Functional Anatomy of the Shoulder Complex
... from the joint at the intertubercular groove. The tendon is covered by a synovial sheath to facilitate movement of the tendon within the joint. The structure is susceptible to injury at the point at which the tendon arches over the humeral head and the surface on which it glides changes from bony co ...
... from the joint at the intertubercular groove. The tendon is covered by a synovial sheath to facilitate movement of the tendon within the joint. The structure is susceptible to injury at the point at which the tendon arches over the humeral head and the surface on which it glides changes from bony co ...
Lower Appendage
... and fibula & talus (distal) Lateral & medial condyles – slightly concave region where the condyles of the femur fit Tibial tuberosity – rough area below the condyles for attachment of ligaments associated with the knee Anterior crest – sharp ridge on anterior surface; forms the shin Medial m ...
... and fibula & talus (distal) Lateral & medial condyles – slightly concave region where the condyles of the femur fit Tibial tuberosity – rough area below the condyles for attachment of ligaments associated with the knee Anterior crest – sharp ridge on anterior surface; forms the shin Medial m ...
unit 2 study guide
... Be able to identify the bone, the bone marking and the side of the body that the bone originates from. A dot or pipe cleaner will indicate the marking you need to identify. Upper extremity (including pectoral girdle): 1. scapula spine acromion glenoid fossa coracoid process superior border medial (v ...
... Be able to identify the bone, the bone marking and the side of the body that the bone originates from. A dot or pipe cleaner will indicate the marking you need to identify. Upper extremity (including pectoral girdle): 1. scapula spine acromion glenoid fossa coracoid process superior border medial (v ...
Scapular Kinematics: So how is the scapula supposed to move?
... - 5 test movement (flexion, abduction with and without weight, flip test) - Winging OR Dysrhythmia - posterior and superior view Scapular Reposition Test - alteration of symptoms during provocative tests by repositioning scapula - move scapula toward posterior tilt and external rotation by grasping ...
... - 5 test movement (flexion, abduction with and without weight, flip test) - Winging OR Dysrhythmia - posterior and superior view Scapular Reposition Test - alteration of symptoms during provocative tests by repositioning scapula - move scapula toward posterior tilt and external rotation by grasping ...
It`s Time For Earth Science Chapter 1
... These muscles are located on the posterior surface of the humerus; movements include bending and extending the arms.. ...
... These muscles are located on the posterior surface of the humerus; movements include bending and extending the arms.. ...
Musculoskeletal System
... • Other subheadings – Divided by anatomic site, procedure type, condition and description • Incision, excision, introduction or Removal, Repair, Revision and/or Reconstruction, Fracture and/or dislocation, Arthrodesis, Amputation ...
... • Other subheadings – Divided by anatomic site, procedure type, condition and description • Incision, excision, introduction or Removal, Repair, Revision and/or Reconstruction, Fracture and/or dislocation, Arthrodesis, Amputation ...
Lecture 8: Bone Organs
... 1. Write a statement that clearly relates the following terms: Pelvic girdle, ossa coxae, ilium, ischium, pubis, sacrum, coccyx, pelvis. 2. Make sure you know whether an isolated bone is from the right or left side of the body. 3. Practice your bone bumps by palpating bone bumps on a live human. ...
... 1. Write a statement that clearly relates the following terms: Pelvic girdle, ossa coxae, ilium, ischium, pubis, sacrum, coccyx, pelvis. 2. Make sure you know whether an isolated bone is from the right or left side of the body. 3. Practice your bone bumps by palpating bone bumps on a live human. ...
Skeletal System Part 2
... Roof – formed by the cribriform plate of the ethmoid Lateral walls – formed by the superior and middle conchae of the ethmoid, the perpendicular plate of the palatine, and the inferior nasal conchae Floor – formed by palatine process of the maxillae and palatine bone ...
... Roof – formed by the cribriform plate of the ethmoid Lateral walls – formed by the superior and middle conchae of the ethmoid, the perpendicular plate of the palatine, and the inferior nasal conchae Floor – formed by palatine process of the maxillae and palatine bone ...
HERE - Faculty
... Know left/right for all bones except vertebrae, sternum, and patella Upper Extremity ...
... Know left/right for all bones except vertebrae, sternum, and patella Upper Extremity ...
Unit 2: Covering, Support, and Movement of the Body
... They articulate proximally with the humerus and distally with the wrist bones They also articulate with each other proximally and distally at small radioulnar joints Interosseous membrane connects the two bones along their entire length ...
... They articulate proximally with the humerus and distally with the wrist bones They also articulate with each other proximally and distally at small radioulnar joints Interosseous membrane connects the two bones along their entire length ...
Musculoskeletal System Anatomy
... • Articular cartilage = smooth layer of gristle covering the contacting surface of joints. • Meniscus = crescent shaped cartilage found in the knee. • Intervertebral disk = cartilaginous disk found between each vertebra in the spine. • Symphysis pubis = cartilaginous joint at which two pubic bones f ...
