The immortalized non-malignant mouse cell line NIH-3T3 was derived from normal mouse fibroblasts in the early 1960s. These cells are able to readily take up exogenous DNA and are prone to transformation by cancer-causing agents, including some retroviruses. DNA extracted from a human bladder carcinoma line is able to transform these cells, as judged by a significant increase in the number of foci (cell clumps) in the cell-culture plates when the DNA is added. The malignant cells contain human DNA, and the DNA can be shown by sequence analysis to contain a single mutant gene that is present in the original bladder carcinoma cell line. The gene codes for a monomeric G protein and was one of the first cancer-critical genes to be identified in this way. The protein encoded by this gene is …
A) Src
B) Ras
C) Myc
D) p53
E) Apc
Correct Answer:
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Q1: Compared to cells of a normal tissue,
Q2: Indicate true (T) and false (F) statements
Q4: Indicate whether each of the following cancers
Q5: Indicate true (T) and false (F) statements
Q6: X-chromosome inactivation in female mammals occurs mostly
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Q8: The effect of the deletion of one
Q9: In the following simplified diagram of cell
Q10: Mutations in two important cancer-critical genes, encoding
Q11: The requirement for accumulation of multiple mutations
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