Imaging of Extremities Flashcards
<p>This type of imaging makes high density tissues (like bones) appear white. Breaks in bones appear darker because the break is now void of dense material. If an arthrogram hi density liquid is injected into joint space, it makes the outline of softer tissue visible. </p>
<p>X-Ray </p>
<p>This type of imaging makes high density tissues (like bones) appear white. Breaks in bones appear darker because the break is now void of dense material. If an arthrogram hi density liquid is injected into joint space, it makes the outline of softer tissue visible. </p>
<p>X-Ray </p>
<p><p>Go through the numbers here...</p>
<p></p>
</p>
<p><p>ID first<br></br>
19: Humoral Head<br></br>
31: Spine of scapula<br></br>
2: Acromion process<br></br>
1: Acromioclavicular joint 9: Clavicle<br></br>
16: glenoid fossa<br></br>
13: coracoid process</p>
~~~
<p>Build<br></br>
36: supraspinatus muscle<br></br>
23: infraspinatus muscle<br></br>
39: teres minor<br></br>
15: deltoid<br></br>
8: biceps brachii long head tendon 40: trapezius</p>
</p>
~~~
<p><p>Go through the numbers</p>
| </p>
<p><p>ID first<br></br>
23: olecranon process 10: coronoid process 28: trochlea of humerus</p>
~~~
<p>Build<br></br>
6: brachialis muscle<br></br>
4: tendon of biceps brachii<br></br>
3: biceps brachii muscle<br></br>
21: triceps brachii muscle (medial head)<br></br>
27: tendon of triceps brachii<br></br>
17: humerus</p>
</p>
~~~
<p><p>Go through the numbers</p>
<p></p>
</p>
<p><p>ID first<br></br>
1: acetabulum<br></br>
2: acetabular labrum<br></br>
12: femoral neck<br></br>
29: ligamentum teres of femur 18: greater trochanter</p>
<p>Build<br></br>
17: gluteus minimus 16: gluteus medius 15: gluteus maxiums 42: vastus lateralis 14: gracilis</p>
</p>
<p><p>Go through the numbers...</p>
</p>
<p><p>ID first<br></br>
6: femur 34: tibia 20: patella</p>
~~~
<p>Build<br></br>
27: quadriceps tendon<br></br>
33: suprapatellar bursa<br></br>
1: Anterior cruciate ligament<br></br>
25: posterior cruciate ligament 15: medial meniscus anterior horn 37: vastus medialis<br></br>
17: medial head of gastrocnemius 23: popliteus<br></br>
30: soleus</p>
</p>
~~~
<p><p>What pathology is shown by the arrow? Describe this pathology</p>
</p>
<p><p>SLAP tear</p>
<p>Superior labrum Anterior Posterior tear</p>
<p></p>
<p>Associated with trauma and overuse</p>
</p>
<p><p>What pathology is pictured here? What causes this kind of patholgy?</p>
</p>
<p><p>ALPSA</p>
<p>Anterior Labroligamentous periosteal sleeve avulsion (ALPSA)</p>
<p></p>
<p>Association with recurrent dislocations</p>
</p>
What type of pathologies can an MRI show?
Brain and spinal cord
Tumors and cysts
Visceral organs
Uterus
<p>Rank an X-Ray, MRI, and CT based on price. </p>
<p>X-ray -- cheapest
CT -- affordable (more than X-ray)
MRI -- expensive </p>
<p>What type of bone pathologies can X-rays show us? </p>
<p>Osteoporosis
Tumors/Cancers
Arthritis </p>
<p>What type of chest pathologies can X-rays show us? </p>
<p>Enlarged heart
Lung conditions
Swallowed foreign object </p>
<p>This type of imaging is a mixture of computer and X-ray technology. It makes visual cross-sections of the body and shows organs, small boney structures, and trauma (especially to brain, spinal cord, and chest). Like X-ray, dye can be injected in tissues and make certain rogans and joints show up better. </p>
<p>CT </p>
<p>What type of bone pathologies can CTs show us? </p>
<p>Tumors/Cancers
Infection
Clots (think hematomas) </p>
<p>What type of things can a CT show us in the internal systems? </p>
<p>Detects injury and bleeds </p>