Laura DeNardo
@ladenardo
neuroscientist studying the development and function of mPFC circuits | formerly UC Berkeley/UCSD/Stanford | head of DeNardo Lab @ UCLA | mom x 2, home chef
And finally, in this #review, how does the extended development of mPFC circuits make them particularly sensitive to early life adversity? @cgoodpaster3 @ladenardo nature.com/articles/s4138…
Mark your calendar! 🗓️ Applications for the IBRO #Neuroscience #Training #Grants are opening soon! 🔗 Learn more: ow.ly/LGv950VkH35 #IBROinLatAm #IBROinEurope #IBROinAsiaPacific #IBROinAfrica #IBROinUSCanada @rpbiney @DiegoGolombek @danek8317 @ladenardo @Kavita_Babu_
How to Dismantle the U.S. Research Enterprise in 15 Days medium.com/p/how-to-disma… #research #funding #NIH #government
Excited to share new work from the lab! Chris Gabriel’s exciting collaboration @ScottWilke5, Asai Sanchez-Fuentes and @tgup_research : Transformations in prefrontal ensemble activity underlying rapid threat avoidance learning: Current Biology cell.com/current-biolog…
Delighted to share this new work from the lab. A tour-de-force from @casklune @cgoodpaster3 and @michaelgongwer showing how the maturation of frontolimbic circuits underlies developmental milestones in threat avoidance behaviors.
Multiple developmental switches in mPFC-NAc and mPFC-BLA pathways that underlie developmental transitions in threat avoidance behavior revealed by circuit dissection in juvenile, adolescent and adult mice mice @ladenardo @casklune @cgoodpaster3 nature.com/articles/s4159…
UCLA has an open search this year. Pls apply folks! recruit.apo.ucla.edu/JPF09808
HTNA 2024! @lindsayschwarz @JustusKebschull @JingRen_neuro @XiaoyinChenLab @CSHL
Thank you, NASHVILLE! What a weekend. And to these awesome humans for friendship, support, and inspiration. @denisejcai @TheErinCalipari @Neurrriot @J9Kwapis @moriel_z @bjmarlin @ladenardo @esylwestrak @Cate_cholamine @Meaghan_Creed ❤️ Now, back to 🇦🇺 and 👶
Thank you @sanghalab ! What a treat to hear about all the amazing science at Stark, meet new friends and get a little taste of winter ❄️
Multiple developmental switches in mPFC-NAc and mPFC-BLA pathways that underlie developmental transitions in threat avoidance behavior revealed by circuit dissection in juvenile, adolescent and adult mice mice @ladenardo @casklune @cgoodpaster3 nature.com/articles/s4159…
Doing MAPseq stuff #htna3023 @JustusKebschull @ladenardo @XiaoyinChenLab
A bunch of brain clearing experts. #htna2023
#HTNA2023 off to a great start! @JustusKebschull @lindsayschwarz @XiaoyinChenLab
Liqun Luo kicking off year 2 of the CSHL High throughput Neuroanatomy course! @ladenardo @lindsayschwarz @XiaoyinChenLab @cshlcourses #HTNA2023
New WassumLab Pre-print!!! We found a dual-pathway brain architecture through which stress promotes habits 🧵👇🏻
🚨 Pre-print alert! 🚨 Super excited to share with y'all what I've been working on in @KateWassum's lab. 🧠🐭 biorxiv.org/content/10.110… In true Wassum Lab fashion, here's a tweet 🧵 on what we found!
New preprint! We show that top-down mPFC circuits pass through distinct architectures over development. mPFC circuit maturation drives developmental transitions in threat avoidance behavior. Heroic effort by @casklune @cgoodpaster3 @michaelgongwer et al! doi.org/10.1101/2023.0…