IndraLab

Statements

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"Our findings show that the hEAG1 channel is directly regulated by PIP 2 and that this regulation may contribute to normal human physiology and pathology."
27005320
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"First, a decrease in plasma membrane PIP 2 inhibited hEAG1 channels as found with three different strategies: co-expression of hEAG1 with Dr-VSP ( Figs."
30208521
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"PIP 2 can activate hEAG1 channels when its level in the plasma membrane is low (for example after poly- l -lysine application), however, increasing its level above a certain concentration, induced an [MISSING/INVALID CREDENTIALS: limited to 200 char for Elsevier]"
30208521