Examples of clavicular

• In response to these issues, several writers agree that breathing when playing the oboe is most effective when it incorporates diaphragmatic, intercostal and clavicular breathing.

• They could identify few muscles involved in breathing, and struggled to describe differences between clavicular, thoracic and abdominal breathing.

• The shoulder manifests as a severe droop, secondary to downward displacement of the scapula and humerus due to loss of the clavicular strut.

• It primarily works the anterior deltoid, with assistance from the serratus anterior, biceps brachii and clavicular portions of the pectoralis major.

• During gestation (pregnancy), clavicular size can be calculated using available nomograms.

• When the clavicular origin is broad, it is occasionally subdivided into several slips, separated by narrow intervals.

• Absence of the clavicular part is less frequent.

• The muscle is divided into clavicular and sternal parts.

• The connection from the main mesobronchi to the more anterior air sacs including the interclavicular, lateral clavicular, and pre-thoracic sacs known as the ventrobronchi region.

• The sternocostal part is antagonistic to the clavicular part contributing to downward and forward movement of the arm and inward rotation when accompanied by adduction.

• The first heart sound is followed by a high-pitched holosystolic murmur at the apex, radiating to the back or clavicular area.

• At the neuromuscular junction, the lateral pectoral nerve provides motor input to the clavicular head of the pectoralis major.

• Clavicular facet shown in red (click the image to enlarge).

• It emphasises the clavicular head of the pectoralis major more than an incline bench press.

• The clavicular part is close to the deltoid muscle and contributes to flexion, horizontal adduction, and inward rotation of the humerus.