The customer’s claims are validated by testing based on clinical research principles. This means that the tests are:
A direct testing assistant and an indirect assistant to ensure the double-blind test.
The physiological response of the body was measured on each testee on two different days at the same time (hour), in random order. During the measurements (30 minutes), the testee sat on a comfortable wooden chair, having been alone in the physiological measurements laboratory. The testee was exposed once to the influence of the Uniwave® Pendant (in an Exposed situation) and, in the second instance, to the sham pendant (in the Control situation). In both situations and across all measurements, the product was enclosed in a small pouch around the necks of the testees. The product remained unseen by both the subject and the direct test assistant.
Figure 1: During testing, we utilized the Uniwave® Pendant By Quantes® Technology in the Exposed situation throughout the measurement process.
After the measurements, the raw data was imported into MATLAB and subjected to further analyses with appropriate programs suited to specific parameters. Next, a geometric median of all testees was calculated for each measured physiological parameter. The whole session (30 minutes) was divided into two parts and statistically evaluated for every parameter and each part separately. To estimate the energy influence, we compared the results of the two situations via the Wilcoxon signed-rank paired test. The size of the effects was estimated with Cohen's standardized effect size (Cohen's D). To check for the difference in influencing power between the situations, we compared their Cohen’s D values and p-values (statistical significances). The results of statistical tests were corrected with the Holm-Bonferroni correction for multiple comparisons.
Validation of the energy influence of the product Uniwave® Pendant By Quantes® Technology (Figure 1) reveals multiple significant statistical differences between the two testing situations, as outlined in the General Assumption. The exposed situation demonstrated a relaxing effect on the autonomic system (in the sense of anti-stress) and a tonifying (vitalizing) effect on the somatic system.
In the Summary report, only the outcome of statistically significant results is presented. More detailed and elaborate test results of all measured parameters are available to the customer at the BION Institute and can be systematically presented in an extended scientific report or a Research Gate publication.
Based on statistically significant differences between the Uniwave Pendant Exposed situation, and the Control situation, demonstrated in the testing, we acknowledge that the influence of the product Uniwave® Pendant By Quantes® Technology meets all the criteria required to obtain the Certificate of Energy Influence on Human Organism No. 0287, which is announced on the webpage http://bion.si/en/testing-certificates.
Thank you for completing this module. You can now download this module's eLeaflet and presentation slide for your future reference.
Tuntutan pelanggan disahkan dengan ujian berdasarkan prinsip penyelidikan klinikal. ini bermakna bahawa ujian adalah:
Pembantu ujian langsung dan pembantu tidak langsung untuk memastikan ujian dua buta.
Tindak balas fisiologi badan diukur pada setiap testis pada dua hari berbeza di masa yang sama (jam), dalam susunan rawak. Semasa pengukuran (30 minit), testee duduk di atas a kerusi kayu yang selesa, setelah bersendirian di makmal pengukuran fisiologi. The testee telah terdedah sekali kepada pengaruh Loket Uniwave® (dalam situasi Terdedah) dan, dalam contoh kedua, kepada loket palsu (dalam situasi Kawalan). Dalam kedua-dua situasi dan merentasi semua ukuran, produk itu dimasukkan ke dalam kantung kecil di sekeliling leher testis. The produk kekal tidak dapat dilihat oleh kedua-dua subjek dan pembantu ujian langsung.
Rajah 1: Semasa ujian, kami menggunakan Teknologi Uniwave® Pendant By Quantes® dalam Exposed situasi sepanjang proses pengukuran.
Selepas pengukuran, data mentah telah diimport ke MATLAB dan tertakluk kepada selanjutnya analisis dengan program yang sesuai yang sesuai dengan parameter tertentu. Seterusnya, median geometri semua testis dikira untuk setiap parameter fisiologi yang diukur. Keseluruhan sesi (30 minit) telah dibahagikan kepada dua bahagian dan dinilai secara statistik untuk setiap parameter dan setiap bahagian secara berasingan. Untuk menganggarkan pengaruh tenaga, kami membandingkan keputusan kedua-dua situasi melalui Wilcoxon ujian berpasangan peringkat ditandatangani. Saiz kesan telah dianggarkan dengan saiz kesan piawai Cohen (Cohen's D). Untuk menyemak perbezaan dalam mempengaruhi kuasa antara situasi, kami membandingkan nilai D dan nilai-p Cohen mereka (kepentingan statistik). Keputusan statistik ujian telah diperbetulkan dengan pembetulan Holm-Bonferroni untuk pelbagai perbandingan.
