Document
... • When a strain of the infraspinatus tendon occurs, the person frequently feels nothing at the moment because the tendon is warmed-up or because the person is focused in the heat of the moment during an athletic activity. • Later that day or the next morning, he may have difficulty putting on a shir ...
... • When a strain of the infraspinatus tendon occurs, the person frequently feels nothing at the moment because the tendon is warmed-up or because the person is focused in the heat of the moment during an athletic activity. • Later that day or the next morning, he may have difficulty putting on a shir ...
tear of rotator cuff
... Complex What muscles contribute to adduction at the glenohumeral joint? • latissimus dorsi • teres major • sternocostal pectoralis • assisted by: • short head of biceps brachii • long head of triceps brachii ...
... Complex What muscles contribute to adduction at the glenohumeral joint? • latissimus dorsi • teres major • sternocostal pectoralis • assisted by: • short head of biceps brachii • long head of triceps brachii ...
The Skeletal System (Appendicular Skeleton)
... 1. The pectoral or shoulder girdle attaches the bones of the upper limbs to the axial skeleton (Figure 8.1). 2. The pectoral girdle bones are discussed in Exhibits 8.A and 8.B. A. Clavicle 1. The clavicle or collar bone lies horizontally in the superior and anterior part of thorax superior to the fi ...
... 1. The pectoral or shoulder girdle attaches the bones of the upper limbs to the axial skeleton (Figure 8.1). 2. The pectoral girdle bones are discussed in Exhibits 8.A and 8.B. A. Clavicle 1. The clavicle or collar bone lies horizontally in the superior and anterior part of thorax superior to the fi ...
DEEP MUSCLES - INTRODUCTION
... Separate the superficial sartorius and gracilis muscles. Bisect them and reflect their ends . The following muscles may be seen. Quadriceps Femoris - This is a group of four anterior thigh muscles. They join to form a common tendon which passes over the patella (knee cap) to insert on the tibia. The ...
... Separate the superficial sartorius and gracilis muscles. Bisect them and reflect their ends . The following muscles may be seen. Quadriceps Femoris - This is a group of four anterior thigh muscles. They join to form a common tendon which passes over the patella (knee cap) to insert on the tibia. The ...
Hyoid bone
... 5-The stylohyoid: are much the largest parts of the bone .they are directed dorsally and caudally are connected dorsally with the base of the petrous part of the temporal bones: A-the dorsal extremity: is large and forms two angles: 1-the articulate angle is connected by a rod of cartilage (the tymp ...
... 5-The stylohyoid: are much the largest parts of the bone .they are directed dorsally and caudally are connected dorsally with the base of the petrous part of the temporal bones: A-the dorsal extremity: is large and forms two angles: 1-the articulate angle is connected by a rod of cartilage (the tymp ...
Hyoid bone
... 5-The stylohyoid: are much the largest parts of the bone .they are directed dorsally and caudally are connected dorsally with the base of the petrous part of the temporal bones: A-the dorsal extremity: is large and forms two angles: 1-the articulate angle is connected by a rod of cartilage (the tymp ...
... 5-The stylohyoid: are much the largest parts of the bone .they are directed dorsally and caudally are connected dorsally with the base of the petrous part of the temporal bones: A-the dorsal extremity: is large and forms two angles: 1-the articulate angle is connected by a rod of cartilage (the tymp ...
L - BEHS Science
... The origin of the obturator internus (F) on the right cannot be seen, but the origin of the muscle on the contralateral side can be colored. See plate 44 for additional views of these muscles. ...
... The origin of the obturator internus (F) on the right cannot be seen, but the origin of the muscle on the contralateral side can be colored. See plate 44 for additional views of these muscles. ...
Chapter 7 Anatomy of Bones and Joints Bone Trabeculae
... lower limbs and the girdles by which they are attached to the body – Pectoral girdle: upper limbs – Pelvic girdle: lower limbs ...
... lower limbs and the girdles by which they are attached to the body – Pectoral girdle: upper limbs – Pelvic girdle: lower limbs ...
Oh, Pigs - TeacherWeb
... Expose the medial surface of the thigh. Separate the superficial sartorius and gracilis muscles. Bisect them and reflect their ends. The following muscles may be seen. 1. Quadriceps Femoris – this is a group of four anterior thigh muscles. They join to form a common tendon which passed over the pate ...
... Expose the medial surface of the thigh. Separate the superficial sartorius and gracilis muscles. Bisect them and reflect their ends. The following muscles may be seen. 1. Quadriceps Femoris – this is a group of four anterior thigh muscles. They join to form a common tendon which passed over the pate ...
Anterior triangle of neck
... jugular foramen. It lies behind the ICA at the base of skull It receives the inferior petrosal vein. It descends lateral to the ICA & CCA then anterolateral to the carotid artery during its descent in the neck . At the root of neck; it joins the subclavian vein to form the ...
... jugular foramen. It lies behind the ICA at the base of skull It receives the inferior petrosal vein. It descends lateral to the ICA & CCA then anterolateral to the carotid artery during its descent in the neck . At the root of neck; it joins the subclavian vein to form the ...
Document
... Pectoral or Shoulder Girdle--flexible structure • Clavicles (anterior) and scapulae (posterior) • Provide attachment sites for muscles that move upper limbs • Attach upper limbs to axial skeleton-scapulae do not articulate with spine or ribs • muscles keep in place ...
