Nurkhanov B M
Patol Fiziol Eksp Ter. 1990 Jul-Aug(4):16-8.
The detoxification effect of a new hydrogen sorbent Ikhant, synthesized on basis of piperidol homo- and copolymers, was studied on a model of combined radiation-thermal damage (CRTD). Wistar male rats were irradiated by a dose of 7.5 Gr and a IIIB degree burn was inflicted to 15% of their body surface. Intra-abdominal injection of Ikhant in the dose of 0.1 g per rat was given immediately and 24 hours after CRTD. Parallel studies of the effect of known carbon and silicon-containing sorbents on the development of toxemia in CRTD were conducted. High effectiveness of Ikhant as a measure of detoxification therapy in CRTD was established on grounds of the experimental data. By binding and discharging the toxins through the intestine, the new enterosorbent facilitates improvement of certain biochemical values of hepatic, function and, on the whole, reduces the level of the organism's autointoxication.
在联合辐射热损伤(CRTD)模型上,研究了一种基于哌啶醇均聚物和共聚物合成的新型氢吸附剂Ikhant的解毒效果。对雄性Wistar大鼠进行7.5戈瑞剂量的辐照,并对其15%的体表造成III B度烧伤。在CRTD后立即和24小时对每只大鼠腹腔注射0.1克剂量的Ikhant。同时进行了已知含碳和含硅吸附剂对CRTD中毒血症发展影响的平行研究。根据实验数据确定了Ikhant作为CRTD解毒治疗手段的高效性。这种新型肠吸附剂通过结合并经肠道排出毒素,有助于改善肝脏功能的某些生化指标,总体上降低机体自身中毒水平。