M. d. R. Cantero

This study demonstrates that high Ca2+ transport by PC2 induces channel clustering and oscillatory currents, revealing a novel regulatory mechanism dependent on Ca2+ and phospholipids.

This study investigates how cAMP and Ca2+ signals regulate primary cilium length in LLC-PK1 cells, showing that cAMP analogs and vasopressin increase cilium length, but this effect depends on external Ca2+ and PC2 expression.

This study shows isolated brain microtubules generate electrical oscillations under voltage clamping, with richer frequency responses than MT sheets, suggesting they function as ionic-based transistors.

This study investigates how Polycystin-2 (PC2) affects primary cilia length in LLC-PK1 cells, showing that Ca2+ levels, PC2 inhibitors, and PKD2 silencing alter cilia length.