Discover how live-seq can capture the molecular dynamics of a single cell and provide temporal readouts of cellular state transitions.
Sequencing of thousands of cells can reveal the intricacy and abundance of different cell types and states within a population. However, when inferring cell trajectories, the fundamental conundrum of not being able to measure the same cell along its trajectory needs to be overcome.
As such, the dynamics of underlying biological processes must be assumed from static snapshots of different cells at different stages. As a result, differential expression patterns of minor cell populations might be missed, which can become problematic when few cells within a population change their fate and dedifferentiate into a cancerous or metastatic state.
In this webinar, live-cell sequencing (Live-seq), a new approach to single cells, will be discussed. Live-seq utilizes subcellular biopsies to record the transcriptome of a cell while keeping it alive.
During this webinar, the expert speaker will take you along to explain how Live-seq works with a special focus on how the FluidFM OMNIUM platform facilitates the single-cell biopsy workflow. A comprehensive demonstration of the experiment will also be presented.
Register for this webinar today to gain insights into the use of subcellular biopsies for cell sequencing and how live-seq can capture the molecular dynamics of a single cell.
Keywords: Drug Development, Biotechnology, Clinical Research, Biotech, Next Generation Sequencing, NGS, Tumor Microenvironment, Cell & Gene Therapies, Basic Research, DNA Sequecing