75 - Spine Trauma and Spinal Cord Injury
... cord, and vascular structures may be injured. Anatomically, the vertebral bony spine can be divided into structural columns. The cervical spine is traditionally divided into two columns— anterior and posterior. The anterior column consists of the load-bearing vertebral bodies, intervertebral disks, ...
... cord, and vascular structures may be injured. Anatomically, the vertebral bony spine can be divided into structural columns. The cervical spine is traditionally divided into two columns— anterior and posterior. The anterior column consists of the load-bearing vertebral bodies, intervertebral disks, ...
Respiratory system
... squamous epithelium nonkeratinized with coarse hair ,, to trap the dust and insects *Posterior opening >> choana *on the lateral wall we find projections called CONCHE ( We have superior, Medill and inferior concha *meatus >> the groove between the concha ,,we have superior, middle and inferior meat ...
... squamous epithelium nonkeratinized with coarse hair ,, to trap the dust and insects *Posterior opening >> choana *on the lateral wall we find projections called CONCHE ( We have superior, Medill and inferior concha *meatus >> the groove between the concha ,,we have superior, middle and inferior meat ...
Thoracic Outlet Syndrome - Learning
... Definition • Thoracic outlet syndrome (TOS) is a syndrome involving compression at the superior thoracic outlet where excess pressure is placed on a neurovascular bundle passing between the anterior scalene and middle scalene muscles. • It can affect one or more of the brachial plexus nerves, the s ...
... Definition • Thoracic outlet syndrome (TOS) is a syndrome involving compression at the superior thoracic outlet where excess pressure is placed on a neurovascular bundle passing between the anterior scalene and middle scalene muscles. • It can affect one or more of the brachial plexus nerves, the s ...
Triangles and Root of the Neck
... ▫ Located anterior to carotid arteries and medial to digastric and stylohyoid muscles ▫ In submandibular triangle : located lateral to hyoglossus muscle ...
... ▫ Located anterior to carotid arteries and medial to digastric and stylohyoid muscles ▫ In submandibular triangle : located lateral to hyoglossus muscle ...
A polymorphonuclear leucocytosis in the blood is usually found in
... that in life these lacunae contain not blood but cerebro-spinal fluid. Another route of absorption of much less importance is into the lymphatic system via'the perineural lymphatics. The cerebro-spinal fluid is almost a pure dialysate, containing no protein when first formed. The consequence is that ...
... that in life these lacunae contain not blood but cerebro-spinal fluid. Another route of absorption of much less importance is into the lymphatic system via'the perineural lymphatics. The cerebro-spinal fluid is almost a pure dialysate, containing no protein when first formed. The consequence is that ...
Retroperitoneal Space (lec.2) ھ دي ن .د
... Arteries on the Posterior Abdominal Wall Aorta The aorta enters the abdomen through the aortic opening of the diaphragm in front of the 12th thoracic vertebra . It descends behind the peritoneum on the anterior surface of the bodies of the lumbar vertebrae. At the level of the fourth lumbar vertebra ...
... Arteries on the Posterior Abdominal Wall Aorta The aorta enters the abdomen through the aortic opening of the diaphragm in front of the 12th thoracic vertebra . It descends behind the peritoneum on the anterior surface of the bodies of the lumbar vertebrae. At the level of the fourth lumbar vertebra ...
33-the walls & joint..
... parietal layer when a viscus comes into contact with the pelvic wall. ...
... parietal layer when a viscus comes into contact with the pelvic wall. ...
Palpation Of Bony Landmarks
... Medial (vertebral) border – The edge of the scapula closest to the vertebral column (about 2 inches from the spinous processes). The medial border runs in a superior-inferior direction. ...
... Medial (vertebral) border – The edge of the scapula closest to the vertebral column (about 2 inches from the spinous processes). The medial border runs in a superior-inferior direction. ...
Axilla and Brachial Region - UNE Faculty/Staff Index Page
... Laboratory 4 • Axilla and Brachial Region ...
... Laboratory 4 • Axilla and Brachial Region ...
What is anatomy?
... and colleagues from around the world who requested a more concise description of anatomy than that presented in Gray’s Anatomy for Students. To accomplish this goal, we reworked the material to focus mainly on regional anatomy and integrated the clinical material, imaging, and surface anatomy inform ...
... and colleagues from around the world who requested a more concise description of anatomy than that presented in Gray’s Anatomy for Students. To accomplish this goal, we reworked the material to focus mainly on regional anatomy and integrated the clinical material, imaging, and surface anatomy inform ...
Review Questions on Vertebrae, Spinal Cord, Spinal Nerves 1. ___
... 5. _____ Treacher Collins syndrome is a genetic defect in which neural crest cells do not migrate appropriately into the First branchial arch. Children with this syndrome often have hypoplasia of the A. Frontal bone B. Zygomatic bone C. Mandible D. Hyoid bone E. Nasal septum 6. _____ Accidental rem ...
... 5. _____ Treacher Collins syndrome is a genetic defect in which neural crest cells do not migrate appropriately into the First branchial arch. Children with this syndrome often have hypoplasia of the A. Frontal bone B. Zygomatic bone C. Mandible D. Hyoid bone E. Nasal septum 6. _____ Accidental rem ...
Psoas Major www.AssignmentPoint.com The psoas major, the
... plays a deeper maybe more important role as a flexor. Flexion is the one of the ways we manifest our distress, fear and trauma. Our inability to process these experiences and emotions create imbalances that often affect the psoas. For certain extreme cases it is like living in a state of ...
... plays a deeper maybe more important role as a flexor. Flexion is the one of the ways we manifest our distress, fear and trauma. Our inability to process these experiences and emotions create imbalances that often affect the psoas. For certain extreme cases it is like living in a state of ...