Pengesahan pengaruh tenaga produk Uniwave® Pendant By Quantes® Technology (Rajah 1) mendedahkan pelbagai perbezaan statistik yang ketara antara kedua-dua situasi ujian, seperti digariskan dalam Andaian Am. Keadaan yang terdedah menunjukkan kesan santai pada sistem autonomi (dalam erti kata anti-tekanan) dan kesan tonifying (vitalizing) pada somatik sistem.
Dalam laporan Ringkasan, hanya hasil keputusan yang signifikan secara statistik dibentangkan. Lagi keputusan ujian terperinci dan terperinci bagi semua parameter yang diukur tersedia kepada pelanggan di BION Institute dan boleh dibentangkan secara sistematik dalam laporan saintifik lanjutan atau Penyelidikan Penerbitan gerbang.
Berdasarkan perbezaan statistik yang ketara antara situasi Uniwave Pendant Exposed, dan situasi Kawalan, yang ditunjukkan dalam ujian, kami mengakui bahawa pengaruh daripada produk Uniwave® Pendant By Quantes® Technology memenuhi semua kriteria yang diperlukan untuk mendapatkan Sijil Pengaruh Tenaga terhadap Organisme Manusia No. 0287, yang diumumkan pada laman web http://bion.si/en/testing-certificates.
Terima kasih kerana melengkapkan modul ini. Anda kini boleh memuat turun eLeaflet dan slaid pembentangan modul ini untuk rujukan masa hadapan anda.
The customer’s claims are validated by testing based on clinical research principles. This means that the tests are:
A direct testing assistant and an indirect assistant to ensure the double-blind test.
The physiological response of the body was measured on each testee on two different days at the same time (hour), in random order. During the measurements (30 minutes), the testee sat on a comfortable wooden chair, having been alone in the physiological measurements laboratory. The testee was exposed once to the influence of the Uniwave® Pendant (in an Exposed situation) and, in the second instance, to the sham pendant (in the Control situation). In both situations and across all measurements, the product was enclosed in a small pouch around the necks of the testees. The product remained unseen by both the subject and the direct test assistant.
Figure 1: During testing, we utilized the Uniwave® Pendant By Quantes® Technology in the Exposed situation throughout the measurement process.
After the measurements, the raw data was imported into MATLAB and subjected to further analyses with appropriate programs suited to specific parameters. Next, a geometric median of all testees was calculated for each measured physiological parameter. The whole session (30 minutes) was divided into two parts and statistically evaluated for every parameter and each part separately. To estimate the energy influence, we compared the results of the two situations via the Wilcoxon signed-rank paired test. The size of the effects was estimated with Cohen's standardized effect size (Cohen's D). To check for the difference in influencing power between the situations, we compared their Cohen’s D values and p-values (statistical significances). The results of statistical tests were corrected with the Holm-Bonferroni correction for multiple comparisons.
Validation of the energy influence of the product Uniwave® Pendant By Quantes® Technology (Figure 1) reveals multiple significant statistical differences between the two testing situations, as outlined in the General Assumption. The exposed situation demonstrated a relaxing effect on the autonomic system (in the sense of anti-stress) and a tonifying (vitalizing) effect on the somatic system.
In the Summary report, only the outcome of statistically significant results is presented. More detailed and elaborate test results of all measured parameters are available to the customer at the BION Institute and can be systematically presented in an extended scientific report or a Research Gate publication.
Based on statistically significant differences between the Uniwave Pendant Exposed situation, and the Control situation, demonstrated in the testing, we acknowledge that the influence of the product Uniwave® Pendant By Quantes® Technology meets all the criteria required to obtain the Certificate of Energy Influence on Human Organism No. 0287, which is announced on the webpage http://bion.si/en/testing-certificates.
Thank you for completing this module. You can now download this module's eLeaflet and presentation slide for your future reference.
The customer’s claims are validated by testing based on clinical research principles. This means that the tests are:
A direct testing assistant and an indirect assistant to ensure the double-blind test.
