Nicole Hammer

@nicolehmr.bsky.social

PhD candidate @ Martin Beye (HHU Düsseldorf) 🐝 Evolutionary Genetics in Honeybees 🐝 Master of Neuroscience Bachelor of Molecular Biology

Vielen Dank an alle, die gestern unseren Stand bei der Nacht der Wissenschaft besucht haben! ✨🔬 Besonders gefreut hat es mich, im Rahmen des Pre-Opening unseren Stand bereits vorab den Alumni der @hhu.de präsentieren zu dürfen. 💛🐝

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Lust etwas über Bienenforschung zu lernen? 🐝🧬🔬 Zusammen mit meinen Kolleginnen zeigen wir Euch wie wir mittels moderner Gentechnik den Zusammenhang zwischen Genen, Gehirn und Verhalten erforschen. Kommt vorbei. Heute in einer Woche. Schadowplatz Düsseldorf, Stand 10. Wir freuen uns auf euch! 🐝

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New publication!🐝 Using a genetically encoded chemogenetic system, our study suggests an inhibitory role of dsx+ cells of age-dependent retinue behaviors and establishes an unexplored connection between polyethism and its manifestation in the nervous system. Congrats!👏🏼 www.pnas.org/doi/abs/10.1...

Inhibitory modulation of age-dependent behavior through dsx-expressing cells in honeybees | PNAS

Social insects exhibit distinct age-dependent behavioral repertoires that collectively contribute to the common benefits of a colony. However, how ...

pnas.org

🐝 New publication 🐝 Our lab's new article, "The fru gene specifies male cooperative behaviors in honeybee colonies", is now available online on Nature Communications. It combines the expertise of various research groups - congrats on the great work! www.nature.com/articles/s41...

The fru gene specifies male cooperative behaviors in honeybee colonies - Nature Communications

How the nervous system controls social behaviours of bees is poorly understood. This study finds that social feeding of male honeybees is hardwired into the nervous system by the fruitless (fru) gene,...

nature.com

Today marks the beginning of a new chapter as I step into my new role as a PhD candidate in the lab of Prof. Dr. Martin Beye @hhu.de! 🎉 I am thrilled to join this wonderful team and contribute to the understanding of the evolution and genetics behind cooperative behavior in honeybees. 🐝