{"title":"Brainwave entrainment through external sensory stimulus: a therapy for insomnia","authors":"E. Karuppathal, R. Kalpana, A. Srinivasan","doi":"10.1504/IJMEI.2021.10037429","DOIUrl":null,"url":null,"abstract":"Objective: To use Brainwave Entrainment through External sensory stimulus to treat Insomnia. Background: Insomnia is a condition that makes disorderness in the sleep. It plays a significant role in normal, pathological and psychiatric subjects. Most of the times, inducing sleep either through hypnotics or through sedative medicines are commonly adopted for treating sleeplessness. Brainwave Entrainment is an alternative procedure that modulates neural activities by synchronizing brainwave frequency with that of stimuli (Shusheng et al., 2016). Design/Methods: In this work audio, visual and haptic stimuli are used to improve overall sleep quality for insomnia subjects. Two audio signals at different frequencies were given to left and right ears. The results in binaural beat signal in delta band. Visual input is also given to two eyes through eye-mask to block the entry of external light. Automated system is developed to give pressure at HT-7 with time and pressure control. This therapy is self-administered by the TEST Group (who are diagnosed for insomnia) for a brief period on regular pace. Brain signals are acquired before and after therapy to understand the influence of AVE. Subjects who are not into insomnia (CONTROLs) are also studied for sleep pattern to make baseline comparison. Results: By analyzing power spectrum of these signals, results demonstrate that average delta signal power increases by 10% becoming at par with the CONTROLs. The test responses are also statistically analyzed using Cohen’s d value. The obtained results demonstrate impact of this therapy as significant changes in quality of sleep. Also, insomnia subjects who are not into oral medicine shows better response, in the sense their rhythmic changes became almost similar to that of CONTROLs with marked increase in REM state duration, reaching 20% of full sleep time, a normally recommended value. Conclusions: Brainwave entertainment through external sensory stimulus is very beneficial to treat insomnia soon after the diagnosis. Disclosure: Dr. Srinivasan has nothing to disclose. Dr. E has nothing to disclose. Dr. Venkatesan has nothing to disclose. Dr. R has nothing to disclose.","PeriodicalId":193362,"journal":{"name":"Int. J. Medical Eng. Informatics","volume":"120 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2020-04-14","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Int. J. Medical Eng. Informatics","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.1504/IJMEI.2021.10037429","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Objective: To use Brainwave Entrainment through External sensory stimulus to treat Insomnia. Background: Insomnia is a condition that makes disorderness in the sleep. It plays a significant role in normal, pathological and psychiatric subjects. Most of the times, inducing sleep either through hypnotics or through sedative medicines are commonly adopted for treating sleeplessness. Brainwave Entrainment is an alternative procedure that modulates neural activities by synchronizing brainwave frequency with that of stimuli (Shusheng et al., 2016). Design/Methods: In this work audio, visual and haptic stimuli are used to improve overall sleep quality for insomnia subjects. Two audio signals at different frequencies were given to left and right ears. The results in binaural beat signal in delta band. Visual input is also given to two eyes through eye-mask to block the entry of external light. Automated system is developed to give pressure at HT-7 with time and pressure control. This therapy is self-administered by the TEST Group (who are diagnosed for insomnia) for a brief period on regular pace. Brain signals are acquired before and after therapy to understand the influence of AVE. Subjects who are not into insomnia (CONTROLs) are also studied for sleep pattern to make baseline comparison. Results: By analyzing power spectrum of these signals, results demonstrate that average delta signal power increases by 10% becoming at par with the CONTROLs. The test responses are also statistically analyzed using Cohen’s d value. The obtained results demonstrate impact of this therapy as significant changes in quality of sleep. Also, insomnia subjects who are not into oral medicine shows better response, in the sense their rhythmic changes became almost similar to that of CONTROLs with marked increase in REM state duration, reaching 20% of full sleep time, a normally recommended value. Conclusions: Brainwave entertainment through external sensory stimulus is very beneficial to treat insomnia soon after the diagnosis. Disclosure: Dr. Srinivasan has nothing to disclose. Dr. E has nothing to disclose. Dr. Venkatesan has nothing to disclose. Dr. R has nothing to disclose.
目的:利用外感刺激脑波诱导治疗失眠症。背景:失眠是一种使睡眠紊乱的状态。它在正常、病理和精神学科中都起着重要作用。大多数时候,通过催眠剂或镇静药物诱导睡眠是治疗失眠的常用方法。脑波夹带是另一种通过将脑波频率与刺激频率同步来调节神经活动的方法(shussheng et al., 2016)。设计/方法:本研究采用听觉、视觉和触觉刺激来改善失眠症受试者的整体睡眠质量。分别给左右耳两个不同频率的音频信号。结果显示双耳拍信号为δ波段。视觉输入也通过眼罩提供给两只眼睛,以阻挡外界光线的进入。开发了自动化系统,可在HT-7进行时间和压力控制。这种疗法是由TEST小组(被诊断为失眠症的人)在短时间内定期自行实施的。在治疗前后获取脑信号,以了解ave的影响。对未失眠的受试者(对照组)也进行睡眠模式研究,以进行基线比较。结果:通过分析这些信号的功率谱,结果表明平均增量信号功率增加了10%,与对照组相当。测试反应也使用Cohen的d值进行统计分析。获得的结果表明,这种疗法的影响是睡眠质量的显著改变。此外,不服用口服药物的失眠症受试者表现出更好的反应,他们的节奏变化几乎与对照组相似,快速眼动状态持续时间显着增加,达到完全睡眠时间的20%,这是通常推荐的值。结论:通过外部感觉刺激进行脑波娱乐对失眠诊断后的早期治疗非常有益。披露:斯里尼瓦桑博士没有什么可披露的。E博士没有什么要透露的。文卡特桑博士没有什么可透露的。Dr. R没什么可透露的。