels of Brain and Spinal Cord, and the
... for the labyrynthine branch, all other branches supply the brain stem and cerebellum The posterior cerebral has only a small contribution, its main target being the posterior ...
... for the labyrynthine branch, all other branches supply the brain stem and cerebellum The posterior cerebral has only a small contribution, its main target being the posterior ...
4. The Fascię and Muscles of the Head. a. The Muscles of the Scalp
... The orbital portion is thicker and of a reddish color; its fibers form a complete ellipse without interruption at the lateral palpebral commissure; the upper fibers of this portion blend with the Frontalis and Corrugator. The lacrimal part (Tensor tarsi) is a small, thin muscle, about 6 mm. in bread ...
... The orbital portion is thicker and of a reddish color; its fibers form a complete ellipse without interruption at the lateral palpebral commissure; the upper fibers of this portion blend with the Frontalis and Corrugator. The lacrimal part (Tensor tarsi) is a small, thin muscle, about 6 mm. in bread ...
ARTICLE ADEOPAPPOSAURUS MOGNAI, GEN. ET SP. NOV
... medial wedge-shaped enlargements, an anterior one which forms the anterior process, extending above the palatine expansion of the premaxilla, and a posterior one which fits against the palatine, extending to the posterior end of the maxilla (Fig. 6B). The anterior portion of the medial surface of th ...
... medial wedge-shaped enlargements, an anterior one which forms the anterior process, extending above the palatine expansion of the premaxilla, and a posterior one which fits against the palatine, extending to the posterior end of the maxilla (Fig. 6B). The anterior portion of the medial surface of th ...
File
... – deltoid ligament: strong, fan-shaped – sup attachments=apex to tip of medial malleolus – inf attachments=medial side of talus – sustentaculum tali – spring ligament / plantar calcaneonavicular ligament – tuberosity of navicular ...
... – deltoid ligament: strong, fan-shaped – sup attachments=apex to tip of medial malleolus – inf attachments=medial side of talus – sustentaculum tali – spring ligament / plantar calcaneonavicular ligament – tuberosity of navicular ...
THE NECK
... 2- Retropharyngeal space, which is continuous laterally with a parapharyngeal space [ lateral pharyngeal space] at the side of the pharynx; the upper part of this space is in the infratemporal fossa, bounded laterally by the pterygoid muscles and the parotid sheath. 3- submandibular space below the ...
... 2- Retropharyngeal space, which is continuous laterally with a parapharyngeal space [ lateral pharyngeal space] at the side of the pharynx; the upper part of this space is in the infratemporal fossa, bounded laterally by the pterygoid muscles and the parotid sheath. 3- submandibular space below the ...
circle of willis
... branches anastomose on the inferior surface of the brain to form the circulus arteriosus (circle of willis). 1-internal carotid artery ICA: The ICA begins at the bifurcation of the common carotid artery, where it usually possess a localized dilatation, called carotid sinus ,it ascend the neck and pe ...
... branches anastomose on the inferior surface of the brain to form the circulus arteriosus (circle of willis). 1-internal carotid artery ICA: The ICA begins at the bifurcation of the common carotid artery, where it usually possess a localized dilatation, called carotid sinus ,it ascend the neck and pe ...
Dorsal Fixation of the Thoracic and Lumbar Spine Dorsal Fixation of
... – Best modality to evaluate pedicle anatomy (a “must” at T4 – T8) – Good visualization of both concave and convex pedicles in cases of coronal deformity – Sagittal / coronal recons often helpful – CT slightly underestimates pedicle width ...
... – Best modality to evaluate pedicle anatomy (a “must” at T4 – T8) – Good visualization of both concave and convex pedicles in cases of coronal deformity – Sagittal / coronal recons often helpful – CT slightly underestimates pedicle width ...
Thyroid Anatomy Stephanie Johnson PGY 2
... Branches penetrate the posterior aspect of the lateral lobe ...
... Branches penetrate the posterior aspect of the lateral lobe ...
Muscles that move the mandible
... Vertebra (know typical characteristics (general parts), special characteristics, & identify specific types) General parts of cervical, thoracic & lumbar vertebrae: body – anterior solid portion, articulates with intervertebral disc (IVD) vertebral (neural) arch - pedicle – attached to vertebral body ...
... Vertebra (know typical characteristics (general parts), special characteristics, & identify specific types) General parts of cervical, thoracic & lumbar vertebrae: body – anterior solid portion, articulates with intervertebral disc (IVD) vertebral (neural) arch - pedicle – attached to vertebral body ...
Steve`s Anatomy of the Thorax
... 12. Explain the physiology of lymph formation, the structure and functions of lymph nodes, the importance of lymphatic drainage in the dissemination of cancers and infections and the main pathways for lymphatic drainage of the body. 13. Demonstrate the intrathoracic positions and relations of the tr ...
... 12. Explain the physiology of lymph formation, the structure and functions of lymph nodes, the importance of lymphatic drainage in the dissemination of cancers and infections and the main pathways for lymphatic drainage of the body. 13. Demonstrate the intrathoracic positions and relations of the tr ...
Vertebra
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.