Polyvagal and Global Cytokine Theory of Safety and Threat Covid-19 – Plan B

D. Hanscom, David Roger Clawson, Stephen W. Porges, Ray Bunnage, L. Aria, S. Lederman, James Taylor, C. S. Carter
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引用次数: 13

Abstract

We are presenting this document to medical providers as a systematic approach to improve outcomes of patients with COVID-19. The following variables are considered: Autonomic nervous system viewed from the perspective of the Polyvagal Theory; Timing of interventions in terms of phase of the body’s defense (Fight, Flight, Freeze, Faint); The nervous system considered the context of a “One System” perspective; Protein/Enzyme function; Immune system; Cytokine load - activity, inflammation and metabolic response; Viral load; Angiotensin 2 load.The ARDS and multi-system organ failure of the COVID-19 is a complex problem. This approach acknowledges the complexity and presents a structure where the variables are systematically addressed.1. The common risk factors for death are associated with baseline elevations of pro-inflammatory cytokines. Measures can be taken to lower them before being exposed to the virus–Plan A.2. Strategies to optimize the body’s defenses should be assessed and optimized. These include nutrition, vitamins, and trace elements, sleep, exercise, and minimizing threat.3. The body’s own resources are utilized through recruiting the autonomic nervous system to counteract elevated pro-inflammatory cytokines. The interventions are implemented in the context of what stage of defense the body is in–fight, flight, freeze, or faint.4. Progressive pharmacological interventions are considered with the early interventions being those with minimal risk.We are asking the following:This approach is viewed as the foundation for clinical interventions. They should be implemented in a systematic and stepwise manner.Most of the treatments are already medically proven with minimal or no risk.All basic treatments are in place before more aggressive interventions are implemented.That this process be considered a framework to test clinical protocols and novel therapies. Much work needs to be done regarding dosing and timing.We are particularly interested in the potential of the following interventions, which do need to be looked at in a protocol.o Allowing ketosis in the Mid and Late Phases of the illness.o Considering the use of ketone bodies instead of glucose for fuel in Mid and Late Phases of illness.o Eliminating glucocorticosteroids in the Early and Mid-Phases the use of steroids.o Utilizing the anti-inflammatory cholinergic nervous system (vagal stimulation, nicotine patches, etc.).o Closer monitoring of IL-6 to in real time deliver the most appropriate interventions.
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多迷走神经和整体细胞因子的安全性和威胁- B计划
我们将此文件作为改善COVID-19患者预后的系统方法提交给医疗提供者。考虑以下变量:从多迷走神经理论的角度看自主神经系统;根据身体的防御阶段(战斗,逃跑,冻结,晕倒)进行干预的时机;神经系统考虑了“一个系统”视角的背景;蛋白质/酶功能;免疫系统;细胞因子负荷-活性、炎症和代谢反应;病毒载量;血管紧张素2负荷。COVID-19的ARDS和多系统器官衰竭是一个复杂的问题。这种方法承认复杂性,并提出了一种结构,其中变量被系统地处理。常见的死亡危险因素与促炎细胞因子的基线升高有关。在暴露于病毒之前,可以采取措施降低它们——计划A.2。优化身体防御的策略应该被评估和优化。这些包括营养、维生素、微量元素、睡眠、锻炼和减少威胁。机体自身的资源是通过招募自主神经系统来对抗升高的促炎细胞因子来利用的。这些干预措施是在身体处于战斗、逃跑、冻结或昏厥的防御阶段的背景下实施的。渐进的药物干预被认为是早期干预是那些风险最小的。我们的问题如下:这种方法被视为临床干预的基础。这些措施应该系统地、逐步地加以实施。大多数治疗方法已经得到医学证明,风险很小或没有风险。在实施更积极的干预措施之前,所有基本治疗都已到位。这一过程被认为是测试临床方案和新疗法的框架。在剂量和时间方面需要做很多工作。我们对下列干预措施的潜力特别感兴趣,它们确实需要在方案中加以考虑。o在疾病的中晚期允许酮症。o考虑在疾病中后期使用酮体代替葡萄糖作为燃料。o在早期和中期停用糖皮质激素,使用类固醇。o利用抗炎胆碱能神经系统(迷走神经刺激、尼古丁贴片等)。o密切监测IL-6,以便实时提供最适当的干预措施。
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