IndraLab

Statements


ATP inhibits KCNMA1. 6 / 6
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"Although such features would be compatible with the presence of a K ATP channel in the RER, recent data obtained from a brain mitochondrial inner membrane preparation have provided evidence for a Maxi-K channel which could also be blocked by ATP within the mM concentration range."

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"In addition, our previous experiment showed that ATP inhibited brain mitochondrial BK channel activity [XREF_BIBR]."

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"The mB2 BK channel alpha-subunit variant expressed alone was potently inhibited by application of ATP to the intracellular surface of the patch with an IC50 of 30 microM."

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"As to the impact of ATP on BK channels it has been reported that ATP per see can inhibit BK channel activity."

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"These results suggest that besides the common natures of the BK channel family such as regulation by cytoplasmic Ca (2+) and membrane potential, the BK channel in RPTECs is directly inhibited by intracellular ATP independent of phosphorylation processes and sulfonylurea receptor."

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"In suprachiasmatic neurons, ATP decreases the open probability of a 260 pS BK channel at both negative and positive membrane potentials XREF_BIBR."