Chromosomal instability in tumorigenesis: The importance of how much, where and when

Keyphrases

• Anticancer Drugs 4%
• ApcMin 4%
• ApcMin Mouse 4%
• Attractive Model 4%
• Cell-extrinsic 4%
• Cell-intrinsic 4%
• Cell-to-cell 4%
• Chromosomal Instability 100%
• Chromosome 18 4%
• Colon 4%
• DMBA-TPA 4%
• Early Onset 4%
• Follow-up Experiment 4%
• Genome Destabilization 4%
• Human Tumors 4%
• Intestinal Adenoma 4%
• Intestinal Tumorigenesis 4%
• Killing Potential 4%
• Library Screen 4%
• Loss of Heterozygosity 4%
• Low-to-moderate 4%
• Mutant Allele 4%
• Nondisjunction 4%
• Novel Animal Model 4%
• Organoids 4%
• Sex Chromosome Aneuploidy 4%
• Skin Tumor 4%
• Skin Tumorigenesis 8%
• Small Colon 4%
• Small Intestine 8%
• Small Molecules 4%
• Somatic Recombination 4%
• Specific Level 4%
• Synergistic Action 4%
• Taxanes 4%
• Tissue Type 4%
• Treatment Response 4%
• Treatment Strategy 4%
• Tumor 16%
• Tumor Cell Culture 4%
• Tumor Cells 8%
• Tumor Establishment 4%
• Tumor Growth 4%
• Tumor Initiation 4%
• Tumor number 4%
• Tumor Stage 4%
• Tumor Subtype 4%
• Tumor-free Survival 4%
• Tumorigenesis 100%

Biochemistry, Genetics and Molecular Biology

• Allele 8%
• Aneuploidy 4%
• Anticancer 4%
• Carcinogenesis 100%
• Chromosome 18 4%
• Chromosome Instability 100%
• Colon 8%
• Cyanocobalamin 4%
• Loss of Heterozygosity 4%
• Mitotic Recombination 4%
• Mouse Model 4%
• Nondisjunction 4%
• Small Intestine 8%
• Tumor Cell Culture 4%
• Tumor Initiation 4%
• Tumor Progression 4%
• Tumor Suppressor Gene 4%