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采用光—磁量子生物信息技术,预防苯染毒作用的动物实验结果表明:该项生物信息技术具有防止因苯染毒而导致的白细胞减少的作用。而未接受该项信息技术治疗的对照实验动物,则导致了白细胞减少。 我们曾用该项治疗技术,对21例因苯中毒而引起白细胞减少的患者进行了治疗。其治愈率为90.5％。 为了观察远期效应,我们于患者出院后280天进行了随访观察。结果表明,治愈后的患者白细胞总数仍维持在正常水平。可以认为,信息技术治疗效果是理想的。
Animal experiments using light-magnetic quantum bioinformatics to prevent the benzene-to-benzene poisoning show that this bioinformatics technology has the effect of preventing leukopenia caused by benzene poisoning. Control animals that did not receive this information technology led to leukopenia. We used this treatment technique to treat 21 patients with leukopenia due to benzene poisoning. The cure rate was 90.5%. In order to observe the long-term effects, we observed the patients 280 days after discharge. The results show that the total number of patients after treatment remained at normal levels of white blood cells. It can be argued that the effect of information technology treatment is ideal.