Rodent Ultrasonic Vocalizations

News about research on socio-affective communication through ultrasonic vocalizations in rodents. We need to listen to our animal models.

[橘 亮輔 @ro_tachi_jpn]

ラットの超音波音声の多様性論文、出版されました！
なかなかいいタイトルでしょ？

Beyond dichotomy: Diversity of ultrasonic vocalizations in rats https://t.co/62BX4SEAe3

[Nicola Simola @DrNicolaSimola]

Our latest article investigated how the administration context influences the sensitization in the emission of 50-kHz ultrasonic vocalizations in amphetamine-treated rats.

Open acces at this link https://t.co/4UefrAYO55

[Rodent Ultrasonic Vocalizations @Rodent_USV]

Study links: Molecular Autism and Progress in Neuro-Psychopharmacology and Biological Psychiatry:
https://t.co/hzZjgVFJnj
https://t.co/pgSF6lzFNZ

[Rodent Ultrasonic Vocalizations @Rodent_USV]

In mice, rats, and monkeys, a lack of serotonin in the brain leads to impaired maternal affiliation behavior. @wang_tianhua now showed that early social enrichment has ameliorating effects but leaves the prominent reduction in pup ultrasonic calling untouched. Study links below.

[bioRxiv Neuroscience @biorxiv_neursci]

A subtype of ultrasonic vocalizations during highly palatable food consumption in rats identified by machine learning-assisted ... https://t.co/sqgPTtnpbw #biorxiv_neursci

[Markus Wöhr @MarkusWohr]

New team member! Very happy to welcome Henry Werk who is joining the @Wohrlab @Uni_MR site. He will study the effects of lithium in a rat model for mania, integrating brain and behavior through recording 50-kHz ultrasonic vocalizations. Looking forward to exciting science.

[Bertoglio lab (FMC/UFSC) @bertogliolab]

Antidepressant Ketamine via Oral Gavage Impairs Fear Memory, Suppresses 22 kHz Ultrasonic Vocalizations, Lowers GluN2A/B Expression, and Reduces Medial Habenula Activity in Rats
https://t.co/6kB5hiLK9y

[Markus Wöhr @MarkusWohr]

@fabdechaumont et al. showcase how the integration of ultrasound recording and behavioral analysis can provide novel insight into mouse social behavior, linking ultrasonic calling to urination behavior. Another great contribution to our special issue:
https://t.co/VJpk2g7dxt

[Daniel Zelmanoff @dzelmanoff]

New in @ScienceMagazine! 🎉 Thrilled to share my PhD project, we introduce a new optogenetic approach to study the developing brain - revealing how oxytocin shapes infant behavior.
Thanks to my collaborators, @OferYizhar & my family❤️
https://t.co/DECnPvjEKS
Here’s the story🧵

[Daniel Zelmanoff @dzelmanoff]

@ScienceMagazine @OferYizhar Oxytocin is famous for shaping adult bonding. But in early life, its role was unclear.
We noticed oxytocin receptors strongly expressed in infancy, in both humans and mice - yet their function was unknown. We asked: how oxytocin influences pups’ cries during separation & reunion?

[Daniel Zelmanoff @dzelmanoff]

@ScienceMagazine @OferYizhar Studying the infant brain is tough. To overcome this, we combined behavior, fiber photometry, and pharmacology with a new wireless, noninvasive optogenetic method. This let us monitor & manipulate oxytocin neurons in freely behaving pups 🐭💡

[Daniel Zelmanoff @dzelmanoff]

@ScienceMagazine @OferYizhar We found that oxytocin neurons became more active during separation, and this activity was tightly linked to pups’ calls.
Blocking or silencing oxytocin changed calling - not only during separation but also at reunion with the mother.

[Daniel Zelmanoff @dzelmanoff]

@ScienceMagazine @OferYizhar Together, these findings reveal oxytocin’s crucial role in shaping early-life bonding, and our new tool opens opportunities to explore the developing brain 🧠

This was a long journey and a true team effort!❤️ Huge thanks also to Shari Ross for her beautiful drawings!

[Daniel Zelmanoff @dzelmanoff]

@ScienceMagazine @OferYizhar Paper: https://t.co/DECnPvjEKS
Yizhar Lab: https://t.co/WJUtBkuRwY

[Rodent Ultrasonic Vocalizations @Rodent_USV]

Separation-induced ultrasonic vocalizations in mouse pups are modulated by attachment and tightly linked to the activity of hypothalamic oxytocin neurons. New @ScienceMagazine study by Zelmanoff et al. from the @OferYizhar lab.
https://t.co/tuQnHJkMv0

[Markus Wöhr @MarkusWohr]

Good news! Our Behavioural Brain Research special issue on "Ultrasonic Communication in Rodents" is growing. Two new studies available online!

And an important update: The submission deadline has been extended: 31 October 2025

More information here: https://t.co/PVNqahnOIq

[Markus Wöhr @MarkusWohr]

Good news! Our Behavioural Brain Research special issue on "Ultrasonic Communication in Rodents" is growing. Two new studies available online!

2) Report on the effects on paracetamol in the orofacial formalin test in rats

https://t.co/VJpk2g7dxt

[Markus Wöhr @MarkusWohr]

Good news! Our Behavioural Brain Research special issue on "Ultrasonic Communication in Rodents" is growing. Two new studies available online!

1) Report on stress vulnerability in rats characterized by low positive affect as assessed through 50-kHz calls

https://t.co/VJpk2g7dxt

[Ralph Emilio Peterson @ralph_ep]

Finally, we used a wireless ultrasonic mic to record vocalizations. We observed a diversity of calls which have acoustic features that lay outside of the std distribution reported in the lab. We see interesting usage of the classically negative affect 22 kHz call during foraging.

[Ralph Emilio Peterson @ralph_ep]

Thermal imaging worked great at our sites. High SNR and able to see through vegetation in parks.