Answer:the drug is a small non polar molecules
Explanation:the membrane of human cells is a lipid bilayer membrane.this property of the cell regulates the type of substances they can enter into it.a cell is constantly in interaction with it's external environment and needs to take in materials for growth and metabolism.this movement in and out of the cell is determined by the
difference in the concentration of materials, in and outside of the cell.
Some molecules which are small and non polar can easily pass through the cell membrane.this is called simple diffusion.this is so because these small molecules can easily diffuse through the lipid bilayer of the cell membrane.
Molecules such as oxyhemoglobin gas, nitrogen gas ,carbon dioxide can easily pass through .
Thus the drug been discussed must be small and non polar
Answer:
Explanation:
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Given what we know, we can confirm that if a cancer medicine wishes to stop cellular division, it must target the Centrioles of a cell.
<h3>What are the Centrioles of a cell?</h3>
- The centrioles are cylinder-shaped organelles made up of microtubules.
- Their function is to organize the contents of the cell before cellular division.
- This is done to ensure that once the cell divides, its contents are split evenly to each daughter cell.
- They also play a role in initiating the cellular division process.
Therefore, given the role of the centrioles in organizing the contents of the cell for cellular division, as well as initiating the first part of cell division, we can confirm that in order for a cancer medicine to stop cell division, it must target the centrioles.
To learn more about cells visit:
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The r<span>ate of starch digested was lower per minute at 60 degrees than the rate of 40 degrees because the enzymes responsible for starch digestion (Amylases), have a maximum activity at 40 degrees itself.
After 40 degrees, the enzyme activity starts deteriorating, and thus, the rate of starch digestion also decrease.</span>
Answer:
As the vascular system transports food and water , the <u>arteries</u><u> </u><u>and</u><u> </u><u>veins</u> also carry food and water and ither substances throughout the body
