Image #2 Skull What projection/position does this image represent?
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Image #1 Skull (Caldwell) To make image optimal I will:…
Image #1 Skull (Caldwell) To make image optimal I will: Correct the tilt Move the CR down Increase collimation (cone down) Rotate to the left
Image #4 MR Orbits Fuji S-Value: 346 Range: 100-400 (no adj…
Image #4 MR Orbits Fuji S-Value: 346 Range: 100-400 (no adjustment needed) Under 100 Over-exposed (- Technique) Over 400 Under-exposed (+ Technique) Image techniques: Image is over-exposed Image is under-exposed Trabecular markings and cortical outlines are visualized Image is correctly exposed
Substances that dissolve solutes are known as?
Substances that dissolve solutes are known as?
Image #8 Sinuses (Upright) Proper image identification and…
Image #8 Sinuses (Upright) Proper image identification and display: Markers located outside of anatomy of interest Lead anatomical marker collimated partially or completely off Image is correctly displayed Computer generated anatomical marker
Image #8 Sinuses (Upright) Positioning: Over-extension…
Image #8 Sinuses (Upright) Positioning: Over-extension of the skull Mouth is sufficiently open MML is not perpendicular to the IR Rotation to the right
Image #7 Sinuses (Upright) To make image optimal I will:…
Image #7 Sinuses (Upright) To make image optimal I will: Open mouth wider Increase extension of skull Increase flexion of skull Increase collimation (cone down)
ATP is a type of energy molecule.
ATP is a type of energy molecule.
Image #2 Skull Proper image identification and display:…
Image #2 Skull Proper image identification and display: Marker located outside of anatomy Lead anatomical marker collimated partially or completely off Image is correctly displayed Computer generated anatomical marker
Image #4 MR Orbits Positioning: Evidence of rotation to…
Image #4 MR Orbits Positioning: Evidence of rotation to the right Skull is over-flexed All pertinent anatomy is included LML is perpendicular to IR