Acting in a coherent fashion, the red blood cells play a far more important role in life processes than is commonly known.
The red blood cells’ unique, remarkable role in oxygen and carbon dioxide transport sharply distinguishes them from the body’s other cells. So do their anaerobic energy metabolism, peculiar biconcave shape, 120-day life cycle (with 2,000,000 new RBCs formed every second), iron content, and extremely high hemoglobin content (roughly 270 million hemoglobin molecules are packed into each one of 25 trillion RBCs). While their counterparts in many vertebrates and invertebrates retain the nuclei and organelles that mammalian RBCs eject in the course of maturation, the erythrocyte group in general exhibits certain “prokaryotoid” characteristics,
Tags: astrocyte, biophotonics, consciousness, dermal optics, erythrocyte, magnetoreceptor, neuroscience, psi receptor, red blood cell
[For a fuller discussion of Biophotonic Therapy and the underlying science, including citations to the medical literature, see Healing Photons: The Science and Art of Blood Irradiation Therapy. For a brief discussion, see 10 Key Points about Biophotonic Therapy. See also the video Rethinking Biophotonic Therapy.]
Overview
Biophotonic Therapy uses light in an extracorporeal or intravenous mode to activate the red blood cells, a form of immunity inherited from humankind’s distant oligocellular ancestors. BT has an instructive 80-year history (see below); a range of modalities; well-characterized mechanisms of action; a wide array of indications; several counterindications; well-understood, limited side-effects in certain cases; and a scientific literature that now includes some 400 articles as well as a dozen books. No drug resistance to BT has ever been reported.
Tags: biophotonics, blood, infectious diseases, irradiation, photoluminescence, phototherapy, ultraviolet
