Metacarpals
... Anatomy & Physiology Lab I Appendicular Skeleton ScapulaA. Acromian- point of the shoulder on the dorsal aspect B. Coracoid process- large protrusion anterior to acromian C. Glenoid fossa- flat portion just between acromian and coracoid; where humerus articulates D. Spine of the scapula Clavicle- co ...
... Anatomy & Physiology Lab I Appendicular Skeleton ScapulaA. Acromian- point of the shoulder on the dorsal aspect B. Coracoid process- large protrusion anterior to acromian C. Glenoid fossa- flat portion just between acromian and coracoid; where humerus articulates D. Spine of the scapula Clavicle- co ...
5-MUSCLES OF BACK
... maintenance of normal curvature of vertebral column. The largest muscle of this group is “erector spinae” which is formed of 3 vertical columns (from lateral to medial: iliocostalis, longissimus & spinalis). (Note the length and attachment of the muscle fibers) ...
... maintenance of normal curvature of vertebral column. The largest muscle of this group is “erector spinae” which is formed of 3 vertical columns (from lateral to medial: iliocostalis, longissimus & spinalis). (Note the length and attachment of the muscle fibers) ...
The Humeral Head in Detail
... largely due to the shallow depth of the glenoid and the fact that only about 25 percent of the humeral head surface makes contact with the glenoid. The fibrocartilaginous labrum, a ring attached to the outer rim of the glenoid, provides some additional depth and lateral stability. The glenoid theref ...
... largely due to the shallow depth of the glenoid and the fact that only about 25 percent of the humeral head surface makes contact with the glenoid. The fibrocartilaginous labrum, a ring attached to the outer rim of the glenoid, provides some additional depth and lateral stability. The glenoid theref ...
Subscapular axis
... i. 2cm from the midline, 2cm below the spine, 2cm above the scapula tip, laterally to the posterior axillary fold ii. 24 cm long iii. 8-12 cm width (directly closed) Raised from medial to lateral superficial to fascia over rhomboid and infraspinatus – very messy if deep to this fascia Identify t ...
... i. 2cm from the midline, 2cm below the spine, 2cm above the scapula tip, laterally to the posterior axillary fold ii. 24 cm long iii. 8-12 cm width (directly closed) Raised from medial to lateral superficial to fascia over rhomboid and infraspinatus – very messy if deep to this fascia Identify t ...
Appendicular Skeleton
... bones lying across the superior thorax – The acromial (lateral) end articulates with the scapula – The sternal (medial) end articulates with the sternum ...
... bones lying across the superior thorax – The acromial (lateral) end articulates with the scapula – The sternal (medial) end articulates with the sternum ...
Anatomical Movements Body Landmarks
... Spine of the Scapula. This large transverse ridge on the scapula can usually be seen, except in very fleshy Locate the spine or muscular people. of the scapula by palpating the shoulder blade. The spine can be found in the upper 1/3 region of the scapula in a horizontal plane. ...
... Spine of the Scapula. This large transverse ridge on the scapula can usually be seen, except in very fleshy Locate the spine or muscular people. of the scapula by palpating the shoulder blade. The spine can be found in the upper 1/3 region of the scapula in a horizontal plane. ...
Exercise 2
... 11. Name the muscle that occupies structure #2 in the scapula above. ___________________________________. 12. Name the muscle that occupies structure #4 in the scapula above. ___________________________________. 13. Name the structures indicated on the bone below. Which side (L or R) of the body is ...
... 11. Name the muscle that occupies structure #2 in the scapula above. ___________________________________. 12. Name the muscle that occupies structure #4 in the scapula above. ___________________________________. 13. Name the structures indicated on the bone below. Which side (L or R) of the body is ...
File - Ms. Zhong`s Classes
... Scapulae • Also known as the shoulder blades • Are triangular • Each scapula has a flattened body and two important processes: The acromion and the coracoid ...
... Scapulae • Also known as the shoulder blades • Are triangular • Each scapula has a flattened body and two important processes: The acromion and the coracoid ...
