What is the Grashey view of the shoulder?
What is the Grashey view of the shoulder?
The shoulder AP glenoid view also known as a true AP or a ‘Grashey view’ is an additional projection to the two view shoulder series. The projection is used to assess the integrity of the glenohumeral joint.
How do you take Grashey view?
This special view is known as a Grashey projection.
- Have the patient in a supine or upright position.
- Center the cassette to the glenohumeral joint.
- Rotate the body approximately 35°- 45° toward the affected side.
- Abduct the arm slightly in internal rotation and place the palm of the hand on the abdomen, if possible.
How do you take a shoulder AP view?
Patient position
- the patient is preferably erect.
- the midcoronal plane of the patient is parallel to the image receptor, in other words, the patient’s back is against the image receptor.
- the glenohumeral joint of the affected side is at the center of the image receptor.
How do you do velpeau view?
Patient position
- the patient is erect (or sitting) facing away from the table.
- the image receptor is placed on the table behind the patient beneath the shoulder.
- patient leans 30° backward toward the table (allowing for an axial view of the shoulder)
Why Y view of shoulder is done?
Shoulder scapular PA Y View Oblique RAO or LAO It is often used for examination of suspected shoulder dislocations. Position of patient: The position of the patient can be either recumbent or upright. A posterior oblique position is often better when the patient is injured.
What is a Zanca view?
The Zanca view is a specialized projection of the acromioclavicular joint (ACJ), which will better demonstrate the acromioclavicular joint free from superimposition and aid in the assessment of distal osteophytes.
What is the proper patient position for the AP oblique projection Grashey method of the shoulder?
The AP oblique Grashey view is obtained with the patient rotated 35-45 degrees and his or her back (scapular body) up against the imaging detector.
Why is the transthoracic lateral shoulder image used?
The modified transthoracic supine lateral scapula is a modification of the supine lateral shoulder, used to safely image patients on spinal precautions, or patients who are unable to move; often employed in major trauma hospitals, it produces a diagnostic lateral projection of the shoulder with no elongation of …
What is AP view of shoulder joint?
The projection demonstrates the shoulder in its natural anatomical position allowing for adequate radiographic examination of the entire clavicle and scapula, as well as the glenohumeral, acromioclavicular and sternoclavicular joints of the shoulder girdle.
What is scapula Y view?
The Y view anatomy: The Y view is shot in an angle that separates the scapula and humerus from the ribs. It’s essentially a true lateral of the scapula. The scapula looks like a Y when viewed laterally. Laterally, the body of the scapula, acromion, and coracoid process all converge at the glenoid.
What is an Alexander view?
… 22,27 The Alexander view, 1 a lateral stress radiograph taken with the hand of the arm being imaged placed in the contralateral axilla, facilitates evaluation of horizontal and vertical displacement on a single view.
What is Coracoclavicular ligament?
The coracoclavicular ligament, as described above, serves to connect the clavicle and the coracoid process of the scapula. Its two-component structure allows for proper apposition of the acromion and the clavicle while preventing vertical displacement of the scapula with respect to the clavicle.
What is the Lawrence method?
The Lawrence1 method is used when trauma exists, and the arm cannot be rotated or abducted because of an injury. This projection shows the proximal humerus in a 90-degree projection from the AP projection and shows its relationship to the scapula and clavicle.
Is transthoracic a projection?
The alternative projection, the transthoracic lateral projection, utilizes a similar technique with the exception of an angled detector on a stand. This technique results in elongation of anatomical structures figure 3 and should be avoided and angle detector is possible.
What does AP mean in radiology?
X-rays pass from the anterior to the posterior of the patient – hence Anterior-Posterior (AP) projection. The image is still viewed as if looking at the patient face-to-face.
How can I sleep comfortably after rotator cuff surgery?
Here are some tips for sleeping after shoulder surgery.
- Sleep on an Incline. Do not sleep flat on your back.
- Wear your sling. Wearing your sling during the day helps keep your arm in the proper position but also provides protection.
- Use a pillow prop.
- Time your medications.
- Ice before bed.
What kind of sling do you wear after rotator cuff surgery?
A sling that holds the arm slightly away from the side (an abduction sling) is used for rotator cuff repair surgery, as this holds the tendons in a more relaxed position. You will remain in the sling for 3 -4 weeks after surgery.
What is shoulder AP glenoid view (Grashey view)?
Dr Matt A. Morgan ◉ et al. The shoulder AP glenoid view (also known as a “Grashey view”) is an additional projection to the two view shoulder series.
What is Grashey view in radiology?
Normal AP oblique internal rotation view (Grashey view). It is also known as a “true AP” view since the view is AP to the scapular instead of AP to the patient. The AP oblique Grashey view is obtained with the patient rotated 35-45 degrees and his or her back (scapular body) up against the imaging detector.
What is a Grashey view for trauma axillary?
Trauma axillary lateral: Supine; arm supported in 20 degrees flexion by placing radiolucent material under elbow Apical Oblique (Garth view): Grashey (True AP) view with beam 45 degrees caudally (to show anterior/inferior capsule; bony bankhart/Hill Sachs)
What is an AP Grashey view?
It is also known as a “true AP” view since the view is AP to the scapular instead of AP to the patient. The AP oblique Grashey view is obtained with the patient rotated 35-45 degrees and his or her back (scapular body) up against the imaging detector.