Microbiome & immunity
I study host-microbe interactions in infection, inflammation and precision health, with an emphasis on interpretable biological signals.
HIV, gut ecology, immune response
Bioinformatics · microbiome · translational data science
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I build reproducible analyses and data tools to understand how microbial communities shape immunity, infection and inflammation. My work connects microbiome research, epigenetics, multi-omics and modern AI into clear evidence for scientific and clinical decisions.
Research focus
My work sits at the intersection of computational biology, microbiome analytics and translational research. I care most about methods that are rigorous enough for science and clear enough for real decisions.
I study host-microbe interactions in infection, inflammation and precision health, with an emphasis on interpretable biological signals.
HIV, gut ecology, immune response
I integrate microbiome, epigenomic and clinical data into reproducible analyses that help teams move from noisy measurements to decisions.
Epigenetics, resistome, metadata
I build practical R/Bioconductor tools and workflows for robust differential abundance testing, validation and communication.
dar, biocroxytest, pipelines
Research tools and applications in bioinformatics and data analysis
A curated set of recent and representative papers in microbiome, infectious disease and computational biology
Insights and tutorials on bioinformatics, data analysis, and research methods
You’re not just you: you’re an ecosystem. Over a beer, we explore what the microbiome is, what it does for you, and why losing the balance can mess with your health.
Microbiome data are messy, and no single differential abundance method wins everywhere. Here I explore how AI could learn, taxon by taxon, which method is most reliable using modern benchmarks and simulated/semi-simulated datasets.
A deep dive into what binding pockets are, how they shape enzyme function, and how modern AI and structure prediction tools let us map them at scale.