Accounting for reciprocal host-microbiome interactions in experimental science

Area of Science:

• Microbiology
• Genomics
• Mammalian Biology

Background:

• Mammals possess a complex metagenome, a composite of host and microbial genetic material.
• The metagenome significantly influences experimental outcomes and the reliability of in vivo mammalian models.
• Understanding the host-microbiome interplay is vital for advancing biological insights and disease research.

Purpose of the Study:

• To establish the scientific rationale for incorporating metagenomic considerations into experimental design and reporting.
• To advocate for changes that improve the reproducibility and interpretability of mammalian research.
• To address the challenges posed by metagenomic variability in scientific investigations.

Main Methods:

• Review of existing literature on metagenomics and experimental reproducibility.
• Analysis of the impact of microbiome on mammalian model systems.
• Development of a framework for reporting and designing experiments with metagenomic factors.

Main Results:

• The metagenome is a critical, yet often overlooked, factor in mammalian experimental variability.
• Current research practices do not adequately account for metagenomic influences, hindering reproducibility.
• Standardized reporting and design modifications can mitigate these challenges.

Conclusions:

• Embracing metagenomic principles is essential for enhancing the integrity of biomedical research.
• Implementing new reporting standards and experimental designs will accelerate scientific discovery and translation.
• Addressing metagenomic effects ensures efficient and effective use of biomedical research funding.