The physiological response of the body was measured on each testee on two different days at the same time (hour), in random order. During the measurements (30 minutes), the testee sat on a comfortable wooden chair, having been alone in the physiological measurements laboratory. The testee was exposed once to the influence of the Uniwave® Pendant (in an Exposed situation) and, in the second instance, to the sham pendant (in the Control situation). In both situations and across all measurements, the product was enclosed in a small pouch around the necks of the testees. The product remained unseen by both the subject and the direct test assistant.
Figure 1: During testing, we utilized the Uniwave® Pendant By Quantes® Technology in the Exposed situation throughout the measurement process.
After the measurements, the raw data was imported into MATLAB and subjected to further analyses with appropriate programs suited to specific parameters. Next, a geometric median of all testees was calculated for each measured physiological parameter. The whole session (30 minutes) was divided into two parts and statistically evaluated for every parameter and each part separately. To estimate the energy influence, we compared the results of the two situations via the Wilcoxon signed-rank paired test. The size of the effects was estimated with Cohen's standardized effect size (Cohen's D). To check for the difference in influencing power between the situations, we compared their Cohen’s D values and p-values (statistical significances). The results of statistical tests were corrected with the Holm-Bonferroni correction for multiple comparisons.
Validation of the energy influence of the product Uniwave® Pendant By Quantes® Technology (Figure 1) reveals multiple significant statistical differences between the two testing situations, as outlined in the General Assumption. The exposed situation demonstrated a relaxing effect on the autonomic system (in the sense of anti-stress) and a tonifying (vitalizing) effect on the somatic system.
In the Summary report, only the outcome of statistically significant results is presented. More detailed and elaborate test results of all measured parameters are available to the customer at the BION Institute and can be systematically presented in an extended scientific report or a Research Gate publication.
Based on statistically significant differences between the Uniwave Pendant Exposed situation, and the Control situation, demonstrated in the testing, we acknowledge that the influence of the product Uniwave® Pendant By Quantes® Technology meets all the criteria required to obtain the Certificate of Energy Influence on Human Organism No. 0287, which is announced on the webpage http://bion.si/en/testing-certificates.
Thank you for completing this module. You can now download this module's eLeaflet and presentation slide for your future reference.
客户的主张通过基于临床研究原理的测试得到验证。这 意味着测试是:
一名直接测试助理和一名间接测试助理,确保双盲测试。
在不同的两天里测量每个测试者的身体生理反应 同一时间(小时),随机顺序。在测量过程中(30 分钟),测试者坐在 舒适的木椅,独自一人在生理测量实验室。这 测试者曾受到 Uniwave® 吊坠的影响(在暴露情况下),并且, 在第二种情况下,到假吊坠(在控制情况下)。在这两种情况和所有测量中,产品都被封装在测试者脖子上的小袋中。这 受试者和直接测试助理都没有看到产品。
图1: 在测试过程中,我们在暴露的环境中使用了 Quantes® 技术的 Uniwave® Pendant 整个测量过程中的情况。
测量结束后,将原始数据导入MATLAB进行进一步处理 使用适合特定参数的适当程序进行分析。接下来,求所有的几何中位数 计算测试者的每个测量的生理参数。全程(30分钟) 分为两部分,分别对每个参数和每个部分进行统计评估。 为了估计能量影响,我们通过 Wilcoxon 比较了两种情况的结果 符号秩配对检验。效应的大小是用科恩的标准化效应大小来估计的 (科恩的D)。为了检查不同情况下影响力的差异,我们 比较了他们的 Cohen D 值和 p 值(统计显着性)。统计结果 使用 Holm-Bonferroni 校正对测试进行校正以进行多重比较。
验证 Quantes® 技术产品 Uniwave® Pendant 的能量影响 (图 1)揭示了两种测试情况之间的多个显着统计差异,如 一般假设中概述。暴露的情况显示出对 自主系统(在抗应激意义上)和对躯体的补益(活力)作用 系统。
在摘要报告中,仅呈现具有统计显着性的结果。更多的 客户可以在以下位置获得所有测量参数的详细和详细的测试结果 BION Institute 可以系统地呈现在扩展的科学报告或研究中 门刊。
根据 Uniwave Pendant Ex Exposure 情况之间的统计显着差异, 和控制情况,在测试中证明,我们承认的影响 Quantes® 技术的产品 Uniwave® Pendant 满足获得认证所需的所有标准 能源对人体影响证书第0287号,公布于 网页 http://bion.si/en/testing-certificates.
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