Research Articles
Cracking the Cellular Code: How Deep Learning Unlocks the Secrets of Our Cells
Explore how deep learning revolutionizes single-cell multimodal data integration to decode the mysteries of cellular biology.
Cracking the Cell's Social Network: A New Way to Map Cellular Chatter
Discover how sparse Bayesian factor models are revolutionizing gene co-expression network analysis from single-cell RNA sequencing data
Cracking the Cellular Code: How Network Science Unveils Hidden Changes in Single Cells
Discover how Markov Random Fields are revolutionizing single-cell RNA sequencing analysis by revealing hidden network-based changes in gene expression.
scDecouple: Seeing Clearly Through the CRISPR Maze
Discover how scDecouple solves the infected proportion bias problem in single-cell CRISPR sequencing, enabling more accurate genetic research.
Unlocking Immunity's Secrets: How Single-Cell Maps Are Rewriting the Rules of Defense
Explore how single-cell multi-omics is revolutionizing our understanding of the immune system through comprehensive molecular profiling and AI-powered analysis.
The Cell Tug-of-War: How Invisible Forces are Revolutionizing Single-Cell Manipulation
Explore how negative dielectrophoresis and bipolar electrodes are transforming single-cell manipulation through Faradaic ion enrichment and depletion.
Cracking the Cell's Code: Why Proteomics is the New Genomics in the Hunt for Rare Cells
Explore how quantitative single-cell proteomics is revolutionizing our understanding of cellular hierarchies and transforming biology research.
Unlocking Cellular Mysteries: How Bayesian Mathematics Revolutionizes Single-Cell Science
Explore how Bayesian nonparametric semi-supervised models are transforming single-cell data integration and biological discovery.
Catching Cells in Motion: How Temporal Single-Cell Tech and Math Models Are Revolutionizing Immunology
Explore how temporal single-cell RNA sequencing and quantitative systems pharmacology are transforming our understanding of T cell differentiation and immune responses.