Which statement correctly explains the protonation states of these histidine residues? O His side chains predominantly exist in their deprotonated form, since biological pH is lower than the pKa of...

Which statement correctly explains the protonation states<br>of these histidine residues?<br>O His side chains predominantly exist in their<br>deprotonated form, since biological pH is lower than<br>the pKa of the His side chains.<br>His side chains predominantly exist in their protonated<br>form, since the pK, of the His side chains is lower<br>than biological pH.<br>O His side chains predominantly exist in their<br>deprotonated form, since the pK of the His side<br>chains is lower than biological pH.<br>His side chains are deprotonated in the figure, but they<br>will predominantly exist in their protonated form at biolog<br>pH.<br>

Extracted text: Which statement correctly explains the protonation states of these histidine residues? O His side chains predominantly exist in their deprotonated form, since biological pH is lower than the pKa of the His side chains. His side chains predominantly exist in their protonated form, since the pK, of the His side chains is lower than biological pH. O His side chains predominantly exist in their deprotonated form, since the pK of the His side chains is lower than biological pH. His side chains are deprotonated in the figure, but they will predominantly exist in their protonated form at biolog pH.

Jun 11, 2022

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Which statement correctly explains the protonation states of these histidine residues? O His side chains predominantly exist in their deprotonated form, since biological pH is lower than the pKa of...

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