Add to ORKGMammalian spermatozoa gain competence to fertilize an oocyte as they travel through the female reproductive tract. This process is accompanied by an elevation of sperm intracellular calcium and a membrane hyperpolarization. The latter is evoked by K(+) ef
Ion channels have been assigned a pivotal importance in various sperm functions and are therefore pr...
The pH and voltage-regulated Slo3 K(+) channel, a homologue of the Ca(2+)- and voltage-regulated Slo...
Ion channels have been assigned a pivotal importance in various sperm functions and are therefore pr...
Mammalian spermatozoa gain competence to fertilize an oocyte as they travel through the female repro...
The pH-regulated Slo3 channel is a candidate for a mammalian sperm K+ channel1 that may be activated...
Unlike most cells of the body which function in an ionic environment controlled within narrow limits...
AbstractHere we show a unique example of male infertility conferred by a gene knockout of the sperm-...
Unlike most cells of the body which function in an ionic environment controlled within narrow limits...
<div><p>Unlike most cells of the body which function in an ionic environment controlled within narro...
abstract: Sperm capacitation is a complex and indispensable physiological process that spermatozoamu...
AbstractHere we show a unique example of male infertility conferred by a gene knockout of the sperm-...
To fertilize an oocyte, sperm must first undergo capacitation in which the sperm plasma membrane bec...
As with other mammalian species, human spermatozoa ex-perience a decrease in extracellular osmolarit...
AbstractIonic fluxes are thought to be important in the initiating process of gamete interaction suc...
Motility and fertilization potential of mammalian sperm are regulated by ion homeostasis which in tu...
Ion channels have been assigned a pivotal importance in various sperm functions and are therefore pr...
The pH and voltage-regulated Slo3 K(+) channel, a homologue of the Ca(2+)- and voltage-regulated Slo...
Ion channels have been assigned a pivotal importance in various sperm functions and are therefore pr...
Mammalian spermatozoa gain competence to fertilize an oocyte as they travel through the female repro...
The pH-regulated Slo3 channel is a candidate for a mammalian sperm K+ channel1 that may be activated...
Unlike most cells of the body which function in an ionic environment controlled within narrow limits...
AbstractHere we show a unique example of male infertility conferred by a gene knockout of the sperm-...
Unlike most cells of the body which function in an ionic environment controlled within narrow limits...
<div><p>Unlike most cells of the body which function in an ionic environment controlled within narro...
abstract: Sperm capacitation is a complex and indispensable physiological process that spermatozoamu...
AbstractHere we show a unique example of male infertility conferred by a gene knockout of the sperm-...
To fertilize an oocyte, sperm must first undergo capacitation in which the sperm plasma membrane bec...
As with other mammalian species, human spermatozoa ex-perience a decrease in extracellular osmolarit...
AbstractIonic fluxes are thought to be important in the initiating process of gamete interaction suc...
Motility and fertilization potential of mammalian sperm are regulated by ion homeostasis which in tu...
Ion channels have been assigned a pivotal importance in various sperm functions and are therefore pr...
The pH and voltage-regulated Slo3 K(+) channel, a homologue of the Ca(2+)- and voltage-regulated Slo...
Ion channels have been assigned a pivotal importance in various sperm functions and are therefore pr...