Associate Professor
In the field of single-cell transcriptome sequencing, current technologies face numerous challenges, including the need for specialized equipment, limitations in cell input, and low sensitivity in gene detection. We are committed to developing an innovative single-cell transcriptome technology platform that, through specialized sequence amplification techniques and improved nucleic acid degradation protection complexes, achieves the goals of high cell throughput, high sensitivity, and no requirement for specialized equipment. This platform not only enables the extraction of single-cell transcriptomes from nuclease-rich animal tissues but also has broad applicability to plant cells, with sensitivity and cell type coverage comparable to commercial platforms. In addition to providing a universal and efficient new tool for single-cell transcriptome sequencing in regenerative medicine and life science research, we are also advancing other single-cell multi-omics technologies to uncover the molecular mechanisms of cell differentiation and fate determination.