Superficial structures of a hollow foot are shown. The internal bones, muscles, ligaments and nerves are also represented in this high quality model of a hollow foot. A great depiction of the anatomy of a hollow foot.
13 x 23 x 10cm, Weight 0.5kg
Product Code: BL131080
In addition to all features of the Classic Spine Series our Deluxe Spine Model has a sacral opening and exposed brain stem for advanced studies of the anatomy of the human spine...
Stand is not included with this spine, please see:
This life size four part model of a female pelvis represents detailed information about the topography of bones, ligaments, pelvic floor muscles and female pelvic organs. The right half shows the bones with pelvic ligaments. In addition, the left half of the pelvis contains the muscles of the pelvic floor including levator ani, ischiocavernosus, deep and superficial transverse perineal, external anal sphincter, external urethral sphincter...
Product code: MSAN0144
- Upper half of the sclera with cornea and eye muscle attachments
- Both halves of the choroid with iris and retina
- Vitreous humour
Product code: MSBA1287
Product code: MSGY1478
- Frontal with parietal lobes
- Brain stem with temporal and occipital lobes
- Half of cerebellum
This high quality functional shoulder joint model provides a graphic demonstration of the anatomy and mechanics of the shoulder joint, allowing better doctor-patient or teacher-student understanding of the anatomy of joints. Use this life-size and fully flexible shoulder joint model to demonstrate abduction, anteversion, retroversion, internal/external rotation and much more. Shoulder joint model consists of shoulder blade, collar bone, portion of humerus and joint ligaments. The Functional shoulder joint model is on a stand for easy study of the anatomy of the human shoulder.
Provide your clients with a graphic demonstration of the effects of correct and incorrect lifting techniques on the spinal column. The figure lifts a weight from one of two positions. If the correct technique is used the spine stays in proper alignment. Using an incorrect technique causes the vertebrae of the spine to become distorted. Comes on base with illustrations of right and wrong lifting on the spine. A great way to make clients more aware of the effects lifting has on their spine.