Help
Options
Question
Scottie dog appears only in which section of the spine?
click to flip
Didn't know it?
click below
click below
Knew it?
click below
click below
Don't know
Question
The EAR of Scottie dog is the?
Remaining cards (125)
Know
retry
shuffle
restart
0:00
Embed Code - If you would like this activity on your web page, copy the script below and paste it into your web page.
Normal Size Small Size show me how
Normal Size Small Size show me how
RADT465: Positioning
ARRT registry review covering positioning content
| Question | Answer |
|---|---|
| Scottie dog appears only in which section of the spine? | L-Spine ONLY (Topographic Landmarks Worksheet, 2021) |
| The EAR of Scottie dog is the? | Superior Articular Facet (Topographic Landmarks Worksheet, 2021) |
| The FOOT of Scottie dog is the? | Inferior Articular Facet (Topographic Landmarks Worksheet, 2021) |
| The NECK of Scottie dog is the? | Pars Interarticularis (Topographic Landmarks Worksheet, 2021) |
| The EYE of Scottie dog is the? | Pedicle (Topographic Landmarks Worksheet, 2021) |
| The NOSE of Scottie dog is the? | Transverse Process (Topographic Landmarks Worksheet, 2021) |
| Scottie's nose points the way the patient is laying? | Yes, right is left and left is right (Topographic Landmarks Worksheet, 2021) |
| Name the organs in the RUQ | Gallbladder Liver Hepatic Flexure Duodenum Head of Pancreas Rt. Kidney (Topographic Landmarks Worksheet, 2021) |
| Name the organs in the RLQ | Ascending colon Appendix Cecum Part of ilium (2/3) Iliosecal valve (Topographic Landmarks Worksheet, 2021) |
| Name the organs in the LUQ | Spleen Most of Stomach Splenic Flexure Tail of Pancreas Lt. Kidney (Topographic Landmarks Worksheet, 2021) |
| Name the organs in the LLQ | Descending colon Sigmoid colon (2/3) jejunum (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the intervertebral disk spaces in the C & T spine? | AP (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the intervertebral disk spaces in the Lumbar spine? | Lateral (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the articular facets in the C-spine? | Lateral (closest side) (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the articular facets in the T-spine? | Oblique 70 degrees (20 degrees from lateral) PO-away AO-closest (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the articular facets in the L-spine? | Oblique 45 degrees PO-closest A0-away (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the intervertebral foramen in the C-spine? | Oblique 45 degrees RPO- Left open LPO- Right open away side open (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the intervertebral foramen in the T-spine? | Lateral side closest (Topographic Landmarks Worksheet, 2021) |
| Which position best displays the intervertebral foramen in the L-spine? | Lateral side closest (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Abscess | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Acromeagly | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Active Osteomyelitis | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Aerophagia | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Anorexia Nervosa | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Aortic Aneurysm | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Ascites | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Aseptic Necrosis | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Atelectasis | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Atrophy | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Bowel Obstruction | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Bronchiectasis | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Calcified Stones | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Carcinoma | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Cardiomegaly | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Chronic Osteomyelitis | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Cirrhosis | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Congestive Heart Failure | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Degenerative Arthritis | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Edema | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Emaciation | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Emphysema (trapped air) | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Empyema | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Fibrosarcoma | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Gout | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Hydrocephalus | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Hyperparathyroidism | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Multiple Myeloma | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Osteochondroma | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Osteolytic Metastases | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Osteomalacia | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Osteoporosis | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Paget's Disease | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Pleural Effusion | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Pneumoconiosis | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Pneumonectomy | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Pneumonia | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Pneumothorax | - (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Sclerosis | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Tuberculosis | + (Topographic Landmarks Worksheet, 2021) |