... • Articular cartilage = smooth layer of gristle covering the contacting surface of joints. • Meniscus = crescent shaped cartilage found in the knee. • Intervertebral disk = cartilaginous disk found between each vertebra in the spine. • Symphysis pubis = cartilaginous joint at which two pubic bones f ...
Appendicular Skeleton
... The SCAPULA is a peculiarly-shaped bone, with many surfaces, edges and protuberances for muscles (& ligaments) to attach. These are need to control the arm, but also to position and stabilize the scapula for whatever the arm is doing The scapula is a highly mobile bone The arm is used for: swinging, ...
... The SCAPULA is a peculiarly-shaped bone, with many surfaces, edges and protuberances for muscles (& ligaments) to attach. These are need to control the arm, but also to position and stabilize the scapula for whatever the arm is doing The scapula is a highly mobile bone The arm is used for: swinging, ...
Muscles of the Head and Neck
... draws the mastoid process down toward the same side which causes the chin to turn up toward the opposite side; acting together, the muscles of the two sides flex the neck ...
... draws the mastoid process down toward the same side which causes the chin to turn up toward the opposite side; acting together, the muscles of the two sides flex the neck ...
The Skeletal System
... plate-like scapula, on the dorsal side of the body, articulates only with the clavicle and no other bone. 2. Distinctive landmarks associated with the scapula include its spine, the acromion, the coracoid process, and the glenoid cavity (sometimes also referred to as a facet or fossa). 3. The bones ...
... plate-like scapula, on the dorsal side of the body, articulates only with the clavicle and no other bone. 2. Distinctive landmarks associated with the scapula include its spine, the acromion, the coracoid process, and the glenoid cavity (sometimes also referred to as a facet or fossa). 3. The bones ...
Shoulder Injury Mechanisms and Integrative Medicine Therapies
... There are four joints and one articulation (the scapulothoracic articulation), in the shoulder. The joints of the shoulder girdle include the sternoclavicular joint, the acromioclavicular joint, the coracoclavicular joint, and the glenohumeral joint (Figures 1, 2, and 3). The scapulothoracic “joint, ...
... There are four joints and one articulation (the scapulothoracic articulation), in the shoulder. The joints of the shoulder girdle include the sternoclavicular joint, the acromioclavicular joint, the coracoclavicular joint, and the glenohumeral joint (Figures 1, 2, and 3). The scapulothoracic “joint, ...
Skeleton Notes
... guides (TMJ–has “articular disc”) 5. Ligaments: dense fibrous C.T. connect bone to bone. can be inside joint capsule as well as outside 6. Bursae: flattened sacs that contain synovial fluid located where tendon passes over a bone or between muscles 7. Tendon sheath: similar to bursa but surrounds te ...
... guides (TMJ–has “articular disc”) 5. Ligaments: dense fibrous C.T. connect bone to bone. can be inside joint capsule as well as outside 6. Bursae: flattened sacs that contain synovial fluid located where tendon passes over a bone or between muscles 7. Tendon sheath: similar to bursa but surrounds te ...
Unit 5. Scapular Region, and Arm
... locate their nerve and blood supply, which passes deep to the muscles on the surface of the scapula. These are the suprascapular nerve and vessels (Plates 409; 6.24, 6.25, 6.27, 6.37). Clean the subscapularis muscle to its insertion on the lesser tubercle of the humerus and review its nerve supply ...
... locate their nerve and blood supply, which passes deep to the muscles on the surface of the scapula. These are the suprascapular nerve and vessels (Plates 409; 6.24, 6.25, 6.27, 6.37). Clean the subscapularis muscle to its insertion on the lesser tubercle of the humerus and review its nerve supply ...
Sports Medicine II Elbow and Forearm ROM Testing Name Elbow
... supine with the humerus close to the body, the shoulder in the neutral position, and the forearm supinated; a bolster under the distal humerus centered over the lateral epicondyle aligned with the long axis of the humerus, using the acromion process as the proximal landmark aligned with the long axi ...
... supine with the humerus close to the body, the shoulder in the neutral position, and the forearm supinated; a bolster under the distal humerus centered over the lateral epicondyle aligned with the long axis of the humerus, using the acromion process as the proximal landmark aligned with the long axi ...
Bones of the Axial Skeleton Notes
... o C2= axis- has body and spine, but also has dens- another process superiorly- articulates with missing body of atlas- pivot for nodding Thoracic vertebrae - all articulate with ribs- first a lot like C7, last 4 progress towards lumbar- get progressively bigger, body is roughly heart shaped, each ...
... o C2= axis- has body and spine, but also has dens- another process superiorly- articulates with missing body of atlas- pivot for nodding Thoracic vertebrae - all articulate with ribs- first a lot like C7, last 4 progress towards lumbar- get progressively bigger, body is roughly heart shaped, each ...
Anatomy Lab Practical #2 Helpful Hints Sheet Tara Fay In no
... Anatomy Lab Practical #2 Helpful Hints Sheet ...
... Anatomy Lab Practical #2 Helpful Hints Sheet ...
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.