Neonatal Tracheal Intubation training Model: How to grasp the subtle 'degree'

Endotracheal intubation is a difficult and crucial procedure in the field of neonatal emergency care. It requires medical personnel not only to have exquisite skills, but also to make accurate judgments in a very short period of time, especially to grasp every "degree" in the operation - strength, depth, Angle, and timing, which are directly related to the life safety of newborns. Therefore, the emergence of neonatal tracheal intubation training model provides a safe and effective practice platform for medical personnel to help them better master this skill.

First of all, the neonatal tracheal intubation training model simulates the oral cavity, larynx and tracheal structure of the newborn, so that the medical staff can perform the operation practice in a near-real environment. This simulation is not only reflected in the appearance and touch, but also in the simulation of various physiological reactions that may occur in the process of intubation of newborns, such as the movement of the root of the tongue, the occlusion of the epiglottis, etc., thus increasing the difficulty and authenticity of training.

During the exercise, the medical staff need to pay special attention to the strength of the intubation. Too much force may damage the newborn's laryngeal tissue, and too little force will not be able to smoothly insert the tracheal catheter. Through repeated practice, medical staff can gradually master the strength of intubation suitable for different situations, ensuring that the operation is both safe and effective.

At the same time, the depth of the intubation is also a "degree" that needs to be accurately grasped. Too deep may cause the tracheal catheter to enter the lung too deep, affecting the ventilation effect; Too shallow may cause the catheter to slip out or leak gas. The scale marks and feedback system on the training model can help the medical staff know the depth of the intubation in real time, so that timely adjustments can be made.

In addition, the Angle of intubation is as important as the timing. The correct Angle can ensure that the tracheal tube enters the trachea smoothly, and the appropriate time is to perform the intubation operation when the newborn's vital signs are relatively stable to reduce the occurrence of complications.

In summary, the neonatal tracheal intubation training model provides a valuable practice opportunity for medical personnel to help them grasp every "degree" of intubation operation through repeated practice. This precise training not only improves the skill level of medical staff, but also provides a strong guarantee for the safety and health of newborns.