在国家"523"(防治疟疾新药项目代号)任务实施50周年之际,对广州中医药大学青蒿素抗疟研究科研团队采用青蒿素复方防治疟疾的历程与所取得的进展进行评述。广州中医药大学作为"523"项目研究小组之一,其青蒿素抗疟研...在国家"523"(防治疟疾新药项目代号)任务实施50周年之际,对广州中医药大学青蒿素抗疟研究科研团队采用青蒿素复方防治疟疾的历程与所取得的进展进行评述。广州中医药大学作为"523"项目研究小组之一,其青蒿素抗疟研究科研团队相继主持了采用青蒿素及其衍生物不同剂型、剂量、疗程治疗疟疾的临床研究(1974~1989)、青蒿素复方(Artekin及Artequick)治疗疟疾的临床研究(1984~2006),并于近10年中在东南亚地区及非洲全力推行快速消灭传染源清除疟疾(Fast Elimination of Malaria by Source Eradication,FEMSE)的抗疟项目。青蒿素抗疟研究科研团队所做的探索与获得的成就为青蒿素类药物走向世界做出了重要贡献,并为全球快速消灭疟疾创建了一种简单、易行、省钱的新方法。展开更多
With its novel chemical structure, artemisinin is an antimalarial component isolated from the traditional Chinese medicine qinghao(Artemisia annua L.). Nowadays, artemisinin and its derivatives are used compatibly wit...With its novel chemical structure, artemisinin is an antimalarial component isolated from the traditional Chinese medicine qinghao(Artemisia annua L.). Nowadays, artemisinin and its derivatives are used compatibly with new synthesized chemical antimalarial compounds to create artemisinin-based combination therapies(ACTs). These have become the first choice in treating malaria p.f. all over the world, providing an effective solution for the global challenge of curing drug-resistant malaria. Among the five ACTs recommended by the WHO, two were initiated in China and are used as the first-line treatment of falciparum malaria in all malaria endemic areas. As the use of artemisinin-based compound drugs have made such significant contributions to rolling back malaria, regarded as one of the great achievements globally in public health of the early twenty-first century, Tu Youyou, one of the most important researchers in the discovery of artemisinin, was made the first Nobel Prize laureate in Physiology or Medicine from the Chinese mainland. Artemisinin was discovered in a special social and cultural context through a combination of the exploration of traditional Chinese medical literature with the modern research approach of pharmaceutical sciences. This(Project 523) is a typical case of goal-oriented research leading to scientific advance, and the result of scientific research driven by the national needs.展开更多
文摘在国家"523"(防治疟疾新药项目代号)任务实施50周年之际,对广州中医药大学青蒿素抗疟研究科研团队采用青蒿素复方防治疟疾的历程与所取得的进展进行评述。广州中医药大学作为"523"项目研究小组之一,其青蒿素抗疟研究科研团队相继主持了采用青蒿素及其衍生物不同剂型、剂量、疗程治疗疟疾的临床研究(1974~1989)、青蒿素复方(Artekin及Artequick)治疗疟疾的临床研究(1984~2006),并于近10年中在东南亚地区及非洲全力推行快速消灭传染源清除疟疾(Fast Elimination of Malaria by Source Eradication,FEMSE)的抗疟项目。青蒿素抗疟研究科研团队所做的探索与获得的成就为青蒿素类药物走向世界做出了重要贡献,并为全球快速消灭疟疾创建了一种简单、易行、省钱的新方法。
文摘With its novel chemical structure, artemisinin is an antimalarial component isolated from the traditional Chinese medicine qinghao(Artemisia annua L.). Nowadays, artemisinin and its derivatives are used compatibly with new synthesized chemical antimalarial compounds to create artemisinin-based combination therapies(ACTs). These have become the first choice in treating malaria p.f. all over the world, providing an effective solution for the global challenge of curing drug-resistant malaria. Among the five ACTs recommended by the WHO, two were initiated in China and are used as the first-line treatment of falciparum malaria in all malaria endemic areas. As the use of artemisinin-based compound drugs have made such significant contributions to rolling back malaria, regarded as one of the great achievements globally in public health of the early twenty-first century, Tu Youyou, one of the most important researchers in the discovery of artemisinin, was made the first Nobel Prize laureate in Physiology or Medicine from the Chinese mainland. Artemisinin was discovered in a special social and cultural context through a combination of the exploration of traditional Chinese medical literature with the modern research approach of pharmaceutical sciences. This(Project 523) is a typical case of goal-oriented research leading to scientific advance, and the result of scientific research driven by the national needs.
