RADT 465 Procedures Word Scramble
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| Question | Answer |
| Build is average and athletic | Sthnic 50% Pg. 78 |
| Level of the thyroid cartilage | C5 Pg. 84 |
| Nearer the point of attachment | Proximal Pg.84 |
| Movement of a limb that produces a circular motion | Circumduction Pg. 85 |
| Extreme body types | Hypersthenic and Asthenic Pg. 78 |
| More average body types | Sthenic and Hyposthenic Pg. 78 |
| The relationship between the midsagittal and midcoronal plane? | Perpendicular Pg. 90 |
| Plane that passes vertically through the body dividing it into left and right halves is? | Midsagittal Plane Pg. 90 |
| When the patient is recumbent and head is positioned at a level lower than the feet, the patient is said to be in the? | Trendelenburg position Pg. 90 |
| Best way to control voluntary motion? | Careful explanation Pg. 90 |
| Large rounded process for attachment | Tuberosity Pg. 93 |
| A narrow slit | Fissure Pg. 94 |
| Functions of the skeletal system | Support, protection, hematopoiesis, muscle attachment & reservoir for minerals. Pg. 94 |
| Bone tissue types | Cortical (hard & compact) and Cancellous (spongy) Pg. 94 |
| The simplest motion, least movement, smooth/sliding motion | Gliding (plane) Pg.95 |
| Permits flexion and extension | Hinge (ginglymus) Pg. 95 |
| Carpal bones. Proximal Row. Lateral to Medial | Scaphoid, lunate, triquetrum and pisiform Pg. 100 |
| Carpal bones. Distal Row. Lateral to Medial | Trapezium, trapezoid, capitate and hamate Pg. 100 |
| ASIS | Anterior superior iliac spine Pg. 105 |
| CMC | Carpometacarpal joint Pg. 105 |
| MCP | Metacarpophalangeal Joint Pg. 105 |
| Hip fracture classification: Subcapital | Common. Inferior to femoral head. Pg. 120 |
| Normal male pelvis | Narrow, deeper, pubic angle less than 90 degrees. Pg. 123 |
| Normal female pelvis | Wider, shallower, pubic angle greater than 90 degrees. Pg. 123 |
| Decrease in exposure factors | Arthritis, Ewing Sarcoma, Osteomalacia, Osteoporosis, Rickets, Thalassemia Pg. 135 |
| Increase in exposure factors | Acromegaly, Chronic gout, Multiple Myeloma, Osteochondroma, Osteopetrosis, Pagets Disease Pg. 135 |
| How many cranial bones are there? | 8 Pg. 155 |
| Names of the cranial bones | Frontal, parietal, temporal, occipital, ethmoid and sphenoid Pg. 155 |
| A skull fracture that is straight and sharply defined | Linear fracture Pg. 156 |
| Fracture of C2 with anterior subluxation of C2 on C3. Result of forceful hyper-tension | Hangman Fracture Pg. 156 |
| Fracture of the orbital floor as a result of a direct blow | Blowout Fracture Pg. 156 |
| How many facial bones are there? | 24 Pg. 157 |
| Names of the facial bones | Nasal, lacrimal, palatine, inferior nasal conchae, zygomatic, maxillae, vomer and mandible Pg. 157 |
| The divisions of the pharynx | Nasopharynx, Oropharynx and Laryngopharynx Pg. 173 |
| An apron of fat over the transverse colon and small bowel | Greater Omentum Pg. 181 |
| This binds the jejunum and ileum to the posterior abdominal wall. Fan-shaped. | Mesentery Pg. 181 |
| This suspends stomach and duodenum from the liver. Contains some biliary vessels. | Lesser Omentum Pg. 181 |
| Salivary Glands | Parotid, submandibular, and sublingual Pg. 184 |
| Three parts of the stomach | Fundus, body, and pylorus Pg. 184 |
| Parts of the small intestine | Duodenum, Jejunum, and ileum Pg. 185 |
| Parts of the large intestine | Cecum, ascending colon, transverse colon, descending colon, sigmoid colon, and rectum Pg. 185 |
| How long is the large intestine? | 5 ft Pg. 185 |
| Unoxygenated blood from the right side of the heart is directed to the lungs for oxygenation, then to the left side of the heart. | Pulmonary Circulation Pg. 208 |
| Oxygenated blood from the left side of the heart is pumped to the body tissues then back to the right side of the heart. | Systemic Circulation Pg. 208 |
| A Colles fracture involves | Transverse fracture of distal radius. Posterior and outward displacement of the hand. Chip fracture of the ulnar stolid process. Pg. 213 |
| Which best demonstrates the cuboid, sinus tarsi, and tuberosity of the fifth metatarsal? | Medial Oblique Foot Pg. 213 |
| The left sacroiliac joint is placed perpendicular to the IR when patient is placed | 25-30 degrees RPO position Pg. 213 |
| Proximal tibiofibular articulation is best demonstrated in what position? | Medial Oblique Pg. 213 |
| Scapular Y projection of shoulder demonstrates | Anterior or posterior dislocation. An oblique projection of the shoulder. Pg. 214 |
| AP projection of the coccyx requires that the central ray be directed | 2 inches above the pubis symphysis Pg. 214 |
| To demonstrate undistorted air/fluid levels the CR must always be directed | Parallel with the floor Pg. 214 |
| Thoracic vertebrae are unique in that they participate in the following articulations | Costovertebral and costotransverse Pg. 214 |
| The paranasal sinuses is composed of many thin walled air cells? | Ethmoid Pg. 215 |
| Intervertebral joints of the thoracic spine are demonstrated with the | Midsagittal plane parallel to the IR Pg. 215 |
| Which are subject to a blowout fracture | Orbital floor Pg. 215 |
| Blunting of the costophrenic angles seen on a PA projection of the chest can be an indication of? | Pleural Effusion Pg. 215 |
| Characterized by flattening of the diaphragm | Emphysema Pg. 215 |
| Inspiration and expiration projections of the chest may be performed to demonstrate | Pneumothorax and presence of a foreign body Pg. 215 |
| During IV urography, the prone position is generally recommended to demonstrate | Filling of obstructed ureters, The renal pelvis. Pg. 216 |
| Relationship between the esophagus and trachea? | Esophagus is posterior to the trachea. Pg. 216 |
| The usual preparation for an upper GI series | NPO after midnight. Pg. 216 |
| Position that is frequently used to project the GB away from the vertebrae in the asthenic patient? | LAO Pg. 217 |
| Common mild side effects of intravenous administration of water-soluble iodinated contrast agents includes | Flushed feeling and bitter taste. Pg. 217 |
| Hysterosalpingograms may be performed for which reason? | Demonstration of fistulous tracts. Investigation of infertility. Demonstration of tubal patency. Pg. 217 |
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