Osteoporosis vertebra model, 3 vertebrae, median cut individually removable from the stand

Discover the effects of osteoporosis on the spine with our osteoporosis vertebra model. This unique model consists of three median sectioned lumbar vertebrae with intervertebral discs and provides an impressive representation of healthy bone structure compared to osteoporotic tissue. Each vertebra is individually removable from the stand, allowing for detailed examination.

Features:

1. three median-cut lumbar vertebrae:
The model presents three lumbar vertebrae, which are median-cut and provide a deep insight into the inner structure of the spine. This representation provides a realistic basis for understanding the anatomical changes caused by osteoporosis.

2. Healthy and osteoporotic bone structure:
The cut surface of the upper vertebra shows a healthy bone structure, while the effects of osteoporosis are visible on the middle vertebra. The lowest vertebra shows osteoporosis in an advanced stage with a depressed top and base plate, also known as a fish vertebra.

3. Individually removable from the stand:
Each of the three vertebrae is individually removable from the stand. This enables precise examination and visualization of the different stages of osteoporosis. Flexible use of the model in teaching environments is therefore guaranteed.

4. Size of 16 cm:
With a compact size of 16 cm, the osteoporosis vertebra model is easy to handle and is suitable for use in training facilities, medical schools and medical practices.

5. Educational added value:
The model provides an educationally valuable insight into the development and effects of osteoporosis on the spine. This promotes the understanding of medical students, professionals and patients alike.

Enjoy an educational experience on osteoporosis with our Osteoporosis Vertebrae Model. This model allows you to accurately visualize and analyze the effects of this disease on the spine. Invest in this model to provide in-depth education and awareness in the field of osteoporosis.