Study human anatomy on your mobile device in AR. Each body part is dissected to create perspectives that make even the smallest anatomical structures accessible. The super high resolution 3D models provide visualization of sub-mm structures such as small nerve branches, small blood vessels, lymphatic vessels, and membranes.

The serial dissections are designed to teach 3-dimensional relationships normally visible only during a cadaver dissection or an operating room procedure. This free app contains 6 layered thorax dissections.

Model 1
Superficial head and neck; superficial fascia and muscles of pectoral region, arms, and back

Model 2
Continuation of Model 1 dissection plus: parotid, buccal regions; anterior triangle of the neck, superficial posterior brain and dura mater; superficial and intermediate muscles of the pectoral region, back, and shoulder; cross section of abdomen at T12

Model 3
Continuation of Model 2 dissection plus: anterior and posterior triangles of the neck; temporal region; inferior orbit and infraorbital region; body of mandible (external); suboccipital triangle, deep back, deep shoulder; superficial mediastinum; superficial posterior brain

Model 4
Continuation of Model 3 dissection plus: maxillary sinus; infratemporal region; superficial central mediastinum; deep muscles of superior back; deep anterior and posterior triangles of neck

Model 5
Continuation of Model 4 dissection plus: left anterior descending artery and right-ventricle; cervical ventral rami; infratemporal fossa; frontal sinus; thoracic laminectomy and spinal cord; dural venous sinuses; coronal section of parietal/temporal lobes of brain

Model 6
Continuation of Model 5 dissection plus: cervical spinal cord and deep suboccipital region; deep shoulder; right coronary artery and right heart chambers and valves; falx cerebri and cross section of supraventricular frontal/parietal lobes; deep face and infratemporal fossa; deep neck; axillary region; superior mediastinum; brachial plexus

The anatomical structures are carefully labeled and precisely annotated and linked to Wikipedia, creating state-of-the-art dissection datasets for anatomy studying. Medical students and professors can interact with the dissected bodies, activate labels, and use the application for self study and teaching.