3B MICROanatomy™ Artery & Vein Model, 14 times Enlarged - 3B Smart Anatomy
Brand: 3B Scientific
SKU 1000279
The artery and vein model shows a medium-sized muscular artery with two adjacent veins from the antebrachial area with adjoining fat tissue and muscle enlarged 14 times. The MICROanatomy™ circulatory system model illustrates the reciprocal anatomical relationship of artery and vein and the basic functional techniques of the venous valves (“valve function” and “muscle pump”). The left vein and the middle artery are fenestrated in the upper anterior segment, revealing the various layers of the wall structure in a cross and longitudinal section and in top view. The right vein is opened throughout in the anterior segment, revealing the orifice of a feeder vein and two venous valves, i.e. “flap valves” formed by a duplication of the tunica intima. On the rear of the artery and vein model, the relief of two veins is shown to illustrate the functional aspect of the venous valves. A great tool for teaching about the human circulatory system. Artery and vein supplied on base.
Every original 3B Scientific anatomy model now includes these additional FREE features:
To unlock these benefits, simply scan the label located on your model and register online. All 3B Smart Anatomy features are completely free of charge for you. Click here to learn more.
3B Smart Anatomy explained in 90 seconds:
Every original 3B Scientific anatomy model now includes these additional FREE features:
- Free access to the anatomy course 3B Smart Anatomy, hosted inside the award-winning Complete Anatomy app by 3D4Medical
- The 3B Smart Anatomy course includes 23 digital anatomy lectures, 117 different virtual anatomy models and 39 anatomy quizzes to test your knowledge
- Bonus: FREE warranty upgrade from 3 to 5 years with every product registration
To unlock these benefits, simply scan the label located on your model and register online. All 3B Smart Anatomy features are completely free of charge for you. Click here to learn more.
3B Smart Anatomy explained in 90 seconds: