[在马达加斯加持续监测恶性疟原虫对抗疟药物敏感性的国家网络研究]。

M Randrianarivelojosia, L A Rakotonjanabelo, P Mauclère, A Ratsimbasoa, L A Raharimalala, F Ariey
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引用次数: 0

摘要

为了重新确定治疗或预防疟疾的战略和政策,需要获得疟原虫对抗疟药物敏感水平的相关和最新数据。因此,1999年9月,马达加斯加卫生部和马达加斯加巴斯德研究所(IPM)组成了一个名为RER的疟疾耐药性监测网络。为了缓解保健中心缺乏经验丰富的医疗小组的问题,并考虑到技术和后勤问题,作为网络活动的一部分,决定开始在IPM进行体外研究。体外敏感性试验采用同位素法进行。2001年完成的这项研究的结果表明,马达加斯加恶性疟原虫分离株对阿莫地喹(n = 215)、环胍(n = 56)、乙胺嘧啶(n = 98)和奎宁(n = 214)敏感。东部地区检出1株甲氟喹耐药表型(1/110,即0.9%)。恶性疟原虫对氯喹的敏感性为95.4%(206/216)。RER源于马达加斯加卫生部与IPM之间的伙伴关系和协作。介绍了网络结构。讨论了体内方法和体外调查(化学药敏试验和筛选导致氯喹耐药的突变)对监测马达加斯加和印度洋分区域耐药寄生虫的出现和传播的有用性。
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[National Network study to perpetuate the surveillance of Plasmodium falciparum sensitivity to antimalarials in Madagascar].

To redefine strategy and policy to cure or to prevent malaria, there is a need to get relevant and updated data on Plasmodium sp sensitivity level to antimalarial drugs. Thus, in September 1999, the Madagascan Ministry of Health and the Institut Pasteur de Madagascar (IPM) formed a network named RER for malaria resistance surveillance. To alleviate the lack of experienced medical teams within the health centres, and due to technical and logistic matters, as part of the network activities, it was decided to give a start with the in vitro studies which are carried out at IPM. In vitro sensitivity testing is done by use of the isotopic method. Results from the study done in 2001 demonstrate that the Madagascan P. falciparum isolates are susceptible to amodiaquine (n = 215), to cycloguanil (n = 56), to pyrimethamine (n = 98) and to quinine (n = 214). One isolate (1/110 i.e. 0.9%) of mefloquine-resistant phenotype is detected from the Eastern region. P. falciparum susceptibility to chloroquine is satisfactory with 95.4% (206/216) of in vitro sensitive isolates. RER arises from the partnership and collaboration between the Madagascan Ministry of Health and the IPM. The network set-up is presented. The usefulness of the in vivo approach, and the in vitro investigations (chemosusceptibility test and screening of mutations accounting for resistance to chloroquine) to monitor the emergence and the dissemination of drug-resistant parasites in Madagascar as well as in the subregion of the Indian Ocean is discussed.

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