Ancient genes establish stress-induced mutation as a hallmark of cancer

Keyphrases

• Adaptive Potential 25%
• Age Distribution 25%
• Age Groups 25%
• Ancient Genes 100%
• Biological Function 25%
• Cancer Genes 25%
• Cancer Hallmarks 100%
• Cancer Phenotype 25%
• Causal Genes 25%
• Cell Cycle Control 25%
• Cellular Level 25%
• Chemotherapy Resistance 25%
• Disease Phenotype 25%
• DNA Repair 25%
• Evolutionary Age 25%
• Functional Enrichment Analysis 25%
• Functional Mechanism 25%
• Gene Length 25%
• Genome Space 25%
• Genomic Location 25%
• Germ Cells 50%
• Human Genes 50%
• Immune System 25%
• In Cancer 100%
• Multicellular Assembly 25%
• Multicellularity 75%
• Mutated Genes 25%
• Mutation Probability 25%
• Mutational Clusters 50%
• Orthologs 25%
• Prokaryotes 25%
• Random mutation 25%
• Recessive Disease 25%
• Response to Stress 25%
• Single nucleotide Variation 25%
• Single-cell Behavior 25%
• Somatic mutations in Cancer 25%
• Stress-induced 25%
• Stress-induced mutation 100%
• Unexpected Results 25%
• Young Gene 25%

Biochemistry, Genetics and Molecular Biology

• Age Distribution 50%
• Biological Functions 50%
• Cell Cycle Regulation 50%
• Cell Function 50%
• Cell Level 50%
• DNA Repair 50%
• Evolution 50%
• Genomics 50%
• Germ Cell 100%
• Germline 100%
• Immunity 50%
• Induced Mutation 100%
• Mutated Genes 50%
• Prokaryote 50%
• Revertant 100%
• Single-Nucleotide Polymorphism 50%
• Somatic Mutation 50%
• Tumor Gene 50%