The Effect of Sleep Hygiene Given to Epilepsy Patients on Seizure Frequency and Sleep Quality

Epilepsy is a disease that can be seen in everyone, including neurological, chronic, elderly and children. An estimated 50 million people in the world have epilepsy, patients have a history of two or more seizures, the exact cause is unknown, it negatively affects home, work and school life, and it directs individuals from their independent roles to semi-dependent and fully dependent roles (Smith \& Wagner \& Jonathan, 2015). "Neuronal networks hypersynchronization" develops epileptic seizures, can cause insomnia, and sleep quality may decrease with drug treatment (Sünter and Ağan, 2019). NREM sleep causes seizures through the "ictal and interactive effect" of sleep (Alp and Altındağ, 2014). Insomnia increases seizure discharges, neurological and systemic complications may develop, and serious morbidity and mortality may occur (Özer, 2005). Epilepsy patients frequently experience daytime sleepiness and nighttime insomnia (Gümüşyayla and Vural, 2017). Complementary medical approaches are also recommended along with drug treatment. Sleep hygiene training is recommended for sleep health in epilepsy as in chronic diseases. With good sleep health, symptoms can be eliminated and sequelae can be prevented by reducing epileptic discharges (Gammino at all., 2016). Quality sleep is essential for physiological and psychological health, and sleep disorders can be corrected with sleep hygiene training (Günaş, 2018). Randomized studies including sleep hygiene training are needed to prevent seizure recurrences, prevent or treat comorbid psychological diseases, and improve life activities of epilepsy patients (Lee at all., 2015). One-third of people's lives are spent in sleep, regular and adequate sleep protects physiological and psychological health, sleep hygiene training contributes to the recovery of sleep disorders and accompanying psychological comorbid diseases, sleep hygiene training is cost-free and easy to implement, where daily activities and behaviors are regulated, appropriate environmental conditions are provided. By regulating the circadian rhythm, melatonin is released during sleep at night and sleep disorders are prevented by preventing excessive cortisol release (http://www.psikiyatri.net/uyku-hijyeni / Access date: 28 May 2022; Alp and Altındağ, 2014; Güneş, 2018). . No research has been found on sleep hygiene training to relieve sleep deprivation, which is common in epilepsy patients. With good sleep hygiene, sleep and quality of life can be improved and epileptic seizures can be prevented or reduced. Purpose of the research; To determine the effect of sleep hygiene training given to epilepsy patients on seizure frequency and sleep quality. Non-drug clinical research is an experimentally planned research with a pre-test post-test control group trial model.

Epilepsy is a non-communicable disease and is included in chronic diseases, it can be seen in all age groups (WHO, 2022) https://www.who.int/en/news-room/fact-sheets/detail/epilepsy Access date:28 May 2022. Epilepsy patients were under intense stress during the coronavirus epidemic, experienced intense anxiety and sleep disorders, and their quality of life was negatively affected (Elmalı et al., 2020). In their routine lives, epilepsy patients should be compliant with treatment for epilepsy seizure control, provide adequate sleep hygiene, have a balanced diet, and prefer a stress-free life (Adadıoğlu and Oğuz, 2016). Epilepsy patients complain of excessive daytime sleepiness between 16.9% and 28%, more than 50% experience insomnia at night due to night seizures and accompanying anxiety and depression diseases, insomnia triggers epileptiform discharges (seizures) in 25% of generalized epilepsy patients, Studies report that in 97% of epilepsy patients, insomnia, stress, and fatigue worsen the frequency and pattern of seizures. When sleep hygiene is ensured; It inhibits the release of stress hormones such as cortisol and noradrenaline from the hypothalamic pituitary and provides epileptic seizure control (Nunes at all., 2020). With sleep hygiene training, it improves sleep quality and quality of life in chronic diseases and sleep disorders (Muz et al., 2021; Ekinci, 2020). Nurses play an important role in the management of epilepsy and in supporting patients and their relatives; individuals are negatively affected psychologically and socially, especially seizure control and preventing possible complications, protection from trauma during seizures and providing emergency intervention, detection of self-care deficiencies, compliance with medication treatment, emotional changes, preventing fatigue and weakness, correct exercise, avoiding stress, preventing eating disorders. They contribute greatly to the quality of life with their educational and consultant roles in correcting sleep disorders and preventing sleep disorders (Enç et al., 2017; Ovayolu and Ovayolu, 2017; Özer, 2005). Our goals; Our aim is to improve sleep quality and control seizures with the sleep hygiene training we provide to epilepsy patients. Research Questions: 1. How does the sleep hygiene training given to patients with epilepsy in the experimental group affect their sleep quality? 2. Is there a relationship between sociodemographic characteristics and insomnia in patients with epilepsy in the experimental group? 3. Is there a significant difference between the experimental group and the control group? Patients diagnosed with epilepsy who applied to the neurology outpatient clinic of the hospital where the research is planned to be conducted constitute the population of the study. The number of samples was determined by power analysis, and the experimental and control groups will be determined by randomization. Sleep hygiene training will be given to the experimental group, and before and after surveys will be filled out. The control group will not be trained. We aim to contribute to scientific knowledge with this study. Non-drug clinical research pre-test post-test control group trial model experimentally planned research data. After obtaining written consent from the patients in a face-to-face interview by the researcher between 01 June 2023 and 01 December 2024, the experimental group was given an epilepsy patient introduction form and PSQI (Pittsburg Sleep Quality Index). ) and sleep hygiene training will be given to the patient, and a sleep hygiene booklet and training video will be given to the patient. A meeting with the patient is planned for one month later; The patient's seizure frequency will be evaluated with the seizure schedule and sleep quality will be evaluated with the Pittsburg sleep quality index, and sleep hygiene education will be given to the patient again. A follow-up meeting will be scheduled one month after the second interview, and seizure frequency and sleep quality will be re-evaluated with the forms. The research will be completed with the third interview with the experimental group. Three interviews will be held with the control group. After obtaining written consent from the patient to participate in the research, the epilepsy patient introduction form and PSQI (Pittsburgh Sleep Quality Index) are filled in, and a meeting with the patient is planned for one month later; The patient's seizure frequency will be evaluated with the seizure chart, and sleep quality will be evaluated with the Pittsburg sleep quality index. The third interview will be planned one month after the second interview, and the patient's seizure frequency and sleep quality will be evaluated with the seizure schedule, and the Pittsburg sleep quality index will be evaluated. Afterwards, the sleep hygiene booklet will be given to the patient and the study will be terminated. In order for the research findings to represent the population of the study, the sample of the study was determined to be a total of 50 with 25 patients each, with 80% power for the experimental/control groups, using power analysis, with α=0.05 and β=0.3. Considering the patient participants' situations such as death and withdrawal from the study, and in order for the study to be parametric, it was determined that a total of 160 patients would be reached, 80 patients each in the experimental and control groups. Data analysis of the research will be carried out by performing the necessary statistical operations in a computer environment and evaluating the results at a 95% confidence interval and a significance level of p \< 0.05. If the data shows a normal distribution, parametric tests (Student t test, Anova) will be used. If the data does not show a normal distribution, nonparametric tests (Wilcoxon, Kruskal -Wallis H Test) and Test-retest analyzes will be used.