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The 30th anniversary of Campylobacter Helicobacter and Related Organisms workshops—what have we learned in three decades?

机译:弯曲杆菌幽门螺杆菌和相关生物研讨会举办30周年-我们在三十年中学到了什么?

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摘要

As we commemorate the 30th anniversary of the Campylobacter, Helicobacter, and Related Organisms (CHRO) workshops with this special Frontiers edition, we look back upon three decades of research and provide some highlights from the 16th International CHRO meeting. Although Theodor Escherich himself provided drawings of campylobacters back in the 1880s, Campylobacter jejuni was not identified until the 1950s. Helicobacter pylori was first described to be the causative agent of stomach ulcers at a CHRO meeting by Barry Marshall and Robin Warren—who later received the Nobel Prize for their findings that bacteria could cause diseases previously believed to be caused by human factors. Now, several genome sequences for campylobacters, helicobacters, and related organisms are available and we have moved into an era examining the intersection between host microbial ecology and pathogen infection. Both pioneers and new investigators in the CHRO research field continue to obtain “unexpected results” demonstrating that campylobacters and helicobacters do not follow classic paradigms of other well-characterized gastrointestinal pathogens and we are learning that there is a plethora of interesting related organisms beyond C. jejuni and H. pylori. This review summarizes recent discoveries in CHRO research and the exciting directions ahead.
机译:在纪念特别版《弯曲》,《幽门螺杆菌》和相关生物(CHRO)研讨会30周年之际,我们回顾了三十年的研究,并从16 次国际CHRO会议。尽管西奥多·埃舍里希(Theodor Escherich)自己在1880年代就提供了弯曲杆菌的图谱,但直到1950年代才发现空肠弯曲菌。巴里·马歇尔(Barry Marshall)和罗宾·沃伦(Robin Warren)在CHRO会议上首次将幽门螺杆菌描述为是胃溃疡的病原体。后来,他们因发现细菌可能导致以前认为由人为因素引起的疾病而获得诺贝尔奖。现在,存在弯曲菌,螺旋杆菌和相关生物的几种基因组序列,我们进入了一个研究宿主微生物生态学和病原体感染之间交集的时代。 CHRO研究领域的开拓者和新研究者都继续获得“意想不到的结果”,这表明弯曲杆菌和幽门螺杆菌并没有遵循其他特征明​​确的胃肠道病原体的经典范例,而且我们正在了解,除C之外,还有许多有趣的相关生物。空肠和幽门螺杆菌。这篇综述总结了CHRO研究的最新发现以及未来令人振奋的方向。

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