Workbook for Radiographic Image Analysis

Höfundar: Kathy McQuillen Martensen; Stephanie Harris (Útgáfa: 6)
Workbook for Radiographic Image Analysis

Kaup valmöguleikar

Review, practice, and apply concepts of digital imaging and positioning! With chapters corresponding to the chapters in Radiographic Image Analysis, 6th Edition, this practical workbook provides projections and questions to help you hone your imaging and evaluation skills. Exercises for each procedure ask you to correct positioning errors, practice critical thinking, and solve positioning challenges.

Adding evaluation images beyond those in the main text, this workbook helps you prepare for success on the ARRT® certification examination and in radiography practice. Positioning and technique exercises help with knowledge retention and prepare you for success in radiography practice. Study questions for each procedure focus on how the patient should be positioned to obtain an accurately positioned projection, and help you prepare for the ARRT® certification examination.

Poorly positioned projections not included in the textbook focus on each topic and procedure, and ask you to find the cause of the problem. Questions on improperly positioned projections ask you to evaluate the image and make adjustments when the images are suboptimal. Answer key to the study questions may be found on the Evolve website for Radiographic Image Analysis, under student resources. NEW! Updated content reflects the changes and new information in the 6th edition of Radiographic Image Analysis.

Nánar um bókina

Útgefandi
Elsevier Limited (UK)
ISBN
9780323934503
Print ISBN
9780323930680
Format
ePub
Útgáfa
6
Höfundar
Kathy McQuillen Martensen; Stephanie Harris
Tungumál
English
Útgefið
2023-11-04
Prent takmörkun á líftíma
10

