Rapp R, Bivins B, Schroeder H, DeLuca P P
Am J Hosp Pharm. 1975 Dec;32(12):1253-9.
A prototype inline intravenous final filter with a large filtration area and an air-elimination feature was evaluated. Adequate and uniform flow rates were maintained with infusion solutions containing cephalothin and ampicillin, while with oxytetracycline, flow rates decreased significantly. Challenging the unit with air demonstrated the suitability of the air-elimination system. In a brief clinical trial on 53 patients, the unit appeared easy to use and gained the acceptance of nurses, pharmacists and physicians.
对一种具有大过滤面积和空气消除功能的原型在线静脉输液终端过滤器进行了评估。含有头孢噻吩和氨苄西林的输液溶液能维持足够且均匀的流速，而使用土霉素时，流速显著降低。用空气对该装置进行测试表明空气消除系统是合适的。在对53名患者进行的一项简短临床试验中，该装置似乎易于使用，并得到了护士、药剂师和医生的认可。
