Further Observations on Visual Perception: The Influence of Pathologies Upon the Absorption of Light and Emission of Bioluminescence

Abstract

Abstract:The absorption and emission of light by biological systems is a dilemma for the research community which remains transfixed upon the bottom-up systems biology approach. Many health care professionals do not yet accept that photosensitivity is an essential aspect of the body's function.This article highlights that light is often required to activate enzymes and/or proteins in biological systems. Inadequate levels of exposure to light may be responsible, at least in part, for the uncoiled nature of proteins found in diabetes mellitus, Alzheimer's disease, and other conditions. Moreover the emission of light, the consequence of protein reactions with reactive substrates or of reactive oxygen species, is an often observed characteristic of pathologies and influences the visual perception of colour. It illustrates that a significant diagnostic principle exists by measuring the levels of light absorbed and/or the bioluminescence released from fluorescent pathologies.

The Framework of a Mathematical Model of the Autonomic Nervous System and Physiological Systems: Using the Neuroregulation of Blood Glucose as an Example

“…Almost all medical conditions, viruses, vaccines and drugs are accompanied by changes to colour perception [14,15,100,112]. Changes of colour perception are a feature of type 1 and type 2 diabetes therefore changes of colour perception are a feature of genotype and phenotype.…”

“…It lowers the immune response (which involves the spleen, thymus, bone marrow, intestines, lymph glands, etc), raises our susceptibility to infection, slows our recovery from illness or injury, reduces the ability to concentrate, lowers our mood, etc. [100]. It has biological correlates.…”

“…Changes of colour perception are a feature of all biological changes [14,15,100,120,121] including all drugs, viruses, vaccines, and medical conditions; although it is in the diabetic where there have been the greatest amounts of research. In diabetes, changes of colour perception are a feature of the onset of diabetes from its earliest pre-symptomatic onset [1,122].…”

“…Patients who are exposed to a natural environment [113][114][115][116][117][118] recover more quickly than those who remain in an artificial environment [119]. Our behaviour and by implication our physiology, is continuously influenced by the sensory input which we continuously receive from our environment [117].Changes of colour perception are a feature of all biological changes [14,15,100,120,121] including all drugs, viruses, vaccines, and medical conditions; although it is in the diabetic where there have been the greatest amounts of research. In diabetes, changes of colour perception are a feature of the onset of diabetes from its earliest pre-symptomatic onset [1,122].…”

Advancing The Biomedical Paradigm

“…That the fundamental purpose and/or function of the brain is to regulate the body's stability -that everything which we think or do, including our emotional consciousness [5], psychological profile [6] and how we act or behave, is linked to our biology; 2. That changes of colour perception have pathological origins -this occurs because pathological processes are accompanied by the emission of bioluminescence which influences colour perception in the retina [7] -and hence that a cognitive test could be used to screen patient health in an extraordinary level of detail [2,8,9]; 3. That in many cases the body produces more of a particular protein than it requires i.e., the levels of coiled and reactive proteins and the reaction conditions which facilitate the …”