INTERACTIVE ANATOMY
Full Body Atlas3D
Systems0
0 pieces visible
ADULT HUMAN · MALE
Preparing the anatomy0% · Loading 2,234 pieces
AnatomyVista 3D Human Anatomy Atlas is built upon the landmark BodyParts3D 4.0 anatomical dataset developed by RIKEN and the University of Tokyo, strictly harmonized with the Foundational Model of Anatomy (FMA) standard. Covering 15 primary anatomical systems, 2,234 individual geometric meshes, and 3,432 standardized anatomical concepts, it delivers an open-access, GPU-accelerated spatial anatomy laboratory directly in modern web browsers.
High-fidelity anatomical meshes from auditory ossicles to retroperitoneal viscera
Comprehensive systems: skeletal, muscular, circulatory, nervous, and endocrine
Mapped directly to the Foundational Model of Anatomy and TA2 standards
No native plugins or installs; all 3D computation stays in your local browser
Evaluating the three primary pedagogical modalities in medical anatomy: flat diagrams, physical dissection, and interactive 3D spatial models.
| Evaluation Dimension | Traditional 2D Textbook | Cadaveric Dissection | AnatomyVista 3D Atlas |
|---|---|---|---|
| Spatial Dimension & Depth | Static 2D projections lacking true depth and spatial orientation | Real physical space, but altered by formalin tissue shrinkage and discoloration | True 3D coordinates with seamless 360° orbital rotation, pitch, and zoom |
| Layer Peeling & Decomposition | Requires flipping across static plates without dynamic transparency | Destructive and irreversible: cutting superficial muscles destroys intact layers | Real-time Exploded View slider allowing reversible, non-destructive layer isolation |
| Multi-System Cross-Correlation | Systems are illustrated in separate chapters, hindering mental synthesis | Delicate neurovascular bundles are fragile and frequently damaged in dissection | Modular system toggles (e.g., overlay skeletal + arterial + peripheral nervous) |
| Cost, Ethics & Accessibility | Expensive heavy atlas tomes with slow reprint update cycles | Prohibitive laboratory maintenance, toxic formalin vapors, and donor scarcity | Open-access BodyParts3D dataset, zero cost, accessible anywhere on web & mobile |
Master spatial orbits, volumetric layer explosion, and cross-system correlation in four straightforward steps.
Click and drag (or single-finger swipe on touch devices) to orbit freely in 3D space. Scroll the mouse wheel or pinch to zoom. Right-click or Shift+drag to pan.
Adjust the Exploded View slider in the top toolbar. Anatomical components separate radially along anatomical vectors, revealing deep-seated viscera shielded by bone.
Open the left Systems drawer to combine any of the 15 anatomical systems. Toggling Skeletal + Arterial reveals femoral triangle vessel runs over pelvic landmarks.
Click any anatomical structure to reveal its Terminologia Anatomica Latin taxonomy, parent system, and physiological summary. Launch POCUS and clinical puncture stations.
Bones form the supporting framework of the body, protect organs, and provide attachment points for muscles. Their internal tissue also stores minerals and produces blood cells.
Skeletal muscles generate movement by pulling on their attachments. Together with tendons, they move joints, stabilize posture, and produce heat.
The heart is a muscular pump with four chambers. Its valves direct blood forward through the pulmonary and systemic circuits.
These structures contribute to special senses, including sight, hearing, and balance. Their specialized tissues detect stimuli and work with the nervous system to convey information.
The heart drives blood through the circulation. Arteries carry blood away from the heart to supply tissues or, in the pulmonary circuit, to the lungs.
Veins return blood toward the heart. Superficial and deep networks collect blood from the tissues; the pulmonary veins bring oxygenated blood back from the lungs.
The brain, spinal cord, and peripheral nerves carry and process signals. They support sensation, movement, coordination, and automatic regulation of body functions.
The airways conduct air to the lungs, where oxygen and carbon dioxide move between air and blood. Breathing depends on pressure changes produced by respiratory muscles.
The digestive tract breaks down food, absorbs nutrients and water, and moves waste onward. Accessory organs contribute bile and digestive enzymes.
The kidneys filter blood and regulate fluid, electrolyte, and acid–base balance. Urine travels through the ureters to the bladder and exits through the urethra.
Lymphatic vessels return excess tissue fluid to the circulation. Lymph nodes and other lymphoid organs support immune surveillance and responses.
Endocrine organs release hormones into the blood to coordinate processes such as metabolism, growth, stress responses, and reproduction.
The male reproductive structures represented here contribute to sperm production, maturation, transport, and the production of sex hormones.
The body surface provides an outer anatomical reference. The integumentary system forms a protective barrier and contributes to sensation and temperature regulation.
Cartilage, ligaments, and other connective tissues support, connect, and separate structures. Their roles include stabilizing joints and distributing mechanical loads.
Scientific Provenance & Citations: Geometric data is derived from the BodyParts3D 4.0 project developed by the Database Center for Life Science (DBCLS), University of Tokyo, and RIKEN, licensed under Creative Commons Attribution-ShareAlike 2.1 Japan. Anatomical terminology complies with Terminologia Anatomica 2 (TA2) by FIPAT and the Foundational Model of Anatomy (FMA) standard.