首页> 外文期刊>Advances in Physics Theories and Applications >Research on the Effects of the ‘Dance of the Spiral’ Methodology, with Spectral Analysis of Water Extracts, upon the Physiological Parameters of Plants and the Essential Oil Content
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Research on the Effects of the ‘Dance of the Spiral’ Methodology, with Spectral Analysis of Water Extracts, upon the Physiological Parameters of Plants and the Essential Oil Content

机译:通过水提取物的光谱分析研究“螺旋舞”方法对植物生理参数和精油含量的影响

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The Dance of the Spiral is the original methodology consisting of physical exercises that based on ancient health and longevity practices. A research has been done in which the Dance of the Spiral has been applied to plants. The planting was performed in eight directions, since each exercise supposedly has an effect on the state of health. Eight plants are chosen including common yarrow (Achillea millefolium ), wood violet (Viola odorata) , dandelion (Taraxacum officinale complex) , common chicory (Cichorium intybus) , shepherd’s purse (Capsella bursa-pastoris) , cranesbill (Geranium macrorrhizum) , broadleaf plantain (Plantago major) , and snowdrop (Galanthus nivalis), each of them grows the best in one of the eight directions. Two circles are empirically defined – the Spiral and the Antispiral . In both experiments the eight plants are positioned according to the empirical law established by the authors. Further clinical trials with 20 volunteers suffered from neurological, gastro-intestinal, cardio-vascular, and articular conditions and diseases, who stayed consecutively in the Antispiral and Spiral plant circles for 6 min in each circle were performed based on their subjective assessment of their state of health and their experience after their being stayed in the Antispiral and Spiral circles as a relaxing effect (the Antispiral circle) and a stimulating effect (the Spiral circle). The research involves the composition of essential oil extracts by NMR, gas chromatography and gas chromatography-mass spectrometry as well as the spectral analysis by the methods of Non-equilibrium spectrum (NES) and Differential Non-equilibrium spectrum (DNES) of water extracts from the common plant (Achillea millefolium) from the control group growing in its natural habitat and from the plants grown correspondingly in the Spiral and Antispiral circles. The result in the sample of common yarrow from the Spiral circle is an increase of the average energy of hydrogen bonds between H 2 O molecules. Biophysically, this points out to a stimulating effect. The result in the sample of common yarrow from the Antispiral circle is a decrease of the average energy of hydrogen bonds between H 2 O molecules. Biophysically, this points out to a relaxing effect. The essential oil composition of the samples planted in the Spiral and Antispiral circles is not identical in the quantitative and qualitative composition regarding the 83 components detected in them and studied. The amount of chamazulene was found to be equal to: in the control group sample – 5.41 %; in the Spiral sample – 4.32 %; in the Antispiral sample – 10.25 %; i.e. the amount of chamazulene in the essential oil from the Antispiral sample is almost twice of that in the control group and Spiral samples.
机译:螺旋舞是原始的方法,由基于古老健康和长寿实践的体育锻炼组成。已经进行了将螺旋舞应用于植物的研究。种植是在八个方向进行的,因为据信每次锻炼都会影响健康状况。选择了八种植物,包括普通欧arrow草(Achillea millefolium),木紫罗兰(Viola odorata),蒲公英(蒲公英蒲公英),普通菊苣(菊苣(Cichorium intybus),牧羊人的皮囊(Capsella bursa-pastoris),白鹤(天竺葵)。 (车前草)和雪花莲(Galanthus nivalis),它们各自在八个方向之一上生长得最好。根据经验定义了两个圆圈-螺旋形和反螺旋形。在两个实验中,根据作者建立的经验法则对八种植物进行定位。根据他们对状态的主观评估,对20名患有神经系统,胃肠道,心血管和关节疾病和疾病的志愿者进行了进一步的临床试验,这些志愿者在每个圈子中连续在Antispiral和Spiral植物圈子中停留了6分钟。留在防螺旋和螺旋圈中作为放松作用(防螺旋圈)和刺激作用(螺旋圈)后的健康状况和经验。这项研究涉及通过NMR,气相色谱和气相色谱-质谱法对精油提取物的成分进行分析,并通过非平衡光谱(NES)和微分非平衡谱(DNES)的方法对水提取物进行分析。对照组的普通植物(Achillea millefolium)在其自然栖息地生长,以及在螺旋和抗螺旋圈中相应生长的植物。来自螺旋圆的普通欧arrow草样品的结果是H 2 O分子之间氢键平均能量的增加。从生物学上讲,这表明具有刺激作用。来自Antispiral圈的普通欧arrow草样品中的结果是H 2 O分子之间氢键平均能量的降低。从生物学上讲,这表明具有放松作用。就在其中检测和研究的83种成分而言,种植在螺旋形和反螺旋形圆圈中的样品的精油成分在数量和质量上均不相同。查到的卡马祖胺含量等于:对照组样品中– 5.41%;螺旋样品中– 4.32%;在Antispiral样品中– 10.25%;也就是说,Antispiral样品中香精油中豆蔻精的含量几乎是对照组和Spiral样品中香豆素的两倍。

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