Hallmark 1: Replicative Immortality in Cancer Cells

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12 Questions

What is the hallmark associated with cancer cells converting glucose to lactate irrespective of oxygen?

Hallmark 6 - Altered Metabolism

Which immune cell type do cancer cells inhibit to avoid immune destruction?

T lymphocytes

What process do tumor cells induce to survive by creating new blood vessels from pre-existing ones?

Angiogenesis

How do normal cells react to abundant DNA damage and stress compared to cancer cells?

Normal cells initiate apoptosis

Which hallmark describes the ability of cancer cells to divert metabolites for useful processes such as mitosis?

Hallmark 6 - Altered Metabolism

What factor allows tumor cells to break through the extracellular matrix during invasion?

Over-active oncogenes

What characteristic allows cancer cells to greatly exceed the Hayflick's limit and continue to undergo mitosis?

Elongation of telomeres using telomerase

What is a key characteristic of cancer cells related to Genome Instability?

Possessing an abnormal number of chromosomes per cell

Which gene functions as a central regulator of cell death by stopping the cell cycle upon detection of DNA damage?

p53 Tumor Suppressor Gene

Why do most cancer cells avoid normal growth suppressor signals in the G1 checkpoint?

To continue proliferating

What mechanism allows cancer cells to resist cell death?

Being able to evade apoptosis

What is the enzyme that cancer cells use to elongate their telomeres?

Telomerase

Explore the concept of replicative immortality in cancer cells, which enables them to continue dividing beyond the normal limit of human cells. Learn about the role of telomeres in regulating mitosis and how cancer cells evade this mechanism.

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