Resolution: 3840x2160px
id: 429981412
Upload date: Oct 23, 2025
Medically verified bage

The Skeleton Found Within the Body of an Adult Human Male

An animation of the skeletal system outlining the axial and appendicular bones of an adult human male.

Choose a license:
Format:

mp4

Frame rate:

60 FPS

Total: $0.00

exc.VAT*
Prices are displayed excluding VAT. VAT will be calculated during checkout based on your business location and VAT number validity.

Secure PaymentSecure Payment
Instant DownloadInstant Download
Usage RightsUsage Rights
Invoice ProvidedInvoice Provided

Description

Beginning at the skull and descending through the vertebral column, the animation traces the axial skeleton in sequence, moving from cranium and mandible to cervical, thoracic, lumbar vertebrae, sacrum, and coccyx, with the ribs and sternum forming a protective cage anterior to the thoracic spine. Attention then shifts laterally to the pectoral girdles, clavicles and scapulae, before following the appendicular bones into the upper limbs, humerus, radius, ulna, carpals, metacarpals, and phalanges. Inferiorly, the pelvis anchors the lower limb chain, with the femur articulating at the acetabulum and continuing distally through tibia and fibula to the tarsals, metatarsals, and toes. Axial and appendicular components are outlined clearly. Orientation of these bones matters clinically because so many diagnoses and procedures rely on spatial landmarks rather than isolated names: rib numbering for thoracostomy, the sternum and costal cartilages for median sternotomy, vertebral levels for lumbar puncture planning, and pelvic ring integrity in high-energy trauma. By revealing the skeleton as an organized framework rather than a pile of parts, the animated progression helps learners track how the shoulder girdle suspends the upper limb from the thorax and how the pelvic girdle transmits load from the vertebral column to the femora, a relationship central to understanding hip fracture patterns and gait-altering malalignment. Subtle asymmetries and curvatures read immediately as the sequence advances. Use it to introduce osteology in gross anatomy, to support radiographic positioning and bony landmark instruction in allied health curricula, or as a clean structural layer in surgical education materials that later add muscles, vessels, and nerves. It also fits patient-facing explanations of common injuries such as Colles fractures, vertebral compression fractures, and femoral neck fractures. Anatomical accuracy verified by SciePro's Medical Advisory Board.

Related Items