Eco-friendly Choice Basic Knee Model Special: 50% Discount [yoEzbUCD]

Introducing the Eco-friendly Choice Basic Knee Model Special: 50% Discount [yoEzbUCD]

Are you looking for a comprehensive and accurate knee model to enhance your educational or professional understanding of the human knee? Look no further! The Eco-friendly Choice Basic Knee Model Special: 50% Discount [yoEzbUCD] is designed to provide a detailed and realistic representation of the knee joint, making it an invaluable tool for medical students, educators, and healthcare professionals alike.

Key Features and Specifications

Featuring a full-size normal right knee, this model includes all the essential components for a thorough study. It boasts the following features:

• Femur, fibula, patella, and tibia bones
• Lateral and medial meniscus
• Quadriceps femoris tendon
• Anterior cruciate, fibular, and tibial collateral ligaments
• Patellar and posterior meniscofemoral ligaments

With a size of 3½" x 2¾" x 6", the Eco-friendly Choice Basic Knee Model Special: 50% Discount [yoEzbUCD] is perfect for detailed examination and study. The accompanying key card provides an easy-to-follow guide, ensuring you can quickly identify and understand each component.

Practical Applications and Benefits

The Eco-friendly Choice Basic Knee Model Special: 50% Discount [yoEzbUCD] is not just a static educational tool; it offers numerous practical benefits. Whether you are a medical student learning the intricacies of the knee joint, an educator looking to provide your students with a hands-on learning experience, or a healthcare professional seeking to enhance patient education, this model is an excellent choice. Its realistic design and comprehensive features make it an ideal tool for:

• Understanding the anatomy of the knee joint
• Visualizing complex knee structures and ligaments
• Enhancing patient education and communication

With the Eco-friendly Choice Basic Knee Model Special: 50% Discount [yoEzbUCD], you can confidently explore and explain the complexities of the knee joint, leading to a deeper understanding and improved patient care.