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介绍孢子生物群和孢子生物群落。

Introducing the sporobiota and sporobiome.

作者信息

Tetz George, Tetz Victor

机构信息

Human Microbiology Institute, 423 West 127 Street, New York, NY 10027 USA.

出版信息

Gut Pathog. 2017 Jun 30;9:38. doi: 10.1186/s13099-017-0187-8. eCollection 2017.

Abstract

Unrelated spore-forming bacteria share unique characteristics stemming from the presence of highly resistant endospores, leading to similar challenges in health and disease. These characteristics are related to the presence of these highly transmissible spores, which are commonly spread within the environment and are implicated in host-to-host transmission. In humans, spore-forming bacteria contribute to a variety of pathological processes that share similar characteristics, including persistence, chronicity, relapses and the maintenance of the resistome. We first outline the necessity of characterizing the totality of the spore-forming bacteria as the sporobiota based on their unique common characteristics. We further propose that the collection of all genes of spore-forming bacteria be known as the sporobiome. Such differentiation is critical for exploring the cross-talk between the sporobiota and other members of the gut microbiota, and will allow for a better understanding of the implications of the sporobiota and sporobiome in a variety of pathologies and the spread of antibiotic resistance.

摘要

无关的产芽孢细菌具有一些独特特征,这些特征源于其存在高度抗性的内生孢子,这在健康和疾病方面带来了类似的挑战。这些特征与这些高度可传播的孢子的存在有关,这些孢子通常在环境中传播,并涉及宿主间传播。在人类中,产芽孢细菌会导致各种具有相似特征的病理过程,包括持续性、慢性、复发以及耐药基因组的维持。我们首先概述了基于其独特的共同特征将所有产芽孢细菌作为芽孢菌群进行表征的必要性。我们进一步提议将产芽孢细菌的所有基因集合称为芽孢菌基因组。这种区分对于探索芽孢菌群与肠道微生物群其他成员之间的相互作用至关重要,并且将有助于更好地理解芽孢菌群和芽孢菌基因组在各种病理学以及抗生素耐药性传播中的影响。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/03d8/5493122/2311d67920c9/13099_2017_187_Fig1_HTML.jpg

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