Add to ORKGPatch clamp studies of human sperm under physiological ionic conditions reveal three functionally and pharmacologically distinct cation channel
Ion channels lie at the heart of gamete signaling. Understanding their regulation will improve our k...
AbstractAlthough ion channels are known to be pivotal to sperm function, the technical difficulty of...
Motility and fertilization potential of mammalian sperm are regulated by ion homeostasis which in tu...
Whilst fertilizing capacity depends upon a K+ conductance G? that allows the spermatozoon membrane p...
Whilst fertilizing capacity depends upon a K+ conductance G? that allows the spermatozoon membrane p...
Whilst fertilizing capacity depends upon a K+ conductance G? that allows the spermatozoon membrane p...
Although ion channels are known to be pivotal to sperm function, the technical difficulty of applyin...
Although ion channels are known to be pivotal to sperm function, the technical difficulty of applyin...
AbstractAlthough ion channels are known to be pivotal to sperm function, the technical difficulty of...
Ion channels are pivotal to many aspects of sperm physiology and function. We have used the patch cl...
Ion channels are pivotal to many aspects of sperm physiology and function. We have used the patch cl...
AbstractIonic fluxes are thought to be important in the initiating process of gamete interaction suc...
Ionic fluxes play a key role in the activation of respiration and motility, in chemotaxis, and in th...
As with other mammalian species, human spermatozoa ex-perience a decrease in extracellular osmolarit...
ht tp: / /www.Chi naPh ar.com Ion-channels in human sperm membrane and contraceptive mechanisms of m...
Ion channels lie at the heart of gamete signaling. Understanding their regulation will improve our k...
AbstractAlthough ion channels are known to be pivotal to sperm function, the technical difficulty of...
Motility and fertilization potential of mammalian sperm are regulated by ion homeostasis which in tu...
Whilst fertilizing capacity depends upon a K+ conductance G? that allows the spermatozoon membrane p...
Whilst fertilizing capacity depends upon a K+ conductance G? that allows the spermatozoon membrane p...
Whilst fertilizing capacity depends upon a K+ conductance G? that allows the spermatozoon membrane p...
Although ion channels are known to be pivotal to sperm function, the technical difficulty of applyin...
Although ion channels are known to be pivotal to sperm function, the technical difficulty of applyin...
AbstractAlthough ion channels are known to be pivotal to sperm function, the technical difficulty of...
Ion channels are pivotal to many aspects of sperm physiology and function. We have used the patch cl...
Ion channels are pivotal to many aspects of sperm physiology and function. We have used the patch cl...
AbstractIonic fluxes are thought to be important in the initiating process of gamete interaction suc...
Ionic fluxes play a key role in the activation of respiration and motility, in chemotaxis, and in th...
As with other mammalian species, human spermatozoa ex-perience a decrease in extracellular osmolarit...
ht tp: / /www.Chi naPh ar.com Ion-channels in human sperm membrane and contraceptive mechanisms of m...
Ion channels lie at the heart of gamete signaling. Understanding their regulation will improve our k...
AbstractAlthough ion channels are known to be pivotal to sperm function, the technical difficulty of...
Motility and fertilization potential of mammalian sperm are regulated by ion homeostasis which in tu...