Non-toxic Disarticulated Human Spine Model, 47 Parts - Vertebrae, Intervertebral Discs - Life Sized, Medical Quality + Free Bonus [mrCjfaep]

Disarticulated Human Spine Model: A Realistic and Detailed Study Aid

Introducing the Disarticulated Human Spine Model, a 47-part anatomical marvel designed to provide an unparalleled study experience. This life-sized, disarticulated set is crafted with precision, offering a detailed replica of the human spine. With its realistic details, textures, and bony landmarks, this model is perfect for anyone looking to delve into the intricacies of the human spine. Featuring 24 vertebrae bones and 23 intervertebral discs, this set is marked for easy identification, ensuring a comprehensive learning experience.

High-Quality Materials and Durability

Crafted from durable and sturdy PVC plastic, this spine model is not only easy to clean but also designed to withstand years of use. Each component is individually cast from a real human skeleton, ensuring the highest level of realism. The 47-part set includes vertebrae and intervertebral discs strung in order on a nylon line, making it convenient for both individual study and patient demonstrations.

• Life-sized and anatomically accurate, this model is ideal for anyone seeking a realistic representation of the human spine.
• Durable PVC plastic construction ensures long-lasting use and easy maintenance.

Versatile Applications and Benefits

The Disarticulated Human Spine Model is an invaluable tool for medical professionals, students, and anyone interested in human anatomy. Its versatility makes it suitable for a variety of applications, including osteopathic and chiropractic patient demonstrations, educational presentations, and individual study. Whether you're a medical student, a practicing professional, or an anatomy enthusiast, this model will enhance your understanding of the human spine.

• Perfect for medical professionals and students seeking a realistic and detailed study aid.
• Enhance patient understanding with clear and accurate demonstrations of spinal structures.