click below
click below
Normal Size Small Size show me how
Bony Thorax
RAD Positioning
| Question | Answer |
|---|---|
| Forms the Bony Thorax | Ribs, Sternum and Thoracic Vertebrae |
| Which is more superior, the sternoclavicular joints or the 1st sternocostal joints? | The SC joint is superior to the 1st sternocostal joints. |
| Identify the 3 parts of the sternum | Manubrium, body or gladiolus, and xiphoid |
| Routine projections of the sternum | 15-20 degree RAO and LAT |
| Identify the true, false and floating ribs | True 1-7, False 8-12, Floating 11 & 12 |
| TRUE or FALSE: The anterior, sternal end of the rib is superior to the posterior , vertebral aspect. | FALSE |
| Purpose of the bony thorax | Protects the heart, lungs, and liver |
| Formed by the head of the rib and the facet of the vertebral body | Costovertebral joint |
| The sternal angle is at what level of the thorax | T4, T5 |
| Breathing instructions for above the diaphragm ribs | Inspiration |
| Formed by the tubercle of the rib and a facet on the transverse process of the vertebrae | Costotransverse joint |
| Rib routine for a RT Anterior Rib injury | PA , LAO Above, recumbent below and possibly a PA chest |
| Breathing instructions for below the diaphragm ribs | Expiration |
| LPO Ribs will best demonstrate | A left posterior rib injury |
| Breathing instructions for an RAO Sternum. Lateral | Breathing technique for RAO, full inspiration for LAT |
| Best demonstrated on rib obliques | Axillary potion of ribs |
| Traumatic Fracture of adjacent ribs with associated pulmonary injury | Flail chest |
| Degree of Rotation for an RAO sternum on a hypersthenic patient | 15 |