eisco Anatomy of Blood Vessels: Model Set - Artery, Vein and Capillary

eisco Anatomy of Blood Vessels: Model Set - Artery, Vein and Capillary

CP00050322

Product code: CP00050322

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3-dimensional model set that includes enlarged artery, vein and capillary models showing cross-sections and interior structures

  • Artery structures highlighted include tunica, tunica media, internal elastic lamina and tunica intima.
  • Vein structures highlighted include tunica, tunica media, internal elastic lamina, tunica intima and valve.
  • Capillary structures highlighted include endothelium, single cell and cell nucleus
  • Anatomy is numbered for easy reference - Includes detailed keycard for easy identification
  • Made of polyvinyl chloride (PVC) plastic for durability
  • Great for demonstration and educational purposes
  • Hand-painted using vibrant eco-friendly paint
  • Designed by subject matter experts
  • Biology - Circulatory System
  • Human Biology
  • Human Transport Systems

Further Information

Brand
eisco
Material
PVC
Model Type
Blood Vessels (Artery
Vein
Capillary)
Product Type
Anatomical Model
-
+

3-dimensional model set that includes enlarged artery, vein and capillary models showing cross-sections and interior structures

  • Artery structures highlighted include tunica, tunica media, internal elastic lamina and tunica intima.
  • Vein structures highlighted include tunica, tunica media, internal elastic lamina, tunica intima and valve.
  • Capillary structures highlighted include endothelium, single cell and cell nucleus
  • Anatomy is numbered for easy reference - Includes detailed keycard for easy identification
  • Made of polyvinyl chloride (PVC) plastic for durability
  • Great for demonstration and educational purposes
  • Hand-painted using vibrant eco-friendly paint
  • Designed by subject matter experts
  • Biology - Circulatory System
  • Human Biology
  • Human Transport Systems

Further Information

Brand
eisco
Material
PVC
Model Type
Blood Vessels (Artery
Vein
Capillary)
Product Type
Anatomical Model

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