AGING AND CELLULAR MAGNETIC PROFILES DOCUMENTATION IN HAIR FOLLICLES CYCLES UTILIZING A NOVEL TABLETOP MAGNETIC PROFILES TECHNIQUE

Background: Recently, a tabletop optical microscopy technique was introduced to display living tissue magnetic profiles. The purpose of this manuscript is to introduce via the aforementioned technique in vitro experiments showing the effect of aging on tissue biophysical changes and documentation of cross species magnetic profiles. The term “metabolism” entails electron transfers involving movement of electrons from donor to acceptor, magnetic profiles are theorized to be a reflection of metabolic levels. Methods: The magnetic profiles technique calls for the completion of a blood smear on a 25x75x1mm glass slide. For this manuscript, the water in the original smear was allowed to evaporate; and a second smear was superimposed on the first. On the center surface of the top slide, a freshly plucked scalp human hairs or plants and insects samples were processed. The preparations were then individually viewed microscopically and images recorded. Results: All living hair samples, ants and flower reproductive organs showed presence of magnetic profiles. It could be inferred that the magnetic profiles experiments presented are equivalent to living tissue energy detection (read metabolism). The profiles technique could be applied to a wide range of cross species interactions. The term “metabolism” entails electron transfers involving movement of electrons from donor to acceptor along the electron transfer chain thus inducing magnetic profiles. Discussion: Images demonstrate that as tissue ages, (Experiments in Hair Follicles), there is a decrease in magnetic profiles (read metabolism), that these profiles display a chaotic interaction directly proportional with age.