Kaflar

  • Workbook for Radiographic Image Analysis
  • Cover
  • Front matter
  • Workbook for Radiographic Image Analysis
  • Table of Contents
  • Inside front cover
  • Copyright
  • Preface
  • Student guidelines
  • Contents
  • List of Illustrations
  • 1 : Guidelines for image analysis
  • Study questions
  • 2 : Visibility of details
  • Study questions
  • 3 : Image analysis of the chest and abdomen
  • Study questions
  • PA projection
  • Lateral projection
  • AP projection (supine or with mobile x-ray unit)
  • AP or PA projection (right or left lateral decubitus position)
  • AP axial projection (lordotic position)
  • Pediatric chest
  • Neonate and infant: AP projection (supine or with mobile x-ray unit)
  • Child: PA and AP projections
  • Neonate and infant: Cross-table lateral projection (left lateral position)
  • Child: Lateral projection (left lateral position)
  • Neonate and infant: AP projection (right or left lateral decubitus projection)
  • Child chest: AP or PA projection (right or left lateral decubitus position)
  • Abdomen study questions
  • AP projection (supine and upright)
  • AP projection (left lateral decubitus position)
  • Neonate and infant: AP projection
  • Child: AP projection
  • Neonate and infant: AP projection (left lateral decubitus position)
  • Child: AP projection (left lateral decubitus position)
  • 4 : Image analysis of the upper extremity
  • Study questions
  • Finger: PA projection
  • Finger: PA oblique projection
  • Finger: Lateral projection
  • Thumb: AP projection
  • Thumb: Lateral projections
  • Thumb: PA oblique projection
  • Hand: PA projection
  • Hand: PA oblique projection
  • Hand: Lateral “fan” projection (lateromedial)
  • Wrist: PA projection
  • Wrist: PA oblique projection
  • Wrist: Lateral projection (lateromedial)
  • Wrist: Ulnar deviation, PA axial projection (scaphoid)
  • Wrist: Carpal canal (tunnel) (tangential, inferosuperior projection)
  • Forearm: AP projection
  • Forearm: Lateral projection (lateromedial)
  • Elbow: AP projection
  • Elbow: AP oblique projections (internal and external rotation)
  • Elbow: Lateral projection (lateromedial)
  • Elbow: Axiolateral projection (Coyle method)
  • Humerus: AP projection
  • Humerus: Lateral projection
  • 5 : Image analysis of the shoulder
  • Study questions
  • Shoulder: AP projection
  • Shoulder: Inferosuperior axial projection
  • Shoulder: AP oblique projection (Grashey method)
  • Shoulder: PA oblique projection (scapular Y)
  • Proximal humerus: AP axial projection (Stryker “notch” method)
  • Supraspinatus “outlet”: Tangential projection (Neer method)
  • Clavicle: AP projection
  • Clavicle: AP axial projection (lordotic position)
  • AC joint: AP projection
  • Scapula: AP projection
  • Scapula: Lateral projection (lateromedial or mediolateral)
  • 6 : Image analysis of the lower extremity
  • Study questions
  • Toe: AP axial projection
  • Toe: AP oblique projection
  • Toe: Lateral projection
  • Foot: AP axial projection (dorsoplantar projection)
  • Foot: AP oblique projection (medial rotation)
  • Foot: Lateral projection (mediolateral and lateromedial)
  • Calcaneus: Axial projection (plantodorsal)
  • Calcaneus: Lateral projection (mediolateral)
  • Ankle: AP projection
  • Ankle: AP oblique projection (medial rotation)
  • Ankle: Lateral projection (mediolateral)
  • Lower leg: AP projection
  • Lower leg: Lateral projection (mediolateral)
  • Knee: AP projection
  • Knee: AP oblique projection (medial and lateral rotation)
  • Knee: Lateral projection (mediolateral)
  • Intercondylar fossa: PA axial projection (Holmblad method)
  • Intercondylar fossa: AP axial projection (Béclere method)
  • Patella and patellofemoral joint: Tangential projection (Merchant method)
  • Femur: AP projection
  • Femur: Lateral projection (mediolateral)
  • 7 : Image analysis of the hip and pelvis
  • Study questions
  • Pelvis: AP projection
  • Pelvis: AP frogleg projection (modified Cleaves method)
  • Pelvis (acetabulum) AP oblique projection (Judet method)
  • Pelvis (anterior pelvic bones): AP axial outlet projection (Taylor method)
  • Pelvis (anterior pelvic bones): Superoinferior axial inlet projection (Bridgeman method)
  • Hip: AP projection
  • Hip: AP frogleg projection (modified Cleaves method)
  • Hip: Axiolateral (inferosuperior) projection (Danelius-Miller method)
  • Sacroiliac joints: AP axial projection
  • Sacroiliac joints: AP oblique projection (LPO and RPO positions)
  • 8 : Image analysis of the cervical and thoracic vertebrae
  • Study questions
  • Cervical vertebrae: AP axial projection
  • Cervical atlas and axis: AP projection (open mouth)
  • Cervical vertebrae: Lateral projection
  • Cervical vertebrae: PA/AP axial oblique projection (anterior and posterior oblique positions)
  • Cervicothoracic vertebrae: Lateral projection (Swimmer’s technique)
  • Thoracic vertebrae: AP projection
  • Thoracic vertebrae: Lateral projection
  • 9 : Image analysis of the lumbar vertebrae, sacrum, and coccyx
  • Study questions
  • Lumbar vertebrae: AP projection
  • Lumbar vertebrae: AP oblique projection (RPO and LPO positions)
  • Lumbar vertebrae: Lateral projection
  • L5-S1 lumbosacral junction: Lateral projection
  • Sacrum: AP axial projection
  • Sacrum: Lateral projection
  • Coccyx: AP axial projection
  • Coccyx: Lateral projection
  • 10 : Image analysis of the bony thorax
  • Study questions
  • Sternum: PA oblique projection (RAO position)
  • Sternum: Lateral projection
  • Sternoclavicular (SC) articulations: PA projection
  • Sternoclavicular (SC) articulations: PA oblique projection
  • Ribs: AP or PA projection
  • Ribs: AP oblique projection (RPO and LPO positions)
  • 11 : Image analysis of the cranium
  • Study questions
  • Cranium and mandible: PA or AP projection
  • Cranium, facial bones, and sinuses: PA axial projection (Caldwell method)
  • Cranium and mandible: AP axial projection (Towne method)
  • Cranium, facial bones, nasal bones, and sinuses: Lateral projection
  • Cranium, mandible, and sinuses: Submentovertex (SMV) projection (Schueller method)
  • Facial bones and sinuses: Parietoacanthial and acanthioparietal projection (Waters and open-mouth waters methods)
  • Study question answers
  • Chapter 01 : Guidelines for image analysis
  • Chapter 02 : Visibility of details
  • Chapter 03 : Image analysis of the chest and abdomen
  • Chapter 04 : Image analysis of the upper extremity
  • Chapter 05 : Image analysis of the shoulder
  • Chapter 06 : Image analysis of the lower extremity
  • Chapter 07 : Image analysis of the hip and pelvis
  • Chapter 08 : Image analysis of the cervical and thoracic vertebrae
  • Chapter 09 : Image analysis of the lumbar vertebrae, sacrum, and coccyx
  • Chapter 10 : Image analysis of the bony thorax
  • Chapter 11 : Image analysis of the cranium