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Questions and Answers
According to the Skipper-Schabel-Wilcox model, how do tumors grow?
According to the Skipper-Schabel-Wilcox model, how do tumors grow?
- Quadratically: starts slow and then grows faster
- Logarithmically: starts slow and then plateaus at the end (correct)
- Exponentially: starts slow and then rapidly grows
- Linearly: grows at a constant rate
According to the Log-kill Hypothesis, what happens when tumors are treated with chemotherapy?
According to the Log-kill Hypothesis, what happens when tumors are treated with chemotherapy?
- The same amount of tumor is killed with each dose of chemotherapy regardless of tumor size (correct)
- The tumor size decreases linearly with each dose of chemotherapy
- The tumor size decreases quadratically with each dose of chemotherapy
- The tumor size decreases exponentially with each dose of chemotherapy
What are the limitations of the Skipper-Schabel-Wilcox model?
What are the limitations of the Skipper-Schabel-Wilcox model?
- It is not applicable for humans
- The doubling time for tumors in reality is not constant
- Tumors do not exhibit logarithmic growth
- All of the above (correct)
According to the Gompertzian Growth model, how do tumors grow in humans?
According to the Gompertzian Growth model, how do tumors grow in humans?
How do tumor cells respond to chemotherapy according to the text?
How do tumor cells respond to chemotherapy according to the text?
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