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Zoom link: http://snu-ac-kr.zoom.us/s/97788264130


Single cell multiomics data analysis for Korean COVID-19 patients


Single-cell transcriptome analysis has revealed numerous COVID-19 severity-related biomarkers. However, most research focuses on symptom severity, neglecting immune system feature variations within the same severity group and limited information about patients' unique T-cell receptor (TCR) repertoire. In this seminar, we introduce three studies using single-cell samples from Korean COVID-19 patients, highlighting diverse research approaches with single-cell multiomics data. First, we explore heterogeneity in molecular features among patients within the same severity class through cell-cell interaction score-based sample clustering, defining and examining COVID-19 subtypes. Second, we present a "Deep Learning-Based Analysis of T-cell Receptor Repertoire in COVID-19 Patients," using BERT to analyze patient features and predict T-cell receptor CDR3 epitopes. Finally, we investigate "sample-specific network clustering" with COVID-19 scRNA-seq data. We construct networks reflecting differences between COVID-19 and healthy samples and assess associations between sample-specific networks and clinical variables through clustering. This seminar aims to showcase diverse research approaches for better understanding COVID-19 using single-cell multiomics data.