Look at the schematic illustration of a protein (3D conformation) belpw. If the highlighted SER amino acid were to be mutated to a PHE, which of the following options would be the most likely outcome? of O Loss of functionality to interact with other molecules via lonic bonding at this site. O Loss of 3D structure as the highlighted amino acid is important for hydrophobic interactions buried in the protein. Loss of functionality to interact with other molecules via disulfide bonding at this site. O Loss of post translational modification involving N-linked glycosylation at this site. Loss of post translational modification involving phosphorylation at this site. SER
Look at the schematic illustration of a protein (3D conformation) belpw. If the highlighted SER amino acid were to be mutated to a PHE, which of the following options would be the most likely outcome? of O Loss of functionality to interact with other molecules via lonic bonding at this site. O Loss of 3D structure as the highlighted amino acid is important for hydrophobic interactions buried in the protein. Loss of functionality to interact with other molecules via disulfide bonding at this site. O Loss of post translational modification involving N-linked glycosylation at this site. Loss of post translational modification involving phosphorylation at this site. SER
Biochemistry
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ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
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Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Look at the schematic illustration of a protein (3D conformation) belpw. If the highlighted SER amino acid were to be mutated to a PHE, which of the following options would be the most likely
outcome?
of
O Loss of functionality to interact with other molecules via lonic bonding at this site.
O Loss of 3D structure as the highlighted amino acid is important for hydrophobic interactions buried in the protein.
O Loss of functionality to interact with other molecules via disulfide bonding at this site.
O Loss of post translational modification involving N-linked glycosylation at this site.
Loss of post translational modification involving, phosphorylation at this site.
SER
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