Anatomy models are such integral parts of understanding human biology and pathology that they are now essential in the advancing discipline of medical education. Models of anatomy, such as the human skull model, heart model, skeleton model, or muscle model, and educational resources are showing the gradual transformation of the medical and healthcare education sectors in China, which are on the rise for good reason. As medical education systems develop and grow, demand for more life-like and durable anatomy models is increasing. There are many anatomy models manufacturers and suppliers in China that have become active in the supply of these educational materials. As much as these models are crucial for teaching and learning, there are some mistakes that make them less effective. For this reason, it is important to avoid these mistakes so as to understand anatomy. In this blog, we highlighted the 5 most common mistakes to avoid while using anatomy models.
5 Common Mistakes to Avoid When Using Anatomy Models
Using Inaccurate Models for Advanced Learning
In the case of medical training, clinical confusion, and performance are possible consequences when using models that are not representative of the human anatomy. It is important to make sure that the anatomical model used corresponds to the model of education, for example, to have advanced skeleton models for medical students and more complex heart models for those training in cardiology.
Ignoring Durability in High Contact Settings
Anatomy models in high-contact areas like the classroom and labs need to be robust enough for frequent use. Employing models constructed from brittle or substandard materials would ultimately lead to depreciation due to excessive wear and tear, thus degrading the model’s utility purposes. It is important therefore to utilize strong materials in the construction of such models of structures such as skeletal and muscular systems in order to enhance their durability.
Overlooking Maintenance and Cleaning Needs
Anatomy models, specifically in multi-user environments, need to be routinely cleaned. Failure to do so will lead to the models acquiring a layer of dirt, getting stained, and deteriorating the model state, especially the fragile parts such as the brain or eye models. Therefore, such maintenance helps in improving not only the appearance of the model but also its longevity.
Inadequate Storage Results in Twisting and Dissolution
The correct storage of anatomy models is essential given that there are factors such as heat, humidity, and mode that can cause fading and wrinkling of the models. This is particularly important for more complicated designs, such as organ system models or articulated skeletons, which have particular temperature and relative humidity requirements.
Not Using Models in a Dynamic Way
The utilization of anatomy models reaches its full potential within an interactive setting. In this regard, students may become passive learners neither resorting to manipulation nor hands-on activities if active encouragement for doing so is lacking. Disassembling and reassembling models such as the torso or the brain promotes the memory of the structures involved.
Human Skeleton Model
The human skeleton, including all joints and bone articulations, can be examined in detail with this lifelike model that is of true proportion with the body, illustrated with movable parts and detachable sections.
Human Heart Model
This model depicts the human heart and usually consists of sections of the heart that are removable. This feature allows for an examination of such internal organs as the ventricles and the valves.
Human Skull Model
This particular model emphasizes the elements of skull anatomy and cranial components with sections that can be removed such as the cranial cavity and teeth.
Muscle Model
This represents in detail a muscular body or single muscle parts practicing muscle fibers, muscle tissue layers, and the origin of muscles.
Brain Model
The structure of this model is such that it has subdivisions known as lobes and regions, whereby every student is able to interact with functional parts of the brain and appreciate its organizational structure.
The Significance of Anatomy Models in China
As per a report by Chinese Medicine and Culture,anatomy models are one of the vital tools in improving medical education in the country. The research explains this by pointing out that when physical models are used in medical schools and healthcare training centers, the retention of information learned is 35% higher than when textbooks or other digital materials are used alone. This highlights the importance of anatomy models in enhancing the educational performance of students in medical institutions in China.
Why Choose Edu Lab China?
Edu Lab China is the best and the top anatomy model manufacturer and supplier in China. Because they are quality-conscious, their range includes a variety of detailed and robust models that fit different levels of instruction, from basic human anatomy to complex organ systems. As Edu Lab China anatomy models are manufactured from premium raw materials, they are durable enough to last in high-usage situations and are internationally accepted. Besides, Edu Lab China offers tailoring services depending on the specific academic requirements, thus addressing all spheres of medical education with confidence.
Conclusion
Anatomy models are essential resources in the contemporary medical curriculum since they enable practical teaching which cannot be achieved through books only. By overcoming typical errors such as utilizing improper models, failure to care for the models, and poor storage practices, teachers and institutions can increase the utility of those models. For the medical and healthcare institution fraternity, engaging in business with good anatomy model manufacturers and suppliers in China like Edu Lab China enhances the quality of models that they use, which aids their effort in meeting the increasing demand for medical education.
