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Variation in koala microbiomes within and between individuals: effect of body region and captivity status

机译:个体内和个体间考拉微生物群的变化:身体区域和圈养状态的影响

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摘要

Metagenomic analysis of 16S ribosomal RNA has been used to profile microbial communities at high resolution, and to examine their association with host diet or diseases. We examined the oral and gut microbiome composition of two captive koalas to determine whether bacterial communities are unusual in this species, given that their diet consists almost exclusively of Eucalyptus leaves. Despite a highly specialized diet, koala oral and gut microbiomes were similar in composition to the microbiomes from the same body regions of other mammals. Rectal swabs contained all of the diversity present in faecal samples, along with additional taxa, suggesting that faecal bacterial communities may merely subsample the gut bacterial diversity. Furthermore, the faecal microbiomes of the captive koalas were similar to those reported for wild koalas, suggesting that captivity may not compromise koala microbial health. Since koalas frequently suffer from ocular diseases caused by Chlamydia infection, we also examined the eye microbiome composition of two captive koalas, establishing the healthy baseline for this body part. The eye microbial community was very diverse, similar to other mammalian ocular microbiomes but with an unusually high representation of bacteria from the family Phyllobacteriaceae.
机译:16S核糖体RNA的元基因组分析已用于高分辨率解析微生物群落,并检查它们与宿主饮食或疾病的关系。我们检查了两种圈养考拉的口腔和肠道微生物组组成,以确定该物种中细菌群落是否异常,因为它们的饮食几乎完全由桉树叶组成。尽管饮食高度专业化,但考拉口腔和肠道微生物群的组成与其他哺乳动物相同身体部位的微生物群相似。直肠拭子包含粪便样本中存在的所有多样性,以及其他分类单元,表明粪便细菌群落可能仅对肠道细菌多样性进行了子采样。此外,圈养考拉的粪便微生物群与野生考拉的粪便微生物群相似,这表明人工饲养可能不会损害考拉的微生物健康。由于考拉经常患有衣原体感染引起的眼部疾病,因此,我们还检查了两种圈养考拉的眼睛微生物组组成,为该身体部位建立了健康的基线。眼部微生物群落非常多样,类似于其他哺乳动物的眼部微生物群,但来自毛状杆菌科的细菌却异常高。

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