O ser humano nasce puro, CLT o corrompe {+18}

Read the full paper: Characterization of an early-diverging KCNE potassium-channel auxiliary subunit in the jawless vertebrate lamprey

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A growing understanding of the KCNE gene family is reshaping how scientists view the regulation of electrical signaling across the human body, highlighting its essential role in maintaining normal phy...

YouTube video by netd müzik

In an electrifying advancement in the field of ion channel physiology, researchers have unveiled novel insights into the intricate modulation of KCNQ1 potassium channels by their auxiliary KCNE subunits. These channels, fundamental to critical physiological processes such as cardiac rhythm maintenance and intestinal chloride secretion, orchestrate electrical signals in diverse tissues. The study sheds unprecedented light on how two members of the KCNE family—KCNE1 and KCNE3—finely tune KCNQ1’s gating mechanisms, balancing voltage-dependent activation and phosphoinositide-dependent regulation to suit the specific demands of excitable and non-excitable cells.