Pediatric clinics often subject infants and children to painful medical procedures. These interventions include blood collection, intramuscular and intravenous injections, which can induce pain and fear in children. The experience of pain during medical procedures has long-term effects and can shape a person's approach to healthcare in the future. While evidence-based practices exist to address interventional pain in the pediatric population, they may not always be sufficient in practice. As technology advances, there is growing interest in innovative methods to reduce pain, alongside commercially available products.
Distraction techniques have been proven effective in reducing acute pain in children during needle interventions. Distraction aims to redirect the child's attention to another stimulus, based on the understanding that the brain has limited capacity to focus on pain. Nurses and healthcare workers play a crucial role in alleviating children's fear of medical procedures, as they are often the first point of contact and provide ongoing care.
In addition to traditional methods such as watching cartoons, inflating balloons, and playing music, innovative techniques have emerged. One such method is the use of bubble machines, which produce bubbles using blowing and spraying systems. Studies have shown that bubble blowing can effectively reduce pain intensity during phlebotomy in children aged 3-6 years. Other studies have recommended using bubble blowing alongside devices like Buzzy to reduce pain severity during phlebotomy and intramuscular injections.
Considering the current pandemic situation, the use of bubble machines has gained attention as a potentially more effective distraction method than balloon blowing, as it reduces the risk of infection and provides a greater number of bubbles in the environment. Moreover, hologram technology has gained popularity in our daily lives. Holography refers to three-dimensional projections that can be seen without special equipment. It has the potential to revolutionize medicine by providing realistic and immersive experiences. However, there is a lack of studies exploring the application of hologram technology in reducing pain during medical procedures, particularly in the nursing literature. It is believed that this technology can effectively distract children during painful interventions.
Technological advancements, including hologram technology, have the potential to significantly impact the healthcare sector. By utilizing such applications, especially for diversion and comfort in pediatric pain management, healthcare professionals can improve the overall experience of children. The use of technology can also enhance efficiency and service quality in healthcare, benefiting patients of all age groups.
In this context, the present study aims to investigate the use of hologram fans and bubble machines to divert attention, reduce fear and pain levels, and improve compliance during intravenous blood collection in children. This unique study, which incorporates hologram technology, aims to contribute to the existing literature. Similar to bubble machines, bubble blowing toys have been studied and have shown attention-grabbing effects. Therefore, this study is necessary to explore the effects of hologram fans and bubble machines on children's pain and fear levels during intravenous blood collection, a highly stressful procedure for both children and parents, and to introduce new methods to the literature on this topic.
Hologram: The word hologram means "three-dimensional image recording system" in Turkish. Hologram is the name given to the picture obtained by the use of coherent laser beams. Along with the intensity of light, the hologram allows an object to be seen in three dimensions by recording the direction of the light waves.
Hologram Fan: A hologram fan is one of the industrial electronic products that creates an illusion of 3D objects circling in the air. The fan rotates too fast to be seen with the naked eye, resulting in a transparent background for the projected object.
Bubble Machine: These are the systems used in blowing sequencing by adding liquid mixtures specially prepared for bubbles to the machine chamber. Warm-up times are provided in 5-10 seconds, the machines provide use on blowing and spraying systems and the production of bubbles and their release to the space used.
Purpose of the Study: The aim of this study was to investigate the effect of hologram fan and bubble machine use on pain and fear levels during blood collection process in children who applied to Pediatric Stem Cell Transplantation Polyclinic at Ege University Children's Hospital.
Hypotheses H1: The use of a hologram fan reduces interventional pain during the blood collection process.
H2: The use of a bubble machine reduces interventional pain during the blood collection process.
H3: The use of a hologram fan reduces the fear of interference during the blood collection process.
H4: The use of a bubble machine reduces the fear of interference during the blood collection process.
H5: The use of a hologram fan affects the emotional behavior scale score during the blood collection process.
H6: The use of a bubble machine affects the emotional behavior scale score during the blood collection process.
Wong- Baker Faces Pain Scale The scale consists of six black and white faces, ranging from a smiling face to a painful face. The child is told about the pain level of the faces on the scale and told to choose the face that best expresses his or her pain.
Child Fear Scale It was adapted from the Faces Anxiety Scale by McMurty and colleagues to measure fear in children undergoing painful medical procedures. The Child Fear Scale is a scale rated 0-4 that shows five hundred ranging from a neutral expression (0 = no worry) to a feared face (4 = serious anxiety).
Emotional Indicators Scale in Children: It is an easy-to-evaluate and easy-to-apply scale used to objectively define the emotional indicators that children show against medical procedures.
Collection of Data Two research-independent volunteer nurses with at least 10 years of experience will assist in the data collection process. The observer nurse will be informed by the researcher about the scale forms to be used in the study process. The polyclinic nurse will perform the routine nursing intervention. Nurses do not have conflicts of interest with research.
First of all, the participants who are waiting to have blood drawn at the entrance of the polyclinic by the researcher and who meet the sample selection criteria will be informed about the research and informed consent will be obtained from the child and parent. The data will then be recorded by asking questions about the characteristics of the participant and his/her parents included in the data collection form and the processing. Children who meet the criteria will be assigned to the application groups according to the randomization list created by the researcher.
Data evaluation/statistical methods of the study Descriptive statistics of the data; mean, standard deviation (median, minimum, maximum) will be given as frequency and percentage values. The assumption of normality of the quantitative data will be checked by the Shapiro-Wilk test. Unidirectional ANOVA (Bonferroni or Tukey test for binary comparisons) will be used for variables with normal distributions, while Kruskal-Wallis test (Dunn test for binary comparisons) will be used for variables that do not provide normality assumption. The correlation of quantitative data with each other will be evaluated by Pearson or Spearman's Rho correlation coefficients. The relationships between categorical variables will be examined by the Pearson Chi-square test or Fisher's Full probability test.
The data were analyzed using SPSS (22.0) software. The significance level was determined as 0.05 in all analyzes.
