Use for discovery:

Find properties of an anatomical structure:

Find properties of an anatomical structure:

Find a 3D model of an anatomical structure:

Find the joints at which the entity (a bone in this case) articulates:

Find the physically adjacent (but not attached) anatomical structures:

Find the lymphatic connection, where lymph is carried toward the lymph node:

Find the region to which an anatomical structure belongs:

Find the anatomical spaces in which an entity is contained:

Find the arterial blood supplies, where arteries deliver blood to the structure:

Find the articulating bones at a given joint:

Find the muscles that attach to a structure:

Find the left and right components of an anatomical structure:

Find the bones with which a structure articulates:

Find the branch of arteries, veins, nerves, bronchi, etc.:

Find the components that constitute an anatomical structure:

Find the structures that are held by a structure:

Find physically continuous structures to which a structure is connected:

Find the developmental origin of a structure:

Find the distally (away from center of body) continuous structure of which a structure is part:

Find the lymphatic connections of a structure, where lymph is carried away from the lymph node:

Visualize the enclosing cuboids of a set of structures:

Visualize the enclosing sphere of a structure:

Find the functions of an anatomical structure:

View a 3D model of a structure:

The 3D models contain metadata for the subparts:

Extract the names of the subparts of the structure:

Use Interpreter to obtain the corresponding entities:

Extract the UMLS concept IDs of the subparts of the structure:

Extract the source of the subparts of the structure:

Find the arteries that belong to a structure:

Find the bones that belong to a structure:

Find the cartilages that belong to a structure:

Find the joints that belong to a structure:

Find the ligaments that belong to a structure:

Find the lymphatic vessels that belong to a structure:

Find the muscles that belong to a structure:

Find the nerves that belong to a structure:

Find the organs that belong to a structure:

Find the tendons that belong to a structure:

Find the veins that belong to a structure:

Find the structures that are fed by a nerve:

Find the muscles that are inserted in a structure:

Find the Latin names of a structure:

Find the output lymphatic connection of a structure:

Find the source from which a structure drains lymph:

Find the members that belong to a compound structure:

Find the action (joint movement) that is associated with a given muscle contraction:

Find the muscles with an opposing action:

Find the sites where a structure has an attachment:

Find the distal attachment site of a muscle to bone:

Find the proximal attachment site of a muscle to bone:

Find structures that are near another structure:

Find the nerves that provide input connections to a structure:

Find the input connections of a structure:

Find the output connections of a structure:

Find the muscles that originate in a structure:

Find the primary spinal nerve that innervates a structure:

Find the primary innervation of a structure:

Find the proximally (toward center of body) continuous structure to which a structure belongs:

Find the regional subparts of a structure:

Use "RegionBounds" to help constrain visualization boundaries:

Extract the region bounds for the pancreas:

Visualize all of the structures, but center on the pancreas:

Draw lines connecting the region centroids of several structures:

Find the root of a structure:

Find the secondary spinal nerve that innervates a structure:

Find the secondary innervation of a structure:

Find the spinal nerve supply of a structure:

Find the shape of a structure:

Find the innervation of spinal structure:

Find the stem or a downstream structure of a structure:

Find the structural concepts of which a given structure is part:

Find the tissue or structure type of a structure:

Find the structures fed by the specified arterial blood supply:

Find the body system (systemic group) to which a structure belongs:

Find the tributaries of a structure:

Find the UMLS unique identity of a structure:

Find the venous drainage of a structure:

Find the source structure from which a specified vein drains blood:

Calculate the eigenfrequencies of an air‐filled transverse colon:

Listen to the resonant frequencies of the transverse colon:

Structures can be represented as computational meshes:

Entities from AnatomyData can be used along with AnatomyPlot3D to modify the associated 3D models:

Provide more positional context for the 3D model of an entity:

View a 3D model of a structure and label the subparts with tooltips:

Find the area of a structure using a mesh region (units are in square millimeters):