The Human Skin Cell Atlas, comprising transcriptomes of 528,253 single cells, shows that cellular processes involved in skin development in embryos are reactivated in inflammatory skin diseases. In addition to suggesting potential new drug targets for atopic dermatitis and psoriasis, the transcriptomes provide a new route to understanding other inflammatory diseases, and provide a template for culturing skin for wound repair, according to the authors of a paper published in the Jan. 22, 2021, issue of Science.

Slate Bio Inc., a startup developing an interleukin 2 fusion cytokine for the potential treatment of autoimmune and inflammatory diseases, has closed a $1.75 million seed financing led by Epidarex Capital. Financing for the company, a spinout of the University of Virginia, also came from the UVA Licensing & Ventures Group Seed Fund, Center for Innovative Technology's GAP Biolife Fund, VTC Seed Fund, Pharmadirections Inc., company management and others.

The Human Skin Cell Atlas, comprising transcriptomes of 528,253 single cells, shows that cellular processes involved in skin development in embryos are reactivated in inflammatory skin diseases. In addition to suggesting potential new drug targets for atopic dermatitis and psoriasis, the transcriptomes provide a new route to understanding other inflammatory diseases.