Intracellular zinc export during sperm capacitation regulates the function of the sperm-specific potassium channel Slo3.

Zinc is a Key Regulator of the Sperm-Specific K+ Channel (Slo3) Function hypothes.is/a/Bf_OLDzkEfGBVIcim0077A **Reviewer #1 (Public review):** Summary: In their manuscript, Andriani et al. show intracellular zinc is exported from sperm during capacitation and suppresses the alkalinization-induced hyperpolarization in sperm. Intracellular zinc inhibits…

Zinc is a Key Regulator of the Sperm-Specific K+ Channel (Slo3) Function hypothes.is/a/Bi9pXDzkEfGmUc_1Oml4Ug **eLife Assessment** This study presents a valuable finding on the role of intracellular zinc as a regulator of the sperm-specific potassium channel Slo3, demonstrating that zinc export during capacitation contributes to alkalinization-induced…

Zinc is a Key Regulator of the Sperm-Specific K+ Channel (Slo3) Function hypothes.is/a/BYWTljzkEfGfS2soVbeO9Q **Author response:** The following is the authors’ response to the original reviews. > **Public Reviews:** > > **Reviewer #1 (Public review):** > > Summary: > > In their manuscript, Andriani et al. show intracellular zinc is exported from sperm during…

Zinc is a Key Regulator of the Sperm-Specific K+ Channel (Slo3) Function hypothes.is/a/Bf_OLDzkEfGBVIcim0077A **Reviewer #1 (Public review):** Summary: In their manuscript, Andriani et al. show intracellular zinc is exported from sperm during capacitation and suppresses the alkalinization-induced hyperpolarization in sperm. Intracellular zinc inhibits…