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The Search for Violacein-Producing Microbes to Combat Batrachochytrium dendrobatidis: A Collaborative Research Project between Secondary School and College Research Students ?

机译:寻找可产生紫罗兰素的微生物来对抗毛细线虫的细菌:中学生与大学生之间的合作研究项目?

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In this citizen science–aided, college laboratory–based microbiology research project, secondary school students collaborate with college research students on an investigation centered around bacterial species in the local watershed. This study specifically investigated the prevalence of violacein-producing bacterial isolates, as violacein has been demonstrated as a potential bioremediation treatment for outbreaks of the worldwide invasive chytrid, Batrachochytrium dendrobatidis (Bd). The impact of this invasion has been linked to widespread amphibian decline, and tracking of the spread of Bd is currently ongoing. Secondary school students participated in this research project by sterilely collecting water samples from a local watershed, documenting the samples, and completing the initial sample plating in a BSL1 environment. In the second phase of this project, trained college students working in courses and as research assistants in the academic year and summer term in a BSL2 laboratory facility were able to use physiological, biochemical, and molecular techniques to further identify individual isolates as well as characterize their properties. Collaboration between these learning spaces provides an increased interest in the community for environmentally relevant research projects and allows for an expansion of the research team to increase study robustness. Journal of Microbiology & Biology Education
机译:在这个以公民科学为基础,以大学实验室为基础的微生物研究项目中,中学生与大学研究学生合作进行了围绕当地流域细菌物种的调查。这项研究专门研究了产生紫丁香素的细菌分离物的患病率,因为紫丁香素已被证明是一种潜在的生物修复方法,可用于治疗全球性侵袭性糜芽孢杆菌(Batrachochytrium dendrobatidis,Bd)。这种入侵的影响与两栖动物的广泛传播有关,目前正在跟踪Bd的扩散。中学生通过从当地一个流域无菌采集水样,记录水样并在BSL1环境中完成初始样品电镀来参与了此研究项目。在该项目的第二阶段,经过培训的大学生在BSL2实验室的课程中工作,并在学年和暑期担任研究助理,他们能够使用生理,生化和分子技术进一步鉴定个体分离物并进行表征他们的属性。这些学习空间之间的协作使社区对与环境相关的研究项目的兴趣日益增加,并使研究团队的规模扩大,从而增强了研究的稳定性。微生物与生物教育杂志

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