Pathophysiology of Biophoton: Vibratory Impact Syndrome Leading to Physical Effects and Metabolic Changes—Part 1

The emission of the ultra-weak photon or “biophotons” is a phenomenon resulting from the spontaneous emission of electromagnetic frequencies in the range of 240 - 650 nm [nanometers] absorbed by all living beings, including man. It is measurable in the UV region with a highly sensitive electromagnetic device. This is a case study of a 60-year-old patient with pathological biophoton emission. I assume it is the first study reported in the literature. And the most surprising, occurred in the author himself. Therefore, I am the author and the patient reported in this study. Seven years ago, I was surprised by a large emission of “biophotons” starting in some places on the body and spreading throughout the body over a period of three months, which continues to this day. I follow up from the beginning, with periodic clinical and laboratory examinations without the need for hospitalization and consequent opening of medical records. Currently, biophoton emission is already well-controlled, perhaps with an emission around 5%, although with different characteristics from the initial clinical picture, so I am already writing part-2 of this study. It appeared spontaneously and without the interference of any external factor. It follows an intelligent and intentional pattern. On the one hand, this study showed negative effects such as an increase in glucose, triglycerides and cholesterol; left leg sciatic nerve involvement and right saphenous vein injury. On the other hand, it also showed unusual effects, such as a significant increase in serum testosterone levels, delayed aging and increased libido. I would say an excessive increase in libido. In this article, we will address the Pathophysiology perspectives for the future. Finally, we will address “intriguing phenomena” of a strange syndrome using the direct observation method. For convenience, we’re going to use the term “energy” a lot, which seems pretty familiar to me.