Gradational dissection of human upper limb
The Gradational Dissection of Human Upper Limb Model (MT-051A) is a detailed anatomical teaching model designed to demonstrate the layered structure of the human upper limb. This model shows the progressive dissection of muscles, nerves, blood vessels, and skeletal structures, allowing students to understand the anatomy of the arm in a clear and systematic way. Manufactured in natural size (200 × 130 × 760 mm), the model provides an accurate representation of the human upper limb. It is widely used in medical colleges, nursing institutes, anatomy laboratories, and educational institutions for teaching human anatomy, physiology, and medical training.
Product Description
The Gradational Dissection of Human Upper Limb Model – Model No. MT-051A is an advanced anatomical model developed for the detailed study of the structure and organization of the human arm. The model demonstrates the progressive dissection of the upper limb, clearly showing muscles, tendons, nerves, blood vessels, and skeletal components.
Designed in natural size, this anatomical model provides a realistic representation of the human upper limb, helping students visualize the relationship between different anatomical structures. The gradational design allows learners to observe different layers of anatomy, from superficial muscles to deeper structures, which is particularly useful for understanding functional anatomy.
Manufactured from durable and high-quality materials, the model is suitable for repeated use in laboratories and classrooms. The clear anatomical detailing makes it an effective teaching aid for instructors explaining the muscular and nervous systems of the arm. This model is commonly used in medical education, biology teaching, and clinical training environments to support the study of human anatomy.
Features
- Detailed anatomical model showing the gradational dissection of the human upper limb
- Clearly displays muscles, nerves, blood vessels, and skeletal structures
- Natural size design for realistic anatomical representation
- Accurate and detailed painting for clear identification of structures
- Durable construction suitable for laboratory and classroom use
- Ideal teaching aid for anatomy and physiology education
- Mounted design for stable display and demonstration
Applications
- Medical colleges and universities
- Anatomy and physiology laboratories
- Nursing and paramedical training institutes
- Hospitals and medical training centers
- Biology and life science educational institutions
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Gradational Dissection of Human Upper Limb |
| Model No. | MT-051A |
| Type | Anatomical Teaching Model |
| Material | Durable PVC / Synthetic Material |
| Size / Model | Natural Size (200 × 130 × 760 mm) |
| Usage | Medical and Educational Training |
FAQs (Frequently Asked Questions)
Q: What is the gradational dissection of the human upper limb model used for?
A: This model is used to study the layered anatomical structure of the human arm, including muscles, nerves, blood vessels, and bones, making it useful for anatomy education.
Q: What does the model demonstrate?
A: The model demonstrates the progressive dissection of the upper limb, showing different anatomical layers and the relationship between muscles, nerves, and skeletal structures.
Q: Where is this anatomical model commonly used?
A: It is commonly used in medical colleges, nursing institutes, anatomy laboratories, and educational institutions for teaching human anatomy and physiology.
Q: Why are anatomical dissection models important for learning?
A: Dissection models help students visually understand the structure and arrangement of body parts, making complex anatomical concepts easier to learn and remember.
Why Choose Our Products
- High-quality anatomical models designed for accurate educational use
- Durable materials suitable for long-term laboratory use
- Detailed anatomical representation for effective teaching and learning
- Ideal for medical, biological, and educational training environments