how would the rates of exocytosis and pinocytosis differ between cells that aren't dividing and cells...

Question

Question

how would the rates of exocytosis and pinocytosis differ between cells that aren't dividing and cells that are constantly dividing ?

Answer 1

Answer #1

When cells are dividing then there will be less exocytosis and pinocytosis BECAUSE cells are doing something else .

Another important cues is that Cells membrane components which are lipid will be less and that is Very important for exocytosis.

When cells are not dividing then there is huge number of lipid particle which can form vesicle and the rate of exocytosis can be more.

Thank you

Answer 2

Similar Homework Help Questions

This is another picture of actively dividing cells within an onion root. How many of these...

This is another picture of actively dividing cells within an onion root. How many of these cells are in metaphase? What does that look like? How many of these cells appear to be in anaphase or telophase? Can you distinguish between the two phases in this preparation?
NAIVIE Date OBJ 1. Give three differences between dividing and non-dividing cells of the ONION ROOT...

NAIVIE Date OBJ 1. Give three differences between dividing and non-dividing cells of the ONION ROOT TIP by describing three observable properties of each. NONE DIVIDING CELLS DIVIDING CELLS OBJ. 2. Refer to image below and identify, name and order the stages of mitosis (use an ascending order) designated by the letters E, D. F. B and C by placing the letters and name of the stages in order of occurrence on the proper lines OBJ. 2. Refer to image...
Where and when would you expect to find dividing cells in the body of a multicellular...

Where and when would you expect to find dividing cells in the body of a multicellular organism?

how do unemployment rates differ between adults and teenagers in the United States, holding all else...

how do unemployment rates differ between adults and teenagers in the United States, holding all else constant
Most cancer medications kill rapidly dividing cells, such as those in tumors. Two common side effects...

Most cancer medications kill rapidly dividing cells, such as those in tumors. Two common side effects of cancer medications are hair loss and digestive tract upsets. Make a hypothesis about why these two side effects are seen in people taking cancer medications, and explain your reasoning. (Hint: The cells on your scalp and those that line your digestive tract are both part of surface tissues called epithelia. Your skin is also an epithelium. Have you ever noticed how you constantly...
Neurons contain the same basic structures of other animal cells. The membrane dividing between inside and...

Neurons contain the same basic structures of other animal cells. The membrane dividing between inside and outside of neuron is composed of two layers of ________ molecules that only allow some chemicals to flow through the membrane.

How would patient and provider incentives differ between ACOs and proposals for transforming Medicare into a...

How would patient and provider incentives differ between ACOs and proposals for transforming Medicare into a premium support model
1st attempt How do fermentation reactions in oxygen-starved muscle cells and anaerobically grown yeast cells differ?...

1st attempt How do fermentation reactions in oxygen-starved muscle cells and anaerobically grown yeast cells differ? Choose one: Fermentation in muscle cells regenerates NAD and in yeast regenerates glucose. Fermentation in muscle cells generates NAD and in yeast generates NADH. Fermentation in muscle cells produces lactate and in yeast produces ethanol plus CO2. Fermentation in muscle cells produces ethanol plus CO2 and in yeast produces lactate. Fermentation in yeast cells includes glycolysis, whereas in muscle cells it bypasses glycolysis.
5. How is mitosis different from cytokinesis? 6. How do plant and animal cells differ in...

5. How is mitosis different from cytokinesis? 6. How do plant and animal cells differ in regard to mitosis? 7. Extension question: How might mitosis be related to cancer? What is cancer?

how does the action potential stimulating heart muscle cells differ from other action potentials, and why?...

how does the action potential stimulating heart muscle cells differ from other action potentials, and why? How does this affect the refractory period of heart muscle cells?