Seminal fluid proteins (Sfps) have striking effects on the behaviour and physiology of females in many insects. Some Drosophila melanogaster Sfps are not highly or exclusively expressed in the accessory glands, but derive from, or are additionally expressed in other male reproductive tissues. The full suite of Sfps includes transferred proteins from all male reproductive tissues, regardless of expression level or presence of a signal peptide
Synopsis Successful reproduction requires contributions from both the male and the female. In Drosop...
Postcopulatory sexual selection can select for sperm allocation strategies in males [1] and [2], but...
Seminal fluid proteins transferred from males to females during copulation are required for full fer...
Seminal fluid proteins (Sfps) have striking effects on the behaviour and physiology of females in ma...
Seminal fluid contains some of the fastest evolving proteins currently known. These seminal fluid pr...
In several insect species, seminal fluid proteins (SFPs) have been demonstrated to be key regulators...
Across diverse taxa, seminal fluid proteins (Sfps) transferred at mating affect the reproductive suc...
The seminal fluid of male Drosophila contains a cocktail of proteins that have striking effects on m...
The choice of criteria to delimit a group or class is a subjective matter, even though the reasoning...
SummaryPostcopulatory sexual selection can select for sperm allocation strategies in males [1, 2], b...
The choice of criteria to delimit a group or class is a subjective matter, even though the reasoning...
Postcopulatory sexual selection can select for sperm allocation strategies in males [1, 2], but male...
The study of insect seminal fluid proteins provides a unique window upon adaptive evolution in actio...
Fruit-flies of the genus Drosophila are characterized by overwhelming variation in fertilization tra...
Postcopulatory sexual selection, comprised of sperm competition and cryptic female choice (PCSS), ha...
Synopsis Successful reproduction requires contributions from both the male and the female. In Drosop...
Postcopulatory sexual selection can select for sperm allocation strategies in males [1] and [2], but...
Seminal fluid proteins transferred from males to females during copulation are required for full fer...
Seminal fluid proteins (Sfps) have striking effects on the behaviour and physiology of females in ma...
Seminal fluid contains some of the fastest evolving proteins currently known. These seminal fluid pr...
In several insect species, seminal fluid proteins (SFPs) have been demonstrated to be key regulators...
Across diverse taxa, seminal fluid proteins (Sfps) transferred at mating affect the reproductive suc...
The seminal fluid of male Drosophila contains a cocktail of proteins that have striking effects on m...
The choice of criteria to delimit a group or class is a subjective matter, even though the reasoning...
SummaryPostcopulatory sexual selection can select for sperm allocation strategies in males [1, 2], b...
The choice of criteria to delimit a group or class is a subjective matter, even though the reasoning...
Postcopulatory sexual selection can select for sperm allocation strategies in males [1, 2], but male...
The study of insect seminal fluid proteins provides a unique window upon adaptive evolution in actio...
Fruit-flies of the genus Drosophila are characterized by overwhelming variation in fertilization tra...
Postcopulatory sexual selection, comprised of sperm competition and cryptic female choice (PCSS), ha...
Synopsis Successful reproduction requires contributions from both the male and the female. In Drosop...
Postcopulatory sexual selection can select for sperm allocation strategies in males [1] and [2], but...
Seminal fluid proteins transferred from males to females during copulation are required for full fer...