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ARRT Registry Review covering for Procedure content area

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Question
Answer
What are the views for the skull?   AP Axial (Towne), lateral, PA Axial (Caldwell), SMV, PA Axial Hass  
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What are the trauma views of the skull?   cross table lateral, trauma AP axial (reverse Caldwell), trauma AP, Trauma AP Axial (Towne)  
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What are the views for facial bones?   lateral, waters, caldwell, modified waters,  
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Views for the mandible   axiolateral oblique, PA, towne, PA Axial, modified waters, SMV  
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TMJ views   AP Axial (modified towne), lateral law, lateral Schuler  
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What are the views for nasal bones?   waters, lateral, caldwell  
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What are the views for the orbits?   waters, lateral, caldwell, modified waters  
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Paranasal sinuses views   lateral (horizontal beam), caldwell, waters, SMV  
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AP Axial (Reverse Caldwell), what can you see?   PR in the lower third of the orbits, orbits are magnified  
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AP Axial (Townes) anatomy demonstrated   symmetric image of petrous pyramids , the posterior portion of foramen magnum, dorsum sellae and posterior clinoid processes projected within the foramen magnum, the occipital bone and posterior portion of parietal bone  
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SMV anatomy   the foramina ovale and spinosum, the carotid canals, the sphenoidal and ethmoidal sinuses , the mandible, the bony nasal septum, the dens, occipital bone  
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AP anatomy   orbits are magnified, orbits filled by the margins of PR, posterior ethmoidal air cells, crista galli, frontal bone and frontal sinuses  
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PA anatomy demonstrated   orbits filled by the margins of the PR, posterior ethmoidal air cells, crista galli, frontal bone and frontal sinuses  
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PA Axial (Hass/Reverse Method) demonstrated   skull is more magnified, occipital region, symmetric image of petrous pyramids, dorsum sellae and posterior clinoid processes projected within the foramen magnum  
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PA Axial (Caldwell) anatomy   PR lower third of the orbits, anterior ethmoidal air cells, crista galli, frontal bone and frontal sinuses  
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Lateral demonstrates   shows detail of side adjacent to IR, anterior and posterior clinoid process, sella turcica, dorsum sellae  
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Upright/CTL lateral   same anatomy of lateral, and shows air fluid levels  
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vertebral prominence is at the level of   C7  
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sternum is at the level of   T2-t3  
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xiphoid tip at the level   T10  
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Inferior costal margin at   L2-L3  
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Iliac crest at   L4-L5  
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Quadrants of the abdomen   RUQ, LUQ, RLQ, LLQ  
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Regions of the abdomen   rt hypochondriac, epigastric, lt hypochondriac, rt lumbar, umbilical, lt lumbar, rt iliac, hypogastric (pubic region), lt iliac  
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RUQ organs   liver, rt kidney, gallbladder, rt hepatic flexure, head of pancreas, duodenum  
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RLQ organs   2/3 of ileum, appendix, ascending colon, ileocecal valve, cecum  
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LUQ organs   spleen, stomach, lt kidney, tail of pancreas, splenic flexure  
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LLQ organs   sigmoid, descending colon, 2/3 jejunum  
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Where can you see the intervertebral foramen on a lumbar?   lateral view, side closest  
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where can you see the articular facets of the thoracic spine?   oblique 70 degrees, PO away and AO closest  
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Intervertebral Disc Space of Cervical   AP and lateral  
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Intervertebral foramen of cervical spine   oblique 45 degrees, PO away and AO closest  
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intervertebral disc space of lumbar spine   AP and lateral  
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articular facets cervical spine   lateral (closest side)  
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intervertebral foramen of thoracic spine   lateral (closest side)  
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articular facets of lumbar spine   oblique 45 degree, PO closest and AO away  
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Hypersthenic body habitus   5%, body large and heavy, bony framework thick short and wide, lungs and heart high, stomach transverse, colon/large bowel peripheral, gallbladder high and lateral  
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Asthenic body habitus   10%, body slender and light, bony framework delicate, thorax long and narrow, stomach very low and long (fish hook), colon low medial, gallbladder low and medial  
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Sthenic   50%, build average and athletic, similar to hypersthenic but modified by elongation of the abdomen and thorax  
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Hyposthenic   35% slighter and less robust, stomach intestines and gallbladder situated higher in the abdomen than asthenic  
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Condyle   rounded process for attachment  
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coracoid   a break like process  
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coronoid   a crown like process  
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epicondyle   smaller projection superior to a condyle  
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malleolus   a club shaped process  
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trochanter   a very large rounded process for attachment  
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tubercle   a small rounded process for attachment  
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tuberosity   a large rounded process for attachment  
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antrum   a nearly enclosed cavity  
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fossa   a shallow depression for articulation  
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fovea   a ditch or cup-like depression, usually for attachment  
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Carpals Bones   scaphoid, lunate, triquetrum, pisiform, trapezium, trapezoid, capitate, hamate  
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Rotator cuff muscles   supraspinatus, infraspinatus, teres minor, deltoid, subscapularis  
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Tarsal Bones   calcaneus, talus, navicular, cuboid, first/medial cuneiform, second/intermediate cuneiform, third/lateral cuneiform  
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subcapital hip fx   common, inferior to femoral head  
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transcervical hip fx   across the femoral neck  
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basicervical hip fx   at the base of femoral neck  
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intertrochanteric hip fx   between the trochanters  
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decrease in exposure factors   arthritis, ewing sarcoma, osteomalacia, osteoporosis, rickets, thalassemia  
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increase in exposure factors   acromegaly, chronic gout, multiple myeloma, osteochondroma, osteopetrosis, paget disease  
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linear fx   a skull fx, straight and sharply defined  
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depressed fx   a comminuted skull fx, with one or more portions pushed inward  
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hangman fx   fx of C2 with anterior subluxation of C2 on C3; result of forceful hyperextension  
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compression fx   especially of spongy (cancellous) bone; diminished thickness or width as a result of compression type force  
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blowout fx   fx of the orbital floor as a result of a direct blow  
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salivary glands and their ducts   parotid: stenson duct; submandibular: wharton duct; sublingual: bartholin duct  
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GI tract tissue layers   inner to outer: mucosa, submucosa, muscular, serosa  
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References   Schmuck, H. (2023). RADT465 Unit 3 Radiographic Procedures Worksheet (Unpublished course reference). University of Southern Indiana, Evansville, IN.  
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References   Saia, D.A. (2018). General Procedural Considerations. In S. Barnes, C. M. Thomas (Eds.), Radiography Prep (9th ed., pp. 85-96).Chicago, IL: McGraw-Hill Education.  
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References   Saia, D.A. (2018). Anatomy, Positioning, and Pathology. In S. Barnes, C. M. Thomas (Eds.), Radiography Prep (9th ed., pp. 101-96-219).Chicago, IL: McGraw-Hill Education.  
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