Shift Bioscience is a Cellular Reprogramming & Rejuvenation company founded in 2017 and based in Cambridge, United Kingdom. It has raised $16M in total funding, most recently a Seed.
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SB000 is Shift Bioscience's lead rejuvenation target — a single gene that, in a June 2025 preprint, reversed cellular aging across multiple germ layers (including fibroblasts) with efficacy the company compared to the full Yamanaka-factor set, but without driving cells toward pluripotency. The reported rejuvenation appeared at both the methylome and transcriptome levels across multiple cell types. By achieving rejuvenation with a single factor rather than a multi-gene cocktail, SB000 is positioned as a target for safer, more deliverable next-generation cell-rejuvenation therapeutics, though the underlying gene identity was not disclosed at preprint.
Shift's discovery engine is a machine-learning-guided screening platform built on large-scale proprietary multiomic datasets. Its AC3 aging clock was trained on a wide donor pool spanning ages one to 87, enabling high-throughput screening of around 1,500 candidate genes for rejuvenation effects. The narrow-AI approach models the biology of cell aging and rejuvenation to surface single-gene targets that reset a cell's age without the safety liabilities of full reprogramming. The platform underpinned the discovery of SB000 and continues to generate further candidate rejuvenation factors.
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