Prozorovskiĭ N S, Leskov V P, Gushchin I S
Biull Eksp Biol Med. 1991 Aug;112(8):174-6.
The immunomodulating activity of diucifon--activated and glutaraldehyde fixed human mononuclear cells (MNC-DGA) was studied in the test--system of autologous and allogenic mononuclear cells proliferative response. It was shown that MNC-DGA had the same stimulating activity as the diucifon treated unfixed cells. The immunomodulating capacity of MNC-DGA was fully abolished in the case MNC-DGA. So, the interaction between interleukin 2 receptor (Tac--antigen) and the membrane form of the mediator, expressed on MNC after diucifon treatment may play an important role in MNC-DGA immunomodulating activity. The regulating activity of MNC-DGA was revealed both in autologous and allogenic systems. The speculation is that construction of new immunomodulating drugs as complexes of cell-like carrier and immunomodulators fixed on their surface may be perspective.
在自体和同种异体单核细胞增殖反应的测试系统中,研究了双西芬激活并经戊二醛固定的人单核细胞(MNC-DGA)的免疫调节活性。结果表明,MNC-DGA具有与双西芬处理的未固定细胞相同的刺激活性。在MNC-DGA的情况下,其免疫调节能力完全丧失。因此,白细胞介素2受体(Tac抗原)与双西芬处理后MNC上表达的介质膜形式之间的相互作用可能在MNC-DGA的免疫调节活性中起重要作用。MNC-DGA的调节活性在自体和同种异体系统中均有体现。推测构建新型免疫调节药物,如细胞样载体与固定在其表面的免疫调节剂的复合物,可能具有前景。