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Method for measuring photocatalysis nano-active water and free radical and uses thereof

A determination method, a technology of free radicals, applied in chemical method analysis, material analysis by observing the effect on chemical indicators, measurement devices, etc. Lack of awareness and other problems to achieve the effect of improving immunity and prolonging life

Inactive Publication Date: 2008-08-20
张金龙
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] So far, due to the lack of awareness of the production methods and applications of free radicals, the importance of their applications has not been deeply recognized and understood

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0091] Dissolve two parts of 1 gram of copper sulfate analytically pure reagent into 1000 ml of photocatalytic nano-active water and the raw water of photocatalytic nano-active water used for production, stir well and place it for 24 hours at regular intervals, and precipitates will be produced after chemical reactions occur , use medium-speed quantitative filter paper to filter the precipitate, measure the weight of the precipitate after drying, and use the difference in the weight of the precipitate to determine the activity of the photocatalytic nano-active water. The reaction formula is as follows:

[0092] CuSO 4 +(H + )+(OH - ) Radical-Cu(HO) 2 Precipitation+H 2 SO 4

[0093] Cu(HO) 2 It is a blue precipitate, and the oxidation ability of photocatalytic nano-active water can be determined after collecting the precipitate, filtering, drying, and weighing. According to the reaction formula, the number of free radicals in photocatalytic nano-active water can be calc...

Embodiment 2

[0095] 1. Take 4.5g of nutrient agar, put it into a beaker of 100ml distilled water, and sterilize four 90mm petri dishes at the same time under high pressure.

[0096] 2. Put the sterilized nutrient agar into four 90mm Petri dishes. Cool for 15 minutes until the agar solidifies.

[0097] 3. Drop 1ml of photocatalytic nano-active water into a small area on the surface of solidified agar in two 90mm petri dishes respectively. Then drop an equal amount of distilled water into a small area on the solidified agar surface of two 90 mm Petri dishes.

[0098] 4. Put the culture dish into the incubator for 12 hours.

[0099] 5. Observe the traces of oxidative decomposition of the culture medium in the area where the active water is dripped. The results show that there are different oxidation traces in the area covered by active water, the oxidized area is light yellow, the area with less active water forms light yellow spot-like spots, and the area with more active water concentrat...

Embodiment 3

[0105] Take 0.1ml of the serum of a hepatitis B patient, add 1ml of grade 4 photocatalytic nano-active water, the color is light yellow, and the absorbance is 3.265. Put it at 37°C for 72 hours, the color is white, and the absorbance is 0.862.

[0106] Hepatitis B surface antigen (HBsAg) dropped from 3.265 to 0.862, less than 1, showing negative. It shows that the free radicals in photocatalytic nano-active water can oxidize and decompose hepatitis B virus.

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Abstract

The invention discloses a measure method of photocatalysis nanometer active water and the application thereof. Establishing and improving the concept of free radicals. In order to provide scientific basis for the photocatalysis nanometer active water which can secure or prevent AIDS, human avian influenza, SARS, hepatitis b, leukemia, lupus erythematosus, cancer, other major diseases and other various kinds of diseases. Measuring free radical active ability in photocatalysis nanometer activity with chemical analysis and physical colorimetry method, destructivity of protein oxygenolysis to body protein of bacterial and virus, and providing scientific basis of organic nutrients on which bacterial and virus are survived and multiplied; measuring free radicals in human body fluid and animal body fluid to establish free radical standard of human body and animal body and artificial immunity system, for preventing epidemic situation, and providing scientific basis for medical healthcare. Using photocatalysis nanometer active water in production of industry and agriculture, medical healthcare, food preservation, plant protection, water treatment, breeding and seedling, and other fields for providing scientific basis. The invention is easy to operate, the cost is low, and the invention is scientific and reliable.

Description

Technical field: [0001] The invention relates to the measurement of active water free radicals produced by nano photocatalysis technology, and the measurement of the application of photocatalytic nano active water in various fields of industry, agriculture and medical care. technical background [0002] Free radicals are a substance in nature, which exist in air, water, animals, plants and human bodies, and are attributes of nature. It can purify the environment of air, water, animals, plants and human body, and promote metabolism. At the same time, it can kill various microorganisms, and it is an important tool to maintain the balance of the atmosphere, water, animals, plants, people and various microorganisms. Therefore, the amount of free radicals is very important for the harmonious survival and development of the environment and various organisms. Therefore, the determination of free radicals is very important. [0003] Methods of trapping free radicals and detection...

Claims

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Application Information

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IPC IPC(8): G01N31/00G01N31/02G01N21/78A61K35/02
Inventor 张金龙刘丽红
Owner 张金龙
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