Abstract

The purpose of this manuscript is to expand on previous findings where an abrupt change in light electromagnetic spectrum was noticed during blood coagulation. In vitro experiments are introduced showing an electromagnetic radiation effect expressed as color changes observed on fresh blood smears undergoing water evaporation. Foreign particles, such as magnetized magnetite fragments and paramagnetic iron filings were placed on a fresh blood smear and then monitor and recorded by video-microscopy. The recent introduction of an in vitro blood smear technique allowing for the temporary preservation of fresh blood properties has allowed for this discovery. Recently, a promising use of magnetite as life saving tool by controlling internal bleeding was proposed; in vitro studies confirmed a decrease in hemostasis time in a blood vessel by a factor of 6.5. Magnetite is described as an iron oxide that occurs naturally on Earth, and has been detected in the form or nanoparticles in the human brain; which is attributed to biogenic (produced by living organisms) or anthropological particles (environmental pollutants) causes. Additionally, magnetite was researched and found to be non-toxic; to the point of obtaining having FDA approval to be used as a contrast media infusion in the blood stream to improve diagnostic procedures, such as in Magnetic Resonance Imaging (MRI). Materials and Methods Rock magnetite fragments of different sizes and iron metal filings. Glass slides (25x75x1mm). Video microscope Celestron Model # 44348. Images obtained and digitally downloaded to and Apple MacBook Pro Photo Application. Different in vitro techniques were used for this research. Results Documented were human blood tissue attracted and adhering to foreign particles (Magnetite and Iron filings) when in direct contact with fresh human blood on fresh glass smears. Also documented were changes in the visible light radiation spectrum manifested as color changes. Conclusions Energy changes were documented during the human blood coagulation cascade. In addition, bioactive magnetite fragments triggered blood clots when placed in direct contact with fresh blood; iron filings also had a similar blood clotting effect. During the coagulation cascade both the iron filings and magnetite were documented inducing a notable shift in the visible light radiation spectrum, thus implying energy changes. The magnetic fields of magnetite induced changes in the form an aura of dark to light pink color, surrounded by a purple/blue hue; and consistent with a biophysical phenomenon. The iron filings also induced fluctuations in light radiation when alone or within the magnetic reach of magnetite, thus confirming magnetite induced magnetic fields also as a trigger for energy fluctuations during blood coagulation. The herein introduced findings are in support of “One additional cause of the origin of cancer is directly related to exogenous and/or endogenous EMFs damaging the DNA within the eukaryotic cell”.

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