3B® Anatomical Model - Anatomical Skull, Beauchene 22-Part

This realistic model details 2 lumbar vertebrae with spinal nerves, dura mater of spinal cord. The anatomy model includes 2 replaceable dorso-lateral prolapsed discs between the 4th and 5th lumbar vertebrae. The Lumbar spinal column is delivered on a removable stand. Lumbar Spinal Column with Prolapsed Intervertebral Disc.

The male pelvis anatomy model is shown in median section. One half of male genital organs with bladder is shown at the normal position in the male pelvis. The rectum is removable for a more detailed study of the male pelvic anatomy. This high quality anatomy model is delivered on baseboard offering the possibility to be mounted to the wall.

This osteoporosis model consists of 3 medially divided lumbar vertebrae with intervertebral discs. For anatomical comparison, the upper section shows healthy bone structure, the middle section osteoporotic bone structure and the lower section advanced osteoporotic bone structure with flattened plates, deformation and decreased bone mass. For detailed anatomical study the vertebrae can be removed from the stand. The osteoporosis model is a great high quality anatomical teaching.

This elderly hip joint model was developed to provide patients understandable information, e.g. before surgery. It shows the right hip joint of an elderly person in half natural size. In addition to the external anatomy of the hip joint, a frontal section through the femoral neck is shown in relief on the base. The hip joint model shows the femoral fractures that occur most commonly in practice as well as typical wear and tear symptoms of the hip joint (coxarthrosis or hip osteoarthritis).

The mini knee joint has been reduced to a half of the natural size of a human knee but has kept all of the functionality of the larger knee joint models. In addition to the external anatomical structures of the knee, using the superb new knee joint cross-section mounted on the base, the medical or teaching professional now has the possibility to explain what is happening from "within" the knee joint.