Human Kidneys Model With Rear Organs Of Upper Abdomen, 3 Part - 3B Smart Anatomy, 1000310

$496.95

Description

Integrated Anatomy: This model combines a detailed representation of the kidneys and their associated structures with the rear organs of the upper abdomen. The upper abdominal organs are attached in their natural anatomical positions.
3-Part Disassembly: The model is composed of three main parts for detailed study. A removable front half of the right kidney reveals its internal structures, including the renal pelvis, renal calices, renal cortex, and renal medulla. The upper abdominal organs, which include the duodenum (partially opened), gall bladder (opened), bile ducts (opened), pancreas (with large ducts), and spleen, can also be detached from the kidneys.
Realistic Detail: The model accurately depicts the anatomical details of both the kidneys and the digestive organs, as well as the surrounding vessels, in a natural size.
Durable and Mounted: Constructed from high-quality, durable materials, the model is built to withstand frequent use. It is mounted on a stand for stability and easy display in a classroom or a clinical setting.
3B Smart Anatomy Integration: The model includes access to the 3B Smart Anatomy app. This digital platform provides a virtual 3D model, quizzes, and other learning resources that enhance the physical model's educational value.

Medical and Anatomy Education: This model is a fundamental teaching tool in medical schools, nursing programs, and biology classes. It helps students understand the anatomy of the urinary system, the digestive system, and their spatial relationship within the human body.
Patient Education: Urologists, gastroenterologists, and other healthcare professionals use the model to explain conditions, diseases, and surgical procedures related to the kidneys, pancreas, gall bladder, and other organs of the upper abdomen to patients. The removable parts make it easier to pinpoint specific problem areas.
Surgical Planning: While not a surgical-grade simulator, the model can be used by surgeons to visualize and explain complex surgical approaches to patients.
Classroom Demonstrations: The model's integrated design and removable parts make it perfect for group demonstrations, ensuring that all students can see the structures and understand their functions clearly.

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