Why does rescue (the rate at which shrink microtubules switch to growth) lead to an increase in the number and length of microtubules? Why is this factor less influential than the growth rate?

What are the functions of microtubules?

For which of the following apply: the extracellular space is eliminated here near the surface between two cells. A) Zonula adherens B)Zonula  occluded C) Desmosome D) Gap junction E) Hemidesmosome

In the accelerated phase, cells begin to... A) Increases and the rate of division increases until it reaches a maximum B) Decreases and the rate of division increases until it reaches a maximum C) Increases and the rate of division increases until it reaches a minimum

at would happen if an organism lost the ability to carry out cell division? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a) Cells can recover on its own if they are damaged. b) Damaged cells will not be replaced by new cell and organism may not function well. c) Organism will continue to function normally d) Adult organism does not depend on cell division

How do microfilaments and microtubules differ?

Briefly mention about four types of growth.

Describe what is happening on the bacterial cells growing on the stuffed chicken during the different phases of growth, under low temperature. Will a lag phase occur? Will the logarithmic phase occur at a faster rate? How about the stationary and death phase of the cells?

True or false, All microtubules that extend toward the center of the cell eventually attach chromosomes. If this is not true explain?

If a cell that had two copies of each chromosome, but problems with the spindle caused the sister chromatids to remain attached to each other and to only one spindle pole, what cells would result? a)  cells with 2 copies of each chromosome and 2 copies of each chromosome b)  cells with 3 copies of each chromosome and 1 copy of each chromosome c)  cells with 6 copies of each chromosome and 2 copies of each chromosome d)  cells with 4 copies of each chromosome and 0 copies of each chromosome e)  cells with 1 copy of each chromosome and 1 copy of each chromosome