The skin, as the body`s largest organ, plays a critical role in protecting our inner tissues from
various hazards such as infections, toxins, and UV radiation. This makes it a key focus in
scientific research, which often involves animal experiments. Our project, DIGI-SKIN, aims to
transform this approach by creating the largest publicly available single-cell transcriptome
atlas of murine skin cells, potentially reducing the need for animal research.
In this project, we plan to construct the most extensive online single-cell RNA sequencing data
atlas of murine skin by merging previously published single-cell RNA sequencing data from
developmental stages, aging, and skin wound healing. Single-cell RNA sequencing is a pivotal
technology that allows for the quantification and comparison of the entire transcriptome at a
single-cell resolution. This method is in stark contrast to techniques like real-time PCR, which
can only target a limited number of genes and lacks single-cell resolution. With the online
murine skin atlas, researchers can investigate changes in the expression of their gene of
interest under various conditions and cell types. This information can help them make
informed decisions and assess the viability of animal experiments before they begin.
Research Outputs (6)
publications (6)
Title
Year(s)
DOI / Link
Cells of all trades – on the importance of spatial positioning of senescent cells in development, healing and agingFEBS Letters
In the land of not-unhappiness: On the state-of-the-art of targeting aging and age-related diseases by biomedical researchMechanisms of Ageing and Development