Abstract
Basically the human hair consists of a follicle a.k.a root penetrating the skin and an outer skin structure commonly called the shaft. The hair follicle has been classified as a miniorgan having its own cells divisions; aging stages and also demonstrated to emit electromagnetic radiation. The intent of this manuscript is to demonstrate via in vitro experiments evidence of human inter-tissue electromagnetic energy transfer through a glass slide, namely from human blood tissue to the previously described miniorgan or follicle. 
 The mechanism behind this new finding was possible due to the introduction in 2015 of a tabletop optical microscopy method designed to display plants and animal tissue electromagnetic energy emissions. Essential to present finding is the described property of anisotropic crystals of full absorption of incoming electromagnetic radiation waves. K3Fe is an anisotropic crystal. For example, a single layer human blood smear was sandwiched (SDW) by a second glass slide. On the top slide of the SDW, a freshly plucked in toto human hair was then covered by drops diluted K3Fe. Control experiments had repeatedly shown orderly semicircular periodic crystals of K3Fe triggered by the electromagnetic waves emitted by the hair follicle. Prior experiments by this author, have hinted at a “bioelectromagnetic cross-talk” between the follicle and blood. This was seen when there was physical contact between the follicle and blood drops on a glass slide. In the present experiments there is no direct tissue contact, the energy is transmitted through a 1 mm glass barrier. The data herein presented introduces Bioelectromagnetic Fields (BEMFs) energy from human blood onto a miniorgan. This energy is shown penetrating a 1 mm glass slide barrier. Further research is warranted to assess the physiological implications of the human blood tissue as a molecular and BEMFs energy source.
Highlights
The purpose of this manuscript is to introduce documentation demonstrating the transfer of Bioelectromagnetic Fields (BEMFs) energy from human connective tissue to a human mini-organ
Small Red Arrow: (Bottom right) Pointing at hair follicle BEMFs reach as expressed by a last semicircular crystallization pattern
Scientists have found that anisotropic crystals such as Potassium Ferricyanide (K3Fe) fully absorb incoming electromagnetic radiation
Summary
The purpose of this manuscript is to introduce documentation demonstrating the transfer of BEMFs energy from human connective tissue (blood) to a human mini-organ (hair follicle). The Bioelectromagnetic discipline was first documented by using a sensitive atomic magnetometer detecting BEMFs in living tissue [2]; and documented by using complex equipment [3]. In this manuscript a tabletop glass slide microscopy method introduced in 2015, has enabled for the documentation of BEMFs in plants and animal tissue [4], [5]; and expanded BEMFs experimentation with minimal equipment requirements. One paper in particular has relevancy to this manuscript and is the demonstration of hair follicles BEMFs penetrating glass barriers [6].
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