Filters
Applied Filters
Human Biology Models
Depicting functions and locations, the human biology models allow individuals a more comprehensive understanding of internal organs and systems. Blood movement, oxygen transport, muscle constriction, nerve firing, joint movement, and bone formation are brought to life in these incredibly detailed and accurate representations. Musculature models come colored coded for easy identification of muscle, fat, ligaments, and tendons. The human biology models can be used in both educational and clinical environments.
Applied Filters
Filters
Applied Filters
3B Scientific® MICROanatomy™ Bone Structure Model
Detailed Bone Structure Along Multiple Planes.
Expand 1 item
3B Scientific® Mini Joint with Cross-Section Model Set
Four Functional Joints, Each In A Convenient Size
Expand 1 item
3B Scientific® Introductory Hominids Skull Restoration Series
Major Representatives of Human Ancestry
Expand 1 item
3B Scientific® Human Classic Skull Model, 3-part
Ideal For Practical Anatomy Exams
Expand 1 item
Ward's® Bone Structure Model
This model displays various layers simultaneously.
Expand 1 item
Ward's® Kidney Nephron Model
A detailed representation of nephron structure.
Expand 1 item
Ward's® Blood Components Model Set
Exceptional realism recreates details normally visible only under a microscope.
Expand 1 item
Ward's® Intestinal Wall Model
This detailed model, enlarged 180x and depicted to scale, simplifies lessons on the digestive system.
Expand 1 item
Ward's® Muscle Types Model Set
The three-model set displays the differences between cardiac, skeletal, and smooth muscle structures.
Expand 1 item
Eisco® Pituitary Gland and Hypothalamus Model
Depicts structures and important hormones.
Expand 1 item
Eisco® Deluxe Rod Mount Skeleton Stand
This skeleton stand won't break or tip over.
Expand 1 item
Eisco® Premium Enlarged Human Ear Model, 5 Parts
Multi-piece enlarged model for advanced anatomical studies of the human ear.
Expand 1 item
Eisco® Male Pelvis Model
The life-size human pelvis model is flexible for simpler research.