Putting some partial positive H's near the O- would stabilize the O- by hydrogen-bonding with its lone pairs. Here is a picture of some H's bonded N's doing just that. N is more electronegative than H, so these H's have partial positive charges, but not full positive charges. 193 Gly -Ser 195 N' N. "oxyanion hole" R2- 57 His R, H-N EN..H Šer 195 Scientists call this group of stabilizing H atoms the "oxyanion hole", Notice where the blue H on the right comes from. Look at the residue numbers. Where does the H on the right come from? the side chain of a glycine residue the amino group of a glycine residue the amino group of the same serine residue that is involved in the peptide bond breaking reaction the side chain of another serine residue

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Chapter1: Chemical Foundations
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Putting some partial positive H's near the O- would stabilize the O- by hydrogen-bonding with its lone
pairs.
Here is a picture of some H's bonded N's doing just that. N is more electronegative than H, so these
H's have partial positive charges, but not full positive charges.
193 Gly ,
Ser 195
"oxyanion hole"
57 His
R2-
N.
R,
H-N
EN..H
Šer 195
Scientists call this group of stabilizing H atoms the "oxyanion hole",
Notice where the blue H on the right comes from. Look at the residue numbers. Where does the Hon
the right come from?
the side chain of a glycine residue
the amino group of a glycine residue
the amino group of the same serine residue that is involved in the peptide bond breaking reaction
the side chain of another serine residue
Transcribed Image Text:Putting some partial positive H's near the O- would stabilize the O- by hydrogen-bonding with its lone pairs. Here is a picture of some H's bonded N's doing just that. N is more electronegative than H, so these H's have partial positive charges, but not full positive charges. 193 Gly , Ser 195 "oxyanion hole" 57 His R2- N. R, H-N EN..H Šer 195 Scientists call this group of stabilizing H atoms the "oxyanion hole", Notice where the blue H on the right comes from. Look at the residue numbers. Where does the Hon the right come from? the side chain of a glycine residue the amino group of a glycine residue the amino group of the same serine residue that is involved in the peptide bond breaking reaction the side chain of another serine residue
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