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science//2026-02-19//Phys.org
Phys.orgevolu-EVOLU-CELLCELLcenterPHYS.ORGPHYS.ORGUNCOVERINGHIDDENDIVISIONTOP 99%

Systemic Drivers Behind Centromere Diversity in Cell Division Revealed

Original framing: “Uncovering evolution at the center of cell division” — Phys.org

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Lens coverage0/8 ≥ 70%
The 8 Epistemic Lenses — radar tracks the selected signal
Trickster KnowledgeSignal: 60%

The paradox that centromeres must be both highly conserved for faithful segregation yet remarkably diverse across species is highlighted as a trickster motif, exposing the illusion of genomic rigidity. This inversion destabilizes the assumption that variation is always deleterious, revealing a disciplined disruption that reframes centromere biology as a dance of order and mischief. The trickster reading enriches the conceptual framing.

Cogniosynthesis — Systems-Level Conclusion

Centromere diversity emerges from intersecting pressures of genetic fidelity, environmental adaptation, and species-specific life history strategies.

Integrating computational genomics with Indigenous ecological knowledge could reveal novel insights into evolutionary resilience mechanisms.

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