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疟疾的死亡率对人类免疫的演化有着重大的影响。对抗疟疾最有成效的免疫应答的优选存在于伴随感染肠道蠕虫的人群。在动物模型 ,同一宿主同时感染蠕虫与原虫势必会引起一定程度拮抗和强化的相互作用。人类与蠕虫、恶性疟原虫之间同样发生类似的相互作用。对生态力的了解有可能起着揭示疟疾干预措施的新耙标的作用 ,并可为对付致命的恶性疟疾所存在的问题带来新的转机
The mortality rate of malaria has a significant impact on the evolution of human immunity. The most effective immune response against malaria is preferentially present in the population associated with intestinal worms. In animal models, simultaneous infestation of worms and protozoa by the same host will inevitably lead to some degree of antagonism and enhancement of interactions. Similar interactions occur between humans and worms and Plasmodium falciparum. Knowledge of ecological forces may serve as a new target for revealing malaria interventions and could provide a new turning point for the problems that exist with respect to deadly falciparum malaria