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Method for cleaning and sterilizing pipe cavity type instruments

A technology for cleaning and disinfecting lumen, applied in the field of disinfection and cleaning of lumen instruments, can solve problems such as affecting the accuracy of diagnosis or treatment results, not suitable for cleaning and disinfection of lumen instruments, and breeding of bacteria, etc., and achieves broad application prospects. and research value effects

Inactive Publication Date: 2014-03-12
QINGDAO MUNICIPAL HOSPITAL
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0007] As we all know, lumen-type medical devices used for medical diagnosis or liquid medium delivery have a narrow lumen, which will be contaminated with blood, mucous membrane tissue or oil and other dirt during use. If the cleaning is not thorough enough, it will lead to serious bacteria breeding or pollution Corrosion disadvantages, thus threatening people's health, reducing the service life of equipment or affecting the accuracy of diagnosis or treatment results
[0008] However, these methods in the above-mentioned prior art are not suitable for cleaning and disinfection of lumen instruments, and it is difficult to completely decompose and remove these biological residues or oil stains in a short time by using conventional detergents (such as chemical detergents) and The cleaning effect is not good, but biological enzymes such as protease, amylase, lipase, etc. can decompose various biological pollutants or oil stains through chemical reactions, so as to effectively remove them

Method used

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  • Method for cleaning and sterilizing pipe cavity type instruments
  • Method for cleaning and sterilizing pipe cavity type instruments
  • Method for cleaning and sterilizing pipe cavity type instruments

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0051] Weigh 5g decyl glucoside, 5g cetyl dimethyl betaine, 5g sodium lauryl polyoxyethylene ether sulfate, 8g cellulase, 4g amylase, 6g protease, 10g lipase, 4g lipoxygen Synthase, 4g xylanase, 4g lysozyme, 1.5g triethylamine, 1g sodium alginate, 2g butylparaben, 2.2g sodium tetraborate, 8g ethanol, 12g PEG-400, 2g caryophyllene, 2g Trishydroxymethylnitromethane and 20g of deionized water were then prepared as follows.

[0052] (A) at room temperature, add ethanol and polyethylene glycol to butylparaben, and stir to obtain a mixed solution;

[0053] (B) Add decyl glucoside, cetyl dimethyl betaine, and sodium lauryl polyoxyethylene ether sulfate to the mixed solution obtained in step (A) and mix well, then add deionized water and heat up to 50 ℃ Stir to dissolve;

[0054] (C) adding triethylamine, sodium alginate, sodium tetraborate to the mixed solution obtained in step (B) and uniformly mixing;

[0055] (D) adding caryophyllene and trimethylolnitromethane to the mixed sol...

Embodiment 2

[0058] Weigh 8g decyl glucoside, 8g cetyl dimethyl betaine, 8g sodium lauryl polyoxyethylene ether sulfate, 12g cellulase, 6g amylase, 8g protease, 8g lipase, 5g lipoxygen Synthase, 5g xylanase, 5g lysozyme, 1.2g triethylamine, 1.2g sodium alginate, 3g butylparaben, 2g sodium tetraborate, 10g ethanol, 15g PEG-600, 3g caryophyllene, 3g trimethylolnitromethane and 25g of water, then prepare as follows.

[0059] (A) at room temperature, add ethanol and polyethylene glycol to butylparaben, and stir to obtain a mixed solution;

[0060] (B) Add decyl glucoside, cetyl dimethyl betaine, and sodium lauryl polyoxyethylene ether sulfate to the mixed solution obtained in step (A) and mix well, then add deionized water and heat up to 50 ℃ Stir to dissolve;

[0061] (C) adding triethylamine, sodium alginate, sodium tetraborate to the mixed solution obtained in step (B) and uniformly mixing;

[0062] (D) adding caryophyllene and trimethylolnitromethane to the mixed solution obtained in st...

Embodiment 3

[0065] Weigh 9g decyl glucoside, 9g cetyl dimethyl betaine, 9g sodium lauryl polyoxyethylene ether sulfate, 6g cellulase, 7g amylase, 10g protease, 12g lipase, 6g lipoxygen Synthase, 6g xylanase, 6g lysozyme, 1.8g triethylamine, 1.5g sodium alginate, 2.5g butylparaben, 2.4g sodium tetraborate, 9g ethanol, 15g PEG-1000, 3g caryophyllene , 3g of trimethylolnitromethane and 30g of deionized water, and then prepare as follows.

[0066] (A) at room temperature, add ethanol and polyethylene glycol to butylparaben, and stir to obtain a mixed solution;

[0067] (B) Add decyl glucoside, cetyl dimethyl betaine, and sodium lauryl polyoxyethylene ether sulfate to the mixed solution obtained in step (A) and mix well, then add deionized water and heat up to 50 ℃ Stir to dissolve;

[0068] (C) adding triethylamine, sodium alginate, sodium tetraborate to the mixed solution obtained in step (B) and uniformly mixing;

[0069] (D) adding caryophyllene and trimethylolnitromethane to the mixed ...

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Abstract

The invention provides a method for cleaning and sterilizing instruments, especially pipe cavity type instruments. According to the method, multi-enzyme cleaning fluid is used, and an excellent cleaning effect can be achieved through effective multi-step cleaning. The multi-enzyme cleaning fluid comprises a surface active agent, cellulose, amylase, protease, lipase, additional enzymes, triethylamine, sodium alga acid, butylparaben, sodium tetraborate, ethanol, polyethylene glycol, auxiliaries and water. An excellent synergistic effect is achieved through proper selection of components and proportions of the components of the multi-enzyme cleaning fluid.

Description

technical field [0001] The invention relates to a method for cleaning and disinfecting instruments, in particular to a method for cleaning and disinfecting lumen instruments, and belongs to the field of cleaning and disinfecting precision instruments or medical instruments. Background technique [0002] Mechanical parts, precision components, material carrying devices and precision medical glass instruments are mainly made of metal materials or special glass, and these instruments will have varying degrees of wear and pollution during use. Effective cleaning and maintenance can prolong the service life of instruments and avoid material loss, thereby effectively reducing the frequency of replacement. Therefore, the development of cleaning methods for metal instruments or precision medical glass instruments has become a hot spot in the fields of chemical industry, electronics, and medicine. . [0003] Existing in the prior art the report of many metal or glass device cleaning...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B08B3/12C11D3/386C11D3/60C11D1/94
CPCC11D1/94C11D3/38645B08B3/08B08B3/12C11D1/90C11D1/29C11D1/662C11D2111/18C11D2111/16
Inventor 刘启华吴秀媛
Owner QINGDAO MUNICIPAL HOSPITAL
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