IndraLab

Statements

Copper(2+) activates KCNMA1. 3 / 3
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"Thus Cu 2+ does not reduce I K by acting like many intracellular divalent cations to rapidly block the BK channel pore and reduce single channel conductance in a voltage dependent manner."
18443360
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"However, an excessive amount of Cu-modified sFCC could result in acidity and simultaneous coverage of the active sites on the sFCC and blockage of pores with a decrease in surface area, reducing the catalytic conversion of SLO/LDPE to the desired diesel-like product."
37929157
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"Addition of ferrous iron and/or cupric copper induced some salivary lipid oxidation (SLO) in all artificial saliva solutions, with the exception of the artificial saliva (AS) solution that contained no organic components (AS1); this solution showed very little metal-induced LO (Figure 1)."
36554714