| Additive or Destructive pathology: Tumors | + (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in an Upright PA? | Relative position of stomach *air in fundus (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in an Upright Left Lateral? | Left retrogastric space *air in fundus (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in a Recumbent PA? | Entire stomach and duodenal loop *air in fundus (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in a Recumbent RAO? | Pyloric Canal/duodenal bulb *air in fundus (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in a Recumbent Right Lateral? | Right retrogastric space; duodenal-junal junction *air in fundus (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in a Recumbent AP? | Barium filled fundus; air in body and the pylorus portion (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in a Recumbent LPO? | Barium filled fundus, unobstructed views of duodenal bulb *air filled pylorus (Topographic Landmarks Worksheet, 2021) |
| For an Upper GI, what structure is shown in a Recumbent AP in a 25-30 degree Trendelenburg Position? | Used to show hiatal hernia (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a Operative Cholangiogram? | Hepatic/Biliary Ducts (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a T-tube Cholangiogram? | Degree of patency of Biliary ducts (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a Cardiovascular Studies? | Degree of patency of vessels (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a Venogram? | Patency and extent of disease of vessels (DVT) (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a Myelogram? | Patency of Spinal column (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a Cystogram? | Bladder (VCUG=Functional Study) (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a Retrograde Urography? | Pelvicalyceal and ureter system (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a Arthrogram? | Synovial joint spaces (Topographic Landmarks Worksheet, 2021) |
| What is demonstrated in a AP Axial (Reverse Caldwell)? | Petrous pyramids lying in the lower third of orbits Orbits are magnified (Headwork Worksheet, 2021) |
| What is demonstrated in a AP Axial (Townes)? | Symmetric image of the petrous pyramids Dorsum sell and posterior clinoid processes projected within the foramen magnum (Headwork Worksheet, 2021) |
| What is demonstrated in a SMV (Schuller) | Symmetric images of the petrosae the mastoid processes the foramina oval and spinous the carotid canals the sphenoidal and ethmoidal sinuses the mandible the bony nasal septum (Headwork Worksheet, 2021) |
| What is demonstrated in a AP skull? | Orbits are magnified Orbits filled by the margins of the petrous pyramids (Headwork Worksheet, 2021) |
| What is demonstrated in a PA skull? | Orbits filled by the margins of the petrous pyramids (Headwork Worksheet, 2021) |
| What is demonstrated in a PA Axial (Haas/Reverse Townes)? | Occipital region of the cranium and shows a symmetric image of the petrous pyramids and the dorm sellae and the posterior clinoid processes within the foramen magnum (more distortion) (Headwork Worksheet, 2021) |
| What is demonstrated in a PA Axial (Caldwell)? | Petrous pyramids are projected into the lower third of the orbits, anterior ethmoidal air cells (Headwork Worksheet, 2021) |
| What is demonstrated in a Lateral skull? | Shows detail of side adjacent of IR (Headwork Worksheet, 2021) |
| What is demonstrated in a Upright/CTL Lateral skull? | Will show adjacent side of IR and AIR FLUID LEVELS (Headwork Worksheet, 2021) |
| Hypersthenic body habitus occurs in what % of population? | 5% (Radiography Prep, pg. 86) |
| Asthenic body habitus occurs in what % of population? | 10% (Radiography Prep, pg. 86) |
| Sthenic body habitus occurs in what % of population? | 50% (Radiography Prep, pg. 86) |
| Hyposthenic body habitus occurs in what % of population? | 35% (Radiography Prep, pg. 86) |
| What are the functions of the skeletal system? | Support Reservoir for minerals Muscle attachment/movement Protection Hematopoiesis (Radiography Prep, pg. 102) |
| What are the 7 diarthrotic joints? | Gliding (plane) Ball and socket (spheroid) Pivot (trochoid) Condyloid (ellipsoid) Hinge (ginglymus) Saddle (Sellar) Bicondylar (biaxial) (Radiography Prep, pg. 103) |
