α – helix is stabilised byans.Hydrogen bondsDisulphide bondsVander Wall’s forcesIonic bonds Previous Marked for Review Next
Question
Solution 1
The α-helix structure in proteins is stabilized by Hydrogen bonds.
Here's a step-by-step explanation:
An α-helix is a common secondary structure in proteins, where the protein chain is twisted into a right-handed helix.
This structure is stabilized by hydrogen bonds, which occur between th Knowee AI StudyGPT is a powerful AI-powered study tool designed to help you to solve study prob
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α – helix is stabilised byans.Hydrogen bondsDisulphide bondsVander Wall’s forcesIonic bonds Previous Marked for Review Next
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α – helix is stabilised byans.Vander Wall’s forcesHydrogen bondsIonic bondsDisulphide bonds Previous Marked for Review Next
α – helix is stabilised byans.Vander Wall’s forcesDisulphide bondsIonic bondsHydrogen bonds Previous Marked for Review Next
α – helix is stabilised by ans. Disulphide bonds Hydrogen bonds Ionic bonds Vander Wall’s forces