The best radiographic view for the clavicle is an AP projection with a 15–30° cephalic (cephalad) tilt, which projects the clavicle above thoracic structures and better shows fractures and displacement. A PA cephalic tilt may be used to reduce magnification and breast dose. Obtaining both neutral AP and angled cephalic views ensures full assessment of medial, middle, and lateral clavicle segments.

The lateral clavicle is the outer end of the collarbone that meets the acromion of the shoulder blade to form the acromioclavicular (AC) joint. It serves as an attachment site for the acromioclavicular and coracoclavicular ligaments and is a common location for fractures and AC joint injuries, affecting shoulder stability and movement.

Position the patient upright (back against the detector) with arms by the sides. Obtain an AP or PA view centered at the mid‑clavicle and an axial view with 15–30° cephalad tube angulation to project the clavicle above the thorax. Use tight collimation, side markers and shielding. Instruct the patient to suspend respiration during exposure. Review for cortical disruption, displacement and associated pneumothorax.

Yes—standard shoulder X‑rays usually show the clavicle, including the acromioclavicular joint and proximal portion. However, a full clavicle assessment often requires dedicated clavicle views (AP or cephalad/caudad angulation) to visualize the entire bone. If fractures or complex injuries are suspected, additional imaging (specialized X‑ray views, CT) may be recommended to better define extent and displacement.

Costs vary widely. In India a clavicle X‑ray typically costs about ₹200–₹1,000. In the UK it's free on the NHS; private clinics charge roughly £40–£150. In the US out‑of‑pocket prices commonly range from about $50–$500 (higher in hospitals/ER). Final price depends on location, facility type, and how many views are taken.

The three standard shoulder radiographic views are: 1) AP (anteroposterior) — true AP or with internal/external rotation to assess the glenohumeral joint and proximal humerus; 2) Axillary view — evaluates the glenohumeral relationship and detects dislocations; 3) Scapular Y (lateral) view — assesses humeral head position relative to the scapula and scapular fractures.