Silvan

[Silvan @silvanhuerkey]

Very happy to share my first paper: Gap junctions desynchronize a neural circuit to stabilize insect flight
@Nature @uni_mainz @HumboldtUni https://t.co/jX3ITamo4J

[Silvan @silvanhuerkey]

@koen_vervaeke @Nature @uni_mainz @HumboldtUni Thank you! Your Neuron 2010 paper gave us great input! 🙏

[Silvan @silvanhuerkey]

Very happy to share my first paper: Gap junctions desynchronize a neural circuit to stabilize insect flight
@Nature @uni_mainz @HumboldtUni https://t.co/jX3ITamo4J

[Silvan @silvanhuerkey]

@LabHaas @Nature @uni_mainz @HumboldtUni Thank you, much appreciated!

[Silvan @silvanhuerkey]

@DanielSobrido @Nature @uni_mainz @HumboldtUni Thank you Daniel! 😁

[Silvan @silvanhuerkey]

@MadS100tist @gsxej @Nature @uni_mainz @HumboldtUni Thank you!🔥

[Universität Mainz @uni_mainz]

Forschung von #UniMainz und @HumboldtUni deckt neue Funktion elektrischer Synapsen auf und entschlüsselt damit neuronalen Schaltkreis zur Steuerung der Flügelschlagfrequenz von #Insekten https://t.co/upiPfQPNI0 #Neurobiologie #DrosophilaMelanogaster

[Silvan @silvanhuerkey]

My first preprint: Insect asynchronous flight requires neural circuit de-synchronization by electrical synapses
https://t.co/Ok4Thylr5o