| What is the appendicular skeleton comprised of? | Limbs (appendages or extremities), arms, legs, shoulder and pelvic girdles. (Radiography Prep, pg. 104) |
| What is the axial skeleton comprised of? | Facial and cranial bones of the skull 5 sections of the vertebral column Sternum Ribs of the thorax (Radiography Prep, pg. 146) |
| State the saying to identify the carpal bones of the wrist | Some lovers try positions that they can't handle -Scaphoid -Lunate -Triquetrum -Pisiform -Trapezium -Trapezoid -Capitate -Hamate Lateral to medial when reading!! (Radiography Prep, pg. 108) |
| State the saying to identify the tarsal bones of the foot | Tiger Cub needs MILC Talus Calcaneus Medial Cuneiform Intermediate Cuneiform Lateral Cuneiform Cuboid (Radiography Prep, pg. 122) |
| Describe the male pelvis | Narrower, more vertical Deeper from anterior to posterior (Radiography Prep, pg. 131) Pubic angle less than 90 degrees (Radiography Prep, pg. 131) |
| Describe the female pelvis | Wider, more angled toward horizontal Shallower from anterior to posterior (Radiography Prep, pg. 131) Pubic angle greater than 90 degrees Pelvic inlet larger and rounder (Radiography Prep, pg. 131) |
| Describe this fracture: Simple | An undisplaced fx (Radiography Prep, pg. 143) |
| Describe this fracture: Displaced | Fx ends of the bone are out of alignment (Radiography Prep, pg. 143) |
| Describe this fracture: Compound | Fx ends of bones has penetrated the skin (open fx) (Radiography Prep, pg. 143) |
| Describe this fracture: Incomplete | Fx doesn't traverse the entire bone; little or no displacement (Radiography Prep, pg. 143) |
| Describe this fracture: Greenstick | Break of cortex only on one side of bone; found in infants and children (Radiography Prep, pg. 143) |
| Describe this fracture: Torus/buckle | Greenstick fx with one cortex buckled/compacted and the other intact (Radiography Prep, pg. 143) |
| Describe this fracture: Stress/fatigue | Response to repeated strong, powerful force (jogging, marching, etc) (Radiography Prep, pg. 143) |
| Describe this fracture: Avulsion | Small bony fragment pulled from bony prominence as a result of forceful pull of the attached ligament or tendon (chip fx) (Radiography Prep, pg. 143) |
| Describe this fracture: Hairline | Faint undisplayed fx (Radiography Prep, pg. 143) |
| Describe this fracture: Comminuted | One fx composed of several fragments (Radiography Prep, pg. 143) |
| Describe this fracture: Butterfly | Comminuted fx with one or more wedge or butterfly wing shaped pieces (Radiography Prep, pg. 143) |
| Describe this fracture: Spiral | Long fx encircling a shaft; result of torsion (Radiography Prep, pg. 143) |
| Describe this fracture: Oblique | Longitudinal fx forming an angle (~45 degrees) with the long axis of the shaft (Radiography Prep, pg. 143) |
| Describe this fracture:Transverse | Fx occurring at right angles to the long axis of the bone (Radiography Prep, pg. 145) |
| Describe this fracture: Boxer | Fx neck of 4th or 5th metacarpal (Radiography Prep, pg. 145) |
| Describe this fracture: Montegglia | Fx proximal third of the ulnar shaft with anterior dislocation of the radial head (Radiography Prep, pg. 145) |
| Describe this fracture: Colles | Transverse fx of the distal third of the radius with posterior angulation and associated avulsion fx of the ulnar styloid process (Radiography Prep, pg. 145) |
| Describe this fracture: Trimalleolar | Fx lateral malleolus, fx medial malleolus on medial and posterior surfaces (Radiography Prep, pg. 145) |
| Describe this fracture: Jones | Fx base of 5th metatarsal (Radiography Prep, pg. 145) |
| Describe this fracture: Potts | Fx distal tibia and fibula with dislocation of the ankle joint (Radiography Prep, pg. 145) |
| Describe this fracture: Pathologic | Fx of the bone weakened by pathological condition (Radiography Prep, pg. 145) |
| The petrous pyramids and MSP form what angle on a Mesocephalic head? | 47 degrees (Radiography Prep, pg. 161) |
| The petrous pyramids and MSP form what angle on a Brachycephalic head | 54 degrees (Radiography Prep, pg. 161) |
| The petrous pyramids and MSP form what angle on a Chocephalic head? | 40 degrees (Radiography Prep, pg. 161) |
| List the 7 cranial bones and their quantity | Frontal 1 Parietal 2 Temporal 2 Occipital 1 Ethmoid 1 Sphenoid 1 (Radiography Prep, pg. 163) |
| List the 14 facial bones and their quantity | 2 nasal 2 lacrimal 2 palatine 2 inferior nasal conchae 2 zygomatic 2 maxillae 1 vomer 1 mandible (Radiography Prep, pg. 165) |
| List the parts of the stomach | Fundus Body Pylorus (Radiography Prep, pg. 192) |
| List the parts of the small intestine | Duodenum Jejunum Ileum (Radiography Prep, pg. 192) |
| List the parts of the large intestine | Cecum Ascending colon Transverse colon Descending colon Sigmoid colon Rectum (Radiography Prep, pg. 193) |
Created by:
jeabell
Popular Radiology sets