WHAT ARE TWO REASONS THAT IS IT RELATIVELY UNLIKELY (ALTHOUGH THERE ARE EXCEPTIONS TO THIS) THAT A LOSS-OF-FUNCTION MUTATION IN A SINGLE TUMOR SUPPRESSOR OR A GAIN-OF-FUNCTION MUTATION IN A SINGLE ONCOGENE WILL BE ENOUGH TO CAUSE CANCER?

WHAT ARE TWO REASONS THAT IS IT RELATIVELY UNLIKELY (ALTHOUGH THERE ARE EXCEPTIONS TO THIS) THAT A LOSS-OF-FUNCTION MUTATION IN A SINGLE TUMOR SUPPRESSOR OR A GAIN-OF-FUNCTION MUTATION IN A SINGLE ONCOGENE WILL BE ENOUGH TO CAUSE CANCER?

What are two reasons that is it relatively unlikely (although there are exceptions to this) that a loss-of-function mutation in a single tumor suppressor or a gain-of-function mutation in a single oncogene will be enough to cause cancer?

WHAT ARE TWO REASONS THAT IS IT RELATIVELY UNLIKELY (ALTHOUGH THERE ARE EXCEPTIONS TO THIS) THAT A LOSS-OF-FUNCTION MUTATION IN A SINGLE TUMOR SUPPRESSOR OR A GAIN-OF-FUNCTION MUTATION IN A SINGLE ONCOGENE WILL BE ENOUGH TO CAUSE CANCER?
March 9, 2018Orders In Progressgain-of-function mutation
What are two reasons that is it relatively unlikely (although there are exceptions to this) that a loss-of-function mutation in a single tumor suppressor or a gain-of-function mutation in a single oncogene will be enough to cause cancer?

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