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In hemoglobin, 4 subunits associate by noncovalent interactions.

In collagen, three chains associate in a triple helix by noncovalent interactions and the triplet helices are covalently cross linked by a series of reactions including lysine residues being converted to hydroxylysine by the action of ascorbic acid (vitamin C). The loss of this reaction is the cause of connective tissue breakdown in scurvy.

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14y ago
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12y ago

Well, the primary structure of collagen is made up of a chain of repeating triplets (usually Gly-Pro-Hyp). Then, collagen is made up of three alpha helical chains that form a triple helix when interacting with one another.

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13y ago

The quaternary structure of collagen consists of three left-handed helices twisted into a right-handed coil.

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11y ago

The individual polypeptide strands are tightly wound around each other. These strands are stretchy but stong, so they are hard to break down. :)

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Q: Explain why the quaternary structure of collagen makes it a suitable molecule for a tendon?
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