Uploaded August 2026 | Updated September 2026, 3 weeks ago
Take a microscopic look at the human bile duct through a dynamic 3D model viewed from several perspectives. Explore how this crucial channel carries liver-produced fluid into the small intestine while enduring constant fluid pressure. Inside, epithelial cells secrete protective mucus while smooth muscle fibers contract rhythmically to move bile forward for fat digestion and vitamin A and D absorption. You will also see how microducts converge into larger channels and how understanding this architecture aids researchers in developing medical stents for blockages. Subscribe for more 3D anatomy and object videos.
You can download the 3D model here:
3dmodels.org/3d-models/human-bile-duct
Take a microscopic look at the human bile duct through a dynamic 3D model viewed from several perspectives. Explore how this crucial channel carries liver-produced fluid into the small intestine while enduring constant fluid pressure. Inside, epithelial cells secrete protective mucus while smooth muscle fibers contract rhythmically to move bile forward for fat digestion and vitamin A and D absorption. You will also see how microducts converge into larger channels and how understanding this architecture aids researchers in developing medical stents for blockages. Subscribe for more 3D anatomy and object videos.
You can download the 3D model here:
3dmodels.org/3d-models/human-bile-duct
