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In PKA, these positions are L49, R190, M120 and G126.
Similarly, the fluorescence intensity carried out in PKA assay is inversely correlated with PKA activation.
Improvements in measuring ΣS0, as well as in pKa data for polysulfides, are urgently needed.
We attribute this large shift in pKa to the high grafting density of these brushes.
The phosphorylation sites in PKA, introduced both co- and post-translationally, are very stable.
Change in pKa of a titratable group due to change in electrostatic potential of a mutation was calculated and the change in pH optimum was predicted from the change in pKa of the catalytic residues.
An X-ray co-crystal structure of 9p in PKA supports the proposed rationale of ROCK1 selectivity.
This difference in pKa is due to drug interactions with the sulfate counterions at the high drug concentrations (≥812 mM) used in the 15N NMR studies.
This positive feedback loop manifests multiple, coexisting steady states, or multiplicity, which provides a mechanism for a bistable switch in PKA activity.
Four phosphorylation sites are known in PKA (S10, S139, T197 and S338), and the isolated recombinant protein is a mixture of different phosphorylated forms.
These reports support our finding that Trp222 in PKA and Trp427 in Pak2 is a key interaction site with Thr197 PKA) in PKA and Thr402 in Pak2.
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