N sickle-cell disease, as a result of a single amino acid change, the mutant hemoglobin tetramers associate with each other and assemble into large fibers. Based on this information alone, we can conclude that sickle-cell hemoglobin exhibits . In sickle-cell disease, as a result of a single amino acid change, the mutant hemoglobin tetramers associate with each other and assemble into large fibers. Based on this information alone, we can conclude that sickle-cell hemoglobin exhibits . only altered tertiary structure only altered primary structure altered primary structure and altered quaternary structure; the secondary and tertiary structures may or may not be altered only altered quaternary structure
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N sickle-cell disease, as a result of a single amino acid change, the mutant hemoglobin tetramers as...
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