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The Fanconi Anemia Pathway Mediates Chromothripsis and Resistance to Cancer Therapy

September 10, 2024

Major Finding: Fanconi anemia pathway activity drives genome rearrangements and ecDNA formation via chromothripsis.

Concept: Recruitment of the SLX4–XPF–ERCC1 endonuclease complex by FANCI–FANCD2 induces chromosome shattering.

Impact: Fanconi anemia-induced genomic rearrangements and ecDNA confer resistance to anti-cancer therapy.

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