Advantages of Polymer Synthesis from Monomers for Cells

In summary, the conversation discusses the benefits of cells linking together monomers to synthesize polymers, such as proteins and carbohydrates, instead of creating them from scratch. This is because it saves energy and the monomers are readily available. There is also a discussion about the use of dolichol in N-linked glycosylation and its potential waste of energy.
  • #1
bard
65
0
Hi,

Why is it better for a cell to synthesize polymers such as proteins carbohydrates by linking together monomers than to synthesize them from scratch>

I believe it is because it would take too much energy to link them together from scratch. Since they already have these monomers the cell dosent have to waste energy.
 
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  • #2
Until a specialist comes along...

IMO, you answered your own question. The monomers are there, they are available, they have nothing better to do, so they link themselves together to form the macromolecule.
 
  • #3
Yes, bard, you seem to have the right answer. Did you need any further explanation on that, or did you just want to check your answer?
 
  • #4
I was hoping for a further explanation of why they save energy by this process. Thank You
 
  • #5
Are sugars actually broken down into their elemental constituents after digestion? If they don't, it would be logical to use the already-existing monomers to reconstitute carbohydrates and starches.

Another thing that puzzles me greatly is why does N-linked glycosylation (is it N, or is it O?) employ the use of dolichol which transfers a chain of sugars en masse to the amino acid residue? That seems like an awful waste of energy if you ask me...
 

Related to Advantages of Polymer Synthesis from Monomers for Cells

1. What is polymer synthesis from monomers?

Polymer synthesis from monomers is a chemical process where monomers, which are small molecules, are bonded together to form a larger molecule called a polymer. This process is used to create a wide range of materials, including plastics, rubber, and biopolymers.

2. Why is polymer synthesis from monomers important for cells?

Polymer synthesis from monomers is important for cells because it allows them to produce and maintain essential macromolecules such as DNA, RNA, and proteins. These macromolecules are necessary for the cell's growth, reproduction, and other vital functions.

3. What are the advantages of polymer synthesis from monomers for cells?

The advantages of polymer synthesis from monomers for cells include the ability to create complex and diverse structures, adaptability to changing environmental conditions, and the potential for creating new materials with unique properties. This process also allows cells to produce specific molecules for specialized functions and to repair damaged or broken molecules.

4. How do cells carry out polymer synthesis from monomers?

Cells carry out polymer synthesis from monomers through a series of biochemical reactions that are catalyzed by enzymes. These enzymes help to link monomers together to form long chains of polymers. The process is tightly regulated by the cell to ensure the production of the correct type and amount of polymer.

5. Can polymer synthesis from monomers have any negative effects on cells?

In some cases, polymer synthesis from monomers can have negative effects on cells. For example, exposure to certain types of polymers, such as plastics, can be toxic to cells. Additionally, errors in polymer synthesis can lead to mutations in DNA, which can have harmful consequences for the cell and its functions.

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