role of h2 in peptide bond
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to connect the bonds between them.
gives stable
gives stable
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Hydrogen bonds are the most important bonds in the proteins as they provide the directional interactions that are the basis for processes like protein folding, recognition of molecules, and for the formation of a proper protein structure.
The secondary structures of the proteins, like the alpha helices and the beta sheets, are formed as a result of the change in the primary structure conformations. These repeating structures have the stability due to the presence of the hydrogen bonds that are formed in between the amide proton and the carbonyl oxygen.
The hydrogen bond is the main stabilizing force in the secondary structures of the proteins.
The secondary structures of the proteins, like the alpha helices and the beta sheets, are formed as a result of the change in the primary structure conformations. These repeating structures have the stability due to the presence of the hydrogen bonds that are formed in between the amide proton and the carbonyl oxygen.
The hydrogen bond is the main stabilizing force in the secondary structures of the proteins.
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