Explore how our work propagates through global research and applied domains — from citation networks to cross-disciplinary influence.
Our work is cited by researchers worldwide, spanning six continents.
An interactive view of how our publications connect to downstream research. Each node is a paper; edges represent citations.
How our research propagates across fields — from core domains to adjacent disciplines where our methods and findings create new connections.
We connect traditionally disconnected fields, creating pathways for methods and insights to flow across research boundaries.
Bridging high-dimensional biological data with modern AI — from multi-omic disease profiling to genome-scale lipid mapping and real-time metabolomics.
Connecting microbial chemistry with therapeutic pipelines — learning drug functions from molecular structure, identifying bioactive compounds, and mapping biosynthetic potential.
Translating molecular-scale insights into clinical impact — large-scale severity profiling, health monitoring through urine metabolomics, and pharmacokinetic modeling.
Production-grade tools for research computing — from interactive metagenome visualization platforms to collaborative multi-omic data exploration.
Resolving microbial dark matter across environments — from marine invertebrate symbionts to peritidal stromatolite communities and host-microbiome interactions.
Advancing how molecular data is captured and interpreted — mass spectrometry imaging, FAIMS mobility prediction, and in situ chemical profiling of biological systems.
Engaging with Phyla means connecting to a high-leverage network of research and application across life sciences and ML.
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