One of the mysteries of the English language finally explained.
A figure expressing the acidity or alkalinity of a solution of a weak electrolyte in a similar way to pH, equal to −log₁₀K, where K is the dissociation (or ionization) constant of the electrolyte.
- ‘In the yeast variant, the apparent pK of the alkaline transition is an intermediate value between the pKs of two ionizations.’
- ‘In addition, several residues take heavy atom conformations different from that found in the protein data file at some point in the pH titration, and these have significant impact on calculated pKs.’
- ‘The average experimental residue pKs are slightly stabilized relative to what is found in small peptides with a modest standard deviation.’
- ‘With SCCE 40% of the pKs are in error by this amount and 7% have errors greater than 4 pH units.’
- ‘The pKs were calculated using a modified Tanford-Kirkwood pK algorithm.’
From p as in pH, and K representing a constant.
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