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SLC24A2 Products

Sodium/calcium-potassium exchanger proteins (NCKX1) have been reported to occur in retinal photoreceptors and in brain (NCKX2). Unlike the abundant and widely expressed sodium/calcium exchanger which catalyzes the exchange of 3 sodium ions for 1 calcium ion to modulate intracellular calcium levels, NCKX isoforms exchange 4 sodium ions for 1 calcium and 1 potassium ion. The sodium/calcium-potassium exchanger uses the transmembrane sodium gradient to catalyze countertransport of calcium in a potassium-dependent mechanism against its electrochemical gradient. It is hypothesized that NCKX2 plays a significant role in calcium homeostasis and the regulation of neuronal function.
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2 results for "SLC24A2" in Products

2 results for "SLC24A2" in Products

SLC24A2 Products

Sodium/calcium-potassium exchanger proteins (NCKX1) have been reported to occur in retinal photoreceptors and in brain (NCKX2). Unlike the abundant and widely expressed sodium/calcium exchanger which catalyzes the exchange of 3 sodium ions for 1 calcium ion to modulate intracellular calcium levels, NCKX isoforms exchange 4 sodium ions for 1 calcium and 1 potassium ion. The sodium/calcium-potassium exchanger uses the transmembrane sodium gradient to catalyze countertransport of calcium in a potassium-dependent mechanism against its electrochemical gradient. It is hypothesized that NCKX2 plays a significant role in calcium homeostasis and the regulation of neuronal function.
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Applications: ICC/IF
Reactivity: Human
Applications: WB
Reactivity: Human, Mouse
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