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Speaker ~ Prof Lucietta Betti

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admin 發表於 2015-6-6 22:07:10 | 顯示全部樓層 |閱讀模式
DAY 2 – 6 June2014 1550-1720
Fundamentalresearch 基礎研究
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Prof Lucietta Betti,
Italy. Different approaches in homeopathic basic research: plant-basedbioassays and evaporation-induced crystallization
來自意大利。順勢基礎研究的不同方案:以植物為本的生物檢測和以蒸發誘導的結晶
  
Background
  
背景
  
Assistant Professor and researcher, Department of  Agricultural Sciences,
  
University of Bologna, Italy
  
意大利博洛尼亞大學,農業科學系助理教授和研究員
  
  
Prof Betti’s main research topics include  investigating the mechanisms of action of highly diluted compounds on plant  models and quality analyses by means of crystallographic based methods –  particularly the novel droplet evaporation method developed by her group. She  is a board member of GIRI.
  
Prof Betti’s的主要研究課題包括調查高度稀釋化合物對植物模組的作用機制,以晶體學為基礎方法作質量分析 - 尤其是由她小組開發出來一種新穎的液滴蒸發方法。她是GIRI的董事會成員。
  
Research area
  
研究範圍
Kokornaczyk M, Trebbi G, Dinelli G, Marotti I, Bregola  V, Nani D, Borghini F, Betti L. Droplet evaporation method as a new potential  approach for highlighting the effectiveness of ultra high dilutions. Complement  Ther Med. 2014 Apr;22(2):333-40. doi: 10.1016/j.ctim.2014.02.005. Epub 2014  Feb 24.
  
以液滴蒸發方法為新的潛在途徑方法,突顯超高稀釋液的有效性
  
  
OBJECTIVE:
  
目的:
  
  
This study sought to verify whether the droplet  evaporation method (DEM) can be applied to assess the effectiveness of  ultra-high dilutions (UHDs). We studied the shape characteristics of the  polycrystalline structures formed during droplet evaporation of wheat seed  leakages.
  
此研究的目的是探究「液滴蒸發法」(DEM)是否可以應用於評估超高稀釋液(UHDs)的有效性。我們研究小麥種子透過液滴蒸發所形成的多晶結構的形狀特徵。
  
  
METHODS:
  
方法:
  
  
The experimental protocol tested both unstressed  seeds and seeds stressed with arsenic trioxide 5mM, treated with either  ultra-high dilutions of the same stressor substance, or with water as a  control.
  
實驗方案以5mM三氧化二砷,分別測試了受壓與不受壓的種子,一組以超高度稀釋的三氧化二砷處理,另一組則以水為對照處理。
  
  
The experimental groups were analyzed by DEM and in  vitro growth tests. DEM patterns were evaluated for their local connected  fractal dimension (measure of complexity) and fluctuating asymmetry (measure  of symmetry exactness).
  
實驗組別以DEM及試管內增長測試進行了分析。 DEM模式會以其局部連接的分形維數(複雜程度)和波動性不對稱(精確對稱程度)作評價。
  
  
RESULTS:
  
結果:
  
Treatment with arsenic at UHD of both stressed and  non-stressed seeds increased the local connected fractal dimension levels and  bilateral symmetry exactness values in the polycrystalline structures, as  compared to the water treatment.
  
以白砷的超高度稀釋液(UHD)治療受壓與不受壓種子,相比於只用水作處理的對照組別,增加了局部連接分形維數的水平,及多晶結構中的雙側對稱性精確值。
  
  
The results of in vitro growth tests revealed a  stimulating effect of arsenic at UHD vs. control, and a correlation between  the changes in growth rate and the crystallographic values of the polycrystalline  structures was observed.
  
試管生長試驗相對於對照組之下,結果表明了白砷UHD的刺激作用,也觀察到生長速率的變化、和多晶結構結晶值之間的相關性。
  
  
CONCLUSIONS:
  
結論:
  
The results indicate that polycrystalline structures  are sensitive to UHDs, and so for the first time provide grounds for the use  of DEM as a new tool for testing UHD effectiveness. DEM could find  application as a treatment pre-selection tool, or to monitor sample  conditions during treatment.
  
結果表明,多晶結構對UHDs能作出反應,因此,第一次提供理由使用DEM作為測試UHD有效性的新工具。 DEM可以作為預選治療工具,協助找到合適的治療程序,或在治療過程中監測樣品的狀況。
  
  
Moreover, when applied to biological liquids (such  as saliva, blood, blood serum, etc.), DEM might provide information about UHD  effectiveness on human and animal health.
  
此外,當應用於生物液體(如唾液,血液,血清等),DEM也可能會提供有關UHD對人類和動物健康有效性的資料。
  



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