PowerPoint Sunusu - Yeditepe University Faculty of
... presses down on them). If the muscle is acting normally, the superior border of the muscle can be easily seen and palpated. ...
... presses down on them). If the muscle is acting normally, the superior border of the muscle can be easily seen and palpated. ...
23-Surface Anatomy of upper and lower limbs
... – Deltoid laterally, and – Pectoralis major medially. ...
... – Deltoid laterally, and – Pectoralis major medially. ...
Full Text Article
... leads to identification of deep temporal branches of internal maxillary artery, entering the medial surface of the muscle. The internal maxillary artery lies medial to the neck of mandibular condyle. As the dissection continues inferomedially, an exposure of undersurface of sphenoid and temporal bon ...
... leads to identification of deep temporal branches of internal maxillary artery, entering the medial surface of the muscle. The internal maxillary artery lies medial to the neck of mandibular condyle. As the dissection continues inferomedially, an exposure of undersurface of sphenoid and temporal bon ...
Muscles of the Back
... the pedicles of the migrating vertebra. It is now generally believed that, in this condition, the pedicles are abnormally formed and accessory centers of ossification are present and fail to unite. The spine, laminae, and inferior articular processes remain in position, whereas the remainder of the ...
... the pedicles of the migrating vertebra. It is now generally believed that, in this condition, the pedicles are abnormally formed and accessory centers of ossification are present and fail to unite. The spine, laminae, and inferior articular processes remain in position, whereas the remainder of the ...
occlusion - WordPress.com
... 5-8 weeks for other synovial joints TMJ – initially widely separated temporal and ...
... 5-8 weeks for other synovial joints TMJ – initially widely separated temporal and ...
PowerPoint Sunusu
... presses down on them). If the muscle is acting normally, the superior border of the muscle can be easily seen and palpated. ...
... presses down on them). If the muscle is acting normally, the superior border of the muscle can be easily seen and palpated. ...
HeadandNeckPracticeExam2011
... C. the epicranial aponeurosis and the loose areolar tissue D. the loose areolar tissue and the pericranium E. None of the above 17. _____ Which of the following arises from the second part of the Maxillary artery (as it passes superficial to or within the Lateral pterygoid muscle)? A. Buccal artery ...
... C. the epicranial aponeurosis and the loose areolar tissue D. the loose areolar tissue and the pericranium E. None of the above 17. _____ Which of the following arises from the second part of the Maxillary artery (as it passes superficial to or within the Lateral pterygoid muscle)? A. Buccal artery ...
Headaches - American Massage Therapy Association
... at an object and increases accuracy of the postural analyst. The non-dominant eye looks at the same object at a slight angle. This small difference provides depth perception. Being right or left handed will not necessarily determine if you are right or left eye dominant. 1. Extend both arms in fron ...
... at an object and increases accuracy of the postural analyst. The non-dominant eye looks at the same object at a slight angle. This small difference provides depth perception. Being right or left handed will not necessarily determine if you are right or left eye dominant. 1. Extend both arms in fron ...
Frontal bone - PA
... superior and lateral part of the skull. They join together at a suture on the midline and also join with the frontal bones. The word "parietal" means wall and these bones form much of the lateral "walls" of the skull. • 3. Temporal bones - These bones make up the "temple" region of the skull superio ...
... superior and lateral part of the skull. They join together at a suture on the midline and also join with the frontal bones. The word "parietal" means wall and these bones form much of the lateral "walls" of the skull. • 3. Temporal bones - These bones make up the "temple" region of the skull superio ...
Bucket handle movement
... • Ribs acting as lever, fulcrum being just lateral to the tubercle • The anterior end of the rib is lower than the posterior end, therefore, during elevation of the rib, the anterior end also moves forwards • This occurs mostly in the vertebrosternal ribs • The body of the sternum also moves up and ...
... • Ribs acting as lever, fulcrum being just lateral to the tubercle • The anterior end of the rib is lower than the posterior end, therefore, during elevation of the rib, the anterior end also moves forwards • This occurs mostly in the vertebrosternal ribs • The body of the sternum also moves up and ...
Technical Report ANATOMICAL DISSECTION AND
... We removed the cutis and the sub cutis highlighting the deltoid’s fascia, and after then it was cut the fibres of the deltoid muscle came up. We continued with the conservative dissection of the muscular fibres, showing and cutting the connective tissue between the adjacent fibres. Engraving along t ...
... We removed the cutis and the sub cutis highlighting the deltoid’s fascia, and after then it was cut the fibres of the deltoid muscle came up. We continued with the conservative dissection of the muscular fibres, showing and cutting the connective tissue between the adjacent fibres. Engraving along t ...
Thoracic Vertebrae
... • Nasal bones —thin, medially fused bones that form bridge of nose • Lacrimal bones —contribute to the medial walls of orbits and has a deep groove called the lacrimal fossa that houses the lacrimal sac • Vomer--plow shaped bone that forms part of ...
