What Determines the Secondary Structure of a Protein?

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    Protein Structure
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The secondary structure of a protein is primarily determined by the interactions between amino acids, specifically through hydrogen bonds that form between the backbone atoms. The two main types of secondary structures are alpha helices and beta-pleated sheets, which are stabilized by these hydrogen bonds. Understanding how to identify these structures can involve using tools like the DSSP code. The discussion emphasizes the importance of inter- and intramolecular forces in stabilizing these configurations. Overall, a clear grasp of these concepts is essential for studying protein structure.
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[SOLVED] Secondary structure of protein.

1. What determines the secondary structure of a protein?


2. I do not fully understand this question, does it mean the two general types of secondary structure a-helices and b-pleated sheets. Or does it mean by how we determine them DSSP code. And there should be two main ones accoridng to my teacher.


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Bonds, and not the secret agent Bonds.
http://www.elmhurst.edu/~chm/vchembook/566secprotein.html
 
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haha thank you very much! So all I have to do is talk about the inter and intra forces an include the alpha helices and beta pleated sheets.
 
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