The study highlights how losing a degron (a protein degradation signal) stabilizes the resulting fusion protein.
9,624 tumor samples from TCGA, investigating degron loss (a mechanism that stabilizes proteins, encouraging cancer growth). Key Findings:
Genetic fusions favor tumorigenesis through degron loss in oncogenes 24336.rar
Specific recurrent fusions validated included BCR-ABL, CCDC6-RET, and PML-RARA.
Based on the information available, the number 24,336 appears in scientific research regarding and oncogene fusion analysis from The Cancer Genome Atlas (TCGA). Summary Report: Genetic Fusions Analysis Total Data Points Analyzed: 24,336 fusion genes. The study highlights how losing a degron (a
Fusions involving known oncogenes often retain functional domains and are "in-frame," supporting their role in cancer, as noted in the Nature Communications study .
This research suggests that degron loss is a general mechanism in tumorigenesis, similar to promoter swapping, as shown in the study's PDF document . Based on the information available, the number 24,336
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