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Effects of QLink® Pendant on the Blood and Biological Terrain 影响QLink ®挂件血液和生物地形
[Apr 2001] [ 2001年4月]

Note: Watch an indepedent TV News report of a similar study here 注： 观看电视新闻无关报告了一项类似的研究在这里

Robert O. Young, Ph.D., D.Sc. 人Robert O.年轻博士， D.Sc. Microbiologist 微生物学家
Alpine, Utah 阿尔卑斯山，犹他

"My study on live and dried blood cells involved 14 individuals. In 100% of the test group, the QLink Pendant demonstrated the ability to provide a favorable context for normal organization of blood cells which were visually showing multiple negative conditions. I perceive these negative conditions are attributable to years of stressful lifestyles. “我的研究生活和血细胞的干涉及14人。在100 ％的测试组， QLink挂件表明，有能力提供一个良好的范围内为正常组织的血细胞是视觉上显示多个负面条件。我认为这些负面条件是因为多年的压力的生活方式。

"After wearing the QLink Pendant for only 72 hours, each participant showed a significant improvement in the quality of their blood. “经过了QLink穿着挂件只有72小时，每个参与者有显着质量的提高他们的血液。

"The blood of the test group wearing the QLink Pendant showed a visual, normal blood profile that I see in only 1 out of every 10,000 people. In my opinion, any person whose blood is improved to this degree will significantly improve their performance and quality of life." “血试验组身穿QLink挂件显示直观，形象血压正常，我看到的只有1中，每10000人。在我看来，任何人的血液是提高到这种程度将大大提高其性能和质量的生活。 “

Before and after Micrographs of 3 subjects 之前和之后的3显微科目

On the left: Baseline Micrographs before wearing the QLink. 左：基线前显微穿QLink 。

On the right: Micrographs after wearing the QLink for 72 hours. 论权利：显微后，身穿QLink 72小时。 Note that the red blood cells appear to be more round and symmetrical — which is the normal healthy profile. 请注意，红血细胞似乎更全面和对称的-这是正常的健康形象。

Subject 1 主题1 Before QLink 在QLink	Subject 1 主题1 After QLink 经过QLink
Subject 2 除第2 Before QLink 在QLink	Subject 2 除第2 After QLink 经过QLink
Subject 3 除第3 Before QLink 在QLink	Subject 3 除第3 After QLink 经过QLink

Summary of Study on the Effects of Disturbing Low Frequency Electromagnetic Fields (10 Hz to 100 Hz) at the Cellular Level and a Potential Mediating Device 综述影响的研究令人不安的低频电磁场（ 10赫兹到100赫兹）在细胞水平和潜在的中介装置

A two part study was conducted by Dr Robert Young, PhD, DSc, Microbiologist, to investigate the disturbing effects of low frequency electromagnetic fields (low EMF) on the human cell and to validate the potential of the QLink Pendant to act as a device for maintaining the integrity or normal organization of the human cell in the presence of low EMF. 两部分研究是由罗伯特扬博士，哲学博士，数码相机，微生物，调查令人不安的影响低频电磁场（低电磁场）对人体细胞和验证的潜力QLink挂件作为一个装置保持完整或正常组织的人类细胞中存在的低势。

Background 背景
Dr Young postulates that one of the contributing factors of high levels of cellular disorganization is exposure to extended periods of low EMF. 青年博士假设的一个促成因素高水平的细胞解体是暴露于长时间的低势。 A state of cellular disorganization, or dis-ease state, is reflected as changes in certain aspects of blood composition and blood clotting ability. 一个国家的细胞解体，或疾病状态，是反映变化的某些方面的血液成分和血液凝结的能力。 These changes can easily be revealed using video-enhanced optical microscopy and video micrographs. In the past, blood chemistry has been the primary mode of diagnosis or analysis for the presence of pathology or cellular disorganization. Dr Young's research has pioneered the use of video-enhanced microscopy as an alternative method of analysis. 这些变化可以很容易地使用视频显示增强光学显微镜和视频显微镜。过去，血液化学一直是主要方式诊断或分析存在的病理或细胞解体。博士年轻的研究已率先使用视频加强显微镜作为替代的分析方法。 Through the use of video micrographs (see examples above), blood can be tested for cellular disorganization. 通过使用视频显微镜（见上述范例） ，血可测试移动混乱。

Research Protocol 研究议定书
The study was conducted in two consecutive parts with 12 individual case studies in total. 这项研究是在两个连续的部分有12个人的个案研究的总额。 The first part (Part I) consisted of a sample group of four participants. 第一部分（第一部分）组成的抽样调查组4个参与者。 The second part (Part II) consisted of eight participants. 第二部分（第二部分）组成8个参与者。 All micrographs were taken using the same blood procedure for each condition. 所有显微采取了使用相同的血程序的每个条件。

