#spermcompetition — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #spermcompetition, aggregated by home.social.
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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Competing for females can damage males' DNA. Study of #SeedBeetles suggests that the increased male investment in #SpermCompetition may lead to reduced #genetic quality in future generations. Mareike Koppik @JBaur_evo @DBergerBiol #PLOSBiology https://plos.io/3zviPCv
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#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students...