Deciphering the Microbiome: Integrating Theory, New Technologies, and Inclusive Science

Area of Science:

• Microbiome research
• Systems biology
• Ecological theory

Background:

• Microbiome research has advanced significantly due to extensive habitat sampling and sequencing technologies.
• Key challenges remain in defining a
• healthy
• microbiome, restoring disrupted communities, and understanding microbiome assembly.
• A 2019 workshop convened experts to identify governing principles for microbiome structure and function.

Discussion:

• This collection of perspectives explores challenges and opportunities in microbiome science.
• Interdisciplinary approaches, drawing from economics and philosophy, offer novel methods for analyzing microbiome patterns.
• Conceptual advances like trait-based theory and community coalescence provide new frameworks for microbiome management.

Key Insights:

• Technological and analytical progress, including deep transfer learning and metabolic modeling, aids in identifying microbiome assembly mechanisms.
• Integrating theoretical, conceptual, and technological advancements improves temporal and spatial resolution of microbiome dynamics.
• Predicting and managing microbiome diversity and function are becoming more feasible through these integrated approaches.

Outlook:

• Future microbiome research necessitates collaboration among academic institutions, scientific societies, and funding agencies.
• Supporting and training a diverse and inclusive community of scientists is crucial for advancing the field.
• Continued integration of diverse approaches will accelerate our understanding of complex microbial ecosystems.