Replication and/or separation of some human telomeres is delayed beyond S-phase in pre-senescent cells

Keyphrases

• Sigma Phase 100%
• Human Telomere 100%
• Senescent Cells 100%
• Human Fibroblasts 66%
• Telomerase 66%
• Cell Passage 66%
• Double Hybridization 66%
• Fluorescence in Situ Hybridization 33%
• Non-associated 33%
• Region of Interest 33%
• Primary Cells 33%
• Telomere 33%
• Chromosomal Instability 33%
• Characteristic number 33%
• Methylation Status 33%
• Population number 33%
• Cellular Senescence 33%
• Sister Chromatids 33%
• Sister Chromatid Separation 33%
• Mitotic Chromosomes 33%
• Replication Timing 33%
• Subtelomeric Region 33%
• Population Doubling Time 33%
• Cell Growth Arrest 33%
• Replicative Senescence 33%
• Mitotic Checkpoint 33%
• Proliferative Arrest 33%
• Mechanistic Relationship 33%

Biochemistry, Genetics and Molecular Biology

• Sister Chromatid 100%
• Telomerase 100%
• S Phase 100%
• Fibroblast 100%
• Telomere 100%
• Methylation 50%
• Chromosome Instability 50%
• Cell Cycle 50%
• Fluorescence in Situ Hybridization 50%
• Metaphase 50%
• Metaphase Chromosome 50%
• Spindle Checkpoint 50%
• Replication Timing 50%
• Cell Growth 50%