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Drag the appropriate labels to their respective targets. Reset Help Lamina Superior articular tacet Tranaverse process Pedicle Dens Infernior articular process Spinous proces Body 201 Pen Econ c

You must create two lists on the following topics: The fracture risk model The vertebral fracture assessment Once you have created the lists, you must answer in a paragraph the following question: Compare and contrast the fracture risk model and vertebral fracture assessment.

Tangential projectien 18. Situation: A patient has a routine elbow series performed. The AP projection indicates a possible deformity or fracture of the coronoid process. However, the patient is unable to pronate the upper limb for the AP oblique- medial rotation projection because of an arthritic condition. What other projection could be performed to demonstrate the coronoid process? REVIEW EXERCISE G: Critique Radiographs of the Upper Limb The following questions relate to the radiographs found in this exercise. Evaluate these radiographs for the radiographic cri- teria categories (1 through 5) that follow. Describe the corrections needed to improve the overall image. The major, or "re- peatable," errors are specific errors that indicate the need for a repeat exposure, regardless of the nature of the other errors. A. PA hand (Fig. 4.12) Description of possible error: 1. Anatomy demonstrated: wrist bones, metacornak, phalonges 2. Part positioning: 3. Collimation and central ray: 4.…

EXERCISE 9. REVIEW SHEET The Appendicular Skeleton Name Lab Time/Date Bones of the Pectoral Girdle and Upper Limb 1 Mateh the bone names or markings in the key with the leader lines in the figure. The bones are numbered 1-8. (Some terms may be used more than once.) Key: acromion capitulum carpals clavicle coracoid process coronoid fossa coronoid process of ulna deltoid tuberosity greater tubercle humerus lateral epicondyle medial epicondyle metacarpals phalanges radial tuberosity radius scapula styloid process subscapular fossa trochlea ulna

Lab Activities A. AXIAL SKELETON. 1. The skull. Your instructor will give each group a skull. Some skulls are real (look for chipped bones) while others are plastic models. Make sure you look at both types. Identify the following structures (same ones you already labeled). frontal parietal occipital Cranial Bones temporal sphenoid ethmoid Facial Bones maxilla mandible lacrimal palatine zygomatic nasal vomer 2. What does the term "paranasal" mean? Where are the paranasal sinuses located? 3. What is a sinus? What is its function? What is sinusitis? 4. What is a suture? Find the coronal, sagittal, squamous, and lamboid sutures on the skull. 5. What are fontanels? What is their function? Find fontanels on the fetal skull model. 6. Bone surfaces have a variety of bumps, depressions, canals, pores, depressions and projections. Most of these, called markings, serve as attachment for muscles, or allow nerves or vessels to go through the bone. Find the following examples of bone markings in the…

Open with Google Docs 7) Contains the joint that allows you A B C D Figure 8.1 Using Figure 8.1, match the following: 8) Periosteum. 8) 9) Articular cartilage. 9) 10) Joint (synovial) cavity. 10) 11) Synovial membrane. 11) 12) Fibrous capsule. 12) Page 3 +

er 7 Homework eling Activity: Figure 7.35b Lateral malleolus Tibia Medial condyle Head of fibula Fibula Medial malleolus J1 ©2019 Person Education Copyright © 2022 Pearson Education Inc. All rights reserved. | Terms of Use | Privacy Policy | Permissi 1 P Pearson & 7 k 8 8

abduction adduction amphiarthroses ankle joint atlantoaxial joint atlanto-occipital joint ball-and-socket joint circumduction condylar joint coronal suture dense regular CT depression diarthroses distal radioulnar joint dorsiflexion elevation eversion extension fibrocartilage fibrous joints flexion gomphoses hinge joint hip joint hyaline cartilage hyperextension interosseous membrane inversion knee joint elbow joint lambdoid suture lateral abduction lateral flexion lateral meniscus lateral rotation medial meniscus medial rotation opposition pivot joint plane s joint plantar flexion pronation proximal radioulnar joint protraction reposition retraction saddle joint sagittal suture shoulder joint squamous suture sternoclavical joint supination symphyses synarthroses synchondroses syndesmoses synostoses temporomandibular joint tibial collateral ligament wrist joint     24. ______________ is a movement of trunk that moves the trunk on the frontal plane laterally. 25.…