... • Nasal bones —thin, medially fused bones that form bridge of nose • Lacrimal bones —contribute to the medial walls of orbits and has a deep groove called the lacrimal fossa that houses the lacrimal sac • Vomer--plow shaped bone that forms part of ...
muscles involved in respiration
... Describe the components of the thoracic cage and their articulations. Describe in brief the respiratory movements. List the muscles involved in inspiration and in ...
... Describe the components of the thoracic cage and their articulations. Describe in brief the respiratory movements. List the muscles involved in inspiration and in ...
Chapter 3
... • Pelvic girdle = two hipbones united at pubic symphysis – articulate posteriorly with sacrum at sacroiliac joints • Each hip bone = ilium, pubis, and ischium – fuse after birth at acetabulum • Bony pelvis = 2 hip bones, sacrum and coccyx Principles of Human Anatomy and Physiology, 11e ...
... • Pelvic girdle = two hipbones united at pubic symphysis – articulate posteriorly with sacrum at sacroiliac joints • Each hip bone = ilium, pubis, and ischium – fuse after birth at acetabulum • Bony pelvis = 2 hip bones, sacrum and coccyx Principles of Human Anatomy and Physiology, 11e ...
1 | Page
... why male bone is thicker ? because of strong musculature pulling the insertions→ so the bone is getting thicker.other examples : bicipital groove is getting deeper as the biceps continue pulling…. Pubic tubercle and so on...and males especially have stronger muscles by the action of androgens also ...
... why male bone is thicker ? because of strong musculature pulling the insertions→ so the bone is getting thicker.other examples : bicipital groove is getting deeper as the biceps continue pulling…. Pubic tubercle and so on...and males especially have stronger muscles by the action of androgens also ...
Chapter 2: General Anatomy.
... The masseter is divided into two hears. The superficial head originates on the anterior zygomatic arch and inserts on the angle and the ramus. The deep head originates from the posterior part of the zygoma and inserts on the ramus and the coronoid process. The medial pterygoid arises from the medial ...
... The masseter is divided into two hears. The superficial head originates on the anterior zygomatic arch and inserts on the angle and the ramus. The deep head originates from the posterior part of the zygoma and inserts on the ramus and the coronoid process. The medial pterygoid arises from the medial ...
Vertebras and Pelvic Girdle
... Acetabulum (actually the point where all three bones fuse together, art. w/femur) ...
... Acetabulum (actually the point where all three bones fuse together, art. w/femur) ...
Bones of the Hip
... Obturator foramen • Covered by obturator membrane • Origin of obturator internus – from inner (posterior) surface of the membrane and the surrounding bone • Origin of obturator externus – from the external (anterior) surface of the membrane and the surrounding bone • Passageway through the membrane ...
... Obturator foramen • Covered by obturator membrane • Origin of obturator internus – from inner (posterior) surface of the membrane and the surrounding bone • Origin of obturator externus – from the external (anterior) surface of the membrane and the surrounding bone • Passageway through the membrane ...
from quantosis.com
... is less common and is associated with a direct blow to the anterior aspect of the shoulder, electric shock and seizures. Patients present with their arm locked in medial rotation - a scapular lateral and axillary radiograph is needed to make the diagnosis. Inferior dislocation (or ‘luxatio erecta’) ...
... is less common and is associated with a direct blow to the anterior aspect of the shoulder, electric shock and seizures. Patients present with their arm locked in medial rotation - a scapular lateral and axillary radiograph is needed to make the diagnosis. Inferior dislocation (or ‘luxatio erecta’) ...
Mandible
... Behind this groove is a rough surface, for the insertion of the Pterygoideus internus. The mandibular canal runs obliquely downward and forward in the ramus, and then horizontally forward in the body, where it is placed under the alveoli and communicates with them by small openings. On arriving at t ...
... Behind this groove is a rough surface, for the insertion of the Pterygoideus internus. The mandibular canal runs obliquely downward and forward in the ramus, and then horizontally forward in the body, where it is placed under the alveoli and communicates with them by small openings. On arriving at t ...
Axillary artery
... Originates in the neck, passes laterally and inferiorly over rib I, and enters the axilla. ...
... Originates in the neck, passes laterally and inferiorly over rib I, and enters the axilla. ...
Scapula
In anatomy, the scapula (plural scapulae or scapulas) or shoulder blade, is the bone that connects the humerus (upper arm bone) with the clavicle (collar bone). Like their connected bones the scapulae are paired, with the scapula on the left side of the body being roughly a mirror image of the right scapula. In early Roman times, people thought the bone resembled a trowel, a small shovel. The shoulder blade is also called omo in Latin medical terminology.The scapula forms the back of the shoulder girdle. In humans, it is a flat bone, roughly triangular in shape, placed on a posterolateral aspect of the thoracic cage.