骨科和创伤外科感染的时间趋势。

Revista de sanidad e higiene publica Pub Date : 1993-11-01
M Fernández Arjona, R Herruzo Cabrera, M Vera Cortés, J del Ray Calero
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引用次数: 0

摘要

背景:为了了解医院感染的时间变化趋势,我们对两年内在拉巴斯医院创伤科手术的2047例患者进行了前瞻性研究。方法:将所有手术患者纳入本研究。收集了几个变量(年龄、手术类型、感染、感染发病日)。从患者的临床病史和演变中收集信息,并使用Sigma程序进行处理。结果:总感染率为10.06%;清洁手术为7.63%,脏手术为26.79%。伤口是最常见的感染部位,其次是尿液、呼吸系统和败血症。患者手术后,有两个感染明显增加的时期;一般是术后7-10天和25-30天之间。这种倾向是典型的伤口和尿液感染;但在败血症中,脏污手术的感染出现在术后第三天左右,干净手术的感染出现在术后第14天左右。在研究清洁手术患者感染瞬间时,伤口感染率在第二周迅速上升,从第7天的33%上升到第14天的78%;接下来,曲线斜率减小到100%(第61天)。在脏手术中,最初伤口感染的增加较大(54%的感染出现在第7天),然后减慢(64%的感染出现在第14天,100%出现在第45天)。结论:提高手术预防措施是降低清洁手术感染率的主要措施。脏手术的感染风险比干净手术出现得早;因此,我们坚持在手术时进行治疗(而不是预防)。对于脏污手术,应在术后第一周和清洁手术后第二周加强对感染体征的监测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Time trends of infections in orthopedic and traumatologic surgery].

Background: We have carried out a prospective study among 2,047 patients, operated in the Department of Traumatology of "La Paz" Hospital during two years in order to know the time trend of nosocomial infection.

Methods: All the operated patients have been included in the Study. Several variables have been collected (age, kind of surgery, infection, day of infection onset). Information was collected from the patient's clinical history and evolution and processed with the Sigma programme.

Results: The total percentage of infection was 10.06%; it was 7.63% in clean surgery and 26.79% in dirty surgery. Wound was the most frequent location of infection, followed in order of frequency by urine, respiratory system and sepsis. Since the patient is operated, there are two periods when infection increase significantly; those are between the 7-10 and 25-30 post operation days. This tendency is typical of wound and urine infections; but in septicaemia, infection appears about the third post operation day in dirty surgery and about the 14th day in clean surgery. When studying the moment of patients's infection in clean surgery, a quick increase of wound infection is obtained in the second week, going from 33% (the 7th day) to 78% (the 14th day); next the curve slope diminishes down to 100% (the 61st day). In dirty surgery, the initial increase of wound infection is greater (54% on infections appear the 7th day) and next it slows (64% of infections appear the 14th day and 100% are present the 45th day).

Conclusions: It is necessary to reduce the infection rate in clean surgery mainly by improving surgical prophylaxis. The risk of infection appears earlier in dirty surgery than in clean surgery; for this reason, we shall insist upon its treatment (not prophylaxis) at the moment of the operation. Surveillance of infection signs must be intensified at maximum during the first post-operation week for dirty surgery and in the second week for clean surgery.

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