Rotator Cuff
... upper surface of the lateral third of the clavicle • Middle fibers: from the lateral margin and upper surface of the acromion. • Posterior fibers: from the lower lip of the posterior border of the spine of the scapula, as far back as the triangular surface at its medial end ...
... upper surface of the lateral third of the clavicle • Middle fibers: from the lateral margin and upper surface of the acromion. • Posterior fibers: from the lower lip of the posterior border of the spine of the scapula, as far back as the triangular surface at its medial end ...
Class #9 Chest Muscles and Bones
... 5. A weak _____causes winging of the scapula? 6. State the origin, insertion and action for each muscle in this area: -Pectoralis Major and Minor -Subclavius -Intercostals -Serratus Anterior ...
... 5. A weak _____causes winging of the scapula? 6. State the origin, insertion and action for each muscle in this area: -Pectoralis Major and Minor -Subclavius -Intercostals -Serratus Anterior ...
Glenohumeral Joint
... Bring shoulder blades closer together. A widening across front of collarbone will occur. Try to keep space between the hands constant. ...
... Bring shoulder blades closer together. A widening across front of collarbone will occur. Try to keep space between the hands constant. ...
How to Perform Challenging MRI Exams of the Humerus, Sternum
... coracoid and the glenoid. Posteriorly, the surface is divided by the scapular spine which forms inferiorly, the infraspinatus fossa and superiorly, the supraspinatous fossa. Within these fossas reside their corresponding muscles, the infraspinatous and the supraspinatous, which arise from the scapul ...
... coracoid and the glenoid. Posteriorly, the surface is divided by the scapular spine which forms inferiorly, the infraspinatus fossa and superiorly, the supraspinatous fossa. Within these fossas reside their corresponding muscles, the infraspinatous and the supraspinatous, which arise from the scapul ...
Appendicular skeleton allows for us to carry out basic movements
... Increases Mobility of UE by: Bracing the should back and out away from the trunk Only bony attachment of shoulder to trunk Also important site for muscle attachment Fx: Clavicle transmits shock of UE to axial skeleton and thus is most frequently fx bone (usually at junction of lateral an ...
... Increases Mobility of UE by: Bracing the should back and out away from the trunk Only bony attachment of shoulder to trunk Also important site for muscle attachment Fx: Clavicle transmits shock of UE to axial skeleton and thus is most frequently fx bone (usually at junction of lateral an ...
SHOULDER COMPLEX
... Supply skin over clavicle and over the superior-lateral aspect of pectoralis major ...
... Supply skin over clavicle and over the superior-lateral aspect of pectoralis major ...
Shoulder Sonography Study Sheet
... The thin, flat ligament which extends from the base of the coracoid to the medial end of the scapular notch is the Superior transverse scapular ligament ...
... The thin, flat ligament which extends from the base of the coracoid to the medial end of the scapular notch is the Superior transverse scapular ligament ...
Muscle - WordPress.com
... acromion and superior fixed, extends and lip of spine of scapula laterally flexes neck to deltoid tubercle ...
... acromion and superior fixed, extends and lip of spine of scapula laterally flexes neck to deltoid tubercle ...
PPTX, 4.24MB
... • The clavicle is the first long bone to ossify (via intramembranous ossification) and the last to be fully formed, beginning during the 5th and 6th embryonic weeks from medial and lateral primary centers that are close together in the shaft of the clavicle. The ends of the clavicle later pass throu ...
... • The clavicle is the first long bone to ossify (via intramembranous ossification) and the last to be fully formed, beginning during the 5th and 6th embryonic weeks from medial and lateral primary centers that are close together in the shaft of the clavicle. The ends of the clavicle later pass throu ...
Pectoral Girdle and Upper Limb
... Greater Tubercle- This bony process at the top of the humerus provides for muscle attachment Lesser Tubercle- This bony process near the top of the humerus is smaller than the nearby greater tubercle. Intertubercular Groove- This depression is seen at the front of the humerus between the greater and ...
... Greater Tubercle- This bony process at the top of the humerus provides for muscle attachment Lesser Tubercle- This bony process near the top of the humerus is smaller than the nearby greater tubercle. Intertubercular Groove- This depression is seen at the front of the humerus between the greater and ...
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.