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1.
China Medical Equipment ; (12): 115-118, 2018.
Article in Chinese | WPRIM | ID: wpr-706488

ABSTRACT

Objective: To analyze the risk of laws and regulation of power failure in clean operating room under the abnormal state, and discusses the problems that related with power supply and guarantee. Methods: Through analyzed operating characteristics of using electric power of instrument in clean operation room and the effect of power failure for clean operation room so as to pointedly propose guarantee measurement for electric power. Results: Back-up power of clean operation room, especially the coordination of uninterrupted power system of online and generator set, could provide electric support for medical equipment that applied for life support when suddenly power failure. Conclusion:The emergency power supply system is determined to guarantee the power supply for clean operation room under emergency state, so as to satisfy the reserved guarantee for the requirement of electric supply in the clean operation room.

2.
Chinese Journal of Infection Control ; (4): 78-80, 2017.
Article in Chinese | WPRIM | ID: wpr-514350

ABSTRACT

Objective To compare the main hygiene indicators before and after clean operating rooms are used,evaluate the influencing factors,and find out the improvement measures.Methods In 2015,some cleaning operating rooms in Chengdu were detected,according to different service years and maintenance status,operating rooms were divided into newly-built group,replacement group,and non-replacement group,change in qualified rate of three groups of clean operating room indicators were analyzed.Results A total of 111 cleaning operating rooms were detected,including 56 newly-built operating rooms,and 55 operating rooms (24 in replacement group,31 in non-replacement group) which have been used for more than 1 years.The qualified rate of air cleanliness in newlybuilt group,replacement group,and non-replacement group were 98.21%,100.00%,and 74.19% respectively,difference among three groups was significantly(P<0.001),the qualified rate of air cleanliness in newly-built group and replacement group were both higher than non-replacement group,while newly-built group and replacement group was not significantly different (P =1.000);difference in bacterial concentration,static pressure difference,and ventilation frequency of air in operating rooms of three groups were all not statistically significant(all P>0.05).Conclusion After clean operating room have been used for one year,air cleanliness declined,there was no significant change in static pressure difference and air exchange frequency,which indicates that when concentration of airborne bacteria is qualified,risk of infection due to unqualified air cleanliness still needs to be paid attention,the replacement of high efficiency particulate air filter in clean operating rooms can significantly improve the cleanliness of operating rooms.

3.
Chinese Journal of Infection Control ; (4): 334-336, 2016.
Article in Chinese | WPRIM | ID: wpr-492414

ABSTRACT

Objective To understand environmental quality status of clean operating rooms in municipal hospitals of Xi’an,and provide reference for ensuring the clean quality of operating rooms.Methods On-site specimen collec-tion and detection were conducted to detect and analyze the cleanlinss of air in clean operating rooms in 15 hospital of Xi’an.Results A total of 51 operating rooms were monitored,secondary and tertiary hospitals had 24 and 27 operating rooms respectively;26 were grade-I and 25 were grade-Ⅲ operating rooms.The qualified rates of dust particle≥0.5μm/particle size in grade-I and grade-Ⅲ clean operating rooms were 76.92% and 80.00% respective-ly,≥5μm/ particle size were 73.08% and 88.00% respectively.The qualified rates of dust particle counts in grade-I and grade-Ⅲ clean operating rooms were 61 .54% and 80.00% respectively,difference was not significant(χ2=2.092,P >0.05 ).The qualified rate of dust particle counts in clean operating rooms in tertiary hospitals was significantly higher than secondary hospitals(85.19% vs 58.33%,χ2 =4.600,P 0.05),in surrounding zone were 95.83% and 92.59% respectively (both P >0.05).Conclusion Dust particle and airborne microbes in some clean operating rooms in municipal hospitals of Xi’an are beyond the standard,supervi-sion and management should be strengthened.

4.
Chinese Journal of Nosocomiology ; (24)2009.
Article in Chinese | WPRIM | ID: wpr-596164

ABSTRACT

OBJECTIVE To study the dynamic changing rule and effective factors of in-door air quality of cleanliness in operating room.METHODS On-the-spot air sampling method was used to examine the efficacy in purifying bacteria in operating room.RESULTS The bacterial count in air of operation area was significantily higher than that of the peripheral area(P

5.
Chinese Journal of Nosocomiology ; (24)2009.
Article in Chinese | WPRIM | ID: wpr-595244

ABSTRACT

OBJECTIVE To investigate probationer nurses' knowledge about nosocomial infection (NI) and clean operating-room. METHODS Survey among probationer nurses was performed by self-designed questionnaires. RESULTS 47% probationer nurses thought it very necessary to strength knowledge about NI before probation. The scores of clean operating-room knowledge was lower than that nosocomial infection (NI); The cognition rate among high educated probationer nurses were higher than low educated,P

6.
Journal of Environment and Health ; (12)2007.
Article in Chinese | WPRIM | ID: wpr-545744

ABSTRACT

Objective To understand the air quality of the hospital clean operating rooms and the effecting factors in Guangzhou city, China. Methods In Jan-Oct, 2006, 18 clean operating rooms in five large scale hospitals were chosen and the related indexes such as airborne particles and airborne bacterial concentration were tested according to GB/T16292-1996 Test Method for Airborne Particles in Clean Room of Pharmaceuticalindustry, GB/T16293-1996 Test Method for Airborne Microbe in Clean Room of Pharmaceuticalindustry, GB/T 18204-2000 Standard Examination Methods for Public Places. The results were evaluated according to Architectural Technical Code for Hospital Clean Operating Department (GB50333-2002). Results The concentration of airborne particles and bacteria in the investigated clean operating rooms were eligible with a qualified rate of 100%. A correlation was seen between the airborne particles and bacteria, the correlation coefficients were 0.306 for the particle of 0.5 ?m and 0.074 for the particle of 5.0 ?m. The qualified rate of other items such as the static pressure difference, illuminance, relative humidity, temperature, noise, wind velocity and air exchange rate were respectively 100%, 94.4%, 88.9%, 83.3%, 83.3%, 83.3%, 33.3% and 38.5%. Conclusion The qualified rate of the main clean indexes of the clean operating rooms in hospitals in Guangzhou city is comparatively high, but some of the other indexes related to the air quality should be paid more attention in usual application and maintenance.

7.
Chinese Medical Equipment Journal ; (6)2004.
Article in Chinese | WPRIM | ID: wpr-537403

ABSTRACT

The decontamination work of the clean operating room counts for much in hospital.It is an important link to keep surgical operation from indoor cross infection.This paper mainly carries on the relevant study to the hospital decontamination management work of the clean operating room from three aspects:(1) the decontamination management work of the clean operating room,(2) the work method of the clean operating room decontamination,(3) the decontamination procedure and maintenance management of the clean operating room.

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