"Wardssci090043"

This arm musculature is an economical, compact version of appendage.

Full size right hand with cutaway views to reveal the effects of rheumatoid arthritis on ligaments, flexor and extensor tendons, muscle, cartilage, bones, synovial membrane, and joint spaces.

Max has all the advantages of a 3B Scientific® skeleton and also shows the structural interaction between the bones and muscles.

This life-size replica of the lower leg, ankle, and foot helps students compare differences in bone and muscle positions.

Extremely Accurate Representations Of Muscle Origins And Insertions

Discover How Muscles Contract

Shows muscle origins and insertions.

The anatomy of a human fetal skull can be studied easily with this realistic fetal skull replica. The fetal skull model is a natural cast of a fetal head in the 30th week of pregnancy showing the characteristics of prenatal development.

This skeleton stand won't break or tip over.

This life size deluxe functional shoulder joint model with ligaments shows the anatomy and possible physiological movements of the shoulder joint in exceptional detail.

This high-quality deluxe functional elbow joint model with ligaments shows the anatomy and possible physiological movements of the human elbow joint in exceptional detail.

This high-quality deluxe functional knee joint model with ligaments shows the anatomy and possible physiological movements of the human knee joint in exceptional detail.

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.

This high-quality functional hip joint model with ligaments shows the anatomy and possible physiological movements of the human hip joint in exceptional detail.

Using FoamBones and other materials included in this activity, students get an in-depth look at the structure and function of bone at both the macroscopic and microscopic levels.