Life Size Medical Science Numbered Human Arm Anatomical Muscle Kit Detachable Anatomy Upper Limb Muscle Model for Teaching

 Life Size Medical Science Numbered Human Arm Anatomical Muscle Kit Detachable Anatomy Upper Limb Muscle Model for Teaching

# Upper limb skeletal muscle anatomical model product introduction
1. Product Overview
This is an anatomical model of skeletal muscle of the upper limb, which restores skeletal muscle tissue of the human upper limb with realistic shape and fine structure. The model is made of high-quality materials with bright colors. The red muscle tissue is clearly contrasted with the white tendons, nerves and other structures, which can directly show the appearance and distribution of the upper limb muscles.

2. Product structure
The model covers the major skeletal muscle groups of the upper limb, including the muscles of the shoulder, upper arm, forearm and hand. The individual muscle components can be split, such as the deltoid, biceps, triceps, flexors and extensors of the forearm are presented separately, and the adjacent relationship between the muscles and the blood vessels and nerves is also shown. The yellow blood vessels and nerve circuits are distributed among them, so that the user can clearly understand the path of the upper limb.

## 3, product use
(1) Medical education
1. ** Teaching demonstration ** : It is an ideal teaching tool for medical colleges, nursing colleges and other related professions. When teaching the upper limb muscle anatomy course, teachers can intuitively show students the position, shape, starting and ending point and function of each muscle with the help of models, so as to help students establish a clear spatial concept and enhance their understanding and memory of anatomical knowledge.
2. ** Practical operation ** : Students can better master the body surface projection of muscles through observation and touch models, laying a solid foundation for subsequent clinical practice, such as intramuscular injection, physical examination and other operations. It can also be used for group study and discussion, where students can disassemble and assemble models together to explore the synergies of muscles in motion.

(2) Fitness and rehabilitation
1. ** Fitness guidance ** : Fitness coaches can use this model to explain the exercise principle of upper limb muscles to students, such as how different fitness movements act on specific muscle groups, to help students develop fitness plans more scientifically and avoid sports injuries.
2. ** Rehabilitation treatment ** : Rehabilitation therapists can explain the condition and rehabilitation program for patients with upper limb injuries or muscle diseases according to the model, so that patients can understand the site and repair process of muscle injury, and improve the compliance of patients’ rehabilitation training. At the same time, the model also helps therapists to design personalized rehabilitation training movements to promote the recovery of patients’ upper limb function.

### (3) Science popularization exhibition
In science and technology museums, museums and other places, the model can be used as a popular science exhibit to popularize the scientific knowledge of the human body to the public, stimulate the public’s interest in exploring the mysteries of the human body, and improve the scientific literacy of the whole people.