Universal law governs chromosome motion in cells.
Scientists find universal law explaining chromosome motion in cells, solving a long-standing mystery.
Why it matters
- Solves a long-standing mystery about how chromosomes move within cells.
- Essential for processes like gene regulation.
By the numbers
- A dynamic COM exponent of ξ=0.77±0.16 is reported, suggesting topological constraints.
The big picture
- The law is universal, meaning it applies broadly across different situations.
- Helps understand how DNA molecules remain mobile enough for vital cellular processes.
Caveats
- Limited details available as the full text isn't accessible.
What’s next
- Further research could explore how this law applies to different organisms or conditions.