In the field of healthcare, pressure sores (also known as pressure sores) are a common and difficult problem, especially for patients who are bedridden for a long time, and their prevention and care are crucial. In order to train medical staff more effectively and improve their cognition and skills of bedsore nursing, bedsore nursing model came into being and has been successfully applied from simulation training to actual combat.

First, the highly simulated human skin and tissue structure provides a near-real operating environment for healthcare workers. In the simulation phase, medical staff can practice care operations such as turning over, changing positions, cleaning wounds, and applying drugs on the model without worrying about causing any harm to the patient. This simulation training not only helped the medical staff familiarize themselves with the process and technical points of bedsore care, but also enhanced their practical ability and self-confidence.

With the deepening of the application of bedsore nursing model, the medical staff gradually transferred it from the simulation training site to the actual nursing environment. In actual nursing work, they use the experience and skills accumulated on the model to more accurately assess patients' bedsore risk, develop personalized care plans, and strictly implement them. Through regular observation, recording and analysis of patients' condition changes, medical staff can adjust the nursing plan in time to ensure that patients get the best nursing results.

The shift from simulation to actual combat not only improves the level of care for medical staff, but also improves the patient's care experience. With the help of the model, medical staff can have a more comprehensive understanding of the pathogenesis, prevention measures and nursing methods of bedsore, so as to develop a more scientific and reasonable nursing plan. At the same time, patients can also feel the professional and meticulous nursing services of medical staff, which improves their satisfaction and trust.

In addition, the application promotes education and training in the field of medical care. Through simulation training, medical staff can more intuitively understand the complexity and challenge of bedsore care, thus stimulating their interest and enthusiasm in learning. At the same time, the model also provides a modern teaching tool for nursing education, which is helpful to train more nursing talents with high quality and high skills.

In conclusion, the transition of bedsore care models from simulation to actual combat is an important advance in the field of medical care. It not only improves the level of care for medical staff and patient care experience, but also promotes the development of medical care education and training. With the continuous progress of technology and the deepening of application, it is believed that bedsore care model will play a more important role in the future.