One reason is that the lysosomes contain very powerful enzymes which could destroy the cell (or parts of it) if they were not isolated from the rest of the cell.
Chlorophyll is compartmentalized in the chloroplasts.
In eukaryotic cells, everything is compartmentalized - most reactions take place contained within an organelle. This is true for enzymes. The hydrolytic enzymes that could damage the membranes are not free-floating; they are contained in lysosomes. Even when they're active, they are not released or "come out" of the vesicle. Whatever needs hydrolyzing comes in instead. For example, food vacuoles will fuse with the lysosome, and the nutrients will come into contact with the enzymes within the contained space.
yes some chemical reactions are harmful to us. as digestion of food, photosynthesis, decomposition of organic waste are some examples of the useful chemical reactions.
They are the lysosomes. They contain many enzymes for that.
If a cell organisation is disturbed , lysosomes break down and digest their own cells so as to stop other reactions harmful body.
Anabolic reactions form organs and tissues of the body.
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"Compartmentalized". What do you think?
sorted compartmentalized pigeonholed
Two types of displacement reactions are known:- single displacement- double displacement
Lysosomes. My AP Biology teacher back in high school used to give us the mnemonic "Lysis slices"; so if you remember that rhyme, you can remember that the lysosomes cut food particles (and yes, worn-out organelles) to parts base enough to be useful.
burning fuel reactions are useful because when energy is released and be converted into different forms they do useful work.. sorry find out your self about what useful works ......