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Arc Institute
About Arc Institute
Arc is a full-stack institute for AI and biology research, dedicated to understanding the root causes of complex diseases. Arc’s investigators are supported by long-term funding and freedom to pursue bold ideas. Its Technology Centers are research and development hubs focused on advancing Arc's Virtual Cell and Alzheimer's Disease Initiatives, leveraging genome engineering, multiomics, and cellular, mammalian and ML models. Founded in 2021, Arc is an independent nonprofit organization working in close partnership with Stanford University, the University of California, Berkeley, and the University of California, San Francisco.
Verified activity
Signals from Arc Institute
7 published signals
Research & Knowledge
Arc Institute researchers mapped both directions across five DDR inhibitors, finding that losing PRDX1 sensitizes cells to all five.
Reported by Arc Institute
Research & Knowledge
Arc Institute researchers identified lactate dehydrogenase A (LDHA) in mammalian cells working on a different substrate.
Reported by Arc Institute
Research & Knowledge
Arc Institute researchers found that another lactate dehydrogenase isoform, LDHC, evolved to support sperm hypermotility in rodents.
Reported by Arc Institute
Research & Knowledge
Arc Institute Arc Science Fellow Jingtian Zhou published a computational effort in Cancer Cell by Cell Press analyzing how chronic stress speeds glioma growth.
Reported by Arc Institute
Research & Knowledge
Arc Institute Arc Science Fellow Jingtian Zhou published Spatial Hi-C-RNA in Cell by Cell Press resolving gene expression spatially in intact tissue.
Reported by Arc Institute
Research & Knowledge
Arc Institute Arc Science Fellow Jingtian Zhou published a whole-body atlas in Science Magazine mapping 3D genome organization and DNA methylation across 86,689 nuclei from 16 human tissues, resolving 35 major cell types and 206 subtypes.
Reported by Arc Institute
Research & Knowledge
Arc Institute is collaborating with AI cell modeling to develop a new model.
Reported by Stephanie Fields