US-13 Infant Hip Sonography Training Phantom

  • US-13 Infant Hip Sonography Training Phantom
new release

Deskripsi

The best tool to teach Graf's method



Fitur

1. World exclusive training model for hip sonography
2. Full body manikin of 6-week-old infant
3. Bilateral hip for examination
4. Key landmarks that can be recognized under ultrasound include:
chondro-osseous junction(bony part of femoral neck), femoral head, synovial fold, joint capsule, labrum, hyaline cartilage preformed acetabular roof, body part of acetabular roof, body rim(check list 1), lowe limb of os ilium, correct plane, labrum(check list 2)
5. Facilitate anatomical understanding



Hip sonography in newborns and infants can promote early detection and timely treatment of developmental dysplasia (DDH) and correct diagnosis saves patients from possible trouble and operation in the future. This is the world's first trainig phantom with ultrasound anatomy of a 6-week-old infant and it expands training opportunities for pediatricians, radiologists and orthopedists. Before working on real infants, trainees can repetitively practice on this phantom to become familiar with the examination procedures and key points. Using real ultrasound devices, trainees can learn key ultrasound landmarks to identify standard plane for Graf's classification. This is a foundation to acquire skills in handling and positioning of the baby as well as correct positioning of the transducer. The life-size full body manikin has soft limbs that allows for realistic training in supporting and changing the position of the infant while interacting with his/her guardian.


Anatomi

Spesifikasi

Set Includes:

  • 1 ultrasound infant phantom
  • instruction manual

Specifications:

phantom size: approx.W24xD13xH55cm/W9.4xD5.1xH21inch

weight: approx. 3.1kg/6.1lb

*Specifications are subject to change.

Keterampilan Pelatihan

  • Setting and preparation for hip sonography
  • Changing the position of the infant
  • Communication and interaction with the infant's guardian
  • Correct positioning and use of transducer
  • Recognition of ultrasound landmarks for hip sonography
  • Visualization of standard, anterior and posterior planes
  • Interpretation and morphological classification of the sonogram