Sinha S N, Gupta S C, Bajaj A K, Srivastava N P, Mehrotra T N
Int J Lepr Other Mycobact Dis. 1982 Dec;50(4):468-70.
The effect of leprosy and dapsone (DDS) on the basal levels of blood lactic and pyruvic acids has been studied. In untreated tuberculoid and lepromatous leprosy patients both of the acids were found to be significantly raised. The rise in lactic acid was relatively more in tuberculoid patients; whereas pyruvic was relatively more elevated in lepromatous cases. Both the acids showed a tendency to increase with the duration of the disease in lepromatous leprosy. Statistically no significant differences were observed in lactic acid levels between untreated and treated cases of both forms of leprosy, suggesting that DDS was not effective in controlling the conditions responsible for the increased lactic acid. On the other hand, pyruvic acid showed a further increase in cases who were on DDS therapy, particularly in lepromatous cases. This indicated that DDS affects pyruvic acid metabolism. Whether DDS disturbs the normal degradative pathway of pyruvic acid or affects pathways of pyruvic acid production is not clear.
研究了麻风病和氨苯砜(DDS)对血液中乳酸和丙酮酸基础水平的影响。在未经治疗的结核样型和瘤型麻风病患者中,发现这两种酸的水平均显著升高。结核样型患者中乳酸的升高相对较多;而瘤型病例中丙酮酸的升高相对较多。在瘤型麻风病中,这两种酸均显示出随疾病持续时间增加的趋势。统计学上,两种类型麻风病的未经治疗和经治疗病例之间乳酸水平未观察到显著差异,这表明DDS在控制导致乳酸增加的状况方面无效。另一方面,在接受DDS治疗的病例中,尤其是瘤型病例,丙酮酸水平进一步升高。这表明DDS影响丙酮酸代谢。DDS是干扰了丙酮酸的正常降解途径还是影响了丙酮酸的产生途径尚不清楚。