Spatial Transcriptomics and miRNA-seq with iPSCs — pushing the boundaries of single-cell multi-omics at a global scale.
Extensive single-cell analysis focusing on aging-related factors, including Alzheimer's disease — combining clinical and genomic data.
Research utilizing publicly available data and scRNA-seq on head and neck cancer to uncover molecular tumorigenesis mechanisms.
Correlation between dental bone aging and clinical symptoms, using rigorous statistical and bioinformatics methodologies.
Uncovering molecular mechanisms underlying metastatic gastric cancer — genomic characterization of metastatic pathways and patient prognosis.
Identifying transcriptomic differences in peritoneal cancer treatment outcomes — connecting genomic signatures to clinical response.
Mouse organoid model research to identify neoantigens in various cancers and investigate cancer vaccine development strategies.
Unraveling molecular insights of pure and mixed-type lung adenocarcinomas using multi-omics approaches on patient samples.
8+ institutions across the USA and Republic of Korea