Illuminated Physiology and Medical Uses of Light
ABSTRACT The purpose of this paper is to bring a broader understanding to the physiology of light metabolism in the human body and to present novel techniques of utilizing light diagnostically and therapeutically. Much work has been done to use light to achieve altered states of consciousness, and there is much research documenting the presence and activities of light within the body. However, this paper seeks to promote the utilization of light as a primary treatment. A brief explanation of the author's novel diagnostic technique, BioResonance Scanning™, and novel treatment technique called NeuroPhotonic TherapyTM is detailed with clinical gems and case review
Microtube theory of sensory transduction.
Abstract It is proposed that ciliary microtubules are actively involved in the reception and transduction of sensory information from the distal portion of the dendrite to the basal body area of the receptor cell. Environmental stimuli may cause stimulus-specific conformational changes in the tubulin protein molecule. This characteristic change may then be propagated along the tubulin polymer filaments. Once this coded information has reached the cell body, classical ion flux mechanisms are thought to further amplify the stimulus energy and transmit its patterned information (generator potential) to the action potential generating sites of the cell. Morphological and biochemical evidence for this point of view is presented.
REJOINDER TO BLOCK'S DEFENSE OF EVICTIONISM
I AM THANKFUL TO WALTER BLOCK (2010) for his comprehensive and perspicacious engagement with my critical remarks regarding his theory of evictionism (Wisniewski 2010). I also appreciate his kind words about what he sees as the merits and strong points of my argumentation. However, as one could easily surmise from my decision to write this rejoinder, I found his defense of evictionism unconvincing, though certainly informative and thought-provoking. Without further ado, let me now proceed to explaining why.