The mechanisms involved in the regulation of mammalian sperm motility are not well understood. Calcium ions (Ca(2+)) have been suggested to play a key role in the maintenance of motility; nevertheless, how Ca(2+) modulates this process has not yet been completely characterized. Ca(2+) can bind to calmodulin and this complex regulates the activity of multiple enzymes, including Ca(2+)/calmodulin-dependent protein kinases (CaM kinases). Results from this study confirmed that the presence of Ca(2+) in the incubation medium is essential for maintaining human sperm motility. The involvement of CaM kinases in Ca(2+) regulation of human sperm motility was evaluated using specific inhibitors (KN62 and KN93) or their inactive analogues (KN04 and KN9...
abstract: Mammalian sperm must hyperactivate in order to fertilize oocytes. Hyperactivation is chara...
peer reviewedCalcium and Ca(2+)-dependent signals play a crucial role in sperm motility and mammalia...
Intracellular Ca2+ is a key regulator of cell signaling and sperm are not the exception. Cells often...
Mammalian sperm acquire the fertilizing ability in the female tract in a process known as capacitati...
Human sperm motility is complex, involving several behaviours with different functions. The sperm ‘s...
AbstractSignal transduction pathways regulate various aspects of mammalian sperm function. When huma...
Mammalian sperm acquire fertilizing ability in the female tract in a process known as capacitation. ...
Calcium and Ca(2+)-dependent signals play a crucial role in sperm motility and mammalian fertilizati...
Sperm require high levels of energy to ensure motility and acrosome reaction (AR) accomplishment. Th...
Sperm capacitation involves an increase in intracellular Ca(2+) concentration as well as in protein ...
The possible role of calmodulin in regulating a number of calcium-dependent functions exhibited by h...
Ca\(^{2+}\) signals from activated Ca\(^{2+}\) channels (CatSper) and mobilisation of Ca\(^{2+}\) st...
[Ca(2+)]i signaling regulates sperm motility, enabling switching between functionally different beha...
Mammalian sperm must undergo a functionally defined process called capacitation to be able to fertil...
A human sperm must swim to the egg to fertilise it. To do this the sperm uses different types of swi...
abstract: Mammalian sperm must hyperactivate in order to fertilize oocytes. Hyperactivation is chara...
peer reviewedCalcium and Ca(2+)-dependent signals play a crucial role in sperm motility and mammalia...
Intracellular Ca2+ is a key regulator of cell signaling and sperm are not the exception. Cells often...
Mammalian sperm acquire the fertilizing ability in the female tract in a process known as capacitati...
Human sperm motility is complex, involving several behaviours with different functions. The sperm ‘s...
AbstractSignal transduction pathways regulate various aspects of mammalian sperm function. When huma...
Mammalian sperm acquire fertilizing ability in the female tract in a process known as capacitation. ...
Calcium and Ca(2+)-dependent signals play a crucial role in sperm motility and mammalian fertilizati...
Sperm require high levels of energy to ensure motility and acrosome reaction (AR) accomplishment. Th...
Sperm capacitation involves an increase in intracellular Ca(2+) concentration as well as in protein ...
The possible role of calmodulin in regulating a number of calcium-dependent functions exhibited by h...
Ca\(^{2+}\) signals from activated Ca\(^{2+}\) channels (CatSper) and mobilisation of Ca\(^{2+}\) st...
[Ca(2+)]i signaling regulates sperm motility, enabling switching between functionally different beha...
Mammalian sperm must undergo a functionally defined process called capacitation to be able to fertil...
A human sperm must swim to the egg to fertilise it. To do this the sperm uses different types of swi...
abstract: Mammalian sperm must hyperactivate in order to fertilize oocytes. Hyperactivation is chara...
peer reviewedCalcium and Ca(2+)-dependent signals play a crucial role in sperm motility and mammalia...
Intracellular Ca2+ is a key regulator of cell signaling and sperm are not the exception. Cells often...