J Łukasik, T Dierikx, B C Johnston, T de Meij, H Szajewska
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Outcomes included microbiome composition and diversity analysed using high-throughput molecular methods, alongside microbial function and resistome assessments. Seven studies, reported in eight papers, were reviewed. One study showed probiotics counteracting antibiotic-induced diversity changes, another showed exacerbation of these changes, and four others showed no effect. Effects on taxa abundance ranged from mitigating dysbiosis to selective modulation, no effect, or delayed recovery. One study observed no impact on the resistome, while another reported an increase in antibiotic resistance genes. In conclusion, heterogeneous results preclude a definitive conclusion on the effectiveness of any specific probiotic in restoring antibiotic-exposed microbiomes. For a clearer understanding, future research should be more standardised and long-term, employing advanced methods, such as 16S rRNA gene sequencing and metagenomic sequencing. These studies should strive to include larger, diverse populations to enhance generalisability and clearly define what constitutes a healthy microbiome. Finally, linking changes in the microbiome to specific clinical outcomes is essential for clinical decision making. 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引用次数: 0
摘要
益生菌在预防或逆转抗生素引起的微生物组破坏方面的效果仍不确定,而将微生物组恢复到抗生素前状态的说法可能被高估了。在本综述中,我们旨在评估益生菌在预防或改善抗生素治疗引起的微生物组组成和功能紊乱方面的功效。我们在 Medline、Embase 和 CENTRAL 中检索了随机对照试验和非随机对照试验。参与者为任何年龄段、正在接受全身性抗生素治疗且基线菌群失调风险较低的个体。干预措施包括在抗生素治疗期间或之后使用益生菌,并与安慰剂、替代干预措施或不使用干预措施进行比较。研究结果包括使用高通量分子方法分析的微生物组组成和多样性,以及微生物功能和抗性组评估。共审查了八篇论文中报告的七项研究。一项研究表明,益生菌可抵消抗生素引起的多样性变化,另一项研究表明益生菌加剧了这些变化,还有四项研究表明益生菌没有影响。对分类群丰度的影响从减轻菌群失调到选择性调节、无影响或延迟恢复不等。一项研究观察到对抗性基因组没有影响,而另一项研究则报告抗生素抗性基因有所增加。总之,不同的研究结果无法就任何特定益生菌在恢复抗生素暴露的微生物组方面的有效性得出明确结论。为了更清楚地了解情况,未来的研究应该更加标准化和长期化,采用先进的方法,如 16S rRNA 基因测序和元基因组测序。这些研究应努力纳入更大、更多样化的人群,以增强普遍性,并明确界定健康微生物群的构成要素。最后,将微生物组的变化与特定的临床结果联系起来对于临床决策至关重要。PROSPERO 注册号:CRD42023446214。
Systematic review: effect of probiotics on antibiotic-induced microbiome disruption.
The effectiveness of probiotics in preventing or reversing antibiotic-induced microbiome disruption remains uncertain, and claims of microbiome restoration to its pre-antibiotic state may be overestimated. In this review, we aimed to assess the efficacy of probiotics in preventing or ameliorating disruptions in microbiome composition and function induced by antibiotic treatment. We searched Medline, Embase, and CENTRAL for randomised controlled and non-randomised trials. Participants were individuals of any age who were on systemic antibiotics with a low risk of baseline dysbiosis. The intervention consisted of probiotics during or after antibiotic treatment, compared to placebo, alternative interventions, or no intervention. Outcomes included microbiome composition and diversity analysed using high-throughput molecular methods, alongside microbial function and resistome assessments. Seven studies, reported in eight papers, were reviewed. One study showed probiotics counteracting antibiotic-induced diversity changes, another showed exacerbation of these changes, and four others showed no effect. Effects on taxa abundance ranged from mitigating dysbiosis to selective modulation, no effect, or delayed recovery. One study observed no impact on the resistome, while another reported an increase in antibiotic resistance genes. In conclusion, heterogeneous results preclude a definitive conclusion on the effectiveness of any specific probiotic in restoring antibiotic-exposed microbiomes. For a clearer understanding, future research should be more standardised and long-term, employing advanced methods, such as 16S rRNA gene sequencing and metagenomic sequencing. These studies should strive to include larger, diverse populations to enhance generalisability and clearly define what constitutes a healthy microbiome. Finally, linking changes in the microbiome to specific clinical outcomes is essential for clinical decision making. PROSPERO registration number: CRD42023446214.
期刊介绍:
Beneficial Microbes is a peer-reviewed scientific journal with a specific area of focus: the promotion of the science of microbes beneficial to the health and wellbeing of man and animal. The journal contains original research papers and critical reviews in all areas dealing with beneficial microbes in both the small and large intestine, together with opinions, a calendar of forthcoming beneficial microbes-related events and book reviews. The journal takes a multidisciplinary approach and focuses on a broad spectrum of issues, including safety aspects of pro- & prebiotics, regulatory aspects, mechanisms of action, health benefits for the host, optimal production processes, screening methods, (meta)genomics, proteomics and metabolomics, host and bacterial physiology, application, and role in health and disease in man and animal. Beneficial Microbes is intended to serve the needs of researchers and professionals from the scientific community and industry, as well as those of policy makers and regulators.
The journal will have five major sections:
* Food, nutrition and health
* Animal nutrition
* Processing and application
* Regulatory & safety aspects
* Medical & health applications
In these sections, topics dealt with by Beneficial Microbes include:
* Worldwide safety and regulatory issues
* Human and animal nutrition and health effects
* Latest discoveries in mechanistic studies and screening methods to unravel mode of action
* Host physiology related to allergy, inflammation, obesity, etc.
* Trends in application of (meta)genomics, proteomics and metabolomics
* New developments in how processing optimizes pro- & prebiotics for application
* Bacterial physiology related to health benefits