Part I: Micrographs from three conditions were taken: Baseline Micrographs before exposure to EMF, Micrographs after exposure to 8 hours of low EMF, and Micrographs after wearing QLink for 72 hours while exposed to low EMF. 第一部分：显微从三个条件，采取：基线前显微电磁场暴露，暴露后显微至8小时的低势，并在显微身穿QLink 72小时，而暴露于低势。

Part II: Micrographs from only two conditions were taken: Baseline Micrographs before wearing the QLink and Micrographs after wearing QLink for 72 hours. No additional exposure to low EMF was conducted. 第二部分：从显微只有两个条件都得到：基线前显微穿QLink和显微身穿QLink后的72小时。无需额外接触低电磁场进行。 (Micrographs of 3 subjects depicted above) （ 3显微描绘科目以上）

Methodology 方法论
Two blood microscopy tests were used to demonstrate the disturbing effects of low EMF on the human cell and the efficacy of the QLink Pendant. 两种血液检验显微镜被用来展示令人不安的效果较低电磁场对人类细胞的效率QLink挂件。 These are the "Unchanged Blood Test" (UBT) and the "Mycotoxic Oxidative Stress Test" (MOST). 这些“不变血液测试” （尿素）和“ Mycotoxic氧化应激试验” （最） 。

The unstained blood is studied in the UBT. unstained血液的研究在呼气试验。 From the UBT micrographs, the disorganization and organization of matter present in the blood plasma such as red blood cells, white blood cells, bacteria, yeast, mold, acid crystals, etc., can be seen. 从尿素镜，瓦解和组织的物质存在于血浆，如红血球，白血球细胞，细菌，酵母，霉菌，酸晶体等，可以看出。

The coagulation of blood is studied in the Mycotoxic Oxidative Stress Test. 凝固的血液研究的Mycotoxic氧化应激试验。 States of imbalance are reflected by changes in blood composition and clotting ability . 国家的不平衡，反映的变化血液成分和凝血能力。 When blood is allowed to clot, the pattern seen is essentially the same in healthy subjects. 当血液凝结，看到的格局基本上是相同的正常人。 However, blood containing abnormal artifacts will distort the normal pattern. The blood of a subject under mycotic oxidative stress will exhibit a variety of characteristic patterns that deviate from the normal pattern. 然而，血液含有异常文物将扭曲了正常的模式。血一个主题下真菌氧化应激将展出各种形态特征偏离正常的模式。 These patterns have one striking abnormality in common — the presence of "clear" or white areas where the fibrin net/red blood cell conglomerate is absent. 这些模式有一个显着异常的共同-存在的“清晰”或白色地区的纤维网/红细胞巨头缺席。

Using these techniques and protocols developed by Dr Young, the integrity or organization of the blood of each test subject is studied via micrographs. 使用这些技术和协议开发的青年博士，完整性或组织的血液的每一个测试主题是通过显微镜研究。

Conclusions 结论
The following conclusions were drawn from the study by Dr Young. 下面得出结论的研究青年博士。

Part I: Significant impact on the morphology of the red and white blood cells and the red blood cell conglomerate was seen when exposed to disturbing low EMF. 第一部分：重大影响形态的红血球和白血球和红血球集团被视为当暴露于电磁场干扰低。 These disturbing frequencies of 10 Hz to 100 Hz were mediated in all four participants while wearing the QLink. 这些令人不安的频率为10赫兹至100赫兹的介在所有四个参与者，而穿着QLink 。 After 72 hours, the red blood cells appeared to be more round and symmetrical which is the normal healthy profile. 72小时后，红血细胞似乎是更全面和对称这是正常的健康形象。 There was a significant notable improvement in the morphology of the live and coagulated blood of all four participants when wearing a QLink pendant. 有显着显着改善的形态生活和血液凝固的所有四个参与者时，身穿QLink吊坠。 It is hypothesized that the improvement in the morphology of the blood is a direct result of the QLink pendant mediating incoming disturbing low EMF. 这是假设的改善形态的血是一个直接结果是QLink吊坠调解传入令人不安的低势。 The QLink achieves this by maintaining the integrity of the energy fields that surround each individual blood cell. 该QLink达到这一目标，保持了完整的能源领域，环绕每个血细胞。 In addition, 4 out of 4 participants experienced a significant increase in energy and/or health. 此外， 4人4人经历了一个显着增加能源和/或健康。

Part II: The results showed normal and/or significant improved morphology in all 8 participants. 第二部分：实验结果表明正常和/或显着改善形态在所有8名参加者。 This demonstrates the efficacy of the QLink pendant in mediating low EMF, and therefore, maintaining the energy fields of the live and coagulated blood, irrespective of any lifestyle changes. 这表明效果QLink吊坠在调解低势，因此，保持能源领域的生活和血液凝固，不论任何改变生活方式。

Download the complete study (PDF): 下载完整的研究报告（ PDF格式） ：
Effects of QLink on the Blood and Biological Terrain QLink影响血液和生物地形
(To download, right-click on the link, choose 'Save Target (or Link) As,' and save into your computer.) （若要下载，右击链接，选择'目标另存（或链接）作为，并保存到您的计算机上。 ）

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