Shift Bioscience uses a dataset-driven approach to pinpoint SB000, a novel single-gene target that reverses aging at both methylome and transcriptome levels across multiple cell types, while sidestepping dangerous pluripotency pathways triggered by Yamanaka Factors.
Key points
- SB000 reverses cellular aging without activating pluripotency pathways associated with tumorigenesis
- Dataset-driven discovery yields methylome rejuvenation comparable to OSKM across multiple human cell types
- Single-gene SB000 target advances safer next-generation cellular rejuvenation therapeutics
Why it matters: The identification of SB000 enables a safer route to cellular rejuvenation, overcoming OSKM-induced tumorigenicity concerns.
Q&A
- What is SB000?
- How does SB000 differ from Yamanaka Factors?
- What are methylome and transcriptome rejuvenation?
- What is dataset-driven discovery?
- What are next steps for SB000 development?