SChapter 9
... ▫Linear motion (gliding) ▫Angular motion -circumduction ▫Rotation ▫Depending on the number of axis movement can occur, articulations can be described as: -monaxial -biaxial -triaxial ▪Types of Movement ▫Flexion ▫Extension ▫Hyperextension ▫Abduction ▫Adduction ▫Circumduction ▫Medial rotation ▫Lateral ...
... ▫Linear motion (gliding) ▫Angular motion -circumduction ▫Rotation ▫Depending on the number of axis movement can occur, articulations can be described as: -monaxial -biaxial -triaxial ▪Types of Movement ▫Flexion ▫Extension ▫Hyperextension ▫Abduction ▫Adduction ▫Circumduction ▫Medial rotation ▫Lateral ...
Introductory Surface Anatomy
... • Identification of anatomical structures including bones, ligaments, tendons, muscle bodies, nerves and the vasculature from: i) visual inspection ii) palpation of surface forms • anterior/ lateral and posterior aspects ...
... • Identification of anatomical structures including bones, ligaments, tendons, muscle bodies, nerves and the vasculature from: i) visual inspection ii) palpation of surface forms • anterior/ lateral and posterior aspects ...
eBook
... c. Inferior right border of heart - 6th costal cartilage parasternally. d. Inferior left border of heart - 5th interspace in mid-clavicular line (corresponds to apex beat – is displaced laterally by cardiac enlargement). 3. Auscultation Sites (FIGURE 2) a. Pulmonary valve area (P) – 2nd intercostal ...
... c. Inferior right border of heart - 6th costal cartilage parasternally. d. Inferior left border of heart - 5th interspace in mid-clavicular line (corresponds to apex beat – is displaced laterally by cardiac enlargement). 3. Auscultation Sites (FIGURE 2) a. Pulmonary valve area (P) – 2nd intercostal ...
Joints of Lower Limb
... from transverse process of L5 to the posterosuperior part of iliac crest ★ Sacrotuberous ligament: runs from lateral margins of sacrum and coccyx to the inner margin of ischial tuberosity ★ Sacrospinous ligament: runs from ischial spine to lateral margins of sacrum and coccyx These two ligaments c ...
... from transverse process of L5 to the posterosuperior part of iliac crest ★ Sacrotuberous ligament: runs from lateral margins of sacrum and coccyx to the inner margin of ischial tuberosity ★ Sacrospinous ligament: runs from ischial spine to lateral margins of sacrum and coccyx These two ligaments c ...
27.arches of foot
... FUNCTIONS OF FOOT • Support body weight • Serves as a lever to propel the body forward in walking & running ...
... FUNCTIONS OF FOOT • Support body weight • Serves as a lever to propel the body forward in walking & running ...
No. 30
... The spinal ganglion contains cell bodies of pseudounipolar neurons, their peripheral processes are united with the anterior root to form the spinal nerve at the intervertebral foramen. ...
... The spinal ganglion contains cell bodies of pseudounipolar neurons, their peripheral processes are united with the anterior root to form the spinal nerve at the intervertebral foramen. ...
Thoracic Sympathetic Trunk
... mediastinum to the right of midline between the thoracic aorta on the left and the azygos vein on the right. •It lies posterior to the diaphragm and the esophagus and anterior to the bodies of the vertebra. At vertebral level TV, the thoracic duct moves to the left of the midline and enters the supe ...
... mediastinum to the right of midline between the thoracic aorta on the left and the azygos vein on the right. •It lies posterior to the diaphragm and the esophagus and anterior to the bodies of the vertebra. At vertebral level TV, the thoracic duct moves to the left of the midline and enters the supe ...
Appendicular Skeleton
... anterior supeior iliac crest -Posterior Superior Iliac Spine- end of the posterior superior iliac crest ...
... anterior supeior iliac crest -Posterior Superior Iliac Spine- end of the posterior superior iliac crest ...
Cranial contents
... (4) contents of the cavernous sinus and typical arrangement of its contents (a) oculomotor nerve (CN3) - superiorly in the lateral wall (b) trochlear nerve (CN4) - next one down in the lateral wall (c) ophthalmic nerve (CN5 / V1) - below trochlear n. in the lateral wall (d) maxillary nerve ( CN5 / V ...
... (4) contents of the cavernous sinus and typical arrangement of its contents (a) oculomotor nerve (CN3) - superiorly in the lateral wall (b) trochlear nerve (CN4) - next one down in the lateral wall (c) ophthalmic nerve (CN5 / V1) - below trochlear n. in the lateral wall (d) maxillary nerve ( CN5 / V ...
Applying forensic anthropological data in homicide investigation to
... three arm bones appeared in anatomical order within the soilencapsulated sleeve. Importantly, the sleeve contained a large amount of soil such that it retained its tubular shape. This suggests that as the soft tissue of the arm decomposed, soil and roots that infiltrated and penetrated through the sl ...
... three arm bones appeared in anatomical order within the soilencapsulated sleeve. Importantly, the sleeve contained a large amount of soil such that it retained its tubular shape. This suggests that as the soft tissue of the arm decomposed, soil and roots that infiltrated and penetrated through the sl ...
BIO 218 52999 F 2014 MTX 1 Q 140912.4
... parts to the Human Body to memorize ….and its too complicated to understand……and how God should have made this whole thing, including you, more simple….and how we should use American English instead of all that Latin and Greek stuff……..and how its too much information for your tired brain to contain ...
... parts to the Human Body to memorize ….and its too complicated to understand……and how God should have made this whole thing, including you, more simple….and how we should use American English instead of all that Latin and Greek stuff……..and how its too much information for your tired brain to contain ...
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.