When a globular cytoplasmic protein folds into its proper tertiary structure, which of the following correctly states the class of amino acids that will be in the interior and the reason why this class will be in the interior? Polar amino acids will be in the interior because they line the binding pocket for a hydrophilic ligand Nonpolar amino acids will be in the interior because they line the binding pocket for a hydrophilic ligand Charged amino acids will be in the interior because they would be bound by ions in the aqueous exterior Nonpolar amino acids would be in the interior because they avoid the exterior aqueous environment. Nonpolar amino acids will be in the interior because the protein would bind the membrane bilayer if they were on the exterior

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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When a globular cytoplasmic protein folds into its proper tertiary structure, which of the following correctly states the class of amino acids that will be in the interior and the
reason why this class will be in the interior?
Polar amino acids will be in the interior because they line the binding pocket for a hydrophilic ligand
Nonpolar amino acids will be in the interior because they line the binding pocket for a hydrophilic ligand
Charged amino acids will be in the interior because they would be bound by ions in the aqueous exterior
Nonpolar amino acids would be in the interior because they avoid the exterior aqueous environment.
Nonpolar amino acids will be in the interior because the protein would bind the membrane bilayer if they were on the exterior
Transcribed Image Text:When a globular cytoplasmic protein folds into its proper tertiary structure, which of the following correctly states the class of amino acids that will be in the interior and the reason why this class will be in the interior? Polar amino acids will be in the interior because they line the binding pocket for a hydrophilic ligand Nonpolar amino acids will be in the interior because they line the binding pocket for a hydrophilic ligand Charged amino acids will be in the interior because they would be bound by ions in the aqueous exterior Nonpolar amino acids would be in the interior because they avoid the exterior aqueous environment. Nonpolar amino acids will be in the interior because the protein would bind the membrane bilayer if they were on the exterior
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