Araştırma Çıktıları

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    Developing Cricothyroidotomy Skills Using a Biomaterial-Covered Model
    (ELSEVIER SCIENCE INC, 2020-01-01) Senuren, Cigdem Ozkaya; Yaylaci, Serpil; Kayayurt, Kamil; Aldinc, Hasan; Gun, Cem; Simsek, Perihan; Tatli, Ozgur; Turkmen, Suha
    Introduction-Cricothyroidotomy is an advanced and life-saving technique, but it is also a rare and a difficult procedure. The purpose of the present study was to produce a low-cost simulation model with realistic anatomic features to investigate its effectiveness in developing cricothyroidotomy skills. Methods-This study was performed at a university simulation center with 57 second-year student paramedics and a cricothyroidotomy simulation model. Total scores were assessed using a checklist. This consisted of 13 steps and was scored as misapplication/omission=0, correct performance and timing with hesitation=1, and correct performance and timing without hesitation=2. One of these steps, local anesthesia of the area if time is available, was not performed owing to time limitations. The highest possible score was 24. Data are presented as mean +/- SD with range, as appropriate. Normal distribution was evaluated using the Kolmogorov-Smirnov test, Student t test, and Mann-Whitney U test, and correlation analysis was used for statistical analysis. Results-Students completed the cricothyroidotomy procedure steps in 116 +/- 46 (55-238) s. At performance assessment, the score achieved was 12 +/- 5 (2-24). The highest total score of 24 was achieved by 3 students (5\%). Total scores exhibited negative and significant correlation with procedure time (r=-0.403, P=0.002). Conclusions-The model developed in this study is an inexpensive and effectivemethod that can be used in cricothyroidotomy training for student paramedics. We think that repeating the cricothyroidotomy procedure on the model will increase success levels.
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    Example of a Simulation Design in Nursing Education: Safe Chemotherapy Administration
    (ISTANBUL UNIV-CERRAHAPASA, 2019-01-01) Uslu, Yasemin; Unver, Vesile; Kocatepe, Vildan; Karabacak, Ukke
    Chemotherapy is one of the treatment methods increasingly used in cancer. In this article, we aimed to share our simulation experiences within the scope of the elective course of Cancer Nursing in the Nursing Internship (4th year) program in the process of teaching safe chemotherapy administration methods. Simulation-based experience should be designed to attain specified educational goals and expected results as best as possible. Scenario implementation is based on the criteria of the International Nursing Association for Clinical Simulation and Learning standards. A biologically safe drug preparation cabin in the drug preparation room of a simulation center was used, and a medium-fidelity mannequin-based simulator evaluating the vital signs was utilized as the simulator during the simulation implementation. In the patient history prepared within the scope of the scenario, the students were expected to achieve goals. An analysis was performed by a trainer who followed attentively the implementation during the scenario. In the analysis stage, sessions including 8-10 students were held using the Promoting Excellence and Reflective Learning in Simulation. A checklist was used to evaluate the skill steps of the students objectively. It is thought that this simulation scenario maintained in accordance with the standards of best practice of the International Nursing Association for Clinical Simulation and Learning would guide the readers. The simulation is considered to be an effective method for safe medications, and it is recommended to plan different scenarios according to the levels of student.