... Pectoral or Shoulder Girdle--flexible structure • Clavicles (anterior) and scapulae (posterior) • Provide attachment sites for muscles that move upper limbs • Attach upper limbs to axial skeleton-scapulae do not articulate with spine or ribs • muscles keep in place ...
from the upper limb to the axial skeleton
... the point of the support in position, especially after its elevation, enables elevation of the ribs for deep inspiration. • Forms one of the bony boundaries of the cervico-axillary canal (passageway between the neck and the arm), affording protection to the neurovascular bundle supplying the upper l ...
... the point of the support in position, especially after its elevation, enables elevation of the ribs for deep inspiration. • Forms one of the bony boundaries of the cervico-axillary canal (passageway between the neck and the arm), affording protection to the neurovascular bundle supplying the upper l ...
Clavicle Fracture
... Labrum, Capsule, Biceps tendon and Subscapularis muscle are derived from the same embryological cells. ...
... Labrum, Capsule, Biceps tendon and Subscapularis muscle are derived from the same embryological cells. ...
Regional Gross Anatomy “Pectoral Region”
... subclavious, clavipectoral fascia .Posterior : latissimus dorsi, teres major, subscapularis .Lateral : humerus, tendon of long head of biceps brachii, tendon of coracobrachialis .Medial : rib 1-3 & intercostal muscles, serratus anterior (superior part) ...
... subclavious, clavipectoral fascia .Posterior : latissimus dorsi, teres major, subscapularis .Lateral : humerus, tendon of long head of biceps brachii, tendon of coracobrachialis .Medial : rib 1-3 & intercostal muscles, serratus anterior (superior part) ...
Variations in Measurements of Upper and Lower Ends of Humerus
... half a sphere, it includes anterior and inferior surfaces of condyle laterally, but not its posterior surface. It articulates with discoid radial head, which abuts inferior surface in full extension but slides on to the anterior surface during flexion. The trochlea is like part of a pulley, occupyin ...
... half a sphere, it includes anterior and inferior surfaces of condyle laterally, but not its posterior surface. It articulates with discoid radial head, which abuts inferior surface in full extension but slides on to the anterior surface during flexion. The trochlea is like part of a pulley, occupyin ...
LE 01-10b - Dr Magrann
... pages of the flashcards on the first day, go over them again the second day before you start to learn the next group of pages. On the third day, go over the first two batches before learning the next batch. You need to go over and over what you have learned so it will go into long term memory. Other ...
... pages of the flashcards on the first day, go over them again the second day before you start to learn the next group of pages. On the third day, go over the first two batches before learning the next batch. You need to go over and over what you have learned so it will go into long term memory. Other ...
handout - Arizona Osteopathic Medical Association
... • Infraspinatus tendon, transverse and sagittal views • Posterior glenohumeral joint – humeral head, glenoid fossa, labrum, transverse view Patient positioning for identifying posterior structures: Seated, elbow is flexed ~90-degrees, forearm is supinated (palm up) resting on the thigh or table with ...
... • Infraspinatus tendon, transverse and sagittal views • Posterior glenohumeral joint – humeral head, glenoid fossa, labrum, transverse view Patient positioning for identifying posterior structures: Seated, elbow is flexed ~90-degrees, forearm is supinated (palm up) resting on the thigh or table with ...
The Axial Skeleton Student PPt Notes
... Suspended in mid–neck region 2 cm above the larynx, ________________________________ ______________________________________ ...
... Suspended in mid–neck region 2 cm above the larynx, ________________________________ ______________________________________ ...
Lower Appendicular Skeleton only
... Pelvic Girdle, continued….. • Coxae parts fuse together in the acetabulum, a cup-shaped area on the lateral surface of the hip that receives the head of the femur. ...
... Pelvic Girdle, continued….. • Coxae parts fuse together in the acetabulum, a cup-shaped area on the lateral surface of the hip that receives the head of the femur. ...
CH 5 day 3 - Wythe County Schools Moodle Site
... Occipital Bone If you look at Figures 5.7, 5.8, and 5.9, you can see that the occipital bone is the most posterior bone of the cranium. It forms the floor and back wall of the skull. The occipital bone joins the parietal bones anteriorly at the lambdoid suture. In the base of the occipital bone is ...
... Occipital Bone If you look at Figures 5.7, 5.8, and 5.9, you can see that the occipital bone is the most posterior bone of the cranium. It forms the floor and back wall of the skull. The occipital bone joins the parietal bones anteriorly at the lambdoid suture. In the base of the occipital bone is ...
Unit 9: Joints of the Upper Limb
... Review the subscapularis, supraspinatis, infraspinatis and teres minor muscles forming the rotator cuff of the shoulder joint (Plates 408, 409; 6.45, 6.46, Table 6.5, p. 397). Trace the suprascpular nerve and vessels to the supraspinous muscle. Cut the muscles opposite the neck of the scapula (prox ...
... Review the subscapularis, supraspinatis, infraspinatis and teres minor muscles forming the rotator cuff of the shoulder joint (Plates 408, 409; 6.45, 6.46, Table 6.5, p. 397). Trace the suprascpular nerve and vessels to the supraspinous muscle. Cut the muscles opposite the neck of the scapula (prox ...
HEALTH SCIENCE 365
... Processes that form joints: condyle, facet, head Processes to which muscles, tendon, or ligaments attach: crest, epicondyle, line, process, spine, trochanter, tubercle, tuberosity Cavities that contain tendons, vessels, nerves: groove, foramen, fossa, fovea, meatus, sinus, sulcus Soft/Connecti ...
... Processes that form joints: condyle, facet, head Processes to which muscles, tendon, or ligaments attach: crest, epicondyle, line, process, spine, trochanter, tubercle, tuberosity Cavities that contain tendons, vessels, nerves: groove, foramen, fossa, fovea, meatus, sinus, sulcus Soft/Connecti ...
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.