Use of photochemical catalyst nano active water in healing uraemia

Abstract

The invention aims to solve the problem of cleaning nephritic lesion to clean the renal glomerulus effectively and thoroughly, and restore the functions of the renal glomerulus, clear renal calculus, and cure uremic patients and 290, 000 sufferers from the melamine tainted milk incident. The technical proposal of the invention comprises: cleaning the nephritic lesion by supplying photo-catalytic nanometer active water to the sufferers by drinking, injecting and targeting; and using the oxygenolysis capacity of free radicals in the photo-catalytic nanometer active water to clean the glomerular filtration membrane and the renal tubule effectively and thoroughly, decompose immune complexes or organic complexes deposited thereon, and diminish inflammation simultaneously so as to restore the functions of the renal glomerulus, establish an artificial immune system, and cure the uremia, nephritis, and the like. Simultaneously, the invention is a pioneering invention, the basic theory for the naissance of free radical physics, free radical chemistry and free radical medicine, and a mark for the naissance of new disciplines, and opens up a new era for the development of the human society. The photo-catalytic nanometer active water can be produced by solar energy, has low cost and is easy to widely popularize and apply.

Description

technical field

[0001] medical field. technical background

[0002] Uremia is a terminal illness that cannot be cured at present. The main reason is that there is no effective drug or treatment to control the disease in the early stage of uremia. The pathology of uremia is mainly that immune complexes (antigen-antibody complexes) are formed in the blood circulation, and when they flow through the kidneys with the blood circulation, they deposit in the glomeruli and cause glomerular damage. Both exogenous antigens (such as bacteria, viruses, foreign proteins, drugs, etc.) and endogenous antigens (such as DNA, thyroglobulin, tumor antigens, etc.) can stimulate the body to produce corresponding antibodies, and the antigens and antibodies combine in the blood circulation to form Formation of circulating immune complexes.

[0003] These immune complexes deposited in the glomerulus block the deposition in the glomerular filtration membrane (that is, the basement membrane, a sie...