Comprehensive Single Cell Omics for Biological Research

Advances in single cell and spatial omics technologies are enabling deeper characterization of complex biological systems across basic and translational research.

In this seminar, we will present unique single cell workflows with intuitive ease-of-use and multi-omics integration, enabling researchers to address key questions in disease biology, cancer research, immunology, and translational and clinical research.

Topics covered include:

• Streamlined sample processing and single cell transcriptomics, from tissue dissociation to library preparation
• Customizable targeted panels for single cell level detection of SNVs, mutations, and gene fusions commonly found in cancers, as well as pathogens such as viruses causing infections
• T-cell and B-cell repertoire profiling (TCR/BCR) to understand immune responses
• Spatial transcriptomics assays for whole-transcriptome profiling while preserving tissue architecture, enabling the study of gene expression patterns, non-coding RNAs, and viral signals within their native spatial context

Date: 28 July 2026, Tuesday

Time: 12pm – 12:30pm (Lunch will be provided after the seminar)

Venue: Training Room 5C, Level 5, Duke-NUS Medical School