Going Fast Modèle De Pied De Diabétique Sévère - Anatomie Et Pathologie Markdown: -35% [S8zGjRNJ]

Realistic Diabetic Foot Model – Advanced Pathology

Introducing the BIOLIKE™ realistic diabetic foot model, designed to provide an accurate representation of severe diabetic foot complications. This comprehensive model is an essential tool for medical professionals, educators, and students seeking to understand the advanced stages of diabetic foot disease. With its detailed anatomical structure and realistic pathology, this model offers a unique opportunity to study and simulate complex conditions such as Charcot foot deformity, severe infection, and gangrene.

Product Details and Specifications

The BIOLIKE™ diabetic foot model is crafted with precision to replicate the severe consequences of diabetes on the foot. This high-quality replica measures 26 x 23.6 x 9.5 cm, ensuring a realistic size and scale for educational purposes. The model includes a transport case and an instructional manual, making it convenient for use in various settings. Key features of this model include:

• Realistic Anatomical Structure: Accurately represents the diabetic foot, including the effects of neuropathy, vascular disease, and infection.
• Advanced Pathology: Demonstrates the progression of severe diabetic foot complications, such as Charcot foot, severe infection, and gangrene.

Practical Applications and Benefits

The BIOLIKE™ realistic diabetic foot model is an invaluable resource for medical professionals looking to enhance their understanding and treatment of diabetic foot disease. Its practical applications include:

• Enhanced Education: Provides a tangible and interactive learning experience for medical students and healthcare professionals.
• Improved Diagnosis: Assists in recognizing the signs and symptoms of advanced diabetic foot complications, leading to earlier intervention and better patient outcomes.

Whether used in a classroom setting or a clinical environment, this model is a powerful tool for promoting awareness and improving the management of diabetic foot disease.