Discover how Siberian lake ice preserves influenza viruses for decades, creating a hidden ecological reservoir with profound implications for global health.
Discover how split-pool barcoding enables microbial single-cell RNA sequencing, revealing the hidden heterogeneity in bacterial populations.
Discover how the enzyme VioC enables the production of viomycin, a crucial antibiotic against drug-resistant tuberculosis, through precise molecular transformations.
Discover how extracellular microRNAs from food can regulate genes across species boundaries, reshaping our understanding of nutrition and evolution.
Discover how CellAgent, an LLM-driven AI framework, is transforming single-cell analysis through natural language processing and multi-agent collaboration.
A comprehensive guide to bioinformatics, covering key concepts, the Human Genome Project, essential tools, and the future of biological data analysis.
Exploring how inherited genetic variants influence cancer susceptibility, tumor biology, and treatment response.
Exploring how kernel methods integrate structural bioinformatics and phylogenetics to predict protein functions and interactions
Exploring how molecular motions in enzymes enable catalysis in both single-subunit and multi-subunit enzymes
Exploring how metagenomics is uncovering the complex microbial ecosystems in soil, revealing insights into soil health, climate change, and biotechnology.