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New Publication: Population Genetics and Environment Shape Gut Microbiomes

news
publication
journal article
microbiome
population genetics
Genes
Author

Cresko Lab

Published

June 26, 2019

Important publication in Genes reveals how both host genetics and environment influence gut microbiome composition in Oregon threespine stickleback!

Robert Steury, Mark Currey, Bill Cresko, and Brendan Bohannan demonstrate that population genetic divergence and environmental factors work together to shape gut microbial communities, providing insights into the complex factors governing host-microbe associations in natural populations.

Key Discoveries

The research reveals: - Host genetics influences microbiome composition - Environmental factors also shape communities - Population-specific microbiome signatures exist - Genetic divergence correlates with microbiome differences - Ecology and evolution interact

Population Genomics Integration

The study combines: - RAD-seq population genetics - 16S microbiome profiling - Environmental characterization - Multi-scale analysis - Ecological context

Microbiome Patterns

Findings show: - Population-specific bacterial communities - Core versus variable microbiome members - Environmental filtering effects - Host genetic selection - Community assembly rules

Oregon System

The research leverages: - Diverse stickleback populations - Environmental gradients - Genetic variation - Replicated populations - Natural laboratories

Host-Microbe Evolution

This work demonstrates: - Co-evolutionary dynamics - Local adaptation influences - Microbiome heritability - Ecological selection - Holobiont evolution

Methodological Excellence

Approaches include: - Population sampling strategies - Microbiome standardization - Genetic analysis pipelines - Statistical frameworks - Integrative analyses

Ecological Understanding

The research illuminates: - Community ecology principles - Host-microbe interactions - Environmental drivers - Population dynamics - Ecosystem functioning

Conservation Applications

Findings inform: - Population health assessment - Microbiome conservation - Habitat management - Restoration strategies - Climate change impacts

Read the paper →

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