Sheĭko V I, Lunina N V
Fiziol Zh (1994). 1996;42(1-2):91-5.
The experiments have been carried out on 36 rabbits. The animals of the 1st and 2nd groups were put to immobilization lying on their backs for 12 hours. The rabbits of the 2nd group were injected velozenum into peritoneum for 7 days before and after immobilization in order to stimulate immune system. 7-days injection of velozenum caused the evolution of neutrophil leucocytosis, raised the concentration of circulating immune sets. After immobilization neutrophilesis with degradation of neutrophils in both groups of animals that raised activation of acid phosphorus. Neutrophilesis and degradation in the 2nd group were less marked and protracted. The changes of indices, that characterize the state of immune system after immobilization, were purposeful in both 1st and 2nd groups identically, but those changes were less marked in the group of animals which immune systems had been stimulated. So, the stimulation of immune system reduces the activation lysosomal apparatus after immobilization. The regulation of homeostasis is possibly implemented in these conditions with the limited assistance of lysosomal ferments.
实验是在36只兔子身上进行的。第一组和第二组动物仰卧固定12小时。第二组兔子在固定前后7天腹腔注射velozenum以刺激免疫系统。7天注射velozenum导致中性粒细胞增多,循环免疫集落浓度升高。固定后,两组动物均出现中性粒细胞增多伴中性粒细胞降解,酸性磷酸酶激活增加。第二组的中性粒细胞增多和降解不太明显且持续时间较长。固定后表征免疫系统状态的指标变化在第一组和第二组中是相同的,但在免疫系统受到刺激的动物组中这些变化不太明显。因此,免疫系统的刺激可减少固定后溶酶体装置的激活。在这些情况下,稳态调节可能在溶酶体酶的有限辅助下实现。