Explores telomeres' role in cancer biology, covering telomerase, replication problems, ALT pathway, and Nobel Prize-winning discoveries.
Explores replicative immortality in cancer cells, focusing on telomere erosion, telomerase activity, and the role of p53 in maintaining genomic stability.
Explores the DNA damage checkpoint, cell cycle regulation, repair mechanisms, and key proteins involved.
Explores DNA structure, histone interactions, polymerase function, nucleosome organization, chromatin compaction, cell cycle phases, FISH analysis, and telomere structure.
Explores telomeres' crucial role in cancer biology, covering telomerase, replication problems, ALT pathway, and TERRA functions.
Explores p53's pivotal role in cellular stability, DNA repair, and tumor suppression, emphasizing TP53 mutations and DNA double-strand break repair mechanisms.
Explores cell cycle regulation, focusing on G1/S transition control mechanisms and the impact of Myc on cell proliferation.
Explores the tumor suppressor gene p53, its functions, regulation, and implications for cancer.
Explores the Maternal-to-zygotic Transition in early embryos, discussing key factors and processes influencing development.
Explores DNA replication in eukaryotic cells, emphasizing pre-replicative complexes and replication regulation mechanisms.
