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tumor cells

tumor cells

Mar 31, 20261 min read

Cells that have acquired the ability to divide uncontrollably and form malignant neoplasms.

Related Claims

  • CIN exists independently of classic mitotic defects in most cells
  • CIN causality toward aneuploidy was previously unanswered
  • Primary glioblastomas contain inherent variability in oncogenic signaling expression
  • scWGS platform detects copy number variants via shallow sequencing

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Backlinks

  • CIN causality toward aneuploidy was previously unanswered
  • CIN exists independently of classic mitotic defects in most cells
  • Elevated merotely generates CIN in stable near-diploid cells
  • Established glioblastoma subtype classifiers are variably expressed within tumors
  • Extra centrosomes promote chromosome missegregation during bipolar division
  • Glioblastoma cells exhibit continuum of stemness-related expression states
  • Hypoxia-related transcriptional programs are variably expressed in glioblastoma cells
  • Increased aneuploidy inhibits chemically and genetically induced tumorigenesis
  • Intratumoral Transcriptional Heterogeneity in Glioblastoma
  • Minimal Residual Disease and Metastatic Recurrence
  • Primary glioblastomas contain inherent variability in oncogenic signaling expression
  • Proliferation and immune response programs vary across individual glioblastoma cells
  • Proliferation confounding in gene signatures
  • Stat1 inactivation mechanism is conserved between mouse and human aneuploid cancers
  • Tumor heterogeneity and stemness dynamics
  • aneuploid
  • chromosome missegregation
  • scWGS platform detects copy number variants via shallow sequencing
  • tumor

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