Small Animal Pelvic Limb

Slides:

Advertisements

Similar presentations

First Year Anatomy Nicholas Urbanek, BVMS, MRCVS

Advertisements

Copyright © 2012 Wolters Kluwer Health | Lippincott Williams & Wilkins Chapter 5: Lower Limb.

Sports Medicine Class Mr. Steve Gross The Master of all Knowledge

Interactive Case Tutorial.  Review the history and signalment for the client  Evaluate the radiographs provided  Explore the interactive images and.

HOW DO WE DIAGNOSE LAMENESS IN YOUR HORSE ?

SESSION SPONSORED BY Session Sponsored By:.

Acute Care Lab Spring ‘10.  Adduction ◦ Move toward the midline of the body (medial)  ABduction ◦ Move away from the midline of the body (lateral) 

Lower limb. Consists of thigh, leg, ankle and foot.

Hip and Pelvis Ms. Bowman.

Small Animal Pelvis and Hind Limb

Chapter 7 Knee Patella. Knee Joint Distal Femur Proximal Tibia Patella.

Part 4 Anatomies of the Lower Limbs The knee, Thigh, Hip and Groin

Human Osteology ASA Bio 2014 Williams.

Interactive Case Tutorial.  Review the history and signalment for the client  Evaluate the radiographs provided  Explore the interactive images and.

Chapter 18: The Knee.

Radiographic technique of Femur, knee joint, patella and leg

1 Dr Mohamed El Safwany, MD. Intended Learning Outcome 2 The student should be able to recognize technological principles of radiographic lower limb.

LOWER LIMB Chapter 7. Pelvic (hip) Girdle Attaches the lower limb to the axial skeleton Secured to the axial skeleton with the strongest ligaments in.

The Lower Limbs.  Histology of Bone Tissue  Bone Function and Structure  Bone Growth & Development  Joints  The Axial Skeleton  The Pectoral Girdle.

Skeletal System Gross Anatomy II

BONES OF THE FOOT AND ANKLE. 14 Phalanges Distal, middle and proximal phalanges toes(2-5) Great toe (1) Only has Proximal and Distal phalanges

Radiographic technique of Ankle, Toes, foot and Calcaneus

Muscles of the lower leg. Muscles to know for practical 2/25 PeroneusGastrocnemiusBiceps femorisSemimembranosus Achille’s tendonFlexor digitorum longisGracillisTensor.

Large Animal Radiography Chapter 19 Radiology. Introduction Large animal radiography requires patience and time. Radiography of large animals must be.

Lecture (18). Femur Basic Projections AP Lateral AP femur Exposure Factors KvmAsFFD (cm)GridFocusCassette 75/8010/20100Yes / NoBroad35 x 43 cm Patient.

Shua Darwish Almutawa MI. Emergency radiography Clinical pathology: Fractures Dislocation Pelvis Hip and femur Knee joint Leg and ankle.

Lecture (17 ). knee joint ( Tunnel view for intercondylar fossa) Patient Position  Kneeling on radiographic table side elevated  Affected knee flexed.

Radiographic technique of Pelvis, hip joint and sacroiliac joint 5 th presentation.

Chapter 7 Hip and Pelvis. Pelvis Consists of: 2 hip bones Ilium Pubis Ischium Sacrum Coccyx ______________ 2 hip bones Acetabulum.

Small Animal Soft Tissue Radiology Chapter 17. Introduction ► Soft Tissue describes areas of the body that surround the skeletal structures.  Visualization.

Lecture (13). Toes Basic Projections AP Oblique AP Toes Exposure Factors KvmAsFFD (cm)GridFocusCassette NoFine 24 x 30 cm Patient position  Supine.

Small Animal Forelimb Ch. 13. Scapula  Two methods of radiographing the Scapula exists. 1. With the scapula placed dorsal to the vertebral column 1.

Chapter 6 Knee. Knee Joint Distal Femur Proximal Tib/Fib Patella.

Chapter 6/7 Tibia and Fibula Distal Femur. Proximal Tibia Condyle Medial Lateral Intercondylar Eminence Tibial Plateau Tibial Tuberosity Anterior Crest.

Three-Dimensional Mechanics, Kinematics, and Morphology of the Knee Viewed in Virtual Reality by Donald G. Eckhoff, Joel M. Bach, Victor M. Spitzer, Karl.

AVIAN AND EXOTIC RADIOGRAPHY

What are they? These terms are used to explain where parts of the body are in relation to others.

SMALL ANIMAL FORELIMB CHAPTER 20 Brown: Lavin’s Radiography for Veterinary Technicians Copyright © 2014, 2007, 2003, 1999, 1994 by Saunders, an imprint.

SMALL ANIMAL PELVIS AND PELVIC LIMB Chapter 21

Knee mobilization with movement for flexion. A

Knee Joint Assessment By : Fahad Iftikhar DPT.

Knee Ms. Bowman.

Radiographic Concerns: Forelimb

Appendicular Skeleton and Joints

Appendicular Skeleton and Joints

Small Animal Spine Chapter 16.

Axial and Appendicular Skeletons

HOW DO WE DIAGNOSE LAMENESS IN YOUR HORSE ?

The Thigh The femur is the longest, heaviest, and strongest bone in the thigh, and in the entire body. Proximally, the head articulates with the acetabulum.

Small Animal Forelimb Chapter 20.

Small Animal Pelvis Imaging

Small Animal Forelimb RVT: Chapter 20.

pelviclimb Group 3 Hajar suhaila affrin Azlin Aliya Ros zulaikha Hanim

The appendicular Skeleton

The Muscular System Movements

Lower Limb Regions Hip Knee Ankle Foot.

Lower Leg Muscles Tiana Perry.

BONES OF THE FOOT AND ANKLE

Skull, Spine and Limbs.

Set 8 Muscles Lower Leg.

Chapter 5 The Skeletal System

Presentation transcript:

Small Animal Pelvic Limb Lavin: Chapter 21 continued

Femur – Standard Views Mediolateral Craniocaudal

Femur: Mediolateral View Positioning: Flex unaffected limb & pull back Extend affected limb & secure Ensure full limb is in view Femoral head towards cathode Do you know why? Measure at center of femur

Femur: Mediolateral View

Femur: Craniocaudal View Positioning: Dorsal recumbency Use a trough, if possible Rotate both femurs medially Patellae on top Tape femurs proximal to stifle Complete extension Measure femur only

Stifle – Standard Views Mediolateral Caudocranial http://todaysveterinarypractice.navc.com/imaging-essentials-small-animal-radiography-stifle-joint-and-crus/

Stifle: Mediolateral View

Stifle: Mediolateral View Contralateral limb

Stifle: Caudocranial View Positioning: Sternal recumbency Unaffected limb flexed near body Affected limb rests on patella Raising unaffected limb may help Rotation is ok

Stifle: Skyline View Used to evaluate the patella and trochlear groove Affected limb is flexed, next to abdomen Weight rests on tibia Femur is perpendicular to cassette

Tibia & Fibula – Standard Views Mediolateral Caudocranial

Tibia & Fibula – Mediolateral View

Tibia & Fibula – Caudocranial View

Tibia & Fibula

Tarsus & Foot – Mediolateral View

Tarsus & Foot – Plantarodorsal