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The lag phase is caused by the cells' need to synthesize new enzymes and other cellular components required for rapid division.
The lag phase is caused by the cells' need to synthesize new enzymes and other cellular components required for rapid division.
True
The lag phase is the period of time during which the cell population is not increasing in number.
The lag phase is the period of time during which the cell population is not increasing in number.
True
The length of the lag phase is independent of the initial inoculum size.
The length of the lag phase is independent of the initial inoculum size.
False
During the lag phase, the cells are actively dividing and increasing in number.
During the lag phase, the cells are actively dividing and increasing in number.
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The lag phase is the only phase of the growth curve where the cell population remains constant.
The lag phase is the only phase of the growth curve where the cell population remains constant.
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The length of the lag phase can be reduced by providing the cells with a more favorable growth medium.
The length of the lag phase can be reduced by providing the cells with a more favorable growth medium.
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The lag phase is the result of the cells' need to adjust to the new culture conditions and synthesize the necessary cellular components for rapid division.
The lag phase is the result of the cells' need to adjust to the new culture conditions and synthesize the necessary cellular components for rapid division.
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The length of the lag phase is solely determined by the cell type and is not affected by the culture conditions.
The length of the lag phase is solely determined by the cell type and is not affected by the culture conditions.
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The lag phase is the period when the cells are actively dividing and increasing in number, but at a slower rate than the exponential growth phase.
The lag phase is the period when the cells are actively dividing and increasing in number, but at a slower rate than the exponential growth phase.
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The length of the lag phase is directly proportional to the initial inoculum size, with a larger inoculum resulting in a shorter lag phase.
The length of the lag phase is directly proportional to the initial inoculum size, with a larger inoculum resulting in a shorter lag phase.
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