Schmorls Node Mechanism Endplate Intravertebral Herniation

>> YOUR LINK HERE: ___ http://youtube.com/watch?v=iwElw4XusR8

Endplate disruption modeling with the apophyseal rings of L4 and L5 exposing the dynamic endplate and the disruption that can herniate the nucleus. Check this Human Anatomical design on our website: 👉 https://dynamicdiscdesigns.com 👈 • Schmorl's nodes are a common spinal disc herniation in which the soft tissue of the intervertebral disc bulges out into the adjacent vertebrae through an endplate defect. • • ➖➖➖➖➖➖ • 🔹Dynamic Disc Designs provides spine professionals with Human Anatomical models to educate patients and improve clinical outcomes for spine-related pain through effective patient education. Our models have been used for teaching as well as courtroom presentation in the demonstration of disc injuries. • We manufacture Human Anatomical dynamic spine models to help professionals educate patients in a timely manner to motivate and improve clinical outcomes. Explore and take spine education to a new level. • Whether you are a chiropractor, spine surgeon, physiotherapist, osteopath, or educator, these models will help in the explanation of pain and the therapeutic strategies that accompany the diagnosis. Dynamic Disc Designs crafts spinal models on a dynamic platform using a 2-part intervertebral disc allowing 6 degrees of freedom. Take patient education to the next level for your patients. • ➖➖➖➖➖➖ • Explore 👉 https://dynamicdiscdesigns.com 👈 for more models. • Follow us on our social channels: • ▶️ Instagram:https://bit.ly/2uF50Du • ▶️Facebook:https://bit.ly/2HkudG4 • ▶️Twitter:https://bit.ly/39nlQFQ • ▶️ LinkedIn: https://bit.ly/2UMUGEk • ---------------------------------------------------------------------------------------- • Dynamic Disc Designs Corp. • 🌐: https://dynamicdiscdesigns.com/ • 201-1621 Dufferin Crescent. • NANAIMO BC, CANADA V9S 5T4 • 📞Phone: 250-751-0897 • 📠FAX Purchase Orders: 250-585-5566

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