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给科学界和社会的关于肠道感染的十二条信息。

Twelve messages from enteric infections for science and society.

作者信息

Guerrant R L

机构信息

Department of Internal Medicine, University of Virginia School of Medicine, Charlottesville, Virginia.

出版信息

Am J Trop Med Hyg. 1994 Jul;51(1):26-35. doi: 10.4269/ajtmh.1994.51.26.

Abstract

Diarrheal diseases hold profound messages as well as opportunities that range from public health to basic science. From the spread of cholera around the world, we are reminded of the global impact of tropical diseases, that disease may provide a litmus test for poverty to drive a sanitary revolution, that disease spread may be worsened by political denial, and that many ecologic and epidemiologic secrets such as interepidemic microbial niches remain poorly understood. Diarrheal diseases other than cholera teach us that heavy disease burdens do not control population growth but are associated with population overgrowth (i.e., improved health is key to controlling the population explosion), the societal impact of diarrhea morbidity may exceed even that of its mortality, that new agents continue to emerge, and that nosocomial diarrhea is an underrecognized threat in our hospitals. Finally, from the laboratory of the developing world also come messages for basic science. Microbial toxins continue to elucidate a new understanding of cell signaling, and mechanisms once thought to be clear (such as that of cholera toxin) now appear much more complex. Traditional remedies hold new pharmacologic secrets, e.g., such as gingko extracts that inhibit platelet-activating factor. Finally, from basic physiology can come widely applicable practical solutions such as oral rehydration therapy and simplified diagnostics for inflammatory diarrhea. Health problems such as diarrheal diseases that plague the disadvantaged are linked to population overgrowth and provide some of the greatest challenges to modern science and the industrialized world.

摘要

腹泻性疾病蕴含着从公共卫生到基础科学等诸多方面的深刻信息与机遇。从霍乱在全球的传播,我们认识到热带疾病的全球影响,疾病可能成为衡量贫困程度的试金石,进而推动一场卫生革命,疾病传播可能因政治上的否认而加剧,许多生态和流行病学奥秘,如两次流行之间微生物的生态位,仍未得到充分理解。除霍乱之外的腹泻性疾病告诉我们,沉重的疾病负担并不会控制人口增长,反而与人口过度增长相关(即改善健康是控制人口爆炸的关键),腹泻发病率对社会的影响甚至可能超过其死亡率,新的病原体不断出现,医院获得性腹泻在我们的医院中是一个未得到充分认识的威胁。最后,来自发展中世界的实验室也为基础科学带来了信息。微生物毒素不断揭示对细胞信号传导的新认识,一些曾经被认为清晰的机制(如霍乱毒素的机制)现在看起来要复杂得多。传统疗法蕴藏着新的药理学奥秘,例如银杏提取物可抑制血小板活化因子。最后,从基础生理学中可以得出广泛适用的实际解决方案,如口服补液疗法和针对炎症性腹泻的简化诊断方法。困扰弱势群体的腹泻性疾病等健康问题与人口过度增长相关,给现代科学和工业化世界带来了一些最大的挑战。

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