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首页> 外文期刊>LASER THERAPY >Adjusting the light in the limit conditions of consciousness by the means of ascending reticular activating system (ARAS) and of subordinated systemsPart 2: Continuation & Conclusion of the Article
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Adjusting the light in the limit conditions of consciousness by the means of ascending reticular activating system (ARAS) and of subordinated systemsPart 2: Continuation & Conclusion of the Article

机译：通过网状激活系统（ARAS）和从属系统的提升来调节意识极限条件下的光线第2部分：文章的继续与结论

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Background: In our activity in the Ambulance Service of Bucharest Municipality during March 2002 - March 2003 we studied a casuistry of patients who had fallen in a coma of varying degrees. To aid better understanding of coma, the concept of “pre-coma stage” or “diencephalic 0 stage ” was introduced. This concept complements the Arseni classification already used in medical practice, because some doctors alternatively use the term of “inaugural coma” for the same condition that we call diencephalic “0 stage”. In the median hypothalamus and on the retino-hypothalamic path (SCN - AN) optical waves are transmitted, probably in the near infrared spectral range (800-1000 nm) in what we term the ascending reticular activating system (ARAS). These waves would constitute a means of transmitting information via the ARAS about the infradian biorhythm of coordination (frequencies below 1 cycle/28 hours), essential for the modulation and pre-processing of the consciousness and wakefulness, a fact which has already been demonstrated in animals.Methods: The current work is based on observations made on a group of 51 patients with the precoma and coma conditions, and on a thorough study of the specialized (especially Romanian) literature. Also, we used validated scientific proof of torture in conditions of lack of light.Results: We found a perfect interpenetration between the ARAS and the following two complementary subsystems: 1. The hypothalamic suprachiasmatic nucleus, that has the role of coordinating the periodicity of some biological functions depending on the circadian rhythm; and 2. The main photoperiodic organ, the pineal gland (epiphysis), which together with the ARAS has a role in the photoperiodicity modulation of some biological functions during the state of vigilance.
机译：背景：2002年3月至2003年3月，我们在布加勒斯特市救护车服务中心开展的活动中，我们研究了一系列昏迷程度不同的患者。为了帮助更好地了解昏迷，引入了“昏迷前期”或“双脑0期”的概念。这个概念补充了已经在医学实践中使用的Arseni分类，因为有些医生在我们称为双脑性“ 0期”的同一情况下也使用“非语言性昏迷”一词。在中下丘脑和视网膜下丘脑路径（SCN-AN）上，可能会在近红外光谱范围（800-1000 nm）内传输光波，我们称之为上行网状激活系统（ARAS）。这些电波将构成一种通过ARAS传输有关红外下生物节律（频率低于1个周期/ 28小时）的信息的手段，这对于意识和觉醒的调制和预处理至关重要，这一事实已在以下文献中得到证实。 方法：当前的工作是基于对一组51位患有昏迷和昏迷情况的患者的观察结果，以及对专门（尤其是罗马尼亚语）文献的深入研究。此外，我们在光线不足的情况下使用了经过验证的科学酷刑证据。结果：我们发现ARAS与以下两个互补子系统之间具有完美的互穿性：1.下丘脑视交叉上核，具有协调性的作用。一些生理功能的周期性取决于昼夜节律; 2.主要的光周期器官，松果体（骨e），与ARAS一起，在警惕状态下对某些生物功能的光周期调节起作用。

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