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回到未来:利用植物标本馆标本分离根瘤相关细菌。

Back to the future: Using herbarium specimens to isolate nodule-associated bacteria.

作者信息

Petipas Renee H, Antoch Amanda A, Eaker Ashton A, Kehlet-Delgado Hanna, Friesen Maren L

机构信息

Department of Plant Pathology Washington State University Pullman Washington USA.

Department of Microbiology University of Washington Seattle Washington USA.

出版信息

Ecol Evol. 2024 Jul 14;14(7):e11719. doi: 10.1002/ece3.11719. eCollection 2024 Jul.

Abstract

Herbarium specimens are increasingly being used as sources of information to understand the ecology and evolution of plants and their associated microbes. Most studies have used specimens as a source of genetic material using culture-independent approaches. We demonstrate that herbarium specimens can also be used to culture nodule-associated bacteria, opening the possibility of using specimens to understand plant-microbe interactions at new spatiotemporal scales. We used historic and contemporary nodules of a common legume, to create a culture collection. We were able to recover historic bacteria in 15 genera from three specimens (collected in 1950, 2004, and 2015). This work is the first of its kind to isolate historic bacteria from herbarium specimens. Future work should include inoculating plants with historic strains to see if they produce nodules and if they affect plant phenotype and fitness. Although we were unable to recover any , the main symbiont of , we recovered some other potential nodulating species, as well as many putative growth-promoting bacteria.

摘要

植物标本越来越多地被用作了解植物及其相关微生物的生态和进化的信息来源。大多数研究使用标本作为遗传物质来源,采用非培养方法。我们证明植物标本也可用于培养根瘤相关细菌,这为利用标本在新的时空尺度上理解植物-微生物相互作用开辟了可能性。我们使用一种常见豆科植物的历史和当代根瘤创建了一个培养物库。我们能够从三个标本(分别采集于1950年、2004年和2015年)中分离出15个属的历史细菌。这项工作是首次从植物标本中分离出历史细菌。未来的工作应包括用历史菌株接种植物,以观察它们是否形成根瘤以及是否影响植物表型和适应性。尽管我们未能分离出任何(该豆科植物的主要共生体),但我们分离出了一些其他潜在的结瘤物种以及许多假定的促生长细菌。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/9282/11246978/e8e1a3daacad/ECE3-14-e11719-g004.jpg

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