Add to ORKGThe effects of osmolality and ions were examined on motility of sperm from males of Sarotherodon melanotheron heudelotii acclimatized in tanks at salinities set at 0, 35 and 70 g L-1. The range of osmolality that enabled sperm activation, shifted and broadened as the maintenance salinity of broodfish increased. The requirement of extracellular Ca2+ for activation of sperm motility increased when the maintenance salinity of broodfish was higher
In freshwater fish spawning, sperm motility activation is related to low osmolality of the environme...
In most teleost fish with external fertilization, the spermatozoids are immobile in the seminal flui...
361-365The effect of various activating media, salinity, pH and temperature on the duration of sperm...
The effects of osmolality and ions were examined on motility of sperm from males of Sarotherodon mel...
In most teleost fishes, sperm cells are quiescent in the seminal plasma and are activated by either ...
International audienceIn most teleost fishes, sperm cells are quiescent in the seminal plasma and ar...
The current study attempted to shed light on the regulatory processes and response arrangements of f...
In this study, sperm characteristics of Black Sea trout (Salmo trutta labrax) and ef-fe...
The present study focused on clarification of the roles of environmental osmolality and ion composit...
Abstract Motility is an important function of the male gamete, which allows sperm to actively reach ...
Reproductive potential of fish stocks is critically dependent on sperm performance in an aquatic env...
Sperm motility is a prerequisite factor determining semen quality and fertilizing capacity. The effe...
Gamete activation in fish is an important step in terms of artificial fertilization of oocytes, cryo...
The aim of this study was to describe spermatozoa volume changes during the motility period of fish ...
The black-chinned tilapia Sarotherodon melanotheron heudelotii Ruppell 1852 (Teleostei, Cichlidae) d...
In freshwater fish spawning, sperm motility activation is related to low osmolality of the environme...
In most teleost fish with external fertilization, the spermatozoids are immobile in the seminal flui...
361-365The effect of various activating media, salinity, pH and temperature on the duration of sperm...
The effects of osmolality and ions were examined on motility of sperm from males of Sarotherodon mel...
In most teleost fishes, sperm cells are quiescent in the seminal plasma and are activated by either ...
International audienceIn most teleost fishes, sperm cells are quiescent in the seminal plasma and ar...
The current study attempted to shed light on the regulatory processes and response arrangements of f...
In this study, sperm characteristics of Black Sea trout (Salmo trutta labrax) and ef-fe...
The present study focused on clarification of the roles of environmental osmolality and ion composit...
Abstract Motility is an important function of the male gamete, which allows sperm to actively reach ...
Reproductive potential of fish stocks is critically dependent on sperm performance in an aquatic env...
Sperm motility is a prerequisite factor determining semen quality and fertilizing capacity. The effe...
Gamete activation in fish is an important step in terms of artificial fertilization of oocytes, cryo...
The aim of this study was to describe spermatozoa volume changes during the motility period of fish ...
The black-chinned tilapia Sarotherodon melanotheron heudelotii Ruppell 1852 (Teleostei, Cichlidae) d...
In freshwater fish spawning, sperm motility activation is related to low osmolality of the environme...
In most teleost fish with external fertilization, the spermatozoids are immobile in the seminal flui...
361-365The effect of various activating media, salinity, pH and temperature on the duration of sperm...