Microfluidics

Single-Cell Microfluidic Analysis

Single-cell microfluidic analysis enables precise investigation of individual cellular behaviors, functions, and molecular signatures by isolating and analyzing cells at micro-scale resolution. Microfluidic systems provide controlled environments for capturing, sorting, and stimulating cells while preserving their viability and native characteristics. These technologies support high-throughput transcriptomics, proteomics, and metabolomics, revealing cellular heterogeneity that influences disease progression, immune responses, and therapeutic resistance. Innovations in droplet microfluidics, hydrodynamic traps, integrated sensors, and nanofluidic interfaces further enhance accuracy and throughput. Single-cell studies powered by microfluidics accelerate the development of personalized treatments by identifying rare cell populations, tracking cell lineage, and evaluating drug effects at unprecedented precision. Applications extend across cancer biology, immunology, regenerative medicine, and developmental biology. As techniques evolve, the ability to run thousands of single-cell assays within compact platforms positions microfluidic analysis as a cornerstone of advanced biomedical research and precision healthcare.