Krivokhatskaia L D, Povolotskiĭ Ia L, Spivak N Ia
Antibiotiki. 1980 Jun;25(6):464-6.
Antiviral activity of human lymphocytic interferon under conditions of increased oxygen levels in the cell culture was studied. It was found that oxygen had a capacity for increasing the antiviral effect of human interferon in homologous cells. When 20-80% air was replaced by oxygen the interferon titers on an average amounted to 1:113.4-1:124.8 against 1:29.1 in the control. This means that the average titer of interferon in the experiments with oxygen was 4 times higher than that in the control. On the basis of these data it is recommended using interferon in the form of aerosols in conjunction with oxygen for the treatment of viral respiratory infections.
研究了在细胞培养中氧气水平升高的条件下人淋巴细胞干扰素的抗病毒活性。发现氧气有增强人干扰素在同源细胞中抗病毒作用的能力。当用氧气取代20 - 80%的空气时,干扰素效价平均达到1:113.4 - 1:124.8,而对照组为1:29.1。这意味着在有氧气的实验中干扰素的平均效价比对照组高4倍。基于这些数据,建议使用气溶胶形式的干扰素并结合氧气来治疗病毒性呼吸道感染。