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核心技术专利：CN118964589B侵权必究

核心技术专利：CN118964589B侵权必究

Arnold S D, Alonso R

AAOHN J. 1993 Aug;41(8):382-92.

Two new exhaust control methods for scavenging and removing excess ribavirin aerosol were evaluated. Air samples were collected from pediatric intensive care rooms to determine the concentration of ribavirin. 2. Both control methods produced a 99.9% reduction between patient breathing zone concentrations and general room air concentrations. The average room air concentrations of ribavirin were 64 and 37 micrograms/m3 with the control methods in place, compared to average patient breathing zone concentrations of 45,000 and 58,000 micrograms/m3. 3. Additional control methods are reviewed, and published ribavirin environmental monitoring data is summarized. 4. Though the effect on fetal development in humans is not known, it is recommended that occupational exposure to ribavirin aerosol be minimized. A safe level for occupational exposure was calculated to be 91 micrograms/m3 for an 8-hour time weighted average.

评估了两种用于清除和去除过量利巴韦林气雾剂的新排气控制方法。从儿科重症监护病房采集空气样本以测定利巴韦林的浓度。2. 两种控制方法均使患者呼吸区域浓度与病房一般空气浓度之间降低了99.9%。在采用控制方法的情况下，利巴韦林的病房平均空气浓度分别为64和37微克/立方米，而患者呼吸区域的平均浓度分别为45,000和58,000微克/立方米。3. 审查了其他控制方法，并总结了已发表的利巴韦林环境监测数据。4. 虽然利巴韦林对人类胎儿发育的影响尚不清楚，但建议尽量减少职业性接触利巴韦林气雾剂。经计算，职业接触的安全水平为8小时时间加权平均91微克/立方米。

Arnold S D, Alonso R

AAOHN J. 1993 Aug;41(8):382-92.

Two new exhaust control methods for scavenging and removing excess ribavirin aerosol were evaluated. Air samples were collected from pediatric intensive care rooms to determine the concentration of ribavirin. 2. Both control methods produced a 99.9% reduction between patient breathing zone concentrations and general room air concentrations. The average room air concentrations of ribavirin were 64 and 37 micrograms/m3 with the control methods in place, compared to average patient breathing zone concentrations of 45,000 and 58,000 micrograms/m3. 3. Additional control methods are reviewed, and published ribavirin environmental monitoring data is summarized. 4. Though the effect on fetal development in humans is not known, it is recommended that occupational exposure to ribavirin aerosol be minimized. A safe level for occupational exposure was calculated to be 91 micrograms/m3 for an 8-hour time weighted average.

评估了两种用于清除和去除过量利巴韦林气雾剂的新排气控制方法。从儿科重症监护病房采集空气样本以测定利巴韦林的浓度。2. 两种控制方法均使患者呼吸区域浓度与病房一般空气浓度之间降低了99.9%。在采用控制方法的情况下，利巴韦林的病房平均空气浓度分别为64和37微克/立方米，而患者呼吸区域的平均浓度分别为45,000和58,000微克/立方米。3. 审查了其他控制方法，并总结了已发表的利巴韦林环境监测数据。4. 虽然利巴韦林对人类胎儿发育的影响尚不清楚，但建议尽量减少职业性接触利巴韦林气雾剂。经计算，职业接触的安全水平为8小时时间加权平均91微克/立方米。