Tianhua Wang
@tianhuawang.bsky.social
17 followers 18 following 2 posts
Cat person. 🐱 PhD student in Behavior Neuroscience in Philipps-Marburg University, interested in Psychiatric disorder.
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Reposted by Tianhua Wang
rodent-usv.bsky.social
In mice, rats, and monkeys, a lack of serotonin in the brain leads to impaired maternal affiliation. @tianhuawang.bsky.social now showed that early social enrichment has ameliorating effects but leaves prominent reduction in pup ultrasonic calling untouched.
rdcu.be/eJjtX &
doi.org/10.1016/j.pn...
Socio-affective communication in Tph2-deficient rat pups: communal nesting aggravates growth retardation despite ameliorating maternal affiliation deficits | Molecular Autism
rdcu.be
Reposted by Tianhua Wang
biopsylbp.bsky.social
It’s that time of the year again: LBP retreat! Rudi D’Hooge and @markuswohr.bsky.social labs gathered together for 2 full days of science. A special thank you to Dr. Elodie Ey for bringing her expertise on animal research to this event!
Reposted by Tianhua Wang
tianhuawang.bsky.social
Nice completion of my core PhD work. (I personally like this story more than the 1st one🤫). Thanks to Markus and all other collaborators. ❤️
markuswohr.bsky.social
Serotonin deficiency in the brain leads to deficits in mother-offspring interaction, maternal affiliation, and social adjustment. Can this be rescued by early social enrichment? New study led by @tianhuawang.bsky.social @unimarburg.bsky.social. Thanks to all collaborators. doi.org/10.1016/j.pn...
Reposted by Tianhua Wang
wohrlab.bsky.social
Wöhr Lab at @ibnsconnect.bsky.social having great time sharing exciting science and enjoying the amazing landscape. Now ready to bring new ideas and inspiration back to the lab 💪🏼 @ozgesungur.bsky.social @Theresa Kisko @tianhuawang.bsky.social
tianhuawang.bsky.social
Interested in social interaction between rat pups and the mother? Check out my 1st PhD work. 👇🏻
markuswohr.bsky.social
Our study on the effects of communal nesting on maternal affiliation deficits caused by Tph2 deficiency is now published in Molecular Autism: rdcu.be/d1T07

Thanks to all collaborators @sinaibrain.bsky.social/ @mdc-berlin.bsky.social/ @radboudumc.bsky.social.

Congrats, Tianhua Wang! Great work!