The cells in our body display unique gene expressions and functions, even within the same tissue. However, traditional methods only capture the average characteristics of entire cell populations, making it challenging to assess the differences and specific features of individual cells. Single-cell analysis is a groundbreaking technique that enables a detailed examination of gene expression, molecular composition, and cellular functions at the level of individual cells. This technology is increasingly being applied across diverse fields, including cancer research and immunology.
Our laboratory is developing single-cell analysis technologies utilizing microfluidic devices, with a focus on enabling non-invasive diagnostics through liquid biopsies using blood samples. By uncovering cellular characteristics at the single-cell level, we aim to advance fundamental medical research and make significant contributions to healthcare and society.