E-Mail
Single-cell transcriptomic methods allow scientists to study thousands of individual cells from living organisms, one-by-one, and sequence each cell s genetic material. Genes are activated differently in each cell type, giving rise to cell types such as neurons, skin cells and muscle cells.
Single-cell transcriptomics allows scientists to identify the genes that are active in each individual cell type, and discover how these genetic differences change cellular identity and function. Careful study of this data can allow new cell types to be discovered, including previously unobserved stem cells, and help scientists trace complex developmental processes. Single-cell transcriptomics have revolutionised biology but are still an area in active development, explains Helena Garcia Castro, a PhD student in the Department of Biological and Medical Science at Oxford Brookes University and co-author of the paper.
Single-cell transcriptomic technologies advanced by new method ANI | Updated: Apr 08, 2021 17:10 IST
Oxford [UK], April 8 (ANI): Single-cell transcriptomics allows scientists to identify the genes that are active in each individual cell type, and discover how these genetic differences change cellular identity and function.
The findings of a new study published in Genome Biology suggest that careful study of this data can allow new cell types to be discovered, including previously unobserved stem cells, and help scientists trace complex developmental processes.
Single-cell transcriptomic methods allow scientists to study thousands of individual cells from living organisms, one by one and sequence each cell s genetic material. Genes are activated differently in each cell type, giving rise to cell types such as neurons, skin cells, and muscle cells.