It is a procedure that can be potentially painful, that induces anxiety, and can lead to serious complications. However, like many delicate medical gestures, it is often taught directly at the patient’s bed, according to the “see one, do one, teach one” method. Medical students acquire theoretical education, observe procedures performed by their peers, and perform their practical training directly on the patient. This method is flawed and affects both the patient and the student. On the one hand, it often causes variable procedural skill acquisition, and stress among students, who face very variable training depending on their course, since opportunities to practice do not always arise during hospitals internship. In addition, training on the patient can raise ethical issues. He is forced to endure mistakes, which can cause unnecessary pain and complications. The lumbar puncture is thus perceived by the students as a difficult and stressful gesture and 1 out of 2 students fail at their first attempt. It is also common for patient to refuse to be treated by students for this procedure.
Lack of practice for medical student leads to lack of self-confidence, which increases anxiety and can lead to mistakes. It it is therefore particularly important that medical students benefit from prior training, which is known to improve the success rate of the first punctures.
Simulation is now emerging as an essential training method for healthcare professionnels, as it allow training in various situations under realistic conditions, without running the risk of real error. For lumbar puncture training, it allows the user to endlessly reproduce the gesture without endangering the patient, in a controlled and secure environment. In line with the “never the first time on the patient” principle, students benefit from innovative learning experiences through simulation and can not only sustainably acquire technique skills, but also build up their self-confidence to deliver real patient care, thus contributing to improve care quality and safety.
? How InSimo